TeSys protection components - Trinet

References 

TeSys protection components 

6 

3-pole thermal overload relays, model d 

Differential thermal overload relays for use with fuses 

/ Compensated relays with manual or automatic reset, 

/ with relay trip indicator, 

/ for a.c. or d.c. 

Relay Fuses to be used with selected relay For use Reference Weight 

setting range aM gG BS88 with contactor LC1- 

A A A A kg 

LRD-08 

LRD-21 

LRD-33// 

LRD-083 

Class 10 A (1) with connection by screw clamp terminals 

0.10…0.16 0.25 2 – D09…D38 LRD-01 0.124 

0.16…0.25 0.5 2 – D09…D38 LRD-02 0.124 

0.25…0.40 1 2 – D09…D38 LRD-03 0.124 

0.40…0.63 1 2 – D09…D38 LRD-04 0.124 

0.63…1 2 4 – D09…D38 LRD-05 0.124 

1…1.7 2 4 6 D09…D38 LRD-06 0.124 

1.6…2.5 4 6 10 D09…D38 LRD-07 0.124 

2.5…4 6 10 16 D09…D38 LRD-08 0.124 

4…6 8 16 16 D09…D38 LRD-10 0.124 

5.5…8 12 20 20 D09…D38 LRD-12 0.124 

7…10 12 20 20 D09…D38 LRD-14 0.124 

9…13 16 25 25 D12…D38 LRD-16 0.124 

12…18 20 35 32 D18…D38 LRD-21 0.124 

16…24 25 50 50 D25…D38 LRD-22 0.124 

23…32 40 63 63 D25…D38 LRD-32 0.124 

30…38 50 80 80 D32 and D38 LRD-35 0.124 

17…25 25 50 50 D40…D95 LRD-3322 0.510 

23…32 40 63 63 D40…D95 LRD-3353 0.510 

30…40 40 100 80 D40…D95 LRD-3355 0.510 

37…50 63 100 100 D40…D95 LRD-3357 0.510 

48…65 63 100 100 D50…D95 LRD-3359 0.510 

55…70 80 125 125 D50…D95 LRD-3361 0.510 

63…80 80 125 125 D65 and D95 LRD-3363 0.510 

80…104 100 160 160 D80 and D95 LRD-3365 0.510 

80…104 125 200 160 D115 and D150 LRD-4365 0.900 

95…120 125 200 200 D115 and D150 LRD-4367 0.900 

110…140 160 250 200 D150 LRD-4369 0.900 

80…104 100 160 160 (2) LRD-33656 1.000 

95…120 125 200 200 (2) LRD-33676 1.000 

110…140 160 250 200 (2) LRD-33696 1.000 

Class 10 A (1) with spring terminal connections (for direct mounting on the contactor only) 

0.10…0.16 0.25 2 – D09…D38 LRD-013 0.140 

0.16…0.25 0.5 2 – D09…D38 LRD-023 0.140 

0.25…0.40 1 2 – D09…D38 LRD-033 0.140 

0.40…0.63 1 2 – D09…D38 LRD-043 0.140 

0.63…1 2 4 – D09…D38 LRD-053 0.140 

1…1.6 2 4 6 D09…D38 LRD-063 0.140 

1.6…2.5 4 6 10 D09…D38 LRD-073 0.140 

2.5…4 6 10 16 D09…D38 LRD-083 0.140 

4…6 8 16 16 D09…D38 LRD-103 0.140 

5.5…8 12 20 20 D09…D38 LRD-123 0.140 

7…10 12 20 20 D09…D38 LRD-143 0.140 

9…13 16 25 25 D12…D38 LRD-163 0.140 

12…18 20 35 32 D18…D38 LRD-213 0.140 

16…24 25 50 50 D25…D38 LRD-223 0.140 

Class 10 A (1) with connection by lug-clamps 

Select the appropriate overload relay with screw clamp terminals from the table above and add 6 to the end of the 

reference. Example: LRD-01 becomes LRD-016. 

Thermal overload relays for use with unbalanced loads 


Change the prefix in the references above from LRD (except LRD-4///) to LR3-D. Example: LRD-01 becomes LR3-D01. 

Thermal overload relays for use on 1000 V supplies 


For relays LRD-01 to LRD-35 only, for an operating voltage of 1000 V, and only for independent mounting, the reference 

becomes LRD-33//A66. Example: LRD-12 becomes LRD-3312A66. 

Order an LA7-D3064 terminal block separately, see page 24515/3. 

(1) Standard IEC 947-4-1 specifies a tripping time for 7.2 times the setting current I R 

: 

class 10 A: between 2 and 10 seconds. 

(2) Independent mounting. 

Characteristics : 

pages 24516/2 to 24516/5 

24514_Ver3.10-EN.fm/2 

Dimensions : 

pages 24534/2 to 24534/4 

Schemes : 

page 24534/5 

Schneider Electric

References 


6 


Differential thermal overload relays for use with fuses 

/ Compensated relays with manual or automatic reset, 


/ for a.c. or d.c. 

/ LR2-D1508 to 2553: independent mounting 

- either by ordering a terminal block LA7-D1064 or LA7-D2064, see page 24515/3, 

- or by ordering the the relay pre-assembled; in this case add the suffix LA7 to the reference. 

Example: LR2-D1508 becomes LR2-D1508LA7. 

Relay Fuses to be used For use Reference Weight 

setting with the selected relay with contactor 

range aM gG BS88 LC1 

A A A A kg 

Class 20 (1) for connection by screw clamp terminals 

LRZ-D15// 

2.5…4 6 10 16 D09…D32 LR2-D1508 0.190 

4…6 8 16 16 D09…D32 LR2-D1510 0.190 

5.5…8 12 20 20 D09…D32 LR2-D1512 0.190 

7…10 16 20 25 D09…D32 LR2-D1514 0.190 

9…13 16 25 25 D12…D32 LR2-D1516 0.190 

12…18 25 35 40 D18…D32 LR2-D1521 0.190 

17…25 32 50 50 D25 and D32 LR2-D1522 0.190 

23…32 40 63 63 D25 and D32 LR2-D2553 0.345 

17…25 32 50 50 D40…D95 LR2-D3522 0.535 

23…32 40 63 63 D40…D95 LR2-D3553 0.535 

30…40 50 100 80 D40…D95 LR2-D3555 0.535 

37…50 63 100 100 D50…D95 LR2-D3557 0.535 

48…65 80 125 100 D50…D95 LR2-D3559 0.535 

55…70 100 125 125 D65…D95 LR2-D3561 0.535 

63…80 100 160 125 D80 and D95 LR2-D3563 0.535 

Electronic differential thermal overload relays for use with fuses 

LRZ-D25// 

/ Compensated relays, 


/ for a.c. or d.c., 

/ for direct mounting on contactor or independent mounting (2). 

Relay Fuses to be used For direct mounting Reference Weight 

setting with selected relay beneath contactor 

range aM gG LC1 

A A A kg 

Class 10 or 10A (1) with connection using bars or connectors 

60…100 100 160 D115 and D150 LR9-D5367 0.885 

90…150 160 250 D115 and D150 LR9-D5369 0.885 

Class 20 (3) with connection using bars or connectors 

60…100 125 160 D115 and D150 LR9-D5567 0.885 

90…150 200 250 D115 and D150 LR9-D5569 0.885 

Electronic thermal overload relays for use with balanced or unbalanced loads 

LRZ-D35// 

/ Compensated relays, 

/ with separate outputs for alarm and tripping. 

Relay Fuses to be used For direct mounting Reference Weight 

setting with the selected relay beneath contactor 

range aM gG LC1 

A A A kg 

Class 10 or 20 (1) selectable with connection using bars or connectors 

60…100 100 160 D115 and D150 LR9-D67 0.900 

90…150 160 250 D115 and D150 LR9-D69 0.900 

(1) Standard IEC 947-4-1 specifies a tripping time for 7.2 times the setting current I R 

class 10: between 4 and 10 seconds, 

class 10 A: between 2 and 10 seconds, 

class 20: between 6 and 20 seconds. 

(2) Power terminals can be protected against direct finger contact by the addition of shrouds and/or insulated terminal 

blocks, to be ordered separately (see page 24511/8). 


pages 24516/2 to 24516/5 

Other versions 

Dimensions : 

pages 24534/2 to 24534/4 

Thermal overload relays for resistive circuits in category AC-1. 

Please consult your Regional Sales Office. 

Schemes : 

page 24534/5 

Schneider Electric 

24514_Ver3.10-EN.fm/3

24515_Ver3.20-EN.fm/2 

Schneider Electric

References 


6 


Accessories (to be ordered separately) 

Description For Sold in Unit Weight 

use on lots of reference kg 

Pre-wiring kit allowing direct LC1-D09…D18 10 LAD-7C1 0.002 

connection of the N/C contact 

of relay LRD-01…35 or LC1-D25…D38 10 LAD-7C2 0.003 

LR3-D01…D35 to the contactor 

Terminal blocks (1) LRD-01…35 and LR3-D01…D35 1 LAD-7B10 0.100 

for clip-on mounting on 35 mm LR2-D15// 1 LA7-D1064 0.100 

rail (AM1-DP200) or screw LR2-D25// 1 LA7-D2064 0.120 

fixing; for fixing centres, see LRD-3///, LR3-D3///, 1 LA7-D3064 (2) 0.370 

pages 24534/2 to 24534/4 LR2-D35// 

Terminal block adapter LRD-3///, LR3-D3///, 1 LA7-D3058 0.080 

for mounting a relay 

LRD-35// 

beneath an LC1-D115 or D150 

contactor 

Mounting plates (3) LRD-01…35, LR3-D01…D35. 10 DX1-AP25 0.065 

for screw fixing 

LR2-D15// 

on 110 mm centres LR2-D25// 10 DX1-AP26 0.082 

LRD-3///, LR3-D3/// 1 LA7-D902 0.130 

LR2-D35// 

LAD-7C/ 

Marker holder All relays except LRD-01…35 100 LA7-D903 0.001 

snap in and LR3-D01…D35 (4) 

Bag of 400 labels – 1 LA9-D91 0.001 

(blank, self-adhesive, 7 x 16 mm) 

Stop button locking device All relays except LRD-01…35. 10 LA7-D901 0.005 

LR3-D01…D35 and LR9-D 

Remote stop or electrical LRD-01…35 and LR3-D01…D35 1 LAD-703/ (6) 0.090 

reset device (5) 

Remote tripping or electrical All relays except LRD-01…35 1 LA7-D03/(6) 0.090 

reset device (5) 

and LR3-D01…D35 

Block of insulated terminals LR9-D 2 LA9-F103 0.560 

Remote control 

“Reset” function 

By flexible cable LRD-01…35 and LR3-D01…D35 1 LAD-7305 0.075 

(length = 0.5 m) All relays except LRD-01…35 1 LA7-D305 0.075 

and LR3-D01…D35 

LAD-7B10 

“Stop” and/or “Reset” functions 

The terminal protection shroud must be removed and the following 3 products must be ordered separately. 

Adapter All relays except LRD-01…35 1 LA7-D1020 0.005 

for door interlock mechanism and LR3-D01…D35 

Illustrations : 

page 24515/2 


Operating head Stop All relays 1 XB5-AL84101 0.027 

for spring return pushbutton Reset All relays 1 XB5-AA86102 0.027 

(1) Terminal blocks are supplied with terminals protected against direct finger contact and screws in the open, “readyto-tighten” 

position. 

(2) To order a terminal block for connection by lugs, the reference becomes LA7-D30646. 

(3) Do not forget to order the terminal block corresponding to the type of relay. 

(4) For LRD-01…35, see page 24511/9. 

(5) The time for which the coil of remote tripping or electrical resetting device LA7-D03 or LAD-703 can remain energised 

depends on its rest time: 1 s pulse duration with 9 s rest time; 5 s pulse duration with 30 s rest time; 10 s pulse duration 

with 90 s rest time; maximum pulse duration of 20 s with a rest time of 300 s. Minimum pulse time: 200 ms. 

(6) Reference to be completed by adding the code indicating control circuit voltage. 

Standard control circuit voltages (for other voltages, please consult your Regional Sales Office) 

Volts 12 24 48 96 110 220/230 380/400 415/440 

50/60 Hz – B E – F M Q N 

Consumption, inrush and sealed: < 100 VA 

$ J B E DD F M – – 

Consumption, inrush and sealed: < 100 W. 

Dimensions : 

pages 24534/2 to 24534/4 

24515_Ver3.20-EN.fm/3

Description, 

characteristics 


6 


Description 

Model d 3-pole thermal overload relays are designed to protect a.c. circuits and motors against overloads, phase failure, 

long starting times and prolonged stalling of the motor. 

LRD-01…35 

5 

3 

3,5 0 1 

4 

RESET 

STOP 

1 

6 

2 & 5 

4 

3 

2 

6 

LRD-3322…4369, LR2-D 

7 

NO 

NC 

98 97 95 96 

1 Adjustment dial Ir 

2 Test button 

Operation of the Test button allows: 

- checking of control circuit wiring, 

- simulation of relay tripping (actuates both the N/O and N/C contacts). 

3 Stop button. Actuates the N/C contact; does not affect the N/O contact. 

4 Reset button 

5 Trip indicator 

6 Setting locked by sealing the cover. 

7 Selector for manual or automatic reset. Relays LRD-01 to 35 are supplied with the selector in the manual position, 

protected by a cover. Deliberate action is required to move it to the automatic position. 

41 

37 

TEST 

46 

50 

A 

M 

R 

A E 

S 

E 

T 

1 

5 

3 

4 

Environment 

Conforming to standards IEC 947-1, IEC 947-4-1, NF C 63-650, VDE 0660, 

BS 4941 

Product certifications 

CSA, UL, Sichere Trennung, PTB except LAD-4: 

UL, CSA. 

Degree of protection Conforming to VDE 0106 Protection against direct finger contact IP 2X 

Protective treatment Conforming to IEC 68 “TH” 

Ambient air temperature Storage °C - 60…+ 70 

around the device Normal operation, without derating (IEC 947-4-1) °C - 20…+ 60 

Minimum and maximum operating temperatures °C - 40…+ 70 

(with derating) 

Operating positions In relation to normal, vertical mounting plane Any position 

without derating 

Shock resistance Permissible acceleration conforming to IEC 68-2-7 15 gn - 11 ms 

Vibration resistance Permissible acceleration conforming to IEC 68-2-6 6 gn 

Dielectric strength at 50 Hz Conforming to IEC 255-5 kV 6 

Impulse withstand voltage Conforming to IEC 801-5 kV 6 

Auxiliary contact characteristics 

Conventional thermal current A 5 

Maximum consumption a.c. supply V 24 48 110 220 380 600 

of operating coils VA 100 200 400 600 600 600 

of controlled contactors 

(Occasional operating d.c. supply V 24 48 110 220 440 – 

cycles of contact 95-96) W 100 100 50 45 25 – 

Short-circuit protection By gG or BS fuse. Max. rating or by GB2 circuit-breaker A 5 

Connection to screw clamp terminals 

Min/max c.s.a. 

Flexible cable without cable end 1 or 2 conductors mm2 1/2.5 

Flexible cable with cable end 1 or 2 conductors mm2 1/2.5 

Solid cable without cable end 1 or 2 conductors mm2 1/2.5 

Tightening torque N.m 1.7 

Connection to spring terminals 


Flexible cable without cable end 1 or 2 conductors mm2 1/2.5 

Solid cable without cable end 1 or 2 conductors mm2 1/2.5 

References: 

pages 24514/2 and 

24514/3 

Dimensions: 

pages 24534/2 to 24534/ 

4 

Schemes: 

page 24534/5 

24516_Ver2.30-EN.fm/2 

Schneider Electric

Characteristics 


6 


Electrical characteristics of power circuit 

Relay type 

LRD- 

01 to 16 

LR3- 

D01 to D16 

LR2- 

D15// 

LRD- 

21 to 35 

LR3- 

D21 to D35 

LR2- 

D25// 

LRD- 

3322 to 

33696 

LR3- 

D3322 to 

D33696 

LR2- 

D35// 

LRD- 

4365 to 

4369 

Tripping class To UL 508, IEC 947-4-1 10 A 20 10 A 20 10 A 20 10 A 

V 

Rated insulation voltage (Ui) Conforming to IEC 947-4-1 

690 690 1000 1000 

Conforming to UL, CSA V 600 600 600 600 except 

LRD-4369 

Rated impulse withstand 

voltage (Uimp) kV 6 6 6 6 

Frequency limits Of the operational current Hz 0…400 0…400 0…400 0…400 

Setting range Depending on model A 0.1…13 12…38 17…104 80…140 

Connection to screw clamp terminals 


Flexible cable without cable end 1 conductor mm2 1.5/10 1.5/10 4/35 4/50 

Flexible cable with cable end 1 conductor mm2 1/4 1/6 except 

LRD-21: 1/4 

Solid cable without cable end 1 conductor mm2 1/6 1.5/10 except 

LRD-21: 1/6 

4/35 4/35 

4/35 4/50 

Tightening torque N.m 1.7 1.85 2.5 9 9 

Connection to spring terminals 


Flexible cable without cable end 1 conductor mm2 1.5/4 – 1.5/4 – – – – 

Solid cable without cable end 1 conductor mm 2 1.5/4 – 1.5/4 – – – – 

Operating characteristics 

Temperature compensation °C - 20…+ 60 - 30…+ 60- - 30…+ 60 - 20…+ 60 

Tripping threshold Conforming to IEC 947-4-1 A 1.14 ± 0.06 In 

Sensitivity to phase failure Conforming to IEC 947-4-1 Tripping current 30 % of In on one phase, the others at In 

Tripping curves 

Average operating time 

related to multiples of the 

current setting 

Seconds Minutes 

Hours 

2 

1 

40 

20 

10 

4 

2 

1 

40 

20 

10 

Time 

class 10 A 

4 

1 

2 

2 

3 

1 

0,8 

0,8 1 2 4 6 10 17 20 

x current setting (Ir) 

Seconds Minutes Hours 

2 

1 

40 

20 

10 

1 Balanced operation, 3-phase, from cold state. 

2 Balanced operation, 2-phase, from cold state. 

3 Balanced operation, 3-phase, after a long period at the set current (hot state). 

Time 

class 20 

4 

2 

1 

40 

20 

10 

1 

4 

2 

3 

2 

1 

0,8 

0,8 1 2 4 6 10 17 20 

x current setting (Ir) 

References: 


24514/3 

Dimensions: 

pages 24534/2 to 24534/ 

4 

Schemes: 

page 24534/5 


24516_Ver2.30-EN.fm/3

Description, 

characteristics 


6 

3-pole electronic thermal overload relays LR9-D 

Description 

LR9-D electronic thermal overload relays are designed for use with contactors LC1-D115 and D150. 

In addition to the protection provided by model d thermal overload relays (see page 24516/2) they offer the following 

special features: 

/ Protection against phase imbalance. 

/ Choice of starting class. 

/ Protection of unbalanced circuits. 

/ Protection of single-phase circuits. 

/ Alarm function to avoid tripping by load shedding. 

1 Setting dial Ir 

2 Test button 

3 Stop button 

4 Reset button 

5 Trip indication 

6 Setting locked by sealing the cover 

7 Class 10/class 20 selector 

8 Selector for balanced load / 

unbalanced load 

LR9-D5367…D5569 

Ir(A) 

107 127 

90 150 

NO 98 97 

NC 

95 96 

1 

2 

5 

4 

3 

6 

LR9-D67 and D69 

Class Load 

Ir(A) 20 

107 127 

10 

+ 24 V - / 103 104 

90 150 

Alarm 

NO 98 97 

NC 

95 96 

7 

8 

2 

5 

4 

3 

1 

6 

Environment 

Conforming to standards IEC 947-4-1, 255-8, 255-17, VDE 0660 and EN 60947-4-1 

Product certifications UL 508 , CSA 22-2 

Degree of protection Conforming to IEC 529 and VDE 0106 IP 20 on front face 

with protective covers LA9-D11570/ or D11560/ 

Protective treatment Standard version "TH" 

Ambient air temperature Storage °C - 40…+ 85 

around the device 

(conforming to IEC 255-8) 

Normal operation °C - 20…+ 55 (1) 

Maximum operating altitude Without derating m 2000 

Operating positions 

In relation to normal, vertical 

without derating 

mounting plane 

Any position 

Shock resistance 

Permissible acceleration 

13 gn - 11 ms 

conforming to IEC 68-2-27 

Vibration resistance 

Permissible acceleration 

conforming to IEC 68-2-6 

2 gn - 5 to 300 Hz 

Dielectric strength at 50 Hz Conforming to IEC 255-5 kV 6 

Impulse withstand voltage Conforming to IEC 1000-4-5 kV 6 

Resistance to electrostatic discharge Conforming to IEC 1000-4-2 kV 8 

Resistance to radio-frequency Conforming to IEC 1000-4-3 

conducted disturbances 

and NF C 46-022 

V/m 10 

Resistance to fast transient currents Conforming to IEC 1000-4-4 kV 2 

Electromagnetic compatibility Draft EN 50081-1 and 2, EN 50082-2 Meets requirements 

Electrical characteristics of auxiliary contacts 

Conventional thermal current A 5 

Maximum consumption a.c. supply V 24 48 110 220 380 600 

of operating coils VA 100 200 400 600 600 600 

of controlled contactors 

(Occasional operating cycles 

d.c. supply V 24 48 110 220 440 – 

of contact 95-96) W 100 100 50 45 25 – 

Short-circuit protection 

By gG or BS fuse 

or by GB2 circuit-breaker 

A 5 

Cabling 1 or 2 conductors mm2 Minimum c.s.a.: 1/maximum c.s.a.: 2.5 

Flexible cable without cable end Tightening torque N.m 1.2 

(1) For operation at 70 °C, please consult your Regional Sales Office. 

References: 


24516_Ver2.30-EN.fm/4 

24514/3 

Dimensions: 

pages 24534/2 to 24534/ 

4 

Schemes: 

page 24534/5 

Schneider Electric



6 

3-pole electronic thermal overload relays LR9-D 

Electrical characteristics of power circuit 

Relay type 

LR9-D 

Tripping class Conforming to UL 508, IEC 947-4-1 10 A or 20 

Rated insulation voltage (Ui) Conforming to IEC 947-4-1 V 1000 

Conforming to UL, CSA V 600 

Rated impulse withstand 

voltage (Uimp) 

kV 8 

Frequency limits Of the operational current Hz 50…60. For other frequencies, consult your Regional Sales Office (1) 

Setting range Depending on model A 60…150 

Power circuit connections Width of terminal lug mm 20 

Clamping screw 

M8 

Tightening torque N.m 18 

Operating characteristics 

Temperature compensation °C - 20…+ 70 

Tripping thresholds To IEC 947-4-1 Alarm A 1.05 ± 0.06 In 

Tripping A 1.12 ± 0.06 In 

Sensitivity to phase failure Conforming to IEC 947-4-1 Tripping in 4 s ± 20 % in the event of phase failure 

Alarm circuit characteristics 

Rated supply voltage d.c. supply V 24 

Supply voltage limits V 17…32 

Current consumption No load mA ≤ 5 

Switching capacity mA 0…150 

Protection Short-circuit and overload Self-protected 

Voltage drop Closed state V ≤ 2.5 

Cabling Flexible cable without cable end mm2 0.5…1.5 

Tightening torque N.m 0.45 

Tripping curve LR9-D 

Average operating time 

related to multiples of the 

current setting 

Tripping time in seconds 

000 

100 

10 

1 

2 

1 

0 1 1,12 2 3 4 5 6 7 8 9 10 11 12 

x the current setting (Ir) 

1 Cold state curve 

2 Hot state curve 

(1) For use of these relays with soft start units or variable speed controllers, please consult your Regional Sales Office. 

References: 


24514/3 

Dimensions: 

pages 24534/2 to 24534/ 

4 

Schemes: 

page 24534/5 


24516_Ver2.30-EN.fm/5

Curves 


Thermal-magnetic motor circuit breakers types GV2-ME 

and GV2-P 

Thermal-magnetic tripping curves for GV2-ME and GV2-P 

Average operating time at 20 °C according to multiples of the setting current 

Time (s) 

x setting current (Ir) 

1 3 poles from cold state 


3 3 poles from hot state 

References : 

pages 24508/2 to 24508/4 

Dimensions : 

pages 24538/2 to 24538/4 

Schemes : 

page 24538/8 

4521 Ver2.00-EN.fm/2 Schneider Electric

Curves (continued) 


Thermal-magnetic motor circuit-breakers types GV2-ME 

and GV2-P 

Current limitation on short-circuit for GV2-ME and GV2-P 

3-phase 400/415 V 

Dynamic stress 

I peak = f (prospective Isc) at 1.05 Ue = 435 V 

Limited peak current (kA) 

Prospective Isc (kA) 

1 Maximum peak current 7 6-10 A 

2 24-32 A 8 4-6.3 A 

3 20-25 A 9 2.5-4 A 

4 17-23 A 10 1.6-2.5 A 

5 13-18 A 11 1-1.6 A 

6 9-14 A 12 Limit of rated ultimate breaking capacity on short-circuit 

of GV2-ME (14, 18, 23 and 25 A ratings) 

References : 

pages 24508/2 to 24508/4 

Dimensions : 

pages 24538/2 to 24538/4 

Schemes : 

page 24538/8 


24521 Ver2.00-EN.fm/




and GV2-P 

Thermal limit on short-circuit for GV2-ME 

Thermal limit in KA 2 s in the magnetic operating zone 

Sum of I 2 dt = f (prospective Isc) at 1.05 Ue = 435 V 

Sum of I 2 dt (kA 2 s) 


1 24-32 A 6 6-10 A 

2 20-25 A 7 4-6.3 A 

3 17-23 A 8 2.5-4 A 

4 13-18 A 9 1.6-2.5 A 

5 9-14 A 10 1-1.6 A 

References : 

pages 24508/2 to 24508/4 

Dimensions : 

pages 24538/2 to 24538/4 

Schemes : 

page 24538/8 





and GV2-P 

Thermal limit on short-circuit for GV2-P 

Thermal limit in kA 2 s in the magnetic operating zone 




1 24-32 A 6 6-10 A 

2 20-25 A 7 4-6.3 A 

3 17-23 A 8 2.5-4 A 

4 13-18 A 9 1.6-2.5 A 

5 9-14 A 10 1-1.6 A 

References : 

pages 24508/2 to 24508/4 

Dimensions : 

pages 24538/2 to 24538/4 

Schemes : 

page 24538/8 


24521 Ver2.00-EN.fm/

Curves 


Thermal-magnetic motor circuit-breakers type GV3-ME 

Thermal-magnetic tripping curves 

Average operating time at 20 °C according to multiples of the setting current. 

Time (s) 

X setting current (Ir) 

1 3 poles from cold state, 1.6…16 A rating 

2 3 poles from hot state , 1.6…16 A rating 

3 3 poles from cold state, 25…80 A rating 

4 3 poles from hot state, 25…80 A rating 

References : 

page 24508/5 

Dimensions : 

page 24538/5 

Schemes : 

page 24538/9 





Current limitation on short-circuit 

3-phase 400/415 V. 





1 Maximum peak current 7 6…10 A 

2 56…80 A 8 4…6 A 

3 40…63 A 9 2.5…4 A 

4 25…40 A 10 1.6…2.5 A 

5 16…25 A 11 1…1.6 A 

6 10…16 A 

References : 

page 24508/5 

Dimensions : 

page 24538/5 

Schemes : 

page 24538/9 


24521 Ver2.00-EN.fm/




Thermal limit on short-circuit 


Sum of l 2 dt = f (prospective Isc) at 1.05 Ue = 435 V 



1 56…80 A 6 6…10 A 

2 40…63 A 7 4…6 A 

3 25…40 A 8 2.5…4 A 

4 16…25 A 9 1.6…2.5 A 

5 10…16 A 

References : 

page 24508/5 

Dimensions : 

page 24538/5 

Schemes : 

page 24538/9 


Curves 


Thermal-magnetic motor circuit-breakers type GV7-R 

Thermal-magnetic tripping curves for GV7-R 

Average operating time at 20 °C according to multiples of the setting current 

Time (s) 


1 Curve from cold state 

2 Curve from hot state 

3 12…14 Ir 

In the event of total phase failure, tripping occurs after 4 s ± 20 % 

References : 

page 24508/6 

Dimensions : 

pages 24538/5 to 24538/7 

Schemes : 

page 24538/9 


24521 Ver2.00-EN.fm/





3-phase 400/415 V 


I peak = f (prospective Isc) 

For GV7-RE only 


1 GV7-RE220 

2 GV7-RE150 

3 GV7-RE100 


For GV7-RS only 


1 GV7-RS220 

2 GV7-RS150 

3 GV7-RS100 


References : 

page 24508/6 

Dimensions : 

pages 24538/5 to 24538/7 

Schemes : 

page 24538/9 






3-phase 400/415 V 

Thermal limit 

Sum of I 2 dt = f (prospective Isc) 


Sum of I 2 dt (A 2 s) 

1 GV7-RE220 

2 GV7-RE150 

3 GV7-RE100 




1 GV7-RS220 

2 GV7-RS150 

3 GV7-RS100 


References : 

page 24508/6 

Dimensions : 

pages 24538/5 to 24538/7 

Schemes : 

page 24538/9 


24521 Ver2.00-EN.fm/





3-phase 690 V 


I peak = f (prospective Isc) 



1 GV7-RE220 

2 GV7-RE150 and 

GV7-RE100 




1 GV7-RS220 

2 GV7-RS150 and 

GV7-RS100 


References : 

page 24508/6 

Dimensions : 

pages 24538/5 to 24538/7 

Schemes : 

page 24538/9 






3-phase 690 V 

Thermal limit 

Sum of I 2 dt = f (prospective Isc) 



1 GV7-RE220 

2 GV7-RE150 and 

GV7-RS100 




1 GV7-RS220 

2 GV7-RS150 and 

GV7-RS100 


References : 

page 24508/6 

Dimensions : 

pages 24538/5 to 24538/7 

Schemes : 

page 24538/9 


24521 Ver2.00-EN.fm/

Curves 


Thermal-magnetic motor circuit-breakers type GV2-RT 

Thermal-magnetic tripping curves for GV2-RT 

Time (s) 




References : 

page 24508/7 

Dimensions : 

page 24538/4 

Schemes : 

page 24538/8 


Curves 


Magnetic motor circuit-breakers types GV2-L and GV2-LE 

Tripping curves for GV2-L or LE combined with thermal overload relay LRD or LR2-K 

Average operating time at 20°C according to multiples of the setting current 

Time (s) 





References : 

page 24522/2 

Dimensions : 

pages 24527/2 to 24527/4 

Schemes : 

page 24527/5 


24521 Ver2.00-EN.fm/





For GV2-L and GV2-LE only 

3-phase 400/415 V 





1 Maximum peak current 6 10 A. 

2 32 A 7 6.3 A 

3 25 A 8 4 A 

4 18 A 9 2.5 A 

5 14 A 10 1.6 A 

11 Limit of rated ultimate breaking capacity on short-circuit of GV2-LE 

(14, 18 and 25 A ratings) 

References : 

page 24522/2 

Dimensions : 

pages 24527/2 to 24527/4 

Schemes : 

page 24527/5 






For GV2-L and GV2-LE + thermal overload relay LRD or LR2-K 

3-phase 400/415 V 





1 Maximum peak current 6 10 A 

2 32 A 7 6.3 A 

3 25 A 8 4 A 

4 18 A 9 2.5 A 

5 14 A 10 1.6 A 

11 Limit of rated ultimate breaking capacity on short-circuit 

of GV2-LE (14, 18 and 25 A ratings) 

References : 

page 24522/2 

Dimensions : 

pages 24527/2 to 24527/4 

Schemes : 

page 24527/5 


24521 Ver2.00-EN.fm/




Thermal limit on short-circuit for GV2-LE only 





1 32 A 6 6.3 A 

2 25 A 7 4 A 

3 18 A 8 2.5 A 

4 14 A 9 1.6 A 

5 10 A 

References : 

page 24522/2 

Dimensions : 

pages 24527/2 to 24527/4 

Schemes : 

page 24527/5 





Thermal limit on short-circuit for GV2-L only 




1 25 A and 32 A 5 6.3 A 

2 18 A 6 4 A 

3 14 A 7 2.5 A 

4 10 A 8 1.6 A 


References : 

page 24522/2 

Dimensions : 

pages 24527/2 to 24527/4 

Schemes : 

page 24527/5 


24521 Ver2.00-EN.fm/





For GV2-L and GV2-LE + thermal overload relay LRD or LR2-K 



Sum of I2dt (kA2 s) 


1 32 A (GV2-LE32) 7 4 A 

2 25 A and 32 A (GV2-L32) 8 2.5 A 

3 18 A 9 1.6 A 

4 14 A 10 Limit of rated ultimate breaking capacity on short-circuit 

5 10 A of GV2-LE (14, 18 and 25 A ratings) 

6 6.3 A 

References : 

page 24522/2 

Dimensions : 

pages 24527/2 to 24527/4 

Schemes : 

page 24527/5 


Curves 


Magnetic motor circuit-breaker type GK3 

Tripping curves for GK3 combined with thermal overload relay LRD-33 

Average operating time at 20 °C without prior current flow. 

Time (s) 





A Thermal overload relay protection zone 

B GK3 protection zone 

References : 

page 24522/3 

Dimensions : 

page 24527/4 

Schemes : 

page 24527/5 


24521 Ver2.00-EN.fm/2




Current limitation on short-circuit for GK3 only 

3-phase 400/415 V 




1 Maximum peak current 

2 80 A 

3 65 A 

4 40 A 


References : 

page 24522/3 

Dimensions : 

page 24527/4 

Schemes : 

page 24527/5 





Thermal limit on short-circuit for GK3 only 

Thermal limit in A 2 s 




1 80 A 

2 65 A 

3 40 A 

References : 

page 24522/3 

Dimensions : 

page 24527/4 

Schemes : 

page 24527/5 


24521 Ver2.00-EN.fm/2

Selection guide 

TeSys contactors 

For utilisation category AC-3 

Operational current and power conforming to IEC (θ ≤ 60 °C) 

Contactor LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

size LP1- LP1- LP1- 

K06 K09 K12 K16 D09 D12 D18 D25 D32 D38 D40 

Max. operational ≤ 440 V A 6 9 12 16 9 12 18 25 32 38 40 

current in AC-3 

Rated 220/240 V kW 1.5 2.2 3 3 2.2 3 4 5.5 7.5 9 11 

operational 

power P 

(standard 380/400 V kW 2.2 4 5.5 7.5 4 5.5 7.5 11 15 18.5 18.5 

motor power 

ratings) 

415 V kW 2.2 4 5.5 7.5 4 5.5 9 11 15 18.5 22 

440 V kW 3 4 5.5 7.5 4 5.5 9 11 15 18.5 22 

500 V kW 3 4 4 5.5 5.5 7.5 10 15 18.5 18.5 22 

660/690 V kW 3 4 4 4 5.5 7.5 10 15 18.5 18.5 30 

1000 V kW – – – – – – – – – – 22 

Maximum operating rate in operating cycles/hour (1) 

On-load Operational LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

factor 

power 

D09 D12 D18 D25 D32 D38 D40 

≤ 85% P – – – – 1200 1200 1200 1200 1000 1000 1000 

0.5 P – – – – 3000 3000 2500 2500 2500 2500 2500 

≤ 25 % P – – – – 1800 1800 1800 1800 1200 1200 1200 

Operational current and power conforming to UL, CSA (θ ≤ 60 °C) 

Contactor LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 


K06 K09 K12 D09 D12 D18 D25 D32 D38 D40 

Max. operational ≤ 440 V A 6 9 12 9 12 18 25 32 – 40 

current in AC-3 

Rated 200/208 V HP 1.5 2 3 2 3 5 7.5 10 – 10 

operational 

power P 

(standard 230/240 V HP 1.5 3 3 2 3 5 7.5 10 – 10 

motor power 

ratings) 

60 Hz 460/480 V HP 3 5 7.5 5 7.5 10 15 20 – 30 

575/600 V HP 3 5 10 7.5 10 15 20 25 – 30 

(1) Depending on the operational power and the on-load factor (θ ≤ 60 °C). 


pages 24505/2 to 24505/7 

2 

References : 

pages 24501/2 to 24502/3 

Dimensions, schemes : 

pages 24531/2 to 24532/3

LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

D50 D65 D80 D95 D115 D150 F185 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR 

50 65 80 95 115 150 185 225 265 330 400 500 630 780 800 750 1000 1500 1800 

15 18.5 22 25 30 40 55 63 75 100 110 147 200 220 250 220 280 425 500 

22 30 37 45 55 75 90 110 132 160 200 250 335 400 450 400 500 750 900 

25 37 45 45 59 80 100 110 140 180 220 280 375 425 450 425 530 800 900 

30 37 45 45 59 80 100 110 140 200 250 295 400 425 450 450 560 800 900 

30 37 55 55 75 90 110 129 160 200 257 355 400 450 450 500 600 750 900 

33 37 45 45 80 100 110 129 160 220 280 335 450 475 475 560 670 750 900 

30 37 45 45 65 75 100 100 147 160 185 335 450 450 450 530 530 670 750 



1000 1000 750 750 750 750 750 750 750 750 500 500 500 500 500 120 120 120 120 

2500 2500 2000 2000 2000 1200 2000 2000 2000 2000 1200 1200 1200 1200 600 120 120 120 120 

1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 600 600 120 120 120 120 

LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

D50 D65 D80 D95 D115 D150 F185 F225 F265 F330 F400 F500 F630 F780 F800 

50 65 80 95 115 150 185 225 265 330 400 500 630 780 800 

15 20 30 30 30 40 50 60 60 75 100 150 250 – 350 

15 20 30 30 40 50 60 75 75 100 125 200 300 450 400 

40 50 60 60 75 100 125 150 150 200 250 400 600 900 900 

40 50 60 60 100 125 150 150 200 250 300 500 800 – 900

Selection guide according 

to required electrical 

durability 



Use in category AC-3 (Ue ≤ 440 V) 

Control of 3-phase 

asynchronous motors 

with breaking whilst 

running. 

The current broken (Ic) 

in category AC-3 is 

equal to the rated 

operational current (Ie) 

of the motor. 

Millions of operating cycles 

Current broken in A 

Operational power in kW-50 Hz 

Example 

Asynchronous motor with P = 5.5 kW -Ue =400 V-Ie =11 A - Ic = Ie =11 A 

or asynchronous motor with P = 5.5 kW -Ue = 415 V-Ie =11 A-Ic = Ie = 11 A 

3 million operating cycles required. 

The above selection curves show the contactor rating needed: LC1-D18. 

Use in category AC-3 (Ue =660/690 V) (1) 




running. 





of the motor. 



(1) For Ue = 1000 V use the 660/690 V curves, but do not exceed the operational current at the operational power 

indicated for 1000 V. 


pages 24505/2 to 24505/7 

4 

References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3

Selection guide according 

to required electrical 

durability (continued) 



Use in category AC-3 (Ue ≤ 440 V) 




running. 





of the motor. 



Operational power in kW-50 Hz 

Example 

Asynchronous motor with P = 132 kW -Ue = 380 V-Ie = 245 A - Ic = Ie = 245 A 

or asynchronous motor with P = 132 kW -Ue = 415 V-Ie = 240 A - Ic = Ie = 240 A 

1.5 million operating cycles required. 

The above selection curves show the contactor rating needed: LC1-F330. 

(1) The dotted lines are only applicable to contactors LC1-BL. 

Use in category AC-3 (Ue =660/690 V) 




running. 





of the motor. 



Example 

Asynchronous motor with P = 132 kW - Ue = 660 V - Ie = 140 A - Ic = Ie = 140 A 

1.5 million operating cycles required. 



pages 24505/2 to 24505/7 

(1) The dotted lines are only applicable to contactors LC1-BL. 

References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3

Selection 



Maximum operational current (open-mounted device) 

Contactor 

LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 


K09 K12 D09 D12 D18 D25 D32 D38 D40 

DT20 DT25 DT32 DT40 DT60 

Maximum operating rate 

in operating cycles/hour 600 600 600 600 600 600 600 600 600 600 600 

Connections/ cable c.s.a. mm 2 4 4 4 4 4 6 6 10 16 10 16 

cabling conforming 

to IEC 947-1 bar size mm – – – – – – – – – – – 

Operational current 

in AC-1 in A, ≤ 40 °C A 20 20 25 20 25 32 40 50 60 50 60 

according to the 

ambient temperat- ≤ 60 °C A 20 20 25 20 25 32 40 50 60 50 60 

ure, conforming to 

IEC 947-1 ≤ 70 °C A (at Uc)(1) (1) 17 (1) 17 22 28 35 45 35 42 

Maximum 220/230 V kW 8 8 9 8 9 11 14 18 21 18 21 

operational 

power 240 V kW 8 8 9 8 9 12 15 19 23 19 23 

≤ 60 °C 

380/400 V kW 14 14 15 14 15 20 25 31 37 31 37 

415 V kW 14 14 17 14 17 21 27 34 41 34 41 

440 V kW 15 15 18 15 18 23 29 36 43 36 43 

500 V kW 17 17 20 17 20 23 33 41 49 41 49 

660/690 V kW 22 22 27 22 27 34 43 54 65 54 65 

1000 V kW – – – – – – – – – – 70 

(1) Please consult your Regional Sales Office. 

Increase in operational current by parallelling of poles 

Apply the following multiplying factors to the current values given above. The factors take into account the often unbalanced 

current distribution between phases: - 2 poles in parallel: K = 1.6 

- 3 poles in parallel: K = 2.25 

- 4 poles in parallel: K = 2.8 

Selection according to required electrical durability, in category AC-1 (Ue ≤ 440 V) 


10 

8 

6 

4 

2 

1,5 

LC1, LP1, LP4-K09 

LC1, LP1, LP4-K12 

LC1-D09 

LC1-DT20 

LC1-D12 

LC1-DT25 

LC1-D18 

LC1-DT32 

LC1-D25 

LC1-DT40 

LC1-D32, LC1-D38 

LC1-DT60 

LC1, LP1-D40 

LC1-D50 

LC1, LP1-D65 

LC1, LP1-D80 

LC1-D95 

LC1-D115 

LC1-D150 

1 

0,8 

0,6 

0,4 

0,2 

Characteristics: 

pages 24505/2 to 24505/7 

24561_Ver2.20-EN.fm/2 

0,1 

1 2 3 4 6 8 10 

20 25 32 40 50 60 80 100 125 200 250 400 


Control of resistive circuits (cos ϕ ≥ 0.95). 

The current broken (Ic) in category AC-1 is equal to the current (Ie) normally drawn by the load. 

Example: Ue = 220 V - Ie = 50 A - θ≤40 °C - Ic = Ie = 50 A. 


The above selection curves show the contactor rating needed: either LC1 or LP1-D50. 

References: 

pages 24501/2 to 24502/3 

Dimensions, schemes: 

pages 24531/2 to 24532/3 

Schneider Electric


LP1- LP1- 


600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 120 120 120 120 

25 25 50 50 120 120 150 185 185 240 – – – – – – – – – 

2 2 2 2 2 2 2 2 2 

– – – – – – – – – – 30 x 5 40 x 5 60 x 5 100 x 5 60 x 5 50 x 5 80 x 5 100 x 5 100 x 10 

80 80 125 125 250 250 275 315 350 400 500 700 1000 1600 1000 800 1250 2000 2750 

80 80 125 125 200 200 275 280 300 360 430 580 850 1350 850 700 1100 1750 2400 

56 56 80 80 160 160 180 200 250 290 340 500 700 1100 700 600 900 1500 2000 

29 29 45 45 80 80 90 100 120 145 170 240 350 550 350 300 425 700 1000 

31 31 49 49 83 83 100 110 125 160 180 255 370 570 370 330 450 800 1100 

50 50 78 78 135 135 165 175 210 250 300 430 600 950 600 500 800 1200 1600 

54 54 85 85 140 140 170 185 220 260 310 445 630 1000 630 525 825 1250 1700 

58 58 90 90 150 150 180 200 230 290 330 470 670 1050 670 550 850 1400 2000 

65 65 102 102 170 170 200 220 270 320 380 660 750 1200 750 600 900 1500 2100 

86 86 135 135 235 235 280 300 370 400 530 740 1000 1650 1000 800 1100 1900 2700 

85 100 120 120 345 345 410 450 540 640 760 950 1500 2400 1500 1100 1700 3000 4200 


10 

8 

6 

4 

2 

LC1-F185 

LC1-F225 

LC1-F265 

LC1-F330 

LC1-F400 

LC1-F500 

LC1-F630 

LC1-F800 

LC1-F780 

LC1-BL, BM 

LC1-BP 

LC1-BR 

1 

0,8 

0,6 

0,4 

(1) 

0,2 

(1) The dotted lines are only applicable 

0,1 

to LC1-F225 contactors. 

20 40 50 60 80 100 200 300 350 600 800 1000 1600 2000 4000 

275 315 400 500 700 


Example: Ue = 220 V - Ie = 500 A - θ≤40 °C - Ic = Ie = 500 A. 




24561_Ver2.20-EN.fm/3

Selection guide 


For utilisation categories AC-2 or AC-4 

Maximum breaking current 

Category AC-2: slip ring motors - breaking the starting current 

Category AC-4: squirrel cage motors - breaking the starting current 

Contactor LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 


K06 K09 K12 D09 D12 D18 D25 D32 D38 D40 

In category AC-4 (Ie max) 

- Ue ≤ 440 V 

Ie max broken = 6 x I motor A 36 54 54 54 72 108 150 192 192 240 

- 440 V < Ue ≤ 690 V 

Ie max broken = 6 x I motor A 26 40 40 40 50 70 90 105 105 150 

Depending on the maximum operating rate (1) and the on-load factor, θ ≤ 60 °C (2) 

From 150 & 15 % to 300 &10 % A 20 30 30 30 40 45 75 80 80 110 

From 150 & 20 % to 600 &10 % A 18 27 27 27 36 40 67 70 70 96 

From 150 & 30 % to 1200 & 10 % A 16 24 24 24 30 35 56 60 60 80 

From 150 & 55 % to 2400 & 10 % A 13 19 19 19 24 30 45 50 50 62 

From 150 & 85 % to 3600 & 10 % A 10 16 16 16 21 25 40 45 45 53 

(1) Do not exceed the maximum number of mechanical operating cycles. 

(2) For temperatures higher than 60 °C, use an operating rate value equal to 80% of the actual value when selecting from 

Plugging 

The current varies from the maximum plug-braking current to the rated motor current. 

The making current must be compatible with the rated making and breaking capacities of the contactor. 

As breaking normally takes place at a current value at or near the locked rotor current, the contactor can be selected 

Permissible AC-4 power rating for 200 000 operating cycles 

Operational voltage LC/- LC/- LC/- LC/- LC/- LC/- LC/- LC/- LC/- LC/- 

LP/- LP/- LP/- 

K06 K09 K12 D09 D12 D18 D25 D32 D38 D40 

220/230 V kW 0.75 1.1 1.1 1.5 1.5 2.2 3 4 4 4 

380/400 V kW 1.5 2.2 2.2 2.2 3.7 4 5.5 7.5 7.5 9 

415 V kW 1.5 2.2 2.2 2.2 3 3.7 5.5 7.5 7.5 9 

440 V kW 1.5 2.2 2.2 2.2 3 3.7 5.5 7.5 7.5 11 

500 V kW 2.2 3 3 3 4 5.5 7.5 9 9 11 

660/690 V kW 3 4 4 4 5.5 7.5 10 11 11 15 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 

24566_Ver2.00-EN.fm/2 

Schneider Electric



300 390 480 570 630 830 1020 1230 1470 1800 2220 2760 3360 4260 3690 4320 5000 7500 9000 

170 210 250 250 540 640 708 810 1020 1410 1830 2130 2760 2910 2910 4000 4800 5400 6600 

140 160 200 200 280 310 380 420 560 670 780 1100 1400 1600 1600 2250 3000 4500 5400 

120 148 170 170 250 280 350 400 500 600 700 950 1250 1400 1400 2000 2400 3750 5000 

100 132 145 145 215 240 300 330 400 500 600 750 950 1100 1100 1500 2000 3000 3600 

80 110 120 120 150 170 240 270 320 390 450 600 720 820 820 1000 1500 2000 2500 

70 90 100 100 125 145 170 190 230 290 350 500 660 710 710 750 1000 1500 1800 

the above tables. 

using the criteria for categories AC-2 and AC-4. 

LC/- LC/- LC/- LC/- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 


5.5 7.5 7.5 9 9 11 18.5 22 28 33 40 45 55 63 63 90 110 150 200 

11 11 15 15 18.5 22 33 40 51 59 75 80 100 110 110 160 160 220 250 

11 11 15 15 18.5 22 37 45 55 63 80 90 100 110 110 160 160 250 280 

11 15 15 15 18.5 22 37 45 59 63 80 100 110 132 132 160 200 250 315 

15 18.5 22 22 30 37 45 55 63 75 90 110 132 150 150 180 200 250 355 

18.5 22 25 25 30 45 63 75 90 110 129 140 160 185 185 200 250 315 450 


24566_Ver2.00-EN.fm/3

Selection according to 

required electrical durability 



Use in categories AC-2 or AC-4 (Ue ≤ 440 V) 

Control of 3-phase asynchronous 

squirrel cage motors (AC-4) or slip 

ring motors (AC-2) with breaking 

whilst motor stalled. 

The current broken (Ic) in category 

AC-2 is equal to 2.5 x Ie. 


AC-4 is equal to 6 x Ie. 

(Ie = rated operational current of the 

motor) 


1 

0,8 

0,6 

0,4 

0,2 

LC1, LP1, LP4-K06 

LC1, LP1, LP4-K09,K12 

LC1-D09 

LC1-D12 

LC1-D18 

LC1-D25 

LC1-D32, D38 

LC1-D40 

LC1-D50 

LC1-D65 

LC1-D80 

LC1-D95 

LC1-D115 

LC1-D150 

0,1 

0,08 

0,06 

0,05 

0,04 

0,03 

0,02 

(1) 

0,01 

5 6 7 8 9 10 20 30 36 40 5054 72 80 108 150 192 240 300 390 480 570 630 828 1000 


Example 

Asynchronous motor with P = 5.5 kW - Ue = 400 V - Ie = 11 A 

Ic = 6 x Ie = 66 A 

or asynchronous motor with P = 5.5 kW - Ue = 415 V - Ie = 11 A 

Ic = 6 x Ie = 66 A 

200 000 operating cycles required. 

The above selection curves show the contactor rating needed: LC1-D25. 

(1) The dotted lines are only applicable to LC1, LP1-K12 contactors 

Utilisation in category AC-4 (440 V < Ue ≤ 690 V) 


squirrel cage motors with breaking 



AC-2 is equal to 2.5 x Ie. 




motor) 


1 

0,8 

0,6 

0,4 

0,2 

LC1-D09 

LC1-D12 

LC1-D18 

LC1-D25 

LC1-D32, D38 

LC1-D40 

LC1-D50 

LC1-D65 

LC1-D80 

LC1-D95 

LC1-D115 

LC1-D150 

0,1 

0,08 

0,07 

0,06 

0,05 

0,04 

0,03 

0,02 


pages 24505/2 to 24505/7 

24566_Ver2.00-EN.fm/4 

0,01 

5 6 7 8 9 10 20 30 40 50 70 90 105 150 170 210 250 300 400 500 540 640 800 1000 


References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 

Schneider Electric

Selection according to 

electrical durability 



Use in categories AC-2 or AC-4 (Ue ≤ 440 V) 


squirrel cage motors (AC-4) or slip 

ring motors (AC-2) with breaking 





motor) 


1 

0,8 

0,6 

0,4 

0,2 

LC1-F185 

LC1-F225 

LC1-F265 

LC1-F330 

LC1-F400 

LC1-F500 

LC1-F630 

LC1-F800 

LC1-F780 

LC1-BL, BM 

LC1-BP 

LC1-BR 

0,1 

0,08 

0,06 

0,04 

0,02 

0,01 

100 200 400 600 800 1020 1470 2220 3360 42605000 8000 20 000 

1230 1800 2760 3690 6000 10 000 


Example 

Asynchronous motor with P = 90 kW - Ue = 380 V - Ie = 170 A 

Ic = 6 x Ie = 1020 A 

or asynchronous motor with P = 90 kW - Ue = 415 V - Ie = 165 A 

Ic = 6 x Ie = 990 A 

60 000 operating cycles required 


Use in category AC-4 (440 V < Ue ≤ 690 V) 


squirrel cage motors with breaking 

whilst motor stalled.. 




motor) 


1 

0,8 

0,6 

0,4 

0,2 

LC1-F185 

LC1-F225 

LC1-F265 

LC1-F330 

LC1-F400 

LC1-F500 

LC1-F630 

LC1-F780, F800 

LC1-BL, BM 

LC1-BP 

LC1-BR 

0,1 

0,08 

0,06 

0,04 

0,02 

0,01 

100 200 400 600 800 1000 2000 4000 8000 10 000 20 000 



pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 


24566_Ver2.00-EN.fm/5

Selection 


For utilisation categories DC-1 to DC-5 

Rated operational current (Ie) in Amperes, in utilisation category DC-1, resistive loads: 

Rated operational Number of poles Contactor rating (1) 

voltage connected in LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

Ue series LP1- 

D09 D12 D18 D25 D32 D38 D40 D50 


– + 

– + 

24 V 1 20 20 20 25 32 40 40 40 50 65 

2 20 20 20 25 32 40 40 40 50 65 

3 20 20 20 20 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

48/75 V 1 20 20 20 25 32 40 40 40 50 65 

2 20 20 20 25 32 40 40 40 50 65 

3 20 20 20 25 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

125 V 1 4 4 4 4 7 7 7 7 7 7 

2 20 20 20 25 32 40 40 40 50 65 

3 20 20 20 25 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

225 V 1 1 1 1 1 1 1 1 1 1 1 

2 4 4 4 4 7 7 7 7 7 7 

3 20 20 20 25 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

300 V 3 – – – – – – – – – – 

4 – 20 20 – 32 40 – – 50 – 

460 V 1 – – – – – – – – – – 

4 – – – – – – – – – – 

900 V 2 – – – – – – – – – – 

1200 V 3 – – – – – – – – – – 

1500 V 4 – – – – – – – – – – 

Rated operational current (Ie) in Amperes, in utilisation category DC-2 to DC-5, inductive loads: 

Rated operational Number of poles Contactor rating (1) 

voltage connected in LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

Ue series LP1- 

D09 D12 D18 D25 D32 D38 D40 D50 


– + 

– + 

24 V 1 20 20 20 25 32 40 40 40 50 65 

2 20 20 20 25 32 40 40 40 50 65 

3 20 20 20 25 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

48/75 V 1 8 8 8 8 32 40 40 40 50 65 

2 20 20 20 25 32 40 40 40 50 65 

3 20 20 20 25 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

125 V 1 2 2 2 2 3 3 3 3 4 4 

2 15 15 15 15 32 40 40 40 50 65 

3 20 20 20 25 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

225 V 1 0.5 0.5 0.5 0.5 1 1 1 1 1 1 

2 2 2 2 2 3 3 3 3 4 4 

3 8 8 8 8 32 40 40 40 50 65 

4 – 20 20 – 32 40 – – 50 – 

300 V 3 – – – – – – – – – – 

4 – 8 8 – 32 40 – – 50 – 

1 – – – – – – – – – – 

460 V 4 – – – – – – – – – – 

900 V 2 – – – – – – – – – – 


pages 24505/2 to 24505/7 

24560_Ver2.20-EN.fm/2 

1200 V 3 – – – – – – – – – – 

1500 V 4 – – – – – – – – – – 

(1) For rated operational currents of contactors LC1 and LP1-K: please consult your Regional Sales Office. 

References: 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 

Schneider Electric

time constant L ≤ 1 ms, ambient temperature ≤ 60 °C (2) 

R 

LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

LP1- LP1- 

D65 D80 D95 D115 D150 F185 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

7 12 12 200 200 210 230 270 320 380 520 760 1180 760 700 1100 1750 2400 

65 100 100 200 200 210 230 270 320 380 520 760 1180 760 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

1.5 1.5 1.5 10 10 – – – – – – – – – 700 1100 1750 2400 

7 12 12 200 200 190 200 250 280 350 450 700 1000 700 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

– – – 200 200 190 200 250 280 350 450 700 1000 700 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1000 850 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

– – – 200 – 190 200 250 280 350 450 700 1000 700 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

time constant L ≤ 15 ms, ambient temperature ≤ 60 °C (2) 

R 

LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

LP1- LP1- 

D65 D80 D95 D115 D150 F185 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 

65 100 100 200 200 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

4 5 5 200 200 – – – – – – – – – 700 1100 1750 2400 

65 40 40 200 200 160 180 250 300 350 500 700 1000 700 700 1100 1750 2400 

65 60 60 200 200 240 240 280 310 350 550 850 1000 850 700 1100 1750 2400 

65 72 – 200 – 240 240 280 310 350 550 850 1000 850 700 1100 1750 2400 

1.5 2 2 3 3 – – – – – – – – – 700 1100 1750 2400 

4 5 5 200 200 140 160 220 280 310 480 680 900 680 700 1100 1750 2400 

65 100 100 200 200 160 180 250 300 350 500 700 1000 700 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

– – – 200 200 140 160 220 280 310 480 680 900 680 700 1100 1750 2400 

65 100 – 200 – 240 260 300 360 430 580 850 1300 850 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

– – – 200 – 140 160 220 280 310 480 680 800 680 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

– – – – – – – – – – – – – – 700 1100 1750 2400 

(2) Contactors LC1-F and LC1-B operating at an ambient temperature of 40 °C, have higher operational currents: please consult your Regional Sales Office. 


24560_Ver2.20-EN.fm/3

Selection 

according to required 



For utilisation categories DC-1 to DC-5 

Use in categories DC-1 to DC-5 

The criteria for contactor selection are: 

- the rated operational current Ie, 

- the rated operational voltage Ue, 

- the utilisation category and the time constant L/R, 

- the required electrical durability. 

Maximum operating rate (operating cycles) 

The following operating rate must not be exceeded: 120 operating cycles/hour at rated operational current Ie. 

Electrical durability 


10 

8 

6 

4 

2 

1 

0,8 

0,6 

LC1-D09, DT20 

LC1-DT25, LC1, LP1-D12 

LC1-D18, DT32 

LC1-DT40, LC1, LP1-D25 

LC1-D32, D38, 

DT60 

LC1, LP1-D40 

LC1-D50 

LC1, LP1-D65 

LC1, LP1-D80 

LC1-D95 

LC1-D115, D150 

0,4 

0,2 

0,1 

0,08 

0,06 

0,04 

0,02 

0,01 

0,2 0,3 0,4 0,5 0,6 0,8 

0,7 0,9 

1 

2 3 4 5 6 7 9 14 20 30 40 50 60 70 90100 

8 10 16 24 32 36 

80 

Example 

Series wound motor: P = 1.5 kW - Ue = 200 V - Ie = 7.5 A. Utilisation: reversing, inching. 

Utilisation category = DC-5. 

- Select contactor LC1-D25 or LP1-D25 with 3 poles in series. 

- The power broken is: Pc total = 2.5 x 200 x 7.5 = 3.75 kW. 

- The power broken per pole is: 1.25 kW. 

- The electrical durability read from the curve is ≥ 10 6 operating cycles. 

Power broken per pole in kW 

Use of poles in parallel 

Electrical durability can be increased by using poles connected in parallel. 

With N connected in parallel, the electrical durability becomes: electrical durability read from the curves x N x 0.7. 

Note 1 

When the poles are connected in parallel, the maximum operational currents indicated on pages 24560/2 and 24560/3 

must not be exceeded. 

Note 2 

Ensure that the connections are made in such a way as to equalise the currents in each pole. 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 

24560_Ver2.20-EN.fm/4 

Schneider Electric

Selection 

according to required 



For categories DC-1 to DC-5 

Use in categories DC-1 to DC-5 

Determining the electrical durability 

The electrical durability can be read directly from the curves below, having previously calculated the power broken as 

follows: P broken = U broken x l broken. 

The tables below give the values of Uc and Ic for the various utilisation categories. 

Power broken 

Utilisation category U broken I broken P broken 

DC-1 Non inductive or slightly inductive loads Ue Ie Ue x Ie 

DC-2 Shunt wound motors, breaking whilst motor running 0.1 Ue Ie 0.1 Ue x Ie 

DC-3 Shunt wound motors, reversing, inching Ue 2.5 Ie Ue x 2.5 Ie 

DC-4 Series wound motors, breaking whilst motor running 0.3 Ue Ie 0.3 Ue x Ie 

DC-5 Series wound motors, reversing, inching Ue 2.5 Ie Ue x 2.5 Ie 



10 

8 

6 

4 

2 

1 

0,8 

0,6 

LC1-F185, F225 

LC1-F265 

LC1-F330 

LC1-F400 

LC1-F500 

LC1-F630, F800 

LC1-F780 

LC1-BL, BM 

LC1-BP 

LC1-BR 

0,4 

0,2 

0,1 

0,08 

0,06 

0,04 

0,02 

0,01 

2 3 4 5 6 7 9 

10 

20 30 40 50 60 70 

90 200 300 400 600 800 1000 

100 

500 700 900 2000 

4000 

3000 5000 

Power broken per pole in kW 

Example 

Series wound motor: P = 40 kW - Ue = 200 V - Ie = 200 A. Utilisation: reversing, inching. 

Utilisation category = DC-5. 

- Select contactor LC1-F265 with 2 poles in series. 

- The power broken is: Pc total = 2.5 x 200 x 200 = 100 kW. 

- The power broken per pole is: 50 kW. 

- The electrical durability read from the curve is 400,000 operating cycles. 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 


24560_Ver2.20-EN.fm/5

Selection 


For lighting circuits 

General 

The operating conditions of lighting circuits have the following characteristics: 

- continuous duty: the switching device can remain closed for several days or even months, 

- a dispersion factor of 1: all luminaires in the same group are switched on or off simultaneously, 

- a relatively high temperature around the device due to the enclosure, the presence of fuses, or an unventilated control 

panel location. 

This is why the operational current for lighting is lower than the value given for AC-1 duty. 

Protection The continuous duty current drawn by a lighting circuit is constant. In effect : 

- it is unlikely that the number of lighting fittings of an existing circuit will be modified, 

- this type of circuit cannot create an overload of long duration. 

This is why only short-circuit protection is necessary for these circuits. 

It can be provided by: 

- gG type fuses, or 

- modular circuit-breakers. 

Nevertheless it is always possible and sometimes more economical (small cable size) to protect the circuit by a thermal 

overload relay and associated aM type fuses. 

Distribution system 

p Single-phase circuit, 220/240 V 

The tables on pages 24567/3 to 24567/5 are based on a single-phase 220/240 V circuit and can therefore be applied 

directly in this case. 

p 3-phase circuit, 380/415 V with neutral 

The total number of lamps (N) to be switched simultaneously is divided into three equal groups, each 

connected between one phase and neutral. The contactor can then be selected from the 220/240 V singlephase 

table for a number of lamps equal to N 

--- 

3 

p 3-phase circuit, 220/240 V 

The total number of lamps (N) to be switched simultaneously is divided into three equal groups, each connected 

between 2phases (L1-L2), (L2-L3), (L3-L1). The contactor can then be selected from the 220/240 V single-phase table 

for a number of lamps equal to N 

------ 

3 

Contactor selection tables 

For the different types of lamps, the tables on pages 24567/3 to 24567/5 give the maximum number of lamps of unit power 

P (in Watts), which can be switched simultaneously for each size of contactor. 

They are based on: 

- a 220/240 V single-phase circuit, 

- an ambient temperature of 55 °C (1), taking into account the operating conditions (see General paragraph). 

- an electrical life of more than 10 years (200 days' operation per year). 

They take into account: 

- the total current drawn (including ballast), 

- transient phenomena which occur at switch-on, 

- the starting currents and their duration, 

- the circulation of any harmonics which may be present. 

Lamps with compensating capacitor C (µF) connected in parallel 

Parallel connected compensating capacitors C cause a current peak at the moment of switch-on. To ensure that the value 

of this current peak remains compatible with the making characteristics of the contactors, the unit value of the 

capacitance must not exceed the following: 

Switching LC1- LP1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

contactor size K09 K09 D09 D12 D18 D25 D32 D38 D40 D50 D65 D80 D95 

Maximum unit value C (µF) 

of compensating capacitor 7 3 18 18 25 60 96 96 120 120 240 240 240 

connected in parallel 

Switching 

LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

contactor size 

D115 D150 F185 F225 F265 F330 F400 F500 F630 F800 

Maximum unit value C (µF) 

of compensating capacitor 300 360 800 1200 1700 2500 4000 6000 9000 10 800 

connected in parallel 

This value is independent of the number of lamps switched by the contactor. 

(1) For an ambient temperature of 40 °C, multiply the number by 1.2. 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 

Dimensions : 

pages 24531/2 to 24531/5 

Schemes : 

pages 24532/2 and 24532/3 


Selection (continued) 



Usual values 

The tables show the following values: 

- IB: value of current drawn by each lamp at its rated operational voltage, 

- C: unit capacitance for each lamp, 

corresponding to the values normally quoted by lamp manufacturers. 

These values are given for an ambient temperature of 55 °C (for 40 °C, multiply the number Iu by 1.2). 

Incandescent and P (W) 60 75 100 150 200 300 500 750 1000 

halogen lamps IB (A) 0.27 0.34 0.45 0.68 0.91 1.40 2.30 3.40 4.60 LC1- 

35 28 21 14 10 6 4 2 2 K09 

Max. 59 47 35 23 17 11 7 4 3 D09, D12 

no. 77 61 46 30 23 15 9 6 4 D18 

of 92 73 55 36 27 18 11 7 5 D25 

lamps 129 103 77 51 38 25 15 10 7 D32, D38 

accor- 163 129 97 64 48 31 19 13 9 D40 

ding to 207 164 124 82 62 40 24 16 12 D50, D65 

P (W) 296 235 177 117 88 57 34 23 17 D80, D95 

430 340 256 170 126 82 50 34 24 D115 

466 370 280 184 138 90 54 36 26 D150 

710 564 426 282 210 136 82 56 40 F185 

770 610 462 304 228 148 90 60 44 F225 

888 704 532 352 262 170 104 70 52 F265 

1006 800 604 400 298 194 118 80 58 F330 

1274 1010 764 504 378 244 148 100 74 F400 

1718 1364 1030 682 508 330 200 136 100 F500 

2328 1850 1396 924 690 448 272 184 136 F630 

2776 2204 1666 1102 824 534 326 220 162 F800 

Mixed lighting lamps P (W) 100 160 250 500 1000 

IB (A) 0.45 0.72 1.10 2.3 4.5 LC1- 

21 13 8 4 2 K09 

Max. 35 22 14 7 3 D09, D12 

no. 46 29 18 9 4 D18 

of 55 36 23 11 5 D25 

lamps 77 48 30 15 7 D32, D38 

accor- 97 61 38 19 9 D40 

ding to 124 77 49 24 12 D50, D65 

P (W) 177 111 70 34 17 D80, D95 

256 160 104 50 26 D115 

280 174 114 54 28 D150 

426 266 174 82 42 F185 

462 288 188 90 46 F225 

532 332 218 104 52 F265 

604 378 246 118 60 F330 

764 478 312 150 76 F400 

1030 644 422 202 102 F500 

1398 874 572 272 140 F630 

1666 1040 680 326 166 F800 

Non-corrected 

With parallel correction 

Fluorescent lamps with starter P (W) 20 40 65 80 110 20 40 65 80 110 

Single fitting IB (A) 0.39 0.45 0.70 0.80 1.2 0.17 0.26 0.42 0.52 0.72 

C (µF) – – – – – 5 5 7 7 16 LC1- 

24 21 13 12 8 56 36 22 18 – K09 

Max. 41 35 22 20 13 94 61 38 30 22 D09, D12 

no. 53 46 30 26 17 123 80 50 40 29 D18 

of 66 57 37 32 21 152 100 61 50 36 D25 

lamps 89 77 50 43 29 205 134 83 67 48 D32, D38 

accor- 112 97 62 55 36 258 169 104 84 61 D40 

ding to 143 124 80 70 46 329 215 133 107 77 D50, D65 

P (W) 205 177 114 100 66 470 367 190 153 111 D80, D95 

410 354 228 200 132 940 614 380 306 222 D115, D150 

492 426 274 240 160 1128 738 456 368 266 F185 

532 462 296 260 172 1224 800 490 400 288 F225 

614 532 342 300 200 1412 922 570 462 332 F265 

696 604 388 340 226 1600 1046 648 522 378 F330 

882 764 490 430 286 2024 1322 818 662 478 F400 

1190 1030 662 580 386 2728 1724 1104 892 644 F500 

1612 1398 698 786 524 3700 2418 1498 1210 874 F630, F800 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 

Dimensions : 

pages 24531/2 to 24531/5 

Schemes : 

pages 24532/2 and 24532/3 


24567 Ver2.00-EN.fm/




Usual values 

See page opposite. 

Non-corrected 

With series correction 

Fluorescent lamps with starter P (W) 2x20 2x40 2x65 2x80 2x110 2x20 2x40 2x65 2x80 2x110 

Twin fitting IB (A) 2x0.22 2x0.41 2x0.67 2x0.82 2x1.1 2x0.13 2x0.24 2x0.39 2x0.48 2x0.65 LC1- 

2x21 2x11 2x7 2x5 2x4 2x36 2x20 2x12 2x10 2x7 K09 

Max. 2x36 2x18 2x10 2x8 2x6 2x60 2x32 2x20 2x16 2x12 D09, D12 

no. 2x46 2x24 2x14 2x12 2x8 2x80 2x42 2x26 2x20 2x16 D18 

of 2x58 2x30 2x18 2x14 2x10 2x100 2x54 2x32 2x26 2x20 D25 

lamps 2x78 2x42 2x26 2x20 2x14 2x134 2x72 2x44 2x36 2x26 D32, D38 

accor- 2x100 2x52 2x32 2x26 2x18 2x168 2x90 2x56 2x44 2x32 D40 

ding to 2x126 2x68 2x40 2x34 2x24 2x214 2x116 2x70 2x58 2x42 D50, D65 

P (W) 2x180 2x96 2x58 2x48 2x36 2x306 2x166 2x102 2x82 2x60 D80, D95 

2x360 2x194 2x118 2x96 2x72 2x614 2x332 2x204 2x166 2x122 D115, D150 

2x436 2x234 2x142 2x116 2x86 2x738 2x400 2x246 2x200 2x148 F185 

2x472 2x254 2x154 2x126 2x94 2x800 2x432 2x266 2x216 2x160 F225 

2x544 2x292 2x178 2x146 2x108 2x922 2x500 2x308 2x250 2x184 F265 

2x618 2x332 2x202 2x166 2x124 2x1046 2x566 2x348 2x282 2x208 F330 

2x782 2x420 2x256 2x210 2x156 2x1322 2x716 2x440 2x358 2x264 F400 

2x1054 2x566 2x346 2x282 2x210 2x1784 2x966 2x594 2x482 2x356 F500 

2x1430 2x766 2x468 2x384 2x286 2x2418 2x1310 2x806 2x654 2x484 F630, F800 

Non-corrected 


Fluorescent lamps without starter P (W) 20 40 65 80 110 20 40 65 80 110 

Single fitting IB (A) 0.43 0.55 0.8 0.95 1.4 0.19 0.29 0.46 0.57 0.79 

C (µF) – – – – – 5 5 7 7 16 LC1- 

22 17 12 10 6 50 33 20 16 – K09 

Max. 37 29 20 16 11 84 55 34 28 20 D09, D12 

no. 48 38 26 22 15 110 72 45 36 26 D18 

of 60 47 32 27 18 136 89 56 45 32 D25 

lamps 97 63 43 36 25 184 101 76 61 44 D32, D38 

accor- 102 80 55 46 31 231 151 95 77 55 D40 

ding to 130 101 70 58 40 294 193 121 98 70 D50, D65 

P (W) 186 145 100 84 57 421 275 173 140 101 D80, D95 

372 290 200 168 114 842 550 346 280 202 D115, D150 

446 348 240 202 136 1010 662 416 336 242 F185 

484 378 260 218 148 1094 716 452 364 262 F225 

558 436 300 252 170 1262 828 522 420 304 F265 

632 494 340 286 194 1432 938 590 476 344 F330 

800 624 430 362 246 1810 1186 748 604 434 F400 

1078 844 580 488 330 2442 1600 1008 814 586 F500 

1462 1144 786 662 448 3310 2168 1366 1104 796 F630, F800 

Non-corrected 

With series correction 

Fluorescent lamps without starter P(W) 2x20 2x40 2x65 2x80 2x110 2x20 2x40 2x65 2x80 2x110 

Twin fitting IB (A) 2x0.25 2x0.47 2x0.76 2x0.93 2x1.3 2x0.14 2x0.26 2x0.43 2x0.53 2x0.72 LC1- 

2x19 2x10 2x6 2x5 2x3 2x34 2x18 2x11 2x9 2x6 K09 

Max. 2x32 2x16 2x10 2x8 2x6 2x56 2x30 2x18 2x14 2x10 D09, D12 

no. 2x42 2x22 2x12 2x10 2x8 2x74 2x40 2x24 2x18 2x14 D18 

of 2x52 2x26 2x16 2x12 2x10 2x92 2x50 2x30 2x24 2x18 D25 

lamps 2x70 2x36 2x22 2x18 2x12 2x124 2x66 2x40 2x32 2x24 D32, D38 

accor- 2x88 2x46 2x28 2x22 2x16 2x156 2x84 2x50 2x40 2x30 D40 

ding to 2x112 2x58 2x36 2x30 2x20 2x200 2x106 2x64 2x52 2x38 D50, D65 

P(W) 2x160 2x84 2x52 2x42 2x30 2x234 2x152 2x92 2x74 2x54 D80, D95 

2x320 2x170 2x104 2x86 2x60 2x570 2x306 2x186 2x150 2x110 D115, D150 

2x384 2x204 2x126 2x102 2x74 2x686 2x368 2x222 2x180 2x132 F185 

2x416 2x220 2x136 2x112 2x80 2x742 2x400 2x242 2x196 2x144 F225 

2x480 2x254 2x158 2x128 2x92 2x856 2x462 2x278 2x226 2x166 F265 

2x544 2x288 2x178 2x146 2x104 2x970 2x522 2x316 2x256 2x188 F330 

2x688 2x366 2x226 2x184 2x132 2x1228 2x662 2x400 2x324 2x238 F400 

2x928 2x494 2x304 2x248 2x178 2x1656 2x892 2x540 2x438 2x322 F500 

2x1258 2x668 2x414 2x338 2x242 2x2246 2x1210 2x730 2x592 2x436 F630, F800 

Non-corrected 


Low pressure P(W) 35 55 90 135 150 180 200 35 55 90 135 150 180 200 

sodium vapour lamps- IB (A) 1.2 1.6 2.4 3.1 3.2 3.3 3.4 0.3 0.4 0.6 0.9 1 1.2 1.3 

C (µF) – – – – – – – 17 17 25 36 36 36 36 LC1- 

6 5 3 2 2 2 2 – – – – – – – K09 

Max. 10 7 5 3 3 3 3 40 30 – – – – – D09, D12 

no. 12 9 6 4 4 4 4 50 37 25 – – – – D18 

of 15 11 7 6 5 5 5 63 47 31 21 19 15 14 D25 

lamps 21 16 10 8 8 7 7 86 65 43 28 26 21 20 D32, D38 

accor- 27 20 13 10 10 10 9 110 82 55 36 33 27 25 D40 

ding to 35 26 17 13 13 12 12 140 105 70 46 42 35 32 D50, D65 

P(W) 50 37 25 19 18 18 17 200 150 100 66 60 50 46 D80, D95 

100 75 50 38 36 36 34 400 300 200 132 120 100 92 D115, D150 

140 104 70 54 52 50 48 560 420 280 186 168 140 128 F185 

152 114 76 58 56 54 54 606 454 302 202 182 152 140 F225 

174 130 88 68 66 64 62 700 524 350 232 210 174 162 F265 

198 148 98 76 74 72 70 792 594 396 264 238 198 182 F330 

250 188 124 96 94 90 88 1002 752 502 334 300 250 252 F400 

338 254 168 130 126 122 118 1352 1014 676 450 406 338 312 F500 

496 372 248 192 186 180 174 1982 1488 992 660 594 496 458 F630, F800 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 

Dimensions : 

pages 24531/2 to 24531/5 

Schemes : 

pages 24532/2 and 24532/3 





Usual values 

The tables show the following values: 

- IB: value of current drawn by each lamp at its rated operational voltage, 

- C: unit capacitance for each lamp, 

corresponding to the values normally quoted by lamp manufacturers. 

These values are given for an ambient temperature of 55 °C (for 40 °C, multiply the number Iu by 1.2). 

Non-corrected 


High pressure P (W) 150 250 400 700 1000 150 250 400 700 1000 

sodium vapour lamps IB (A) 1.9 3.2 5 8.8 12.4 0.84 1.4 2.2 3.9 5.5 

C (µF) – – – – – 20 32 48 96 120 LC1- 

4 2 1 – – – – – – – K09 

Max. 6 3 2 1 – – – – – – D09, D12 

no. 7 4 3 1 1 17 – – – – D18 

of 10 5 3 2 1 22 13 8 – – D25 

lamps 13 8 5 2 2 30 18 11 6 – D32, D38 

accor- 17 10 6 3 2 39 23 15 8 6 D40 

ding to 22 13 8 4 3 50 30 19 10 7 D50, D65 

P (W) 31 18 12 6 4 71 42 27 15 10 D80, D95 

62 36 24 12 8 142 84 54 30 20 D115, D150 

88 52 34 18 14 200 120 76 42 30 F185 

96 56 36 20 16 216 130 82 46 32 F225 

110 66 42 24 18 250 150 94 54 38 F265 

124 74 48 26 20 282 170 108 60 42 F330 

158 94 60 34 24 358 214 136 76 54 F400 

214 126 80 46 32 482 290 184 104 74 F500 

312 186 118 68 48 708 424 270 152 108 F630, F800 

Non-corrected 


High pressure P(W) 50 80 125 250 400 700 1000 50 80 125 250 400 700 1000 

mercury vapour lamps IB (A) 0.54 0.81 1.20 2.30 4.10 6.80 9.9 0.3 0.45 0.67 1.3 2.3 3.8 5.5 

C (µF) – – – – – – – 10 10 10 18 25 40 60 LC1- 

14 9 6 3 1 – – – – – – – – – K09 

Max 22 14 9 5 2 1 1 40 26 17 9 – – – D09, D12 

no. 27 18 12 6 3 2 1 50 33 22 11 6 – – D18 

of 35 23 15 8 4 2 1 63 42 28 14 8 5 3 D25 

lamps 48 32 21 11 6 3 2 86 57 38 20 11 6 4 D32, D38 

accor- 61 40 27 14 8 4 3 110 73 49 25 14 8 6 D40 

ding to 77 51 34 17 10 6 4 140 93 62 32 18 11 7 D50, D65 

P (W) 111 74 49 26 14 8 6 200 133 89 46 26 15 10 D80, D95 

222 148 100 52 28 16 12 400 266 178 92 52 30 20 D115, D150 

310 206 140 72 40 24 17 560 372 250 128 72 44 30 F185 

336 224 152 78 44 26 18 606 404 272 140 78 48 32 F225 

388 258 174 90 50 30 20 700 466 312 162 90 54 38 F265 

440 294 198 102 58 34 24 792 528 354 182 102 62 42 F330 

556 372 250 130 72 44 30 1002 668 448 232 130 78 54 F400 

752 500 338 176 98 60 40 1352 902 606 312 176 106 74 F500 

1102 734 496 258 144 88 60 1982 1322 888 458 258 156 108 F630, F800 

Non-corrected 


Metal iodine vapour lamps P (W) 250 400 1000 2000 250 400 1000 2000 

IB (A) 2.5 3.6 9.5 20 1.4 2 5.3 11.2 

C (µF) – – – – 32 32 64 140 LC1- 

3 2 – – – – – – K09 

Max 4 3 1 – – – – – D09, D12 

no. 6 4 1 – – – – – D18 

of 7 5 2 – 13 9 – – D25 

lamps 10 7 2 1 18 13 4 – D32, D38 

accor- 13 9 3 1 23 16 6 – D40 

ding to 16 11 4 2 30 21 7 – D50, D65 

P (W) 24 16 6 3 42 30 11 5 D80, D95 

48 32 12 6 84 60 22 10 D115, D150 

66 46 18 8 120 84 32 14 F185 

72 50 20 10 130 90 34 16 F225 

84 58 22 12 150 104 40 18 F265 

94 66 24 14 170 118 44 20 F330 

120 84 32 16 214 150 56 26 F400 

162 112 42 20 290 202 76 36 F500 

238 164 62 30 424 298 112 52 F630, F800 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 

Dimensions : 

pages 24531/2 to 24531/5 

Schemes : 

pages 24532/2 and 24532/3 


24567 Ver2.00-EN.fm/

Selection 


For heating circuits 

General 

A heating circuit is a power switching circuit supplying one or more resistive heating elements switched by a contactor. 

The same general rules apply as for motor circuits, except that heating circuits are not normally subjected to overload 

currents. It is therefore only necessary to provide short-circuit protection. 

Characteristics of heating 

element 

The examples below are based on resistive heating elements used for industrial furnaces or for the heating of buildings 

(infra-red or resistive radiant type, convector heaters, closed loop heating circuits, etc.). The variation in resistance values 

between hot and cold states causes a current peak at switch-on which never exceeds 2 to 3 times the rated operational 

current. This initial peak does not recur during normal operation where subsequent switching is thermostatically 

controlled. 

The rated power and current of a heater are given for the normal operating temperature. 

Protection 

The steady state current drawn by a heating circuit is constant when the voltage is stable. 

In fact: 

- it is unlikely that the number of loads in an existing circuit will be modified; 

- this type of circuit cannot create overloads. It is therefore only necessary to provide short-circuit protection. 

Select: 

- gG type fuses, or 

- modular circuit-breakers. 

Nevertheless, it is always possible and sometimes more economical (smaller cable size) to protect the circuit by a 

thermal overload relay and associated aM type fuses. 

Switching, control, protection 

A heating element or group of heating elements of a given power may be either single-phase or 3-phase and may be 

supplied from a 220/127 V or a 400/230 V distribution system. 

Excluding a single-phase 127 V system (which is no longer commonly used), the following 3 types of circuit arrangement 

are possible: 

1 - Single-phase 2-pole switching Circuit controlled by 2 poles of the contactor. 

U 

– KM1 

2 - Single-phase 4-pole switching Circuit controlled by a 4-pole contactor with the poles 

parallel connected in pairs using appropriate connecting 

links. 

U 

This solution enables the control of power values approximately 

equivalent to those controlled by the same contactor 

on 3-phase. 

– KM1 

3 - 3-phase switching Circuit controlled by 3 poles of the contactor. 

U 

U 

U 

– KM1 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 

4562_Ver2.10-EN.fm/2 

Schneider Electric



For heating circuits 

Component selection according to the power switched 

The combinations suggested below are based on an ambient temperature of 55 °C and for powers at the nominal voltage, but they also ensure switching in the 

event of prolonged overloads up to 1.05 Ue. 

Switching Scheme Maximum power (kW) Contactor size 

220/240 V 380/415 V 660/690 V 1000 V 

Single-phase 2-pole switching U 

3.5 6.5 11 – LC1, LP1-K09 

4.5 8 14 – LC1-D12 

6 10.5 18.5 – LC1-D18 

7 13 22.5 – LC1-D25 

10 18 30.5 – LC1-D32, LC1-D38 

– KM1 

13 22.5 39.5 48 LC1-D40 

16.5 28.5 43.5 68 LC1, LP1-D65 

24 42 73 82.5 LC1, LP1-D80 

44 76 118 157 LC1-D115, LC1-D150 

48 83 130 170 LC1-F185 

52 90 145 185 LC1-F225 

60 104 160 210 LC1-F265 

75 130 200 250 LC1-F330 

86 145 230 300 LC1-F4002 

116 200 310 400 LC1-F5002 

170 290 450 695 LC1-F6302, LC1-F800 

270 460 715 945 LC1-F780 

140 242 370 490 LC1-BL32 

220 380 580 770 LC1-BM32 

350 605 925 1225 LC1-BP32 

480 830 1270 1680 LC1-BR32 

Single-phase 4-pole switching U 

4.5 8 13.5 – LC1, LP1-K09004 

7 13 22.5 – LC1-DT25 

12 21 36.5 – LC1-DT40 

21 36 63.5 76.5 LC1-DT60 

26 45.5 79.5 109 LC1, LP1-D65004 

38 66 117.5 132 LC1, LP1-D80004 

– KM1 

70 121 190 251 LC1-D115004 

76 132 202 270 LC1-F1854 

80 142 230 295 LC1-F2254 

96 166 253 335 LC1-F2654 

120 205 320 400 LC1-F3304 

137 236 363 480 LC1-F4004 

185 320 490 650 LC1-F5004 

272 470 718 950 LC1-F6304 

425 735 1140 1520 LC1-F7804 

224 387 590 785 LC1-BL34 

352 608 930 1230 LC1-BM34 

560 968 1478 1960 LC1-BP34 

768 1328 2025 2685 LC1-BR34 

3-phase switching U 

4.5 8 13.5 – LC1, LP1-K09 

U U 

7 13 22.5 – LC1-D12 

10 18 30.5 – LC1-D18 

13 22.5 39.5 – LC1-D25 

18 31 52.5 – LC1-D32, LC1-D38 

22.5 38 68 78 LC1-D40 

– KM1 

28.5 49 86 112.5 LC1, LP1-D65 

40.5 70.5 126 135.5 LC1, LP1-D80 

76 131 206 275 LC1-D115, LC1-D150 

82 143 220 295 LC1-F185 

90 155 250 320 LC1-F225 

103 179 275 370 LC1-F265 

130 225 345 432 LC1-F330 

149 256 395 525 LC1-F400 

200 346 530 710 LC1-F500 

294 509 780 1030 LC1-F630, LC1-F800 

463 800 1235 1650 LC1-F780 

242 419 640 850 LC1-BL33 

380 658 1005 1350 LC1-BM33 

606 1047 1600 2150 LC1-BP33 

830 1437 2200 2950 LC1-BR33 

Application example 

For a 220 V, 50 Hz, single-phase circuit supplying a total heating load of 12.5 kW. 

Select: a 3-pole contactor LC1-D65 or LP1-D65. 

(1) See complete contactor references on pages 24501/2 to 24502/3 or consult your Regional Sales Office. 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 


24562_Ver2.10-EN.fm/3

Selection 


For switching the primaries 

of 3-phase LV/LV transformers 

Operating conditions 

Maximum ambient temperature: 55 °C 

When a transformer is switched on, there is generally an initial current surge which reaches its peak value almost 

instantaneously and then decreases, in a largely exponential manner, to quickly reach its steady state value. 

The value of this current depends on: 

- the characteristics of the magnetic circuit and of the windings (cross sectional area of the core, rated inductance, 

number of turns, layout and size of the windings...), 

- the performance of the magnetic laminations used, 

- the magnetic state of the circuit and the instantaneous value of the a.c. mains voltage at the moment of switch-on. 

The inrush current at the moment of switch-on can reach 20 to 40 times the rated current for the various kVA power 

ratings in the tables below. This value is independent of the “no-load” or “on-load” state of the transformer. 

Contactor selection 

The peak magnetising current of the transformer must be lower than the values given in the tables below. 

Maximum operating rate: 120 operating cycles/hour 

Contactor LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

rating LP1- LP1- 

K06 K09 D09 D12 D18 D25 D32 D38 D40 D50 D65 D80 D95 D115 D150 

Maximum A 160 225 350 350 420 630 770 770 1100 1250 1400 1550 1650 1800 2000 

permissible closing 

peak current 

Maximum 220 V kVA 2 2.5 4 4 5 7 8.5 8.5 14 16 18 19.5 19.5 25 25 

operational 240 V 

power (1) 

380 V kVA 3.5 5 7 7 8 12.5 15 15 24 27 31 34 34 50 50 

400 V 

415 V kVA 4 5.5 8 8 9 14 17 17 28 32 36 39 39 55 55 

440 V 

500 V kVA 5 7 9 9 11 16.5 20 20 32 36 40 45 45 65 65 

660 V kVA 6 8.5 12 12 14 21.5 26.5 26.5 42 48 53 59 59 80 80 

690 V 

1000 V kVA – – – – – – – – 60 70 80 85 95 100 100 

Contactor LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- LC1- 

rating 

F185 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR 

Maximum A 2900 3300 3800 5000 6300 7700 9000 12 000 11 000 18 000 18 000 24 000 30 000 

permissible closing 

peak current 

Maximum 220 V kVA 40 45 50 65 75 100 120 175 145 230 230 300 380 

operational 240 V 

power (1) 

380 V kVA 75 80 90 120 130 170 200 280 245 400 400 530 660 

400 V 

415 V kVA 80 90 100 130 140 190 220 310 270 450 450 560 700 

440 V 

500 V kVA 95 100 110 140 170 225 260 350 315 480 480 600 750 

660 V kVA 120 130 140 170 200 270 350 400 425 600 600 800 950 

690 V 

1000 V kVA 150 170 200 225 250 375 470 650 550 700 700 1000 1200 

(1) Maximum operational power, corresponding to a current peak at switch-on of 30 In. 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 


Selection 


For switching 3-phase capacitor banks 

used for power factor correction 

Standard contactors 

Capacitors, together with the circuits to which they are connected, form oscillatory circuits which can, at the moment of 

switch-on, give rise to high transient currents (> 180 In) at high frequencies (1 to 15 kHz). 

As a general rule, the peak current on energisation is lower when: 

- the mains inductances are high, 

- the line transformer ratings are low, 

- the transformer short-circuit voltage is high, 

- the ratio between the sum of the ratings of the capacitors already switched into the circuit and that of the capacitors 

to be switched in is small (for multiple step capacitor banks). 

In accordance with standards IEC 70, NF C 54-100, VDE 0560, the switching contactor must be able to withstand a 

continuous current of 1.43 times the rated current of the capacitor bank step being switched. 

The rated operational powers given in the tables opposite take this overload into account. 

Short-circuit protection is normally provided by gI type HPC fuses rated at 1.7 to 2 In. 

Contactor applications 

Operating conditions 

Capacitors are directly switched. The values of peak current at switch-on must not exceed the values indicated 

opposite. 

An inductor may be inserted in each of the three phases supplying the capacitors to reduce the peak current, if necessary. 

Inductance values are determined according to the selected operating temperature. 

Power factor correction by a single-step capacitor bank 

The use of a choke inductor is unnecessary: the inductance of the mains supply is adequate to limit the peak to a value 

compatible with the contactor characteristics. 

Power factor correction by a multiple-step capacitor bank 

Select a special contactor as defined on page 24569/2. 

If a standard contactor is used, it is essential to insert a choke inductor in each of the three phases of each step. 

Maximum operational power of contactors 

Standard contactors 

Maximum operating rate: 120 operating cycles/hour. 

Electrical durability at maximum load: 100 000 operating cycles. 

With choke inductors connected, where necessary. 

Operational power at 50/60 Hz Maximum Contactor 

θ ≤ 40 °C (1) θ ≤ 55 °C (1) peak size 

220 V 400 V 600 V 220 V 400 V 600 V current 

240 V 440 V 690 V 240 V 440 V 690 V 

kVAR kVAR kVAR kVAR kVAR kVAR A 

6 11 15 6 11 15 560 LC1-D09, D12 

9 15 20 9 15 20 850 LC1-D18 

11 20 25 11 20 25 1600 LC1-D25 

14 25 30 14 25 30 1900 LC1-D32, D38 

17 30 37 17 30 37 2160 LC1-D40 

22 40 50 22 40 50 2160 LC1-D50 

22 40 50 22 40 50 3040 LC1-D65 

35 60 75 35 60 75 3040 LC1-D80, D95 

50 90 125 38 75 80 3100 LC1-D115 

60 110 135 40 85 90 3300 LC1-D150 

70 125 160 50 100 100 3500 LC1-F185 

80 140 190 60 110 110 4000 LC1-F225 

90 160 225 75 125 125 5000 LC1-F265 

100 190 275 85 140 165 6500 LC1-F330 

125 220 300 100 160 200 8000 LC1-F400 

180 300 400 125 220 300 10 000 LC1-F500 

250 400 600 190 350 500 12 000 LC1-F630 

250 400 600 190 350 500 14 200 LC1-F800 

200 350 500 180 350 500 25 000 LC1-BL 

300 550 650 250 500 600 25 000 LC1-BM 

500 850 950 400 750 750 25 000 LC1-BP 

600 1100 1300 500 1000 1000 25 000 LC1-BR 

(1) Upper limit of temperature category conforming to IEC 70. 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24502/3 


pages 24531/2 to 24532/3 


24564 Ver2.00-EN.fm/

Recommended wiring 

scheme, operation, curves 


For auto-transformer starting 

Applications 

Auto-transformer starting is suitable for starting all types of squirrel cage motors: with 3, 6 or even 9 terminals according 

to North American technology. 

Starting is performed at reduced voltage and produces maximum torque at minimum line current. 

It allows the starting torque (C = f(U)2) to be adapted to the resistive torque of the driven machine by means of the 2 or 

3 intermediate connections on the auto-transformer (0.65 and 0.8 Un or 0.5, 0.65 and 0.8 Un). In general, only one 

connection is used. 

This type of starting is used for high power and/or high inertia machines. 

The motor is never disconnected from its power supply during starting (closed transition) and transient phenomena are 

eliminated. 

Recommended wiring scheme 

– Q1 

1/L1 

3/L2 

2 

4 

1 

3 

5 6 5/L3 

– S1 

21 

– F3 – F2 

96 95 96 95 

14 13 

– Q1 

2 1 

– F1 

– Q1/2 

– F2 

22 

1 

2 

3 

5 

1 

4 

3 

6 

5 

13 

– S2 

14 

– KM3 – KM2 

2 

4 

6 

U1 2 

V1 4 

W1 6 

– KA1 

56 55 

13 

14 

13 

13 

– KM1 – KM3 – KM2 

14 

14 

– T1 

U 

V 

W 

U3 

V3 

W3 

U2 

V2 

W2 

– KM3 

51 

A1 52 

A1 62 61 

13 

61 

– KM1 – KA1 

14 

62 

A1 

A1 

– KM3 

1 

– T3 

M 

3 

– KM1 

2 

1 

4 

3 

6 

5 

– Q1/6 

A2 

A2 

A2 

A2 

6 

– KM1 – KM3 – KM2 – KA1 – F3 

Operation 

Starting is performed in 3 stages: 

- star connection of the auto-transformer is made by KM1, then contactor KM2 closes and the motor starts under 

reduced voltage; 

- the neutral point is opened by KM1; part of the auto-transformer winding is switched into each phase for a short 

moment, constituting a stator starting inductance; 

- KM3 switches the motor to full mains voltage and causes the auto-transformer to be shunted out of circuit by KM2. 

The auto-transformer used generally has an air gap (adjusted or not) in order to obtain, during the second phase of 

starting, a series inductance whose value is compatible with correct starting. 

Operating curves 

current 

7 

Torque 

2,5 

I D 

XI N 

1 

6 

5 

4 

I 2 3 

2 

I N 1 

2 

XC N 

2 

1,5 

1 

C N 1 

2 

0,5 

3 

0 

0 

0 0,25 0,50 0,75 1 

Speed 

0 0,25 0,50 0,75 1 

Speed 

1 Direct switching current 1 Direct motor torque 

2 Current with auto-transformer 2 Torque with auto-transformer 

3 Resistive torque of the machine 

24568_Ver2.00-EN.fm/2 

Schneider Electric

Combination starters for 

customer assembly 


For auto-transformer starting 

Auto-transformer starters from 59 to 900 kW up to 440 V (type 1 coordination) 

The components recommended in the table below have been determined according to the following characteristics: 

- auto-transformer: on0.65 Un connection with non adjusted air gap, 

- 3 starts per hour, of which 2 consecutive, 

- Motor starting current: Id/In = 6, 

- Iq = 70 kA. 

- Transient current on closing of KM3 ≤ 7 √2 In. 

- Maximum starting time: 30 seconds, 

- Ambient temperatureθ ≤ 40 °C. 

Switch-disconnector-fuses: operators and accessories, please consult your Regional Sales Office. 

Contactors: 3-pole. 

LC1-D: see pages 24501/2 and 24501/3. 

LC1-F: please consult your Regional Sales Office. 

LC1-B: please consult your Regional Sales Office. 

Auxiliary contact blocks: 

- for contactors LC1-D: one LAD-N11 (1 N/O + 1 N/C) on KM1, 

- for contactors LC1-F: one LAD-N22 (2 N/O + 2 N/C) on KM1, KM2 and KM3. 

Thermal overload relay: 

- LRD: see pages 24514/2 to 24515/3. 

- LR9-D: see pages 24514/3 to 24515/3. 

- LR9-F: please consult your Regional Sales Office. 

Standard power ratings Switch- aM fuses Contactors Overload relays 

of 3-phase motors disconnector- Size Fuse KM3 KM2 KM1 Reference Setting 

50/60 Hz in category AC-3 fuse rating LC1- LC1- LC1- (1) range 

220/ 380/ 415 V 440 V In Reference 

230 V 400 V max 

kW kW kW kW A A A 

30 55 59 59 105 GS1-K 22 x 58 125 D115 D115 D3210 LR9-D5369 90…150 

LRD-4367 95…120 

40 75 80 80 138 GS1-L T0 160 D150 D115 D5011 LR9-D5369 90…150 

LRD-4369 110…140 

51 90 90 100 170 GS1-N T1 200 F185 D115 D5011 LR9-F5371 132…220 

63 110 110 110 205 GS1-N T1 250 F225 D150 D8011 LR9-F5371 132…220 

75 132 132 150 245 GS1-N T1 250 F265 F185 D115 LR9-F5375 200…330 

90 160 160 185 300 GS1-QQ T2 315 F330 F265 D115 LR9-F5375 200…330 

110 200 200 220 370 GS1-QQ T2 400 F400 F330 D115 LR9-F5379 300…500 

140 250 257 280 460 GS1-S T3 500 F500 F400 D115 LR9-F5379 300…500 

180 315 355 375 584 GS1-S T3 630 F630 F400 D185 LR9-F5381 380…630 

200 355 375 400 635 GS1-V T4 800 F800 F500 F185 TC800/1 + 505…800 

LRD-05 

220 400 425 450 710 GS1-V T4 800 F800 F500 F265 TC800/1 + 505…800 

LRD-05 

250 450 475 500 800 GS1-V T4 800 F800 F500 F265 TC1000/1 + 630…1000 

LRD-05 

280 500 530 560 900 GS1-V T4 1000 BM33/22 F630 F330 TC1000/1 630…1000 

LRD-05 

315 560 600 630 1000 GS1-V T4 1000 BM33/22 F630 F400 TC1250/1 790…1250 

LRD-05 

335 630 670 710 1100 GS1-V T4 1250 BP33/22 F630 F400 TC1250/1 790…1250 

LRD-05 

400 710 750 800 1260 Sur socle T4 2 x 800 BP33/22 F780 F400 TC1500/1 945…1500 

(2) LRD-05 

450 800 800 900 1450 Sur socle T4 2 x 800 BP33/22 F780 F400 TC1750/1 100…1750 

(2) LRD-05 

500 900 900 900 1600 Sur socle T4 2 x 800 BR33/22 F780 F500 TC2000/1 260…2000 

(2) LRD-05 

(1) For power ratings greater than or equal to 400 kW at 415 V, use one LRD-05 on the current transformer. 

(2) Check with the motor manufacturer whether the fuses should be fitted in parallel. 


24568_Ver2.00-EN.fm/3

Operation 


For rotor circuits of slip-ring motors 

Applications 

These contactors are used to eliminate starting resistance in the rotor circuit of slip-ring motors. 

The most common application is for starters without jogging and without rotor speed adjustment: pumps, fans, 

conveyors, compressors, ... 

In the case of control by means of a manually operated master controller, the use of contactors with magnetic blow-out 

is recommended. Please consult your Regional Sales Office. 

For hoisting applications, contactor selection must take into account the type of motor duty , the operating rate, the rotor 

voltage and current, the type of connection, the ambient temperature, etc. Please consult your Regional Sales Office. 

Operation 

The rotor circuit contactors are interlocked with the stator contactor and therefore do not open until after the stator 

contactor has opened, when the rotor voltage has disappeared, or virtually disappeared. 

They make the current corresponding to the normal starting peak (1.5 to 2.5 times the rated rotor current) and open the 

circuit under no-load. Making and breaking are easy. 

Different types of rotor connection 

Star connection Delta connection 'V' connection 'W' connection 


Selection 


For rotor circuits of slip-ring motors 

Contactor selection according to the type of connection 

Rotor current and voltage factors 

Multiplying factors to be applied to the operational current values shown in the table below. 

Type Factor I 3-phase rotor Ue (1) 

of Rotor I Maximum With counter-current 

connection Operational I LC1-F LC1-B LC1-F LC1-B 

Star 1 2000 V 2000 V 1000 V 1000 V 

Delta 1.4 1700 V 1700 V 850 V 850 V 

'V' 1 1700 V 1700 V 850 V 850 V 

'W' 1.6 1700 V 1700 V 850 V 850 V 

Selection according to the operational current 

The selection examples below take into account: 

- a ratio of 2 between the maximum operational rotor voltage (Uer) and the rated stator operational voltage (Ues); this 

ratio is given in standard IEC-947-4, 

- a guarantee of occasional duty (making and breaking capacities) specified in the above standards 

Time Contactor rating 

current LC1- 

flowing D150 F185 F265 F400 F500 F630 F780 BL BM BP BR 

Intermediate contactor: 

with number of operating cycles ≤ 30/h 

10 s 450 A 550 A 800 A 1100 A 1500 A 2000 A 2500 A 2000 A 2400 A 3750 A 5000 A 

30 s 280 A 400 A 550 A 730 A 1000 A 1500 A 2000 A 1200 A 1800 A 2600 A 3600 A 

60 s 220 A 300 A 400 A 550 A 750 A 1200 A 1500 A 1000 A 1500 A 2200 A 3000 A 


with number of operating cycles ≤ 60/h 

5 s 450 A 550 A 800 A 1100 A 1500 A 2000 A 2500 A 2000 A 2400 A 3750 A 5000 A 

10 s 330 A 450 A 620 A 860 A 1250 A 1800 A 2300 A 1600 A 2200 A 3400 A 4500 A 

30 s 220 A 300 A 400 A 550 A 750 A 1200 A 1500 A 1000 A 1500 A 2200 A 3000 A 


with number of operating cycles ≤ 150/h for LC1-F and 120/h for LC1-B 

5 s 300 A 420 A 580 A 820 A 1150 A 1650 A 2200 A 1500 A 2100 A 3200 A 4200 A 

10 s 250 A 350 A 430 A 600 A 850 A 1300 A 1600 A 1100 A 1600 A 2300 A 3200 A 

Rotor short-circuit contactor and intermediate contactor: 

with number of operating cycles > 150/h for LC1-F and 120/h for LC1-B 

– 200 A 270 A 350 A 500 A 700 A 1000 A 1600 A 800 A 1250 A 2000 A 2750 A 


For automatic starting, the electrical durability is in the region of 1 million operating cycles. 

(1) For use up to 3000 V, please consult your Regional Sales Office. 


24571 Ver2.00-EN.fm/

General 


Long distance remote control 

Voltage drop caused by the inrush current 

When the operating coil of a contactor is energised, the inrush current produces a voltage drop in the control supply 

cable caused by the resistance of the conductors, which can adversely affect closing of the contactor. 

An excessive voltage drop in the control supply cables (both a.c. and d.c.) can lead to non closure of the contactor poles 

or even destruction of the coil due to overheating. 

This phenomenon is aggravated by: 

- a long line, 

- a low control circuit voltage, 

- a cable with a small c.s.a., 

- a high inrush power drawn by the coil. 

The maximum length of cable, depending on the control voltage, the inrush power and the conductor c.s.a. is indicated 

in the graphs below. 

Remedial action 

To reduce the voltage drop at switch-on: 

- increase the conductor c.s.a. 

- use a higher control circuit voltage 

- use an intermediate control relay. 

Selection of conductor c.s.a. 

These graphs are for a maximum line voltage drop of 5%. They give a direct indication of the copper conductor c.s.a. 

to be used for the control circuit cable, depending on its length, the inrush power drawn by the contactor coil and the 

control circuit voltage (see example page 24572/3). 

Total resistance of the 2 conductors 

of the control circuit in Ω (1) 

Inrush power drawn in VA 

C.s.a. of copper cables 

Length of control cable in m (2) 

1a 24 V 3 a 115 V 5 a 400 V A 0.75 mm2 C 1.5 mm2 E 4 mm2 

2a 48 V 4 a 230 V 6 a 690 V B 1 mm 2 D 2.5 mm 2 F 6 mm 2 

Total resistance of the 2 conductors 

of the control circuit in Ω (1) 

Inrush power drawn in VA Length of control cable in m (2) 

C.s.a. of copper cables 

7c 24 V 9 c 125 V A 0.75 mm 2 C 1.5 mm 2 E 4 mm 2 

8c 48 V 10 c 250 V B 1 mm 2 D 2.5 mm 2 F 6 mm 2 

(1) For 3-wire control, the current only flows in 2 of the conductors. 

(2) This is the length of the cable comprising 2 or 3 conductors (Distance between the contactor and the control device). 


General 



Voltage drop caused by the inrush current (continued) 

What cable c.s.a. is required for the control circuit of an LC1-D40 115 V contactor, operated from a distance of 150 

metres ? 

- Contactor LC1-D40, voltage 115 V, 50 Hz: inrush power: 200 VA. 

On the left-hand graph on the page opposite, point X is at the intersection of the vertical line corresponding to 200 VA 

and the a 115 V voltage curve. 

On the right-hand graph on the page opposite, point Y is at the intersection of the vertical line corresponding to 150 m 

and the horizontal line passing through point X. 

Use the conductor c.s.a. indicated by the curve which passes through point Y, i.e. 1.5 mm2. 

If point Y lies between two c.s.a. curves, choose the larger of the c.s.a. values. 

Calculating the maximum cable length 

The maximum permissible length for acceptable line voltage drop is calculated by the formula: 

L = 

U2 

–– .s.K 

SA 

where: 

L: distance between the contactor and the control device in m, (length of the cable), 

U: supply voltage in V, 

SA: apparent inrush power drawn by the coil in VA, 

s: conductor c.s.a. in mm2, 

K: factor given in the table below. 

a.c. supply SA in VA 20 40 100 150 200 

K 1.38 1.5 1.8 2 2.15 

d.c. supply 

Irrespective of the inrush power SA, expressed in W 

K = 1.38 


24572 Ver2.00-EN.fm/

General 



Residual current in the coil due to cable capacitance 

When the control contact of a contactor is opened the cable capacitance is effectively in series with the coil of the 

electromagnet. This capacitance can cause a residual current to be maintained in the coil, with the risk that the 

contactor will remain closed. 

This only applies to contactors operating on an a.c. supply. 

This phenomenon is aggravated by: 

- a long line length between the coil control contact and the contactor, or between the coil control contact and the power 

supply, 

- a high control circuit voltage, 

- a low coil consumption, sealed, 

- a low value of contactor drop-out voltage. 

The maximum control cable length, according to the contactor coil supply voltage, is indicated in the graph on the page 

opposite. 

Remedial action 

Various solutions can be adopted to avoid the risk of the contactor remaining closed due to cable capacitance: 

- use a d.c. control voltage, or, 

- add a rectifier, connected as shown in the scheme below, but retaining an a.c. operating coil: in this way, rectified a.c. 

current flows in the control circuit cable. 

When calculating the maximum cable length, take the resistance of the conductors into account. 

L 

Supply 50 Hz/60 Hz 

- Connect a resistor in parallel with the contactor coil (1). 

Value of the resistance: 

1 

R Ω = ––––––––– (C capacitance of the control cable) 

10-3 C (µF) 

Power to be dissipated: 

U 2 PW = ––– 

R 

(1) To avoid increasing the voltage drop due to inrush current, this resistor must be brought into operation after the 

contactor has closed by using an N/O contact. 


General 



Residual current in the coil due to cable capacitance (continued) 

These graphs are for a capacitance, between conductors, of 0.2 µF/km. They make it possible to determine whether 

there is a risk of the contactor remaining closed due to the power drawn by the coil when sealed and the control circuit 

voltage, according to the length of the control cable. 

Cable capacitance in µF 

Power drawn, sealed in VA 

Length of control cable in m 

1a 24 V 4 a 230 V 7 3-wire control 

2a 48 V 5 a 400 V 8 2-wire control 

3a 115 V 6 a 690 V 

In the zones below the straight lines for 3-wire and 2-wire control respectively, there is a risk of the contactor remaining 

closed. 

Examples 

What is the maximum length for the control cable of an LC1-D12 contactor, operating on 230 V, with 2-wire control? 

- Contactor LC1-D12, voltage 230 V, 50 Hz: power sealed 7 VA. 

On the left-hand graph, point A is at the intersection of the vertical line for 7 VA with the a 230 V voltage curve. 

On the right-hand graph, point B is at the intersection of the horizontal line with the 2-wire control curve. 

The maximum cable length is therefore 300 m. 

In the same example, with a 600 m cable, the point lies in the risk zone. A resistor must therefore be connected in 

parallel with the contactor coil. 

Value of this resistance: 

1 1 

R = –––––– = –––––––– = 8.3 kΩ 

10 –3 .C 10 –3 .0.12 

Power to be dissipated: 

U2 (220)2 

P = ––– = ––––– = 6 W 

R 8300 

Alternative solution: use a d.c. control supply. 

Calculating the cable length 

The maximum permitted length of control cable to avoid the effects of capacitance is calculated using the formula: 

S 

L = 455. ––––– 

U2.Co 

L: distance between the contactor and the control device in km (length of the cable), 

S: apparent power, sealed, in VA, 

U: control voltage in V, 

Co: cable capacitance in µF/km. 


24572 Ver2.00-EN.fm/

7 

or 

See page opposite for mounting possibilities 

according to contactor type and rating 

24525_Ver5.31-EN.fm/2 

Schneider Electric

References 

TeSys control relays 

7 

Model d control relays and add-on blocks 

Control circuit: a.c., d.c. or low consumption 

Control relays for connection by screw clamp terminals 

Type Number Composition Basic reference. Weight 

of 

Complete with code indicating 

contacts control circuit voltage (1) 

Standard voltages 

" Ã$ LC(2) kg 

Instantaneous 5 5 – CAD-50// B7 P7 BD BL 0.580 

CAD-50// 

Control relays for connection by spring terminals 

3 2 CAD-32// B7 P7 BD BL 0.580 

Instantaneous 5 5 – CAD-503// B7 P7 BD BL 0.580 

CAD-32// 

CAD-503// 

3 2 CAD-323// B7 P7 BD BL 0.580 

Instantaneous auxiliary contact blocks for connection by screw clamp terminals 

Number Maximum number per relay Composition Reference Weight 

of 

Clip-on mounting 

contacts front side 

kg 

For use in normal operation environments 

2 1 – 1 1 LAD-N11 0.030 

– 1 on LH side 1 1 LAD-8N11 0.030 

1 – 2 – LAD-N20 0.030 

– 1 on LH side 2 – LAD-8N20 0.030 

1 – – 2 LAD-N02 0.030 

– 1 on LH side – 2 LAD-8N02 0.030 

4 (4) 1 – 2 2 LAD-N22 0.050 

1 3 LAD-N13 0.050 

4 – LAD-N40 0.050 

– 4 LAD-N04 0.050 

3 1 LAD-N31 0.050 

4 (4) 1 – 2 2 LAD-C22 0.050 

Including 1 N/O and 1 N/C make before break. 

With dust and damp protected contacts, for use in particularly harsh industrial environments 

Number Maximum number Composition Reference Weight 

of 

per relay 

contacts Front mounting 

protected (3) kg 

CAD-323// 

2 1 2 – – – – LA1-DX20 0.040 

– 2 – – – LA1-DX02 0.040 

2 – 2 – – LA1-DY20 0.040 

4 (4) 1 2 – – 2 – LA1-DZ40 0.050 

2 – – 1 1 LA1-DZ31 0.050 

Instantaneous auxiliary contact blocks for connection by spring terminals 

This type of connection is not possible for contact blocks LAD-8 and blocks with dust and damp protected contacts. 

For all other instantaneous auxiliary contact blocks, add the digit 3 to the end of the references selected above. 

Example: LAD-N11 becomes LAD-N113. 

(1) Standard control circuit voltages (for other voltages, please consult your Regional Sales Office). 

a.c. supply 

Volts " 24 42 48 110 115 220 230 240 380 400 415 440 

50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 

d.c. supply (coils with integral suppression device fitted as standard) 

Volts $ 12 24 36 48 60 72 110 125 220 250 440 

U 0.7 to 1.25 Uc JD BD CD ED ND SD FD GD MD UD RD 

Low consumption (coils with integral suppression device fitted as standard) 

Volts $ 5 12 20 24 48 110 220 250 

Code AL JL ZL BL EL FL ML UL 

(2) LC: low consumption. 

(3) Product fitted with 4 earth screen continuity terminals. 

(4) Blocks with 4 auxiliary contacts cannot be used on low consumption control relays. 



24526/3 

Dimensions: 

page 24537/2 

Schemes: 

page 24537/3 


24525_Ver5.31-EN.fm/3

References 


7 

Model d control relays 

Add-on blocks 

Time delay auxiliary contact blocks for connection by screw clamp terminals 

Number Maximum number Time delay Reference Weight 

and type per relay Type Range 

of contacts Front mounting kg 

1 N/C and 1 N/O 1 On-delay 0.1…3 s (1) LAD-T0 0.060 

0.1…30 s LAD-T2 0.060 

10…180 s LAD-T4 0.060 

1…30 s (2) LAD-S2 0.060 

LAD-T 

Off-delay 0.1…3 s (1) LAD-R0 0.060 

0.1…30 s LAD-R2 0.060 

(Sealing cover: see page 24511/9) 10…180 s LAD-R4 0.060 

Time delay auxiliary contact blocks for connection by spring terminals 

Add the digit 3 to the end of the references selected above. Example: LAD-T0 becomes LAD-T03. 

Mechanical latch blocks (3) 

Unlatching Maximum number Basic reference. Weight 

control per relay Complete with 

code indicating Standard 

Front mounting control voltage (4) voltages kg 

Manual or 1 LA6-DK10/ BEFMQ 0.070 

electric or LAD-6K10/ BEFMQ 0.070 

Coil suppressor modules 

These modules clip onto the top of the control relay and the electrical connection is instantly made. 

Fitting of an input module is still possible. 

LA6-DK 

RC circuits (Resistor-Capacitor) 

/ Effective protection for circuits highly sensitive to “high frequency” interference. 

/ Voltage limited to 3 Uc maximum and oscillating frequency limited to 400 Hz maximum. 

/ Slight increase in drop-out time (1.2 to 2 times the normal time). 

For mounting Operational Reference Weight 

on voltage kg 

CAD " " 24…48 V LAD-4RCE 0.012 

" 110…240 V LAD-4RCU 0.012 

Varistors (peak limiting) 

/ Protection provided by limiting the transient voltage value to 2 Uc maximum. 

/ Maximum reduction of transient voltage peaks. 

/ Slight increase in drop-out time (1.1 to 1.5 times the normal time). 

LAD-4 

CAD " " 24…48 V LAD-4VE 0.012 

" 50…127 V LAD-4VG 0.012 

" 110…250 V LAD-4VU 0.012 

Bidirectional peak limiting diode 

/ Protection provided by limiting the transient voltage value to 2 Uc maximum. 

/ Maximum reduction of transient voltage peaks. 

CAD-N " " 24 V LAD-4TB 0.012 

" 72 V LAD-4TS 0.012 

(1) With extended scale from 0.1 to 0.6 s. 

(2) With switching time of 40 ms ± 15 ms between opening of the N/C contact and closing of the N/O contact. 

(3) Power should not be simultaneously applied or maintained to the mechanical latching block and the CAD-N. The 

duration of the control signal to the mechanical latching block and the CAD-N should be ≥ 100 ms. 

(4) Standard control circuit voltages (for other voltages, please consult your Regional Sales Office). 

Volts " and $ 24 32/36 42/48 60/72 100 110/127 220/240 256/277 380/415 

Code B C E EN K F M U Q 



24526/3 

Illustrations: 

page 24525/2 

Dimensions: 

page 24537/2 

Schemes: 

page 24537/3 

24525_Ver5.31-EN.fm/4 

Schneider Electric

References 


7 


Accessories and spare parts 

Accessories (to be ordered separately) 

For connection 

Description For mounting Sold in Unit Weight 

on lots of reference kg 

4-pole connector for connection CAD 1 LA9-D1260 0.030 

of 10 mm 2 cables 

For marking 

Sheet of 64 blank legends, CAD, LAD (4 contacts), 10 LAD-21 0.020 

self-adhesive, 8 x 33 

LA6-DK 

Sheet of 112 blank legends, LAD (2 contacts), 10 LAD-22 0.020 

self-adhesive, 8 x 12 

LAD-T 

LA9-D1260 

Strips of blank, self-adhesive All products 35 LAD-24 0.200 

legends for printing by plotter 

(4 sets of 5 strips) 

“SIS Label” label creation Multi-language 1 XBY-1U 0.060 

software for legends LAD-21 (EN, FR, GE) 

and LAD-22 

For protection 

Sealable cover LAD-T, LAD-R 1 LA9-D901 0.005 

LA9-D901 

Safety cover preventing access 

to the moving contact carrier CAD 1 LAD-9ET1 0.004 

Spare parts: coils 

Specifications 

LAD-9ET1 

LXD-1 




/ Average consumption at 20 °C: 

- inrush (cos ϕ = 0.75) 50/60 Hz: 70 VA at 50 Hz, 

- sealed (cos ϕ = 0.3) 50/60 Hz: 8 VA at 60 Hz. 

/ Operating range (θ < 60 °C): 0.85 to 1.1 Uc 

Control circuit Average Inductance Reference (1) Weight 

voltage resistance of closed 

Uc at 20 °C ± 10 % circuit 50/60 Hz 

V V H kg 

12 6.3 0.26 LXD-1J7 0.070 

21 (2) 5.6 0.24 LXD-1Z7 0.070 

24 6.19 0.26 LXD-1B7 0.070 

32 12.3 0.48 LXD-1C7 0.070 

36 – – LXD-1CC7 0.070 

42 19.15 0.77 LXD-1D7 0.070 

48 25 1 LXD-1E7 0.070 

60 – – LXD-1EE7 0.070 

100 – – LXD-1K7 0.070 

110 130 5.5 LXD-1F7 0.070 

115 – – LXD-1FE7 0.070 

120 159 6.7 LXD-1G7 0.070 

127 192.5 7.5 LXD-1FC7 0.070 

200 – – LXD-1L7 0.070 

208 417 16 LXD-1LE7 0.070 

220/230 539 22 LXD-1M7 (3) 0.070 

230 595 21 LXD-1P7 0.070 

230/240 645 25 LXD-1U7 (4) 0.070 

277 781 30 LXD-1W7 0.070 

380/400 1580 60 LXD-1Q7 0.070 

400 1810 64 LXD-1V7 0.070 

415 1938 74 LXD-1N7 0.070 

440 2242 79 LXD-1R7 0.070 

480 2300 85 LXD-1T7 0.070 

500 2499 – LXD-1S7 0.070 

575 3294 – LXD1SC7 0.070 

600 3600 135 LXD-1X7 0.070 

690 5600 190 LXD-1Y7 0.070 

(1) The last 2 digits in the reference represent the voltage code. 

(2) Voltage for special coils fitted in contactors with serial timer module, with 24 V supply. 

(3) This coil can be used on 240 V at 60 Hz. 

(4) This coil can be used on 230/240 V at 50 Hz and on 240 V only at 60 Hz. 

24526/3 

Dimensions: 

page 24537/2 

Schemes: 

page 24537/3 

24525_Ver5.31-EN.fm/5



7 


Type CAD " CAD $ CAD 

low consumption 

Environment 

Rated insulation voltage (Ui) Conforming to IEC 947-5-1 V 690 690 690 

Overvoltage category III 

and degree of pollution 3 

Conforming to UL, CSA V 600 600 600 

Rated impulse 

withsand voltage (Uimp) Conforming to IEC 947 kV 6 6 6 

Separation of electrical circuits To IEC 536 and VDE 0106 Reinforced insulation up to 400 V 

Conforming to standards IEC 947-5-1, N-F C 63-140, VDE 0660, BS 4794. 

EN 60947-5-15 

Approvals 

UL, CSA 

Protective treatment Conforming to IEC 68 “TH” 

Degree of protection Conforming to VDE 0106 Front face protected against direct finger Protection against 

contact IP 2X 

direct finger contact 

Ambient air temperature Storage °C - 60…+ 80 - 60…+ 80 - 60…+ 80 

around the device 

Operation, conforming to IEC 255 °C - 5…+ 60 - 5…+ 60 - 5…+ 60 

(0.8…1.1 UC) 

For operation at Uc °C - 40…+ 70 - 40…+ 70 - 40…+ 70 

Maximum operating altitude Without derating m 3000 3000 3000 

Operating positions 

Without derating, 

in the following 

positions 

30 ° 

° 

30 ° 

180 ° 

180 ° 

180 

90 ° 

90 ° 

90 

° 

90 

° 

Shock resistance (1) Control relay open 10 gn 10 gn 10 gn 

half sine wave for 11 ms 

Control relay closed 15 gn 15 gn 15 gn 

Vibration resistance (1) Control relay open 2 gn 2 gn 2 gn 

5…300 Hz 

Control relay closed 4 gn 4 gn 4 gn 

Connection to Flexible conductor 1 conductor mm 2 1…4 1…4 1…4 

screw clamp terminals 

without cable end 

2 conductors mm2 1…4 1…4 1…4 

Flexible conductor 1 conductor mm 2 1…4 1…4 1…4 

with cable end 

2 conductors mm2 1…2.5 1…2.5 1…2.5 

Solid conductor 1 conductor mm 2 1…4 1…4 1…4 


2 conductors mm 2 1…4 1…4 1…4 

Tightening torque N.m 1.7 1.7 1.7 

Connection to spring terminals 1 or 2 flexible or rigid conductors mm 2 1…2.5 1…2.5 1…2.5 


(1) In the least favourable direction, without change of contact state, with coil supplied at Uc. 

References : 

pages 24525/3 to 24525/ 

5 

Dimensions : 

page 24537/2 

Schemes : 

page 24537/2 

24526_Ver3.10-EN.fm/2 

Schneider Electric



7 


Type CAD " CAD $ CAD 

low consumption 

Control circuit characteristics 

Rated control circuit voltage (Uc) V 12…690 12…440 $ 5…72 

Control voltage limits 

Operation With coil 50/60 Hz 0.8…1.1 Uc at 50 Hz – – 

type: 

0.85…1.1 Uc at 60 Hz – – 

standard, wide – 0.7…1.25 Uc 0.7…1.25 Uc 

range 

Drop-out 0.3…0.6 Uc 0.1…0.25 Uc 0.1…0.25 Uc 

Average consumption at 20 °C " 50/60 Hz (to 50 Hz) VA Inrush: 70 – – 

and at Uc 

Hold-in: 8 – – 

With standard coil W – Inrush or hold-in: 5.4 Inrush or hold-in: 2.4 

Operating time 

Between coil energisation and 

(at rated control circuit voltage - opening of the N/C contacts ms 4…19 35…45 45…55 

and at 20 °C) 

- closing of the N/O contacts ms 12…22 50…55 60…70 

Between coil de-energisation and 

- opening of the N/O contacts ms 4…12 6…14 10…15 

- closing of the N/C contacts ms 6…17 20 25 

Short supply failures 

Maximum duration without 

affecting hold-in of the device ms 2 2 2 

Maximum operating rate 

In operating cycles 

per second 3 3 3 

Mechanical durability 

In millions of operating cycles With coil 50/60 Hz (at 50 Hz) 30 – – 

type: 

standard $ – 30 30 

wide range 

Time constant L/R ms – 28 40 

References : 

pages 24525/3 to 24525/ 

5 

Dimensions : 

page 24537/2 

Schemes : 

page 24537/2 


24526_Ver3.10-EN.fm/3



7 


Characteristics of instantaneous contacts incorporated in the control relay 

Number of contacts 5 

Rated operational voltage (Ue) Up to V 690 

Rated insulation voltage (Ui) Conforming to IEC 947-5-1 V 690 

Conforming to UL, CSA V 600 

Rated conventional thermal For ambient temperature ≤ 40 °C A 10 

current (Ith) 

Frequency of operational current Hz 25…400 

Minimum switching capacity U min V 17 

I min mA 5 

Short-circuit protection Conforming to IEC 947-5-1 gG fuse: 10 A 

Rated making capacity Conforming to IEC 947-5-1 Irms A ": 140, $: 250 

Short time rating Permissible for 1 s A 100 

500 ms A 120 

100 ms A 140 

Insulation resistance MΩ >10 

Non-overlap time Guaranteed between N/C and N/O contacts ms 1.5 (on energisation and on de-energisation) 

Tightening torque Phillips n°2 and Ø 6 N.m 1.2 

Non-overlap distance 

Linked contacts in association with auxiliary contacts 

LAD-N 

Linked contacts According to draft standard IEC 947-4-5 The 3 “N/O” contacts and the 2 “N/C” contacts of CAD-N32 

are linked mechanically by one mobile contact holder. 

References : 

pages 24525/3 to 24525/ 

5 

Dimensions : 

page 24537/2 

Schemes : 

page 24537/3 

24526_Ver3.10-EN.fm/4 

Schneider Electric



7 


Rated operational power of contacts (conforming to IEC 947-5-1) 

a.c. supply, categories AC-14 and AC-15 

Electrical durability (up to 3600 operating cycles/hour) on an inductive load such as the coil of an electromagnet: making 

power (cos ϕ 0.7) = 10 times the power broken (cos ϕ 0.4). 

V 24 48 115 230 400 440 600 

1 million operating cycles VA 60 120 280 560 960 1050 1440 




1 

8 

7 

6 

5 

4 

3 

2 

1 

0,8 

0,7 

0,6 

0,5 

0,4 

0,3 

0,2 

0,1 

0,1 0,2 0,3 0,4 

0,6 0,8 1 2 3 4 

0,5 0,7 0,9 

6 8 10 

5 7 9 


d.c. supply, category DC-13 

Electrical durability (up to 1200 operating cycles/hour) on an inductive load such as the coil of an electromagnet, without 

economy resistor, the time constant increasing with the power. 

V 24 48 125 250 440 

1 million operating cycles W 120 90 75 68 61 




1 

8 

7 

6 

5 

4 

3 

2 

1 

0,8 

0,7 

0,6 

0,5 

0,4 

0,3 

440 V 

250 V 

125 V 

48 V 

24 V 

0,2 

0,1 

0,1 0,2 0,3 0,4 

0,6 0,8 1 2 3 4 

0,5 0,7 0,9 

6 8 10 

5 7 9 


References : 

pages 24525/3 to 24525/ 

5 

Dimensions : 

page 24537/2 

Schemes : 

page 24537/3 


24526_Ver3.10-EN.fm/5

Dimensions, mounting 

TeSys motor starters - open 

version 

1 

Combination automatic motor starters 

with overload protection built into the circuit-breaker 

GV2-ME//K/// 

On mounting rail AM1-DE200 GV2-ME//K1// GV2-ME//K2// 

152 

45 

90 

b 

152 

11 

66 

87 

GV2-DM///// 

On mounting rail AM1-DE200 With adapter plate LAD-31 GV2-DM1//// GV2-DM2//// 

b 

c1 

c 

c1 

c 

d1 

d 

45 

90 

GV2- DM/02// to DM/21// to GV2- DM/02// to DM/21// to 

DM/20// DM/32// DM/20// DM/32// 

b 176.4 186.8 b 188.6 199 

c 94.1 100.4 c 98.2 104.5 

c1 88.6 94.9 c1 92.7 99 

d 103.8 103.8 

d1 98.3 98.3 

GV2-DP///// 

On mounting rail AM1-DE200 With adapter plate LAD-31 GV2-DP1//// GV2-DP2//// 

b 

b 

c1 

c 

d1 

d 

c1 

c 

45 

90 

GV2- DP/02// to DP/10// to GV2- DP/02// to DP/10// to 

DP/08// DP/32// DP/08// DP/32// 

b 177.4 187.8 b 169.1 199.5 

c 94.1 100.4 c 122.3 122.3 

c1 88.6 94.9 c1 116.8 116.8 

d 96.8 96.8 

d1 91 91 

References : 

pages 24520/2 to 24520/7 

24536_Ver2.00-EN.fm/2 

Schneider Electric

Schemes 


version 

1 

Combination automatic motor starters 

with overload protection built into the circuit-breaker 

GV2-ME//K1// GV2-DM1//// GV2-DP1//// 

01 02 

01 02 

A1 

– KM1 

– KM1 

A1 

A2 

A2 A1 

– KM2 

A2 

A2 

01 

01 

A1 

A1 

A2 

A1 

A2 

U 

V 

W 

U 

V 

W 

A2 

A1 

T1/2 

1/L1 

T2/4 

3/L2 

T3/6 

5/L3 

14 

13/NO 

T1/2 

1/L1 

T2/4 

3/L2 

T3/6 

5/L3 

14 13/NO 

A2 A1 

A2 

A1 

2 

1 

4 

3 

6 

5 

14 13/NO 

22 21/NC 

2 

1 

4 

3 

6 

14 

5 

13/NO 

22 21/NC 

A2 

A1 

A2 

A1 

2 

1 

4 

3 

6 

5 

14 13/NO 

22 21/NC 

2 

1 

4 

3 

6 

14 

5 

13/NO 

22 21/NC 

A2 

A1 

L1 

L2 

L3 

L1 

L2 

L3 

2/T1 

4/T2 

6/T3 

2/T1 

4/T2 

6/T3 

2/T1 

4/T2 

6/T3 

1/L1 

3/L2 

5/L3 

1/L1 

3/L2 

5/L3 

1/L1 

3/L2 

5/L3 

A2 

A1 

T1/2 

1/L1 

T2/4 

3/L2 

T3/6 

5/L3 

14 

13/NO 

A2 

A1 

T1/2 

1/L1 

T2/4 

3/L2 

T3/6 5/L3 

14 13/NO 

22 21/NC 

A2 

A1 

T1/2 

1/L1 

T2/4 

3/L2 

T3/6 5/L3 

14 13/NO 

22 21/NC 

2/T1 

4/T2 

6/T3 

2/T1 

4/T2 

6/T3 

2/T1 

4/T2 

6/T3 

1/L1 

3/L2 

5/L3 

1/L1 

3/L2 

5/L3 

1/L1 

3/L2 

5/L3 

GV2-ME//K2// GV2-DM2//// GV2-DP2//// 

Mechanical interlock 

with integral electrical contacts 

Control circuit " Control circuit $ 

– KM2 

02 02 

– KM1 – KM2 

References : 

pages 24520/2 to 24520/7 


24536_Ver2.00-EN.fm/3

Dimensions 


version 

1 

Star-delta starters for motor control 

Star-delta starters 

Plate mounted, pre-assemled 

LC3-K 

Pre-assembled: 

LC3-D09A…D32A 

For customer assembly: 3 x LC1-D with components D09 to D32 

110 

124 

KM2 

KM3 

KM1 

110 

110 

94 

150 

175 

c 4 

45 143 

= 60 

= 100/110 

= 

= 

175 (1) 

= 

263 

281 

= 

b 

H 

b 

= 90 = 

a 

On starters LC3-DO9A to D18A, a connection block is mounted on the upper 

part of contactor KM2, increasing the overall height of the product by 6.5 mm. 

Pre-assembled: LC3-D40, D50 

For customer assembly: 3 x LC1-D with components D40 or D50 

LC3- D09A D12A D18A D32A 

a 143 143 144 165 

b 26.5 26.5 26.5 32.5 

c with LAD-S 139 139 139 145 

with LAD-S and sealing cover 143 143 143 149 

Pre-assembled: LC3-D80 

For customer assembly: 3 x LC1-D with components D80 

47 143 

= 60 

= 100/110 

= 

= 

183 (1) 

= 

293 

311 

= 

(1) + 4 mm with sealing cover (1) + 4 mm with sealing cover 

Pre-assembled: LC3-D115, D150 

For customer assembly: 3 x LC1-D with components D115 or D150 

c 

G 

a 

a b c G H 

LC3-D115 or 3 x LC1-D with components D115 450 555 205 425 526 

LC3-D150 or 3 x LC1-D with components D150 450 555 205 425 526 

References : 

pages 24547/2 to 24548/5 

Schemes : 

page 24549/3 

24549_Ver3.11-EN.fm/2 

Schneider Electric

Dimensions, schemes 


version 

1 

Star-delta starters for motor control 


On mounting rail AM1-DP, pre-assembled 

LC3-D090A to D320A 

2xØ7 

KM2 

KM3 

KM1 

b 

c 

160 

175 

LC3- D090A to D180A D320 

b 153 137 

c with LAD-S 139 145 

with LAD-S and sealing cover 143 149 

Schemes 

LC3-K, LC3-D09A to D80 LC3-K LC3-D 


KM3/5 

L1 

L2 

L3 

KM3 : 5 

95 

– KM2 

1 

2 

U1 

U2 

3 

4 

V1 

V2 

5 

6 

W1 

W2 

– KM3 

1 

2 

1 

2 

3 

4 

3 

4 

5 

6 

5 

6 

– KM1 

1 

2 

2 

U1 


mechanical interlock 

between KM3 and KM1 

(1) Recommended cabling for 

reversal of motor rotation 

(standard motor, viewed from shaft end). 

LC3-D115 and D150 

U2 

(1) 

3 

4 

4 

V1 

V2 

5 

6 

6 

W1 

W2 

T 

KM2 : 1 (N) 

A1 

A2 

I 

O 

– KM3 

T 

– KM1 

16 15 21 22 

96 95 

A1 

A2 

– KM1 

54 53 

Y 

21 

– KM1 

22 

A1 

A2 

14 

– KM2 

A1 

13 

– KM3 – KM2 

A2 

L 

N 

Remote 

control 

KM3/1 

l 

O 

96 

14 13 22 21 

( ) For LC3-D50, D80 

– KM2 

– KM2 

– KM1 

53 

– KM1 

13 

14 

55 

56 

22 21 

– KM3 

54 

(14) 

A1 

A2 

(13) 

– KM2 

A1 

A2 

– KM2 

– KM3 

67 68 

22 21 

– KM1 

A1 

A2 

– F1 

1 

L1 

2 

U1 

3 

4 

V1 

5 

6 

L2 

W1 

L3 

– KM3 

1 2 1 

3 4 3 

5 

6 

5 

KM2 

– KM1 

6– 

2 

4 

1 

3 

5 

6 

2 

(1) 

4 

U1 

V1 

W1 

14 13 22 21 

U2 

V2 

W2 

2 

4 

6 

U2 

V2 

W2 

55 183 

– KM2 

56 

95 

Remote 

control 

– F1 

l 

O 

96 

– KM1 

153 

67 

– KM2 

154 

68 

184 

– KM1 

172 

– KM1 

171 

162 161 

– KM3 

– KM2 

153 

154 

13 

– KA1 

14 

(1) Recommended cabling for 

reversal of motor rotation 

(standard motor, viewed from shaft end). 

– F2 

– KM1 

A1 

A2 

Y 

– KM2 

A1 

A2 

L 

– KA1 

A1 

A2 

– KM3 

A1 

A2 

References : 

pages 24547/2 to 24548/5 


24549_Ver3.11-EN.fm/3

Dimensions 

TeSys enclosed starters 

2 

D.O.L. starters for motor control 

2.2 to 45 kW, without isolating device 

LE1-D09 and D12 LE1-D18 to D35 LE1-D405 to D655 

LE2-D09 to D35 

c1 

166 

= = 

88 

= 150 = 

c1 

201 

= = 

101 

183 

312 

= 195 = 

c1 

= 105 

181 

= 

c1 c1 c1 

LE1-D LE2-D 

Standard version 128.5 Standard version 153.5 160 Standard version 161 

Version A04 120 Version A04 145 145 Version A04 150 

Version A05 128.5 Version A05 153.5 153.5 Version A05 161 

Version A09 135 Version A09 160 – 



LE2-K06 and K09 

19 120 

165 

150 

146 

84 

175 

LE1-D805 and D955 

LE2-D405 to D655 

LE2-D805 and D955 

c1 

307 

= 165 

257 

= 

= 165 = 

287 

c1 = 225 = 

367 

= 195 = 

c1 

c1 

LE1-D 

LE2-D 

Standard version 176 176 Standard version 194 

Version A04 165 165 Version A04 190 

Version A05 176 – Version A05 194 

Version A11 – 176 

Knock-outs or blanking plugs for cable glands 

Type of enclosure At top At bottom 

PG ISO PG ISO 

LE1-D09 and D12 2 x 13 or 2 x 16 2 x 20 I 2 x 13 or 2 x 16 2 x 20 I 

LE1-D18 to D35 and LE2-D09 to D35 2 x 16 or 2 x 21 2 x 20 I or 2 x 25 I 2 x 16 or 2 x 21 2 x 20 I or 2 x 25 I 

LE2-D405 1 x 13 and 1 x 21 1 x 20 I and 1 x 25 I 1 x 13 and 2 x 21 1 x 20 I and 2 x 25 I 

LE1-D405 to D655 and LE2-D505 and D655 1 x 13 and 1 x 29 1 x 20 I and 1 x 32 I 1 x 13 and 2 x 29 1 x 20 I and 2 x 32 I 

LE1 or LE2-D805 and D955 1 x 13 and 1 x 36 1 x 20 I and 1 x 40 I 1 x 13 and 2 x 36 1 x 20 I and 2 x 40 I 

LE2-K 2 x 13 and 2 x 16 4 x 20 I 2 x 13 and 2 x 16 4 x 20 I 

References : 


24101/3 

Schemes : 

page 24101/3 

24102_Ver2.10-EN.fm/2 

Schneider Electric

Schemes 


2 



LE1-D09 to D955 LE1-D09 to D955 Variant A04 or A05 

A 

– KM1 

L1 

L2 

U 

V 

W L3 

A 

B 

I 

O 

– KM1 

– KM1 

A1 

A2 

B 

O 

Remote 

control 

l 

14 13 22 21 

– KM1 

– KM1 

A1 

A2 

LE2-K06, K09 LE2-K06, K09 Variant A05 

A 

A 

L1 

L2 

L3 

R 

O 


– KM1 – KM2 

– KM1 

– KM2 

– KM2 – KM1 

– KM2 – KM1 

A1 

A1 

A1 

A1 

– KM1 

– KM2 

– KM1 

– KM2 

U 

V 

W 

B 

A2 

A2 

B 

A2 

A2 

LE2-D09 to D955 LE2-D09 to D35 LE2-D405 to D955 

LE2-D09 to D955 with variants A04 or A05 

L1 

L2 

L3 

A 

A 

R 

21 

O 

– S1 

I 

II 

l 


22 

l l 

– KM1 – KM2 

– KM1 

– KM2 

– KM2 

– KM1 

– KM2 

– KM1 

– KM2 

– KM1 

– KM1 

A1 

A1 

– KM2 

– KM1 

A1 

A1 

– KM2 

U 

V 

W 

B 

A2 

A2 

B 

A2 

A2 

References : 



Connections A B 

220 V, 230 V, 240 V LE2-K, LE1 and LE2-D09 and D12 L3 Neutral 

LE1 and LE2-D18 to D955 L3 Neutral terminal 

380 V, 400 V, 415 V, 440 V All products L3 L1 

Other voltages LE1 and LE2-D09 to D35 Terminal 1 Terminal 2 

LE2-K, LE1 and LE2-D405 and D955 Direct connection 

24101/3 

page 24102/2 

Dimensions : 

24102_Ver2.10-EN.fm/3

Dimensions 


2 


2.2 to 45 kW, with isolating device 



31 



165 

19 20 84 

120 

175 

c1 

150 

(1) 

c1 

348 

= 330 

= 

= = 

186 31 

c1 

c1 

LE4-K LE8-K LE4-D LE8-D 

Standard version 146 146 Standard version 175.5 182 

Version A05 – 139 Version A04 167 167 

Version A05 175.5 175.5 

(1) For LE8 only. 

LE4-D406 to D656 

287 

195 = 

c1 = 225 = 

367 

= 

31 

c1 

Standard version 201 

Version A04 190 


LE2-D406 to D806 

LE4-D806 

= a-75 

= 

31 

400 (1) 

342,5 

350 

4xM8x25 

325 = 

= 

LE2- 

a 

D406, D506, D656 300 

D806 400 

LE4- 

a 

D806 400 

202 

c1 

(1) + 14 mm with blanking plugs. 

a-50 

a 

a+57,5 

c1 

LE2-D LE4-D 

Standard version 218 218 

Version A05 218 218 

Version A11 – 218 



PG ISO PG ISO 

LE4 and LE8-D09 to D35 2 x 13 or 2 x 16 or 2 x 20 I or 2 x 25 I or 2 x 13 or 2 x 16 or 2 x 20 I or 2 x 25 I or 

2 x 21 or 2 x 29 2 x 32 I or 2 x 40 I 2 x 21 or 2 x 29 2 x 32 I or 2 x 40 I 

LE2-D09 to D35 1 x 16 or 2 x 21 2 x 20 I or 2 x 25 I 2 x 16 or 2 x 21 2 x 20 I or 2 x 25 I 

LE2-D406 and LE4-D406 1 x 13 and 1 x 21 1 x 20 I and 1 x 25 I 1 x 13 and 2 x 21 1 x 20 I and 2 x 25 I 

LE1-D506 to D656 and LE4-D506 and D6561 x 13 and 1 x 29 1 x 20 I and 1 x 32 I 1 x 13 and 2 x 29 1 x 20 I and 2 x 32 I 

LE2-D806 and LE4-D806 1 x 13 and 1 x 36 1 x 20 I and 1 x 40 I 1 x 13 and 2 x 36 1 x 20 I and 2 x 40 I 

LE4-K, LE8-K 2 x 13 and 2 x 16 4 x 20 I 2 x 13 and 2 x 16 4 x 20 I 

References : 

pages 24103/2 and 24103/ 

3 

Schemes : 

page 24104/3 

24104_Ver2.10-EN.fm/2 

Schneider Electric

Schemes 


2 



LE4-K06, K09 

LE4-D09 to D806 LE4-K06, K09 LE4-D09 to D35 LE4-D406 to D656 LE4-D806 

LE4-D09 to D656 with variant A04 or A05 

– Q1 

L1 

L2 

L3 

A 

A 

Q1 

Q1 

A 

– F1 

Q1 

A 

– F1 

Q1 

I 

– KM1 

– KM1 

B 

O 

– KM1 

A1 A2 

I 

18 

17 

O 

– KM1 

– KM1 

A1 

A2 

B 

l 

O 

– KM1 

– KM1 

A1 

A2 

B 

l 

O 


– KM1 

14 13 22 21 

A2 

A1 

– KM1 

L1 

L2 

L3 

A 

A 

– Q1 

R 

– Q1 

O 

– KM1 – KM2 

– KM1 

– KM2 

– KM2 – KM1 

– KM2 – KM1 

A1 

A1 

A1 

A1 

U 

V 

W 

LE8-K06, K09 LE8-K06, K09 Variante A05 


– KM1 

– KM2 

– KM1 

– KM2 

U 

V 

W 

B 

A2 

A2 

B 

A2 

A2 

LE8-D09 to LE2-D806 LE8-D09 to D35 LE2-D406 to D806 

L1 

L2 

L3 

A 

Q1 

Q1 

A 

– F1 

Q1 

– Q1 

O 

O 

21 

– KM1 – KM2 

– S1 

I 

II 

l 

22 


14 13 

l l 

13 

14 

– KM1 

– KM2 

– KM1 

– KM2 

– KM2 

– KM1 

– KM2 

– KM1 

– KM1 

A1 

A1 

– KM2 

– KM1 

A1 

A1 

– KM2 

U 

V 

W 

B 

A2 

A2 

B 

A2 

A2 

References : 

pages 24103/2 and 24103/ 



220 V, 230 V, 240 V LE4 and LE8-K, LE4 and LE8-D09 and D12 L3 Neutral 

LE4-D18 to D806, LE8-D18 to D35 

and LE2-D406 to D806 L3 Neutral terminal 


Other voltages LE4 and LE8-D09 to D35 Terminal 1 Terminal 2 

LE4 and LE2-D406 and D806 

Direct connection 

3 

Dimensions : 

page 24104/2 

24104_Ver2.10-EN.fm/3

Dimensions 


2 



LE3-K065, K095 

19 

120 


146 

165 

84 

175 

150 

c1 

348 

= = 

186 

= 330 

= 

c1 

Standard version 175.5 


Version A05 175.5 

LE3-D405 and D505 

287 

c1 = 225 = 

367 

= 195 = 

c1 

Standard version 190 



LE3-D805 to D150 

= a - 75 

= 

b (1) 

b + 57,5 

b - 50 

b - 75 = 

LE3- a b 

D805 400 400 

D1155 500 600 

D1505 500 600 

c1 

c1 + 15,5 

a - 50 

a 

a + 57,5 

= 

c1 

LE3-D805 LE3-D115,D150 

Standard version 202 252 

Version A05 218 – 

Version A06 218 268 




PG ISO PG ISO 

LE3-D09 to D35 2 x 13 or 2 x 16 or 2 x 20 I or 2 x 25 I or 2 x 13 or 2 x 16 or 2 x 20 I or 2 x 25 I or 


LE3-D405 1 x 29 1 x 32 I 1 x 29, 2 x 13 and 2 x 21 1 x 32 I, 2 x 20 I and 2 x 25 I 

LE3-D505 1 x 36 1 x 40 I 1 x 36, 2 x 13 and 2 x 29 1 x 40 I, 2 x 20 I and 2 x 32 I 

LE3-D805 1 x 36 1 x 40 I 2 x 13 and 3 x 36 2 x 20 I and 3 x 40 I 

LE3-K 2 x 13 and 2 x 16 4 x 20 I 2 x 13 and 2 x 16 4 x 20 I 

References : 


24106/3 

24107_Ver2.10-EN.fm/2 

Schneider Electric

Schemes 


2 

Start-delta starters 


LE3-K065 and K095 

LE3-K065 and K095 

L1 

L2 

L3 

A 

U1 

V1 

W1 

O 

– KM2 – KM3 – KM1 

U2 

V2 

W2 

I 

– KM1 

– KM2 

U1 

V1 

W1 

– KM3 

– KM1 

U2 

V2 

W2 

Recommended 

cabling for 

reversal of 

motor rotation 

(standard motor, 

viewed from shaft end). 

B 

T 

A1 

A2 

T 

– KM1 

A1 

A2 

Y 

A1 

A2 

A1 

– KM3 – KM2 

A2 

L 

LE3-D09 to D805 LE3-D09 to D35 LE3-D405 to D805 

L1 

L2 

L3 

A 

A 

– KM2 – KM3 – KM1 

U1 

V1 

W1 

O 

U1 

V1 

W1 

U2 

V2 

W2 

I 

– KM2 

– KM1 

Remote 

control 

I 

17 

18 

– KM2 

– KM1 

– KM2 

– KM2 

– KM2 

– KM2 

U2 

V2 

W2 

Recommended 

cabling for 

reversal of 



viewed from shaft end). 

B 

– KM3 

– KM1 

A1 

A2 

Y 

– KM2 

A1 

A2 

L 

– KM1 

– KM3 

A1 

A2 

B 

– KM3 

– KM1 

A1 

A2 

Y 

– KM2 

A1 

A2 

L 

– KM1 

– KM3 

A1 

A2 

Note : in accordance with current installation regulations, short-circuit protection must be provided by fuses or a circuit-breaker. 

LE3-D115 and D150 

LE3-D115 and D150 

L1 

L2 

L3 

A 

U1 

V1 

W1 

– KM2 – KM3 – KM1 

U1 

V1 

W1 

U2 

V2 

W2 

Remote 

control 

l 

17 

18 

– KM1 

– KM1 

– KM2 

– KM1 

– KM2 

U2 

V2 

W2 

Recommended 

cabling for 

reversal of 



viewed from shaft end).- 

B 

– F2 

– KM3 

– KM1 

A1 

A2 

Y 

– KM2 

A1 

A2 

L 

– KM2 

– KA1 

A1 

A2 

– KA1 

– KM3 

A1 

A2 

References : 



24106/3 

Dimensions : 


220 V, 230 V, 240 V LE3-K, LE3-D09 and D12 L3 Neutral 

LE3-D18 to D150 L3 Neutral terminal 


Other voltages LE3-D09 to D35 Terminal 1 Terminal 2 

LE3-K and LE3-D405 to D150 Direct connection 

page 24107/2 

24107_Ver2.10-EN.fm/3

Dimensions 


2 




LE3-D326 

c1 

348 

= 330 

= 

= = 

186 31 

190 

367 

= 

195 

287 

= 

225 = 

= 

31 

c1 

Standard version 175.5 


Version A05 175.5 

LE3-D406 to D806 

= a-75 

= 

31 

= 

b (1) 

b+57,5 

b-50 

b-75 = 

4xM8x25 

c1 

a-50 

a 

a+57,5 

LE3- a b c1 

D406, D506 400 500 218 

D806 500 700 269 




PG ISO PG ISO 

LE6-D09 to D18 2 x 13 or 2 x 16 or 2 x 20 I or 2 x 25 I or 2 x 13 or 2 x 16 or 2 x 20 I or 2 x 25 I or 


LE3-D326 1 x 21 1 x 32 I 2 x 13, 2 x 16 & 1 x 21 2 x 20 I, 2 x 25 I &1 x 32 I 

LE3-D406 1 x 29 1 x 32 I 2 x 13, 2 x 21 & 1 x 29 2 x 20 I, 2 x 25 I & 1 x 32 I 

LE3-D506 1 x 36 1 x 40 I 2 x 13, 2 x 29 & 1 x 36 1 x 40 I, 2 x 20 I & 2 x 32 I 

LE3-D806 1 x 36 1 x 40 I 2 x 13 & 3 x 36 2 x 20 I and 3 x 40 I 

References : 

pages 24108/2 and 24108/3 

Schemes : 

page 24109/3 

24109_Ver2.10-EN.fm/2 

Schneider Electric

Schemes 


2 





– Q1 

1/L1 

2 

3/L2 

4 

5/L3 

6 

2 

U1 

4 

V1 

6 

W1 

A 

Q1 

Q1 

1 

3 

5 

1 

3 

5 

1 

3 

5 

O 

– KM2 

– KM3 

– KM1 

2 

4 

U2 

6 

V2 

2 

4 

6 

W2 

U1 

2 

4 

V1 

6 

W1 

l 

– KM2 

U2 

V2 

W2 

1 

2 

3 

4 

5 

6 

Recommended 

cabling for 

reversal of 



viewed from shaft 

end). 

– KM1 

– KM2 

– KM2 

– KM3 

– KM1 

– KM1 

A1 

– KM2 

A1 

– KM3 

A1 

B 

A2 

A2 

A2 

LE3-D326 to D806 

LE3-D326 to D806 

1/L1 

3/L2 

5/L3 

2 

4 

6 

A 

– Q1 

2 

4 

6 

U1 

V1 

W1 

– F1 

Q1 

1 

3 

5 

1 

3 

5 

1 

3 

5 

– KM2 

– KM3 

– KM1 

U2 

V2 

W2 

– S1 

21 

2 

4 

6 

2 

4 

6 

2 

4 

6 

22 

Remote 

control 

13 

U1 

V1 

W1 

1 

3 

5 

l 

14 

– KM2 

U2 

V2 

W2 

2 

4 

6 

Recommended 

cabling for 

reversal of 



viewed from shaft 

end). 

– KM1 

– KM2 

– KM2 

– KM3 

– KM1 

– KM1 

A1 

– KM2 

A1 

– KM3 

A1 

B 

A2 

A2 

A2 

References : 

pages 24108/2 and 24108/3 


Dimensions : 

page 24109/2 


220 V, 230 V, 240 V LE6-D09 and D12 L3 Neutral 

LE6-D18 to LE3-D806 L3 Neutral terminal 


Other voltages LE6-D09 to D18 Terminal 1 Terminal 2 

LE3-D326 to D806 

Direct connection 

24109_Ver2.10-EN.fm/3

Dimensions 

Installation system 

Tego Power for motor power-starter components 

Modular sub-bases 

Common side view APP-1B4 APP-1B/ 

102,7 

8 

50 

254 

132 

132 

62 

71,2 

71,2 

124,2 

38 

9,25 

46,75 

92 

185,5 

9,25 

53,95 

a 

APP- 

a 

1B1 108 

1B2 93 

1B4 185.5 

Communication module 

APP-1C/ 

102,7 

APP- 

a 

1CH 35 

1CV 35 

1CE 35 

1CAS2 35 

1CIB/ 45 

1CPF/ 45 

1CC0/ 45 

1CDN/ 45 

8 

50 

254 

128,7 

a 

Presentation, description : 

pages 15010/2 and 15010/3 

Selection : 

pages 15011/2 and 15011/3 


pages 15013/2 to 15013/5 

References : 

pages 15014/2 and 15014/3

Dimensions 



Mounted assembly (sub-base, connection blocks, communication module) 

254 (1) 

300 (3) 

284 50 

a 

b1 (2) 

b 

Depth a b b1 (2) 

With contactor LC/-D/// 135 2 starters 93 128 

With contactor LP1-D/// 135 D reverser 108 143 

With contactor LP4-D/// 170 4 starters 185.5 220.5 

With contactor L//-K/// 135 8 starters 371 406 

(1) Allow 25 mm of free space on each side to reduce overheating and to allow starters to be disconnected. 

(2) Add 10 mm for modules APP-1CIB/, APP-1CPF/, APP-1CCO/, APP-1CDN/. 

(3) Distance between fixing screws. The mounting clips (optional) allow the sub-base, fitted with motor power-starters, to be dismantled. 

AAP-14M1 fixing bracket for earth cables 

100 

89 30 17,75 

12 

52 

12 

65,5 


pages 15010/2 and 15010/3 

Selection : 

pages 15011/2 and 15011/3 


pages 15013/2 to 15013/5 

References : 

pages 15014/2 and 15014/3

Schemes 



Control-command circuit diagrams for a direct starter 

(conforming to standards "Low voltage installation regulations" C 15-100 and "Machine safety" NF EN 60205-1 standards) 

1 - Without APP-1DppppD connection blocks and with frontal auxiliary contact 2 - With APP-1DppppD connection blocks and frontal auxiliary contact 

GV2-AE20 

GV2-AE20 

3 - With forced local start, cable on shunt (3) - (without APP-1ppppD connection 

blocks and with frontal auxiliary contact GV2-AE20). The cabling of the shunt for 

a forced local start is equally possible with connection blocks APP-1ppppD 

A Tego Power sub-base 

B Communication module 

X1, X4 HE 10 connector, removable terminal block (see below) 

Q1 Thermal-magnetic motor circuit-breaker 

(1) Km1 : APP-1ER or APP-1ES interface relay 

(2) KM1 : contactor coil 

(3) External shunt on the lower connection block. It can be used to connect an external input. 

(4) To communication module 

(5) Maximum control voltage of contactor coils c 48 V/a 240 V 

(6) Control unit (option) for forced local start 

(7) 2-position “Auto-Manual” selector switch (option) 

APP-1CE and APP-1CV communication modules 

24 V power supply : 

V In : inputs 

V Out : outputs 

A 

B 

X1 

X2 

X3 

X4 

Tego Power sub-base 

Communication module 

Removable terminal block for connection of circuit-breaker contacts 1 to 8 (terminals QI.1 to QI.8) 

Removable terminal block for connection of contactor contacts 1 to 8 (terminals KMI.1 to KMI.8) 

Removable terminal block for connection of interface relays 1 to 8 (terminals KmO.1 to KmO.8) 

Removable terminal block for the I/O 24 V supply 


pages 15010/2 and 15010/3 

Selection : 

pages 15011/2 and 15011/3 


pages 15013/2 to 15013/5 

References : 

pages 15014/2 and 15014/3 


Schemes 



Can Open APP-1CCO2 and Device Net APP-1CDN2 communication modules 

8 inputs 8 inputs 8 outputs 

address 

(1) Can Open or Device Net bus 

A Tego Power sub-base. 

B Communication module. 

8 inputs 8 outputs 8 inputs 8 outputs 

X1 Removable terminal block, 5 pins, for the bus connection. 

X2, Address switch. 

X3, X4 20-way HE 10 connectors, for the connection of 8 external inputs and 8 external outputs. 

X5 Removable terminal block, 4 pins, at intervals of 5.08 mm, for the 24 V IN and 24 V OUT module supply. 

Interbus S, APP-1CIB2 communication module 

With the exception of X1 and X2, the scheme is identical to the one shown 

above. 

Profibus DP, APP-1CPF2 communication module 

With the exception of X1 and X2, the scheme is identical to the one shown 

above. 

8 inputs 8 inputs 

address 

X1 Male SUB-D connector for the Interbus S input. X1 Female SUB-D connector for the Profibus DP connection. 

X2 Female SUB-D connector for the Interbus S output. X2 Address switches. 

Intelligent splitter box APE-1R1628 


pages 15010/2 and 15010/3 

Selection : 

pages 15011/2 and 15011/3 


pages 15013/2 to 15013/5 

References : 

pages 15014/2 and 15014/3 


15016 Ver4.00-EN.fm/

Schemes 



APP-1CH communication module, diagram and operating principle 

Switches C and D are used to select feedback from the contactor or circuit-breaker contact (pins 1 to 8 on the HE10 connector) for each starter. In addition, on 

the last 4 starters, it is possible to choose between feedback from the contactor or circuit-breaker contacts, and an external input (switch E and pins 5 to 8 on 

the HE10 connector). External inputs are connected to terminals I.4 to I.7. 

Interface relays are connected to pins 9 to 16 on the HE10 connector. For the last 4 starters, it is possible to choose either coil control (Km5 to Km8), or 

connection of local external outputs (terminals Q.4 to Q.7) using switch F. 

Local inputs 

Local outputs 

24 V supply : 

VIn : inputs 

VOut : outputs 

Option of connecting 4 local external inputs and 4 local 

external outputs : selection via switches F and E 

APP-1CAS2 communication module, diagram and operating principle 

Same operating principle as the APP-1CH module : switches E and F are used to select the local I/O and switches C and D are used to select the contactor or 

circuit-breaker contact. In the case of this module, data is fed back to the PLC via the AS-i bus. 

Local inputs Local outputs 

A Tego Power sub-base 

B Communication module 

Option of connecting 4 local external inputs and 4 local 

X1 20-way HE10 connector 

external outputs : selection via switches F and E 

X2, X3 Removable terminal blocks, 8 pins, at intervals of 5.08 mm, for the connection of 4 external inputs and 4 external outputs 

X4 Removable terminal blocks, 4 pins, at intervals of 5.08 mm, for the I/O 24 V power supply (APP-1CH) or the AS-i bus (APP-1CAS2). 

C, D Selector switches for feedback from the contactor or circuit-breaker contact for each of the 8 starters. 

E Selector switch for each of the last 4 starters (5 to 8), between feedback to the PLC of the state of the circuit-breaker or contactor (result of switch D) 

or of an internal input (if the starterisnot used) 

F Selector switch for each of the last 4 starters (5 to 8), between controlling the contactor coil or an external output (if the starter is not used). 


pages 15010/2 and 15010/3 

Selection : 

pages 15011/2 and 15011/3 


pages 15013/2 to 15013/5 

References : 

pages 15014/2 and 15014/3 


Schemes (switch functions) 



Communication modules 

APP1-CH and APP-1AS2 communication modules : procedure for configuring input switches C, D and E, and output switch F 

The table below can be used to set the position of the switches on the front panels of the modules. 

Switch C Switch D Switch E Switch F 

Power-starter components 1 to 4 Power-starter components 5 to 8 Power-starter components 5 to 8 Control of power-starter components 

or external inputs 

5 to 8 or external outputs 

DP No. 1 DP No. 2 DP No.3 DP No. 4 DP No. 5 DP No. 6 DP No. 7 DP No. 8 DP W DP X DP Y DP Z DP No. 5 DP No. 6 DP No. 7 DP No. 8 

or W or X or Y or Z or I5 or I6 or I7 or I8 or Q5 or Q6 or Q7 or Q8 

CB Cont CB Cont CB Cont CB Cont CB Cont CB Cont CB Cont CB Cont W I5 X I6 Y I7 Z I8 Coil 5 Q5 Coil 6 Q6 Coil 7 Q7 Coil 8 Q8 

0 v v v v v v v v v v v v v v v v 0 
















Switch positions corresponding to configuration selected 

Input Switches C D E Output Switch F 

Data on the state of : Control of : 

8 circuit-breakers (1 to 8) 0 0 0 4 motor power-starters 0 

8 contactors (1 to 8) 15 15 0 4 external outputs 15 

4 circuit-breakers and 4 external inputs 0 Insignificant from 0 to 1515 

4 circuit-breakers and 4 external inputs 15 Insignificant from 0 to 1515 

Example of the procedure to be used to set the display for input switches C, D and E, and output switch F 

1 Select the required data on the 8 input channels and 4 output channels 

Input 

Output 

Channel 1 2 3 4 5 6 7 8 5 6 7 8 

Data CB CB CB Cont. Cont. CB Ext. Ext. Coil Ext. Coil Ext. 

Then, in the table below : 

2 Select the display for switch C, which is reserved for motor power-starter components 1 to 4 only 

Shade in the 4 columns corresponding to the circuit-breaker for channels 1, 2 and 3, and to the contactor for channel 4. 

The horizontal line containing the four shaded v indicates the number of switch C to be displayed : 8. 

3 Select the display for switch D, for the motor power-starter components and external inputs 5 to 8 . 

Shade in the 4 columns corresponding to the contactor for channel 5, to the circuit-breaker for channel 6, and the 2 columns for channels 7 and 8 (external inputs). 

The horizontal line containing the four shaded v indicates the four display options for switch D : 1, 5, 9 or 13. 

4 Select the display for switch E, for the last 4 inputs. 

Shade in columns W and X for channels 5 and 6, and columns E7 and E8 for external inputs 7 and 8. 

The horizontal line containing the four shaded v indicates the number of switch E to be displayed : 12. 

5 Select the display for switch F, for the 4 outputs. 

Shade in the 4 coil columns for channel 5, Q6 channel 6, coil channel 7, Q8 channel 8. 

The horizontal line containing the four shaded v indicates the number of switch F to be displayed: 10. 

Switch C Switch D Switch E Switch F 

Power-starter components 1 to 4 Power-starter components 5 to 8 Power-starter components 5 to 8 Control of power-starter components 

or external inputs 

5 to 8 or external outputs 

DP No. 1 DP No. 2 DP No. 3 DP No. 4 DP No. 5 DP No. 6 DP No. 7 DP No. 8DP W DP X DP Y DP Z DP No. 5 DP No. 6 DP No. 7 DP No. 8 

or W or X or Y or Z or I5 or I6 or I7 or I8 or Q5 or Q6 or Q7 or Q8 

CB Cont.CB Cont.CB Cont.CB Cont.CB Cont.CB Cont.CB Cont.CB Cont.W I5 X I6 Y I7 Z I8 Bob.5Q5 Bob.6 Q6 Bob.7Q7 Bob.8Q8 


















15016 Ver4.00-EN.fm/



3 

Thermal-magnetic motor circuit-breakers 

models GV2-ME and GV2-P 

GV2-ME GV-AX GV-AD, AM, AN, AU, AS, AX GV-AE 

X1 

Block GV-AD, AM, AN 

Block GV-AU, AS, AX 

15 

44,5 

80 

AF1-EA4 

44,5 

45 

44,5 

35 

84 

84 

45 

55 

5 

= 

50/60 

50/60 

50 

60 

= 

= 

89 

45 

61 

= 

10 

16 

9,3 9,3 

81(1) 

18 

X1 

14 

98 

32 

= 

b 

45 = 

11 

46 

15,7 

67,2 

X1 

44,5 

b 

GV2-ME// 89 

GV2-ME//3 101 

(1) Maximum 

X1 Electrical clearance = 40 mm for Ue ≤ 690 V 

GV2-P GV-AD, AM, AN, AU, AS GV2-AK00 


Block GV-AU, AS 

15 

26 

50 

82 

X2 

9,3 9,3 

81(1) 

18 

44,5 

(1) Maximum 

X2 = 40 mm 

X1 Electrical clearance = 40 mm for Ue ≤ 415 V, or 80 mm for Ue = 440 V, or 120 mm for Ue = 500 and 690 V 

Mounting GV2-ME 

On 35 mm É rail On panel with adapter plate GV2-AF02 On pre-slotted mounting plate On mounting rail DZ5-MB201 

c = 78.5 on AM1-DP200 (35 x 7.5) 

AM1-PA 

c = 86 on AM1-DE200, ED200 (35 x 15) 

GV2-AF02 

AF1-EA4 

DZ5-MB201 

4,2 

DZ5-ME8 

c 

35 

35 

15 

35 

Mounting GV2-P 

On mounting rail AM1-DE200, On panel On pre-slotted Plate GK2-AF01 

ED200 (35 x 15) 

mounting plate AM1-PA 

35 

135 

105±5 

106 

13,5 

13,5 

24 

9,5 

54 


pages 24509/2 to 24513/7 

References : 

pages 24508/2 to 24508/4 

Schemes : 

page 24538/8 

24538_Ver2.10-EN.fm/2 

Schneider Electric


(continued) 


3 


models GV2-ME and GV2-P 

GV2-AF01 

GV2-AF3 

Combination GV2-ME + k contactor Combination GV2-ME + contactor model d Combination GV2-P + contactor model d 

d 

d1 

79 45 

77 

44,5 

13 

35 

65 

7 

= = 

54 

X1 

b 

b 

152 

c1 

c 

45 

c1 

c 

45 

GV2-ME + LC1-D09…D18 LC1-D25 and D32 GV2-P + LC1-D09…D18 LC1-D25 & D32 

b 176.4 186.8 b 177.4 187.8 

c1 88.65 94.95 c1 88.6 94.95 

c 94.15 100.45 c 94.1 100.45 

d1 91 91 

d 96.8 96.8 

GV2-AF4 + LAD-31 

Combination GV2-ME + contactor model d 

Combination GV2-P + contactor model d 

GV2-ME + GV1-L3 (current limiter) 

b 

b 

X1 89 40 

45 

129 

c1 

c 

d1 

d 

45 

c1 

c 

45 

X1 = 10 mm for Ue = 230 V or 

30 mm for 230 V < Ue ≤ 690 V 

7.5 mm height compensation plate 

GV1-F03 

GV2-ME + LC2-D09…D18 LC2-D25 and D32 GV2-P + LC2-D09…D18 LC2-D25 and D32 

b 188.6 199 b 169.1 199.5 

c1 92.7 99 c1 116.8 116.8 

c 98.2 104.5 c 122.3 122.3 

d1 98.3 98.3 

d 103.8 103.8 

39 

Mounting of external operator GV2-AP01 or GV2-AP02 for GV2-P 

Door drilling 

1,5...5 

53 135…284 

5,2 

= = 

= = 

54 


pages 24509/2 to 24513/7 

References : 

pages 24508/2 to 24508/4 

Schemes : 

page 24538/8 


24538_Ver2.10-EN.fm/3


(continued) 


3 


models GV2-ME, GV2-P, GV2-RT 

Sets of busbars GV2-G445, GV2-G454, GV2-G472, with terminal block GV2-G05 

18 

63 

3 

a 

l 

p 

l p 

GV2-G445 (4 x 45 mm) 179 45 

GV2-G454 (4 x 54 mm) 206 54 

GV2-G472 (4 x 72 mm) 260 72 

45 

a 

No. of tap-offs 5 6 7 8 

GV2-G445 224 269 314 359 

GV2-G454 260 314 368 422 

GV2-G472 332 404 476 548 

Sets of busbars GV2-G/// 

with terminal block GV1-G09 

GV1-G09 

Sets of busbars GV2-G245, GV2-G254, GV2-G272 

l 

30 

l 

GV2-G245 (2 x 45 mm) 89 

GV2-G254 (2 x 54 mm) 98 

GV2-G272 (2 x 72 mm) 116 

Set of busbars GV2-G554 

Sets of busbars GV2-G345 and G354 

260 

l 

l 

GV2-G345 (3 x 45 mm) 134 

GV2-G354 (3 x 54 mm) 152 

Dimensions of GV2-RT 

Mounting of external operator GV2-AP03 

X1 

12,3 

= 

89 

45 = 

65 

13 

7,5 

12,5 

16 

44 

66 

X1 

44,5 1,5...5 

53 133…282 

6 = = 

X1: Electrical clearance = 40 mm for Ue < 690 V 

Mounting of GV2-RT 

on 35 mm rail On panel with adapter On pre-slotted On mounting rails DZ5-MB 

c = 80 on AM1-DP200 (35 x 7.5) plate GV2-AF02 mounting plate AM1-PA 

c = 88 on AM1-DE200, ED200 (35 x 15) 

GV2-AF02 

4,2 

AF1-EA4 

DZ5-MB201 

DZ5-ME8 

c 

44,5 

44,5 

84,5 

35 

50/60 

35 

50/60 

15 

35 

50 

60 


pages 24509/2 to 24513/ 

7 

References : 

pages 24513/7 and 24508/ 

7 

Schemes : 

page 24538/8 

24538_Ver2.10-EN.fm/4 

Schneider Electric

= 

Dimensions 


3 


models GV3-ME and GV7-R 

Motor circuit-breakers GV3-ME 

4,5 

17,3 

22 77,5 

113 

5,5 

100…110 

X1 120 X1 

70 

20 

21,2 

61,2 

= 45 = 

70,4 

(1) 

Mounting 

on rail AM1-DE200 or 

AM1-ED201 

122,5 

X1 = Electrical clearance 

40 mm for Ue < 500 V 

(ISC maxi) 50 mm for Ue < 690 V (1) Block GV3-A01 to A07 

Mounting 

on panel 

61,2 

on pre-slotted mounting plate AM1-PA 

AF1-EA4 

113 

20 20 

21,2 

= 100…110 = 

113 

20 

100…110 

Motor circuit-breakers GV7-R 

35 

= = 

Motor circuit-breakers with terminal shields or phase barriers 

GV7-R + GV7-AC01 or AC04 

= 

= 

= 

= 

= 

81 

86 

111 (1) 

= 

161 

= 161 

= 

81 

= 

321 

= 

357 

(2) 

(3) 

(2) Phase barriers: GV7-AC04 

(1) 126 for GV7-R/220 (3) Terminal shields: GV7-AC01 

Electrical clearance 

Combination of GV7-R and LC1-F with kit GV7-AC0/ 

c 

a 

b 

= 

= = 

105 

= 

= 

125 

x2 

x1 

x1 

x2 

x1 x2 

Painted or insulated metal plate, 

insulation or insulated bar 0 30 a b c 

Bare metal plate U ≤ 440 V 5 35 GV7-R + LC1-F115 or F150 + GV7-AC06 119 334 181 

440 V 

U ≥ 600 V 20 35 GV7-R + LC1-F225 + GV7-AC07 131 358 188 

Minimum distance between 2 circuit-breakers mounted side-by-side = 0 GV7-R + LC1-F265 + GV7-AC07 131 364 215 


pages 24509/2 to 24513/ 

7 

References : 


24508/6 

Schemes : 

page 24538/9 


24538_Ver2.10-EN.fm/5

Mounting 


3 

Thermal-magnetic motor circuit-breakers model GV7-R 

On panel 

On two DZ5-MB201 mounting rails 

DZ5-ME5 

= 

125 

135 

125 

= 

35 

35 35 

15 

35 

Flush mounting 

1 circuit-breaker n circuit-breakers 

GV7-R 

GV7-R side-by-side 

29 

76 

47 

= = 

108 

= = 

108 

88 = = 

83 

29 

= = 

108 

Combination of GV7-R and LC1-F with kit GV7-AC0/ 

G 

E H 

E G H 

GV7-R + LC1-F115 + GV7-AC06 44 85 120 

GV7-R + LC1-F150 + GV7-AC06 46 85 120 

GV7-R + LC1-F165 + GV7-AC06 48 85 120 

GV7-R + LC1-F225 + GV7-AC07 57 85 120 

GV7-R + LC1-F265 + GV7-AC07 60 85 120 


pages 24509/2 to 24513/ 

7 

References : 

page 24508/6 

Schemes : 

page 24538/9 

24538_Ver2.10-EN.fm/6 

Schneider Electric


(continued) 


3 

Thermal-magnetic motor circuit-breakers model GV7-R 

Spreaders 

Cabling 

GV7-AC03 Smooth terminals Connectors 

114 

45 45 

30 

41 

X 

Z 

70 10,5 

a 

Z 

19 

70 

Z 

X 

X 

a 

GV7-R/40…R/150 19.5 

GV7-R/220 21.5 

Direct rotary handle 

GV7-AP03, GV7-AP04 

Flush mounting 

I 

DD 

0 

45 

28 

73 

e 

9,25 

9 

= 

120 

= 

41 

100 

59 

h 

47 

125±2 

69 

120 

51 

= = 

100 

9,25 

60 

I 

75 

29 

= 

9 

76 

121 

155 

55 

91 

36 89 

= 

97 

= 

Direct rotary handle GV7-AP03 or GV7-AP04 

with conversion accessory GV7-AP05 Front face cut-out Enclosure viewed from top 

e = 1 to 3 max 

Extended rotary handle 

GV7-AP01, GV7-AP02 

Door cut-outs require a minimum distance 

between the centre of the circuit-breaker 

and the door hinge point ∆ ≥ 100 + (h x 5). 

0 

= 

l 

60 

= 

75 

= 

l: 185 min, 600 max 

The shaft of the extended rotary handle 

GV7-AP01or GV7-AP02 must be cut to 

length: l – 126 mm. 


pages 24509/2 to 24513/ 

7 

References : 

page 24508/6 

Schemes : 

page 24538/9 


24538_Ver2.10-EN.fm/7

Schemes 


3 


models GV2-ME, GV2-P and GV2-RT 

GV2-ME// and GV2-RT 

GV2-P// 

E1 

E2 

D2 

1/L1 

3/L2 

5/L3 

C2 

D1 

C1 

D1 

D2 

(62) 

32 

44 

(74) 

1/L1 

(64) 

34 

44 

(74) 

05 

(61) 

31 

43 

(73) 

(63) 

33 

43 

(73) 

08 

06 

96 95 

54 

53 

96 95 

52 51 

98 

97 

54 

53 

98 

97 

52 

51 

3/L2 

14 

13 

12 11 

14 

13 

22 21 

14 

13 

24 

23 

2/T1 

4/T2 

6/T3 

2/T1 

4/T2 

6/T3 

1/L1 

3/L2 

5/L3 

1/L1 

3/L2 

5/L3 

Current limiter GV1-L3 

Front mounting add-on contact blocks 

Instantaneous auxiliary contacts 

GV-AE1 GV-AE11 GV-AE20 

or 

Side mounting add-on contact blocks 

Instantaneous auxiliary contacts and fault signalling contacts 

GV-AD0110 GV-AD0101 GV-AD1010 GV-AD1001 


Short-circuit signalling contacts 

GV-AN11 GV-AN20 GV-AM11 

Voltage trips 

GV-AU/// GV-AS/// GV-AX/// 

Use of fault signalling contact and 

short-circuit signalling contact 

Connection of undervoltage trip for dangerous machines 

(conforming to INRS) on GV2-ME only 

GV-AM11 

GV-AD10// 

10 Agl max 

Short-circuit 

signalling 

5/L3 

D1 

D2 

Trip 

signalling 

N/C or N/O 

Start-Stop contact 

E2 

2/T1 

4/T2 

6/T3 

E1 


pages 24509/2 to 24513/ 

7 

References : 

pages 24508/2 to 24508/ 

4 

Dimensions : 

pages 24538/2 to 24538/ 

4 

24538_Ver2.10-EN.fm/8 

Schneider Electric

Schemes 


3 


models GV3-ME and GV7-R 

Motor circuit-breakers 

Auxiliary contact blocks 

GV3-ME GV1-A01 GV1-A02 GV1-A03 GV1-A05 GV1-A06 GV1-A07 

2/T1 

4/T2 

6/T3 

1/L1 

3/L2 

1/L1 

5/L3 

98 97 

3/L2 

C2 

5/L3 

50 ms 

– KA1 

A1 

– KA1 

– KM1 

A2 

A2 

B1 

A1 

22 

D1 

C1 

C1 

14 

13 

24 

23 

2/T1 

32 31 

4/T2 

14 

13 

24 

23 

34 

33 

14 

13 

24 

23 

34 

33 

14 

96 95 

13 

24 

6/T3 

D4 

C2 

23 

32 31 

98 97 

50 ms 

24 

11 14 

12 

91 94 

92 

81 84 

82 

21 24 

22 

D1 

14 

13 

22 21 

14 

13 

24 

23 

Fault signalling contacts 

Voltage trips 

GV3-A08 GV3-A09 GV3-B GV3-D 

97 

98 

U 

D2 


Add-on auxiliary contacts according to their location, 

GV7-R see pages 24513/4 and 24513/5 

GV7-AE11, GV7-AB11 

Location 1 Location 2 Location 3 Location 4 

C/O contact Trip Electrical fault C/O contact 

indication signalling 

A self-adhesive label, supplied with the contact, can be affixed to the front face 

of the circuit-breaker to allow personalised marking according to the function of 

the contactor or contacts. 

Electric trips 

GV7-AU/// GV7-AS/// GV7-AD111, AD112 

98 97 

50 ms 

Recommended application schemes 

GV7-AD111, AD112 

Fault signalling 

Contactor opening on overload 

13 

– KA1 

14 

Reset 

Reset 

23 

21 

– KA1 

Overload fault 

Associated components 

Associated components 

KA1: CA2-KN or CAD-N KA1: CAD-N + LA6-DK10 or RHK 

KM1: LC1-D or LC1-F 


pages 24509/2 to 24513/ 

7 

References : 


24508/6 

Dimensions : 

pages 24538/5 to 24538/ 

7 


24538_Ver2.10-EN.fm/9



Magnetic motor circuit-breakers GV2-L and GV2-LE 

GV2-L GV-AD, AM, AN, AU, AS GV2-AK00 



X1 Electrical clearance = 40 mm for Ue ≤ 415 V, (1) Maximum. 

or 80 mm for Ue = 440 V, 

or 120 mm for Ue = 500 and 690 V. 

X2 = 40 mm. 

Mounting of GV2-L Adaptor plate GK2-AF01 

On mounting rail AM1-DE200, On panel On pre-slotted mounting plate 

AM1-ED200 (35 x 15) AM1-PA 

7.5 mm height compensation plate 

GV1-F03 

GV2-LE GV-AD, AM, AN, AU, AS GV-AE 



X1 Electrical clearance = 40 mm for Ue ≤ 690 V. (1) Maximum. 

Mounting of GV2-LE 

On 35 mm 7 rail On panel with adaptor plate GV2-AF02 On pre-slotted mounting On mounting rails DZ5-MB201 

plate AM1-PA 

c = 80 on AM1-DP200 (35 x 7.5) 

c = 88 on AM1-DE200, ED200 (35 x 15) 


pages 24523/2 and 24523/3 

References : 

page 24522/2 

Schemes : 

page 24527/5 





Mounting of external operator GV2-AP01 or GV2-AP02 for GV2-L 

Mounting of external operator GV2-AP03 for GV2-LE 

Door cut-out 

Sets of busbars GV2-G445, GV2-G454, GV2-G472, with terminal block GV2-G05 

I p 

GV2-G445 (4 x 45 mm) 179 45 

GV2-G454 (4 x 54 mm) 206 54 

GV2-G472 (4 x 72 mm) 260 72 

a 

Number of tap-offs 5 6 7 8 

GV2-G445 224 269 314 359 

GV2-G454 260 314 368 422 

GV2-G472 332 404 476 548 


pages 24523/2 and 24523/3 

References : 

page 24522/2 

Schemes : 

page 24527/5 


24527 Ver2.00-EN.fm/



Magnetic motor circuit-breakers types GV2-L, GV2-LE 

and GK3 

Sets of busbars GV2-Gppp with terminal block GV1-G09 

Sets of busbars GV2-G245, GV2-G254, GV2-G272 

l 

GV2-G245 (2 x 45 mm) 89 

GV2-G254 (2 x 54 mm) 98 

GV2-G272 (2 x 72 mm) 116 

Set of busbars GV2-G554 

Set of busbars GV2-G345 and G354 

l 

GV2-G345 (3 x 45 mm) 134 

GV2-G354 (3 x 54 mm) 152 

GK3-EF 

GK3-EF + 4 GK2-AX 

Number of GK2-AX 

0 1 2 3 4 

X1: electrical clearance, 40 mm for Ue ≤ 690 V a 66 74.8 83.5 92.5 101 

Mounting 

on mounting rail AM1-EDpp or AM1-Dpppp 

on panel 

Mounting of external operator GK3-AP03 

Door cut-out 

(1) 150 min, 305 max. with operating shaft, 97 without operating shaft 


pages 24523/2 to 24523/5 

References : 

pages 24522/2 and 24522/3 

Schemes : 

page 24527/5 


Schemes 


Magnetic motor circuit-breakers types GV2-L, GV2-LE 

and GK3-EF 

GV2-Lpp 

GV2-LEpp 



GV-AE1 GV-AE11 GV-AE20 

or 


Instantaneous auxiliary contacts and fault signalling contacts 

GV-AD0110 GV-AD0101 GV-AD1010 GV-AD1001 


Short-circuit signalling contacts 

GV-AN11 GV-AN20 GV-AM11 

Voltage trips 

GV-AUppp 

GV-ASppp 


GK3-EF 

Start-Stop signalling contact blocks 

GK2-AX10 GK2-AX20 GK2-AX50 

Fault signalling contact blocks 

GK2-AX12 GK2-AX22 GK2-AX52 


pages 24523/2 to 24523/5 

References : 

pages 24522/2 and 24522/3 

Dimensions : 

pages 24527/2 to 24527/4 


24527 Ver2.00-EN.fm/

Dimensions 


Model d contactors 

Control circuit: a.c. 

LC1-D09…D18 (3-pole) 

Minimum electrical 

clearance 

44 

LA4 

LC1-D25…D38 (3-pole) 

LC1-DT20…DT60 (4-pole) 


clearance 

44 

LA4 

LA4 

LA4 

127 

b1 

127 

b1 

b 

b 

b1 

b1 

10 

c1 

c2 

c3 

c 

12,5 

(LAD-8) 

45 

10 

c1 

c2 

c3 

c 

12,5 

(LAD-8) 

45 

LC1- D09… D093… D099… D25… D253 DT20 DT203 DT32… DT323 

D18 D183 D189 D38 & D323 & DT25 & DT253 DT60 & DT603 

b without add-on blocks 77 99 80 85 99 85 99 91 105 

b1 with LAD-4BB 94 107 95.5 98 107 98 – – – 

with LA4-D/2 110 (1) 123 (1) 111.5 (1) 114 (1) 123 (1) 114 – – – 

with LA4-DF, DT 119 (1) 132 (1) 120.5 (1) 123 (1) 132 (1) 129 – – – 

with LA4-DR, DW, DL 126 (1) 139 (1) 127.5 (1) 130 (1) 139 (1) 190 – – – 

c without cover or add-on blocks 84 84 84 90 90 90 90 98 98 

with cover, without add-on blocks 86 86 86 92 92 92 92 100 100 

c1 with LAD-N or C (2 or 4 contacts) 117 117 117 123 123 123 123 131 131 

c2 with LA6-DK10, LAD-6K10 129 129 129 135 135 135 135 143 143 

c3 with LAD-T, R, S 137 137 137 143 143 143 143 151 151 

with LAD-T, R, S and sealing cover 141 141 141 147 147 147 147 155 155 

(1) Including LAD-4BB 

LC1-D40…D65 (3-pole) 

LC1-D80 and D95 (3-pole) 

LC1-D65004, D40008 and D65008 (4-pole) 32 44 

LC1-D80004 and D80008 (4-pole) 

32 44 


clearance 


clearance 

12 

c 

c1 

c2 

c3 

12,5 

(LAD-8) 

a 12,5 

(LAD-8) 

12 

c 

c1 

c2 

c3 

12,5 

(LAD-8) 

a 12,5 

(LAD-8) 

LC1- D40…D65 D40008 D80 D95 D80004 D80008 

D65004 D65008 

a 75 85 85 85 96 96 

b1 with LA4-D/2 135 135 135 135 135 135 

with LA4-DB3 – – 135 – – – 

with LA4-DF, DT 142 142 142 142 142 142 

with LA4-DM, DR, DW, DL 150 150 150 150 150 150 

c without cover or add-on blocks 114 125 125 125 125 140 

with cover, without add-on blocks 119 – 130 130 – – 

c1 with LAD-N (1 contact) 139 139 150 150 150 150 

with LAD-N or C (2 or 4 contacts) 147 147 158 158 158 158 

c2 with LA6-DK 159 159 170 170 170 170 

c3 with LAD-T, R, S 167 167 178 178 178 178 

with LAD-T, R, S and sealing cover 171 171 182 182 182 182 


LC1-D115004 (4-pole) 

LAD-8 

LC1- 

D115 D115004 D115006 D150006 D1150046 

D150 

a 120 150 120 120 155 

b1 with LA4-DA2 174 174 174 174 174 

with LA4-DF, DT 185 185 185 185 185 

with LA4-DM, DR, DL 188 188 188 188 188 

with LA4-DW 188 188 188 – 188 

c without cover or add-on blocks 132 132 115 115 115 

with cover, without add-on blocks 136 – – – – 

c1 with LAD-N or C (2 or 4 contacts) 150 150 150 150 150 

c2 with LA6-DK20 155 155 155 155 155 

c3 with LAD-T, R, S 168 168 168 168 168 

with LAD-T, R, S and sealing cover 172 172 172 172 172 


clearance 

10 

c 

c1 

c2 

c3 

158 

LA4 

a 

b1 

Selection: 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 

Schemes: 

pages 24532/2 and 24532/3 

4531_Ver3.00-EN.fm/2 

Schneider Electric

Dimensions 



Control circuit: d.c. 

or low consumption 

LC1-D09…D18 (3-pole) 


clearance 

LC1-D25…D38 (3-pole) 


clearance 

b 

b 

10 

c 

c1 

c2 

c3 

45 

10 

c 

c1 

c2 

c3 

45 

LC1- D09…D18 D093…D183 D099…D189 D25…D38 D253 & D323 

b 77 99 80 85 99 

c without cover or add-on blocks 93 93 93 99 99 

with cover, without add-on blocks 95 95 95 101 101 

c1 with LAD-N or C (2 or 4 contacts) 126 126 126 132 132 

c2 with LA6-DK10 138 138 138 144 144 

c3 with LAD-T, R, S 146 146 146 152 152 

with LAD-T, R, S and sealing cover 150 150 150 156 156 

LC1-DT20 to DT60 (4-pole) 


clearance 

b 

10 

c 

c1 

c2 

c3 

45 

LC1- 

DT20 & DT25 

D098 & D128 

DT203 & DT253 

D0983 & D1283 

DT32…DT60 

D188…D328 

DT323 & DT403 

D1883 & D2583 

b 85 99 91 105 

c with cover 90 90 98 98 

c1 with LAD-N or C (2 or 4 contacts) 123 123 131 131 

c2 with LA6-DK10 135 135 143 143 

c3 with LAD-T, R, S 143 143 151 151 

with LAD-T, R, S and sealing cover 147 147 155 155 

LC1-D40…D65 (3-pole) 

LP1-D65004, LP1-D40008…D65008 (4-pole) 


clearance 


LP1-D80004, LP1-D80008 (4-pole) 


clearance 

127 

127 

12 

c 

c1 

c2 

c3 

85 

12 

c1 

c2 

c3 

c 

96 

LC1- LP1-D65004 LP1-D40008 LC1- LP1- LP1- 

D40…D65 & D65008 D80 & D95 D80004 D80008 

c without cover or add-on blocks 171 171 182 181 181 196 

with cover, without add-on blocks 176 – – 186 – – 

c1 with LAD-N (1 contact) 196 196 196 204 204 204 

with LAD-N or C (2 or 4 contacts) 202 202 202 210 210 210 

c2 with LA6-DK10 213 213 213 221 221 221 

c3 with LAD-T, R, S 221 221 221 229 229 229 

with LAD-T, R, S and sealing cover 225 225 225 233 233 233 

LC1-D115004: see page 24531/2. 

Selection: 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 

Schemes: 

pages 24532/2 and 24532/3 


24531_Ver3.00-EN.fm/3

Mounting 



On mounting rail AM1-DP200, DR200 or AM1-DE200 (width 35 mm) 

LC1-D09…D38, DT20…DT60 

On mounting rail AM1-DL200 or DL201 (width 75 mm) 

On mounting rail AM1-ED/// or AM1-DE200 (width 35 mm) 

LC1-D40 to D95, LP1-D40 to D80 

= 

= 

b 

127 

= 

= 

c 

c 

a.c. control circuit 

LC1- D09…D18 D25…D38 DT20 DT32… LC1- D40…D65 D80 & D95 

& DT25 DT60 c (AM1-DL200) (1) 136 147 

b 77 85 85 100 c (AM1-DL201) (1) 126 137 

c (AM1-DP200 or DR200) (1) 88 94 94 109 c (AM1-ED/// or DE200) (1) 126 137 

c (AM1-DE200) (1) 96 102 102 117 

d.c. control circuit 


LC1- D40…D65 D80 & D95 

b 77 85 94 109 c (AM1-DL200) (1) 193 203 

c (AM1-DP200 or DR200) (1) 97 103 103 118 c (AM1-DL201) (1) 183 203 

c (AM1-DE200) (1) 105 110 111 1236 

(1) with safety cover (1) with safety cover 

On 2 mounting rails DZ5-MB at 120 mm centres 

LC1-D115, D150 

LP1- D40 D65 D80 

c (AM1-DL200) 188 188 198 

c (AM1-DL201) 178 178 198 

100 = 

158 

c 

= 

a.c. or d.c. control circuit 

LC1- D115 & D150 D1156 & D1506 

c (AM1-DP200 or DR200) 134.5 117.5 

c (AM1-DE200 or ED///) 142.5 125.5 

On 2 mounting rails DZ5-MB at 120 mm centres 

LC1-D40…D95, LP1-D40…D80 

DZ5-ME5 

120 

110 

c 15 

40 

a.c. control circuit 

LC1- D40…D65 D80 & D95 

c with cover 119 130 


LC1- D40…D65 D80 & D95 


LP1- D40 & D65 D80 

c 171 181 

Selection: 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 

Schemes: 

pages 24532/2 and 24532/3 

4531_Ver3.00-EN.fm/4 

Schneider Electric

Mounting 



LC1-D09 to D38 and LC1-DT20…DT60 

On 2 mounting rails DZ5-MB 

c 15 

H1 

DZ5-ME8 

LC1-D09…D38 and LC1-DT20…DT60 

On pre-slotted mounting plate AM1-PA, PB, PC 

G 

H 

Control circuit: a.c. d.c. 

LC1- D09…D18 D25…D38 D09…D18 D25…D38 

c with cover 86 92 95 101 

G 35 35 35 35 

H 60 60 60 60 

H1 70 70 70 70 

4-pole contactors 

LC1- 

DT20 

& DT25 

DT32 

…DT60 

DT20 

& DT25 

c 92 100 101 109 

G 135 40/50 35 35 

H 60 60 60 60 

H1 70 70 70 70 

LC1-D40…D95, LP1-D40…D80 

On pre-slotted mounting plate AM1-PA, PB, PC 

DT32 

…DT60 

H 

110 

c 

AF1-EA4 

G 


LC1- D09…D18 D25…D38 D09…D18 D25…D38 

c with cover 86 92 95 101 

G 35 35 35 35 

c with cover 86 92 95 101 

4-pole contactors 

LC1- 

DT20 DT32 DT20 DT32 

c 

40 

AF1-EA6 


LC1- D40…D65 D80 & D95 D40…D65 D80 & D95 

& DT25 …DT60 & DT25 …DT60 

c 80 93 118 132 c with cover 119 130 176 186 

G 35 35 35 35 LP1- – – D40 & D65 D80 

H 60 60 60 60 c without cover – – 171 181 

LC1-D09…D38 

Panel mounted 

c 

2xM4 

= 60/70 = 

= 35 = 

LC1-D40…D95, LP1-D40 to D80 

Panel mounted 

= 100/110 

= 

c = 40 

= 3xØ6,5 


LC1- D09…D18 D25…D38 D09…D18 D25…D38 

c with cover 86 92 95 101 Control circuit: a.c. d.c. 

4-pole contactors LC1- D40…D65 D80 & D95 D4…D65 D80 & D95 

LC1- 

DT20 DT32 DT20 DT32 c with cover 119 130 176 186 

& DT25 …DT60 & DT25 …DT60 LP1- – – D40 & D65 D80 

c with cover 90 98 90 98 c without cover – – 171 181 

LC1-D115, D150 

Panel mounted 

130 = 

158 

c 

= G = 

= 

LC1- D115 D1156 D150 D1506 

c 132 115 132 115 

G (3-pole) 96/110 96/110 96/110 96/110 

G (4-pole) 130/144 130/144 – – 

Selection: 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24502/3 

Schemes: 

pages 24532/2 and 24532/3 


24531_Ver3.00-EN.fm/5

Schemes 


d range contactors 

3-pole contactors (References: pages 24501/2 to 24502/3) 

LC1-D09 to D150 

4-pole contactors (References: pages 24502/2 and 24502/3) 

LC1 and LP1- LC1 and LP1- LC1 and LP1- 

D12004 to D80004 D12008 to D25008 D40008 to D80008 

LC1-D115004 


Instantaneous auxiliary contacts (References: page 24511/3) 

1 N/O LAD-N10 (1) 1 N/C LAD-N01 (1) 1 N/O + 1 N/C LAD-N11 2 N/O LAD-N20 

2 N/C LAD-N02 2 N/O + 2 N/C LAD-N22 1 N/O + 3 N/C LAD-N13 4 N/O LAD-N40 

4 N/C LAD-N04 2 N/O + 2 N/C including 1 N/O + 1 N/C make before break LAD-C22 3 N/O + 1 N/C LAD-N31 


Instantaneous auxiliary contacts conforming to standard EN 50012 (References: page 24511/3) 

1 N/O + 1 N/C LAD-N11G 1 N/O + 1 N/C LAD-N11P 2 N/O + 2 N/C LAD-N22G 2 N/O + 2 N/C LAD-N22P 

(1) Items in brackets are for blocks mounted on right-hand side of contactor. 

Selection guide : 

pages 24565/2 to 24572/5 


pages 24505/2 to24505/7 

References : 

pages 24501/2 to 24511/7 

Dimensions : 

pages 24531/2 to 24531/5 


Schemes 


d range contactors 


Dust and damp protected instantaneous auxiliary contacts (References: page 24511/3) 

2 N/O (24-50 V) 2 N/C (24-50 V) 2 N/O (5-24 V) 2 N/O protected (24-50 V) 2 N/O protected (24-50 V) 

LA1-DX20 LA1-DX02 LA1-DY20 2 N/O standard + 1 N/O + 1 N/C standard 

LA1-DZ40 

LA1-DZ31 


Time-delay auxiliary contacts (References: page 24511/4) 

On-delay 1 N/O + 1 N/C Off-delay 1 N/O + 1 N/C On-delay N/C with 1 N/O break before make 

LAD-T LAD-R LAD-S 

Mechanical latch blocks 

(References: page 24511/4) 

LA6-DK10 and LA6-DK20 


Instantaneous auxiliary contacts (References: page 24511/3) 

1 N/O + 1 N/C LAD-8N11 (1) 2 N/O LAD-8N20 (1) 2 N/C LAD-8N02 (1) 

(1) Items in brackets are for blocks mounted on right-hand side of contactor. 

Electronic serial timer modules 

Auto-Man-Stop modules 

On-delay LA4-DTpU Off-delay LA4-DRpU LA4-DMp 

Auto 

/Man 

I/O 

(1) PLC 

Interface modules 

Relay interface Relay interface with Solid state 

LA4-DFp LA4-DFBQ override switch LA4-DLp LA4-DWBp 

(Reference: page 24511/7) 

Selection guide : 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References : 

pages 24501/2 to 24511/7 

Dimensions : 

pages 24531/2 to 24531/5 


24532 Ver2.00-EN.fm/

Dimensions 


Reversing contactors, model d 

LC2-D09 to D38 

LC2-DT20 to DT60 

2 x LC1-D09 to D38 2 x LC1-DT20 to DT60 

2xM4 

b e1 

60/70 = 

b 

2xM4 

60/70 = 

c 

e2 

= G 

= 

a 

= 

c 

e2 

= G 

= 

a 

= 

LC2- or 2 x LC1- a b c (1) e1 e2 G 

D09 to D18 " 90 77 86 4 1.5 80 

D093 to D183 " 90 99 86 – – 80 

D09 to D18 $ 90 77 95 4 1.5 80 

D093 to D183 $ 90 99 95 – – 80 

D12004 – 74 80 – 6 95 

D25 to D38 " 90 85 92 9 5 80 

D253 to D383 " 90 99 92 – – 80 

D25 to D32 $ 90 85 101 9 5 80 LC2- or 2 x LC1- a b c G 

D253 to D383 $ 90 99 101 – – 80 DT20 and DT25 90 85 90 80 

D25004 – 84 93 – 7 111 DT32…DT60 90 91 98 80 

e1 and e2: including cabling. 

c, e: including cabling. 

(1) With safety cover, without add-on block. 

LC2-D40 to D65 

2 x LC1-D40 to D65 2 x LP1-D40 and D65 

6xØ6,5 

b e1 

= G1 = 

100/110 8 

b e1 

6xØ6,5 

= G1 = 

13 

13 

100/110 8 

c 

e2 

= 40 G 40 = 

a 

c 

e2 

= 40 G 40 = 

a 

LC2- or 2 x LC1- a b c e1 e2 G G1 

D40 to D65 165 127 142 5 – 50 90 

D40004 182 127 133 – 11 57 97 

D65004 182 127 133 – 11 57 97 LC2- or 2 x LC1- a b c e1 e2 G G1 

D80 and D95 182 127 158 13 – 57 96 D40 to D65 182 127 190 5 11 57 97 

D80004 207 127 158 – 20 71 111 D80 and D95 207 127 215 13 20 96 111 

c, e1 and e2: including cabling. c, e1 and e2: including cabling. 

LC2-D115 and D150 

2 x LC1-D115 and D150 

158 e1 

130 = 

c 

e2 

= G 

= 

a 

= 

LC2- or 2 x LC1- a c e1 e2 G 

D115, D150 266 148 56 18 242/256 

D115004 334 148 – 60 310/324 

c, e1 and e2: including cabling. 

Selection: 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24504/3 

Schemes: 

page 24533/3 

4533_Ver3.00-EN.fm/2 

Schneider Electric

Schemes 


Reversing contactors, model d 

Reversing contactors for motor control, horizontally mounted 

LC2-D09…D150 

Reversing contactors for motor control with integral electrical 

interlocking (LAD-9R1V) 

Changeover contactor pairs, horizontally mounted 

LC2-DT20…DT60 

L1 

L2 

L3 

N 

A2 

A1 

2 

1 

1/L1 

4 

3 

1/L2 

6 

5 

1/L3 

8 7 1N 

2 

1 

2/L1 

4 

3 

2/L2 

6 

5 

2/L3 

8 

7 

2N 

A2 

A1 

U 

V 

W 

U 

V 

W 

A2 

A1 

2 

1 

4 

3 

6 

5 

14 13/NO 

22 21/NC 

2 

1 

4 

3 

6 

5 

14 

13/NO 

22 21/NC 

A2 

A1 

A2 

A1 

2 

1 

4 

3 

6 

5 

14 13/NO 

22 21/NC 

2 

1 

4 

3 

6 

5 

14 

13/NO 

22 21/NC 

A2 

A1 

L1 

L2 

L3 

L1 

L2 

L3 

Electrical interlocking of reversing contactors fitted with: 

mechanical interlock with integral electrical contacts 

LA9-D///02 

mechanical interlock without integral electrical contacts 

LA9-D///78, LAD-9R1 

A1 

A2 

01 

A1 

A2 

01 02 

01 02 

– KM2 

– KM1 

– KM1 

01 

02 

– KM2 

02 

– KM1 

A1 

A1 

– KM2 

– KM1 

A1 

A1 

– KM2 

A2 

A2 

A2 

A2 

A2 

A2 

Low speed - High speed cabling kit 

A2 

2 

4 

A1 

1 

3 

U 

V 

W 

A2 

A1 

2 

1 

4 

3 

6 

5 

14 13/NO 

22 21/NC 

2 

1 

4 

3 

6 

5 

14 

13/NO 

22 21/NC 

A2 

A1 

L1 

L2 

L3 

LAD- 

LS/HS 

R2 

R4 

R1 

R3 

Low speed 

High speed 

Selection: 

pages 24565/2 to 24572/5 


pages 24505/2 to 24505/7 

References: 

pages 24501/2 to 24504/3 

Dimensions: 

page 24533/2 


24533_Ver3.00-EN.fm/3

Dimensions TeSys protection components 

6 

Thermal overload relays, model d 

LRD-01...35 

Direct mounting beneath contactors with screw clamp connections 

c 

LRD-013...353 

Direct mounting beneath contactors with spring terminal connections 

c 

b 

70 

45 

174 

136 

255 

b 

66 

45 

LC1- D09...D18 D25...D38 LC1- D093...D383 

b 123 137 b 168 

c see pages 24531/2 and 24531/3 c see pages 24531/2 and 24531/3 

LRD-3/// 

Direct mounting beneath contactors 

LC1-D40 to D95 and LP1-D40 to D80 

AM1- DL201 DL200 

d 7 17 

b c e g (3P) g (4P) 

54 

b 

e 

Control circuit: a.c. 

LC1-D40 111 119 72.4 4.5 13 

LC1-D50 111 119 72.4 4.5 – 

LC1-D65 111 119 72.4 4.5 13 

LC1-D80 115.5 124 76.9 9.5 22 

LC1-D95 115.5 124 76.9 9.5 – 

4 

109 

c 

d 

21 

30 

70 g 

Control circuit: d.c. 

LC1-D40, LP1-D40 111 176 72.4 4.5 13 

LC1-D50 111 176 72.4 4.5 – 

LC1-D65, LP1-D65 111 176 72.4 4.5 13 

LC1-D80, D95, LP1-D80 115.5 179.4 76.9 9.5 22 

LRD-4/// 


LC1-D115 and D150 

LR9-D 


LC1-D115 and D150 

189 

150 

267 

132 d 120 

132 d 

120 

AM1-DL200 and DR200 AM1-DE200 and ED/// 

AM1-DP200 and DR200 AM1-DE200 and ED/// 

d 2.5 10.5 d 2.5 10.5 


pages 24516/2 to 24516/5 

References: 

pages 24514/2 and 24514/ 

3 

Schemes: 

page 24534/5 

24534_Ver4.20-EN.fm/2 

Schneider Electric

Mounting TeSys protection components 

6 


LRD-01...35 

Independent mounting on 50 mm centres 

or on rail AM1-DP200 or DE200 


LAD-7B10 

= 

46 

= 

LAD-7B10 35 10 

37,5 

80 

50 15 

125 

110 = 

80 

2 

45 

6 

5 

90 

DX1-AP25 

2xØ6,5 

= 

Remote tripping or electrical reset 

LAD-703 (1) 

32 

 

(1) Can only be mounted on RH side of relay LRD-01...35 

LR2-D15// 




LA7-D1064 

= 

45 

35 = 

LA7-D03(1) 

79 

4 

50/65 

98 

43,5 

d 

2xØ4,5 

8 

17 

96 

34 

AM1-DP200 AM1-DE200 

d 2 9.5 

LR2-D25// 



(1) Can be mounted on RH or LH side of relay LR2-D15// 


LA7-D2064 

= 

55 

40 = 

LA7-D03(1) 

43,5 

90 

3 

50/60 

98 

d 

2xØ4,5 

13 

22 

96 

29 


d 2 9.5 

(1) Can be mounted on RH or LH side of relay LR2-D25// 


pages 24516/2 to 24516/ 

5 

References: 

pages 24514/2 and 24514/ 

3 

Schemes: 

page 24534/5 


24534_Ver4.20-EN.fm/3

Mounting (continued) TeSys protection components 

6 


LRD-3/// and LR2-D35// 


or on mounting rail AM1-DP200 or DE200 

LRD-3///, LR2-D35// and LR9-D 


LA7-D3064 

= 

75 

50 

= 

LA7-D03 (1) 

51,5 

100 

75/87 

121 

d 

2 

2xØ4,5 

32 

23,5 

119 21 


d 2 9.5 

LR2-D and LRD-3/// 

Adapter for door interlock mechanism 

LA7-D1020 

c 10 

(1) Can be mounted on RH or LH side of relays LRD-3///, LR2-D35// or LR9-D 

Stop 

Reset 

LA7-D1020 

c: adjustable from 17 to 120 mm 

LRD, LR2-D and LR9-D 

“Reset” by flexible cable 

LA7-D305 and LAD-7305 

Mounting with cable straight 

Mounting with cable bent 

e 

c 

e 

M10x1 

c: up to 550 mm e: up to 20 mm 

e: up to 20 mm 


pages 24516/2 to 24516/5 

References: 

pages 24514/2 and 24514/ 

3 

24534_Ver4.20-EN.fm/4 

Schneider Electric

Schemes 


6 


LRD, LR2-D and LR3-D 

Pre-cabling kit 

LAD-7C1, LAD-7C2 

1 

2 

3 

4 

5 

6 

Reset 

Auto 

Man. 

Test 

96 95 

97 

98 

_ 

KM 

A1 

A2 

Stop 

LR9-D5/// 

95 96 

_ 

LRD 

_ 

KM1 

1/L1 

3/L2 

5/L3 

95 

2/T1 

4/T2 

6/T3 

96 

98 

97 

_ 

A 

_ M 

13 

_ 

KM 

14 

2 

4 

6 

1 

3 

5 

L1 

L2 

L3 

(3) 

(4) 

Test 

Stop 

Reset man. 

(2) 

(3) 

M 

3 

LR9-D67 and LR9-D69 

N 

_ 

KM 

A1 

A2 

(1) 

(1) Tripped 

(2) Overload 

(3) Setting current 

(4) Specialised circuit 

1 

3 

5 

_ KM1 

1/L1 

2 

4 

6 

+ 

0 V 

L1 

L2 

L3 

(5) 

3/L2 

5/L3 

(3) 

+ 

103 

104 

2/T1 

4/T2 

6/T3 

(4) 

(5) 

Test 

Stop 

Reset man. 

96 

(2) 

98 

(3) 

95 

97 

_ 

A 

M 

3 

_ 

M 

13 

_ 

KM 

N 

_ KM 

A1 

A2 

14 

(1) 

(1) Tripped 

(2) Overload 

(3) Setting current 

(4) Specialised circuit 

(5) Alarm 


pages 24516/2 to 24516/5 

References: 

pages 24514/2 and 24514/ 

3 

Dimensions: 

pages 24534/2 to 24534/4 


24534_Ver4.20-EN.fm/5

=35 = 



7 


CAD " 

CAD $ or LC (low consumption) 

(1) 

60/70 = 

c 

= 

AF1-EA4 

60/70 

= 

78 

= 

b 

b 

c1 

c2 

c3 

c 

12,5 

(LAD-8) 

45 

c 

c1 

c2 

c3 

45 

CAD- 32 323 CAD- 32 323 

50 503 50 503 

b 77 99 b 77 99 

c without cover or add-on blocks 84 84 c without cover or add-on blocks 93 93 

with cover, without add-on blocks 86 86 with cover, without add-on blocks 95 95 

c1 with LAD-N or C (2 or 4 contacts) 117 117 c1 with LAD-N or C (2 or 4 contacts) 126 126 

c2 with LA6-DK10 129 129 c2 with LA6-DK10 138 138 

c3 with LAD-T, R, S 137 137 c3 with LAD-T, R, S 146 146 

with LAD-T, R, S and sealing cover 141 141 with LAD-T, R, S and sealing cover 150 150 

CAD 

Panel mounted 

Mounted on rail AM1-DP200 or DE200 

c 

45 

CAD " CAD $ or BC CAD " CAD $ or LC 

c with cover 86 95 c (AM1-DP200) (1) 88 97 

c (AM1-DE200) (1) 96 105 

(1) 2 elongated holes 4.5 x 9 (1) With cover 

CAD 

Mounted on plate AM1-P 

c 35 

CAD " CAD $ or LC 



pages 24526/2 to 24526/ 

5 


page 24525/2 

References : 

pages 24525/3 to 24525/ 

5 

Schemes : 

page 24537/3 

24537_Ver2.10-EN.fm/2 

Schneider Electric

Schemes 


7 


Control relays 

instantaneous 

5 N/O 3 N/O + 2 N/C 

CAD-50 

CAD-32 

56 

55/NC 

68 

67/NO 

56 

55/NC 

68 

67/NO 

58 

57/NO 

66 

65/NC 

A2 A1 

E2 E1 

54 

53/NO 

62 

61/NC 

76 

75/NC 

88 

87/NO 

54 

53/NO 

64 

63/NO 

52 51/NC 

62 61/NC 

54 

53/NO 

64 

63/NO 

54 

53/NO 

64 

63/NO 

74 

73/NO 

84 

83/NO 

54 

53/NO 

62 61/NC 

74 

73/NO 

84 

83/NO 

54 

62 

72 

84 

54 

62 

72 

82 

54 

64 

74 

84 

52 

62 

72 

82 

54 

62 

74 

84 

53/NO 

61/NC 

71/NC 

83/NO 

53/NO 

61/NC 

71/NC 

81/NC 

53/NO 

63/NO 

73/NO 

83/NO 

51/NC 

61/NC 

71/NC 

81/NC 

53/NO 

61/NC 

73/NO 

83/NO 

54 

62 

154 

(183) 

162 

(171) 

54 

64 

154 

(183) 

164 

(173) 

152 

(181) 

162 

(171) 

52 

62 

53/NO 

61/NC 

153/NO 

(184) 

161/NC 

(172) 

53/NO 

63/NO 

153/NO 

(184) 

163/NC 

(174) 

151/NC 

(182) 

161/NC 

(172) 

51/NC 

61/NC 

A2 

14 

24 

34 

44 

04 

A2 

14 

22 

32 

44 

04 

A1 

13/NO 

23/NO 

33/NO 

43/NO 

03/NO 

A1 

13/NO 

21/NC 

31/NC 

43/NO 

03/NO 

Instantaneous auxiliary contact blocks 

1 N/O + 1 N/C 2 N/O 2 N/C 

LAD-N11 LAD-8N11 (1) LAD-N20 LAD-8N20 (1) LAD-8N02 LAD-N02 

(1) The figures in brackets are for the device mounted on the RH side of the contactor.. 

2 N/O + 2 N/C 1 N/O + 3 N/C 4 N/O 4 N/C 3 N/O + 1 N/C 

LAD-N22 LAD-N13 LAD-N40 LAD-N04 LAD-N31 

With dust and damp protected contacts 

2 N/O + 2 N/C including 2 N/O protected 2 N/C protected 2 N/O protected (2) 2 N/O protected + 2 N/O protected + 

1 N/O + 1 N/C 2 N/O non protected 1 N/O + 1 N/C 

make before break 

non protected 

LAD-C22 LA1-DX20 LA1-DX02 LA1-DY20 LA1-DZ40 LA1-DZ31 

(2) Device fitted with 4 screening continuity terminals. 

Time delay auxiliary contact blocks 

Mechanical latch blocks 

On-delay 1 N/O + 1 N/C 

Off-delay 1 N/O + 1 N/C 

LAD-T LAD-S LAD-R LA6-DK10 


pages 24526/2 to 24526/5 


page 24525/2 

References : 

pages 24525/3 to 24525/5 

Schemes : 

page 24537/3 


24537_Ver2.10-EN.fm/3

Cross-reference table 

TeSys control and protection 

components 

3-pole contactors, a.c. (1) 

Connection 

for cables with or without cable end for lugs or bars for Faston connectors 

Old New Old New Old New 

references references references references references references 

810590 

LC1-D0900 LC1-D09 LC1-D09006 LC1-D096 LC1-D09009 LC1-D099 






LC1-D1800 LC1-D18 LC1-D18006 LC1-D186 

LC1-D1810 LC1-D18 LC1-D18106 LC1-D186 

LC1-D1801 LC1-D18 LC1-D18016 LC1-D186 

LC1-D2500 LC1-D25 LC1-D25006 LC1-D256 

LC1-D2510 LC1-D25 LC1-D25106 LC1-D256 

LC1-D2501 LC1-D25 LC1-D25016 LC1-D256 

LC1-D3200 LC1-D32 LC1-D32006 LC1-D326 

LC1-D3210 LC1-D32 LC1-D32106 LC1-D326 

LC1-D3201 LC1-D32 LC1-D32016 LC1-D326 

LC1-D3810 LC1-D38 LC1-D38106 LC2-D386 

LC1-D3801 LC1-D38 LC1-D38016 LC1-D386 

LC1-D4011 LC1-D40 LC1-D40116 LC1-D406 

LC1-D5011 LC1-D50 LC1-D50116 LC1-D506 

LC1-D6511 LC1-D65 LC1-D65116 LC1-D656 

LC1-D8011 LC1-D80 LC1-D80116 LC1-D806 

LC1-D9511 LC1-D95 LC1-D95116 LC1-D956 

LC1-D11500 LC1-D115 LC1-D115006 LC1-D1156 

LC1-D15000 LC1-D150 LC1-D150006 LC1-D1506 

4-pole contactors, a.c. (1) 

LC1-D12004 LC1-DT25 LC1-D120046 LC1-DT256 

LC1-D12008 LC1-D128 LC1-D120086 LC1-D1286 


LC1-D25008 LC1-D258 LC1-D250086 LC1-D2586 

(1) Main voltages: codes to be added to the end of the new references 

" Volts 24 48 220 230 380 400 

Code B7 E7 M7 P7 Q7 V7 

3-pole contactors, d.c. (2) 

LP1-D0910 LC1-D09 LP1-D09106 LC1-D096 LP1-D09109 LC1-D099 




LP1-D1810 LC1-D18 LP1-D18106 LC1-D186 

LP1-D1801 LC1-D18 LP1-D18016 LC1-D186 

LP1-D2510 LC1-D25 LP1-D25106 LC1-D256 

LP1-D2501 LC1-D25 LP1-D25016 LC1-D256 

LP1-D3210 LC1-D32 LP1-D32106 LC1-D326 

LP1-D3201 LC1-D32 LP1-D32016 LC1-D326 

LP1-D4011 LC1-D40 LP1-D40116 LC1-D406 

LP1-D5011 LC1-D50 LP1-D50116 LC1-D506 

LP1-D6511 LC1-D65 LP1-D65116 LC1-D656 

LP1-D8011 LC1-D80 LP1-D80116 LC1-D806 

LC1-D11500 LC1-D115 LC1-D115006 LC1-D1156 

LC1-D15000 LC1-D150 LC1-D150006 LC1-D1506 

4-pole contactors, d.c. (2) 

LP1-D12004 LC1-DT25 LP1-D120046 LC1-DT256 

LP1-D12008 LC1-D128 LP1-D120086 LC1-D1286 


LP1-D25008 LC1-D258 LP1-D250086 LC1-D2586 


$ Volts 24 48 72 

Code BD ED SD 

4530_Ver3.00-EN.fm/2 

Schneider Electric




3-pole contactors, low consumption (1) 

810591 

Connection 

for cables with or without cable end for lugs or bars for Faston connectors 



LP4-D0910 LC1-D09 

LP4-D0901 LC1-D09 

LP4-D1210 LC1-D12 

LP4-D1201 LC1-D12 

LP4-D1810 LC1-D18 

LP4-D1801 LC1-D18 

LP4-D2500 LC1-D25 

3-pole reversing contactors, low consumption (1) 

LP5-D0910 LC2-D09 

LP5-D1210 LC2-D12 

LP5-D1810 LC2-D18 

LP5-D2500 LC2-D25 


LC (2) Volts 24 48 72 

Code BL EL SL 

(2) LC: low consumption 

3-pole reversing contactors, a.c. (see note (1) page 24530/2) 



LC2-D1801 LC2-D18 LC2-D18016 LC2-D186 

LC2-D2501 LC2-D25 LC2-D25016 LC2-D256 

LC2-D3201 LC2-D32 LC2-D32016 LC2-D326 

LC2-D3801 LC2-D38 LC2-D38016 LC2-D386 

LC2-D4011 LC2-D40 LC2-D115006 LC2-D1156 

LC2-D5011 LC2-D50 LC2-D150006 LC2-D1506 

LC2-D6511 LC2-D65 

LC2-D8011 LC2-D80 

LC2-D9511 LC2-D95 

LC2-D11500 LC2-D115 

LC2-D15000 LC2-D150 

4-pole changeover contactors, a.c. (see note (1) page 24530/2) 



3-pole reversing contactors, d.c. (see note (2) page 24530/2) 



LP2-D1801 LC2-D18 LP2-D18016 LC2-D186 

LP2-D2501 LC2-D25 LP2-D25016 LC2-D256 

LP2-D3201 LC2-D32 LP2-D32016 LC2-D326 

4-pole changeover contactors, d.c. (see note (2) page 24530/2) 



Contact blocks 

LA1-DN10 LAD-N10 LA1-DN11M LA1-DN11G LA2-DT0 LAD-T0 

LA1-DN01 LAD-N01 LA1-DN11P LAD-N11P LA2-DT2 LAD-T2 

LA1-DN11 LAD-N11 LA1-DN11G LAD-N11G LA2-DT4 LAD-T4 

LA1-DN20 LAD-N20 LA1-DN22M LAD-N22G LA2-DS2 LAD-S2 

LA1-DN02 LAD-N02 LA1-DN13M LAD-N22G LA3-DR0 LAD-R0 

LA8-DN11 LAD-8N11 LA1-DN31M LAD-N31G LA3-DR2 LAD-R2 

LA8-DN20 LAD-8N20 LA1-DN22P LAD-N22P LA3-DR4 LAD-R4 

LA1-DN22 LAD-N22 LA1-DN13P LAD-N31P 

LA1-DN13 LAD-N13 LA1-DN31P LAD-N31P 

LA1-DN40 LAD-N40 LA1-DN22G LAD-N22G 

LA1-DN04 LAD-N04 LN1-DN11 LAD-N11 

LA1-DN31 LAD-N31 

LA1-DC22 LAD-C22 


24530_Ver3.00-EN.fm/3




Thermal overload relays 

For use with fuses For use with unbalanced loads For use on 1000 V supplies 



810592 

LR2-D1301 LRD-01 LR3-D1301 LR3-D01 LR2-D3301A66 LRD-3301A66 






LR2-D13X6 LRD-06 LR3-D13X6 LR3-D06 LR2-D33X6A66 LRD-33X6A66 









LR2-D2353 LRD-32 LR3-D2353 LR3-D32 

LR2-D2355 LRD-35 LR3-D2355 LR3-D35 

LR2-D3322 LRD-3322 LR3-D3322 LR3-D3322 

LR2-D3353 LRD-3353 LR3-D3353 LR3-D3353 

LR2-D3355 LRD-3355 LR3-D3355 LR3-D3355 

LR2-D3357 LRD-3357 LR3-D3357 LR3-D3357 

LR2-D3359 LRD-3359 LR3-D3359 LR3-D3359 

LR2-D3361 LRD-3361 LR3-D3361 LR3-D3361 

LR2-D3363 LRD-3363 LR3-D3363 LR3-D3363 

LR2-D3365 LRD-3365 LR3-D3365 LR3-D3365 

LR2-D4365 LRD-4365 

LR2-D4367 LRD-4367 

LR2-D4369 LRD-4369 

Thermal-magnetic circuit-breakers 

810593 

Model GV2 Model GV3 Auxiliary contacts 

GV2-M01 GV2-ME01 GV3-M06 GV3-ME06 GV2-AE1 GV-AE1 



GV2-M04 GV2-ME04 GV3-M10 GV3-ME10 GV2-AN11 GV-AN11 

GV2-M05 GV2-ME05 GV3-M14 GV3-ME14 GV2-AN20 GV-AN20 

GV2-M06 GV2-ME06 GV3-M20 GV3-ME20 GV2-AD1010 GV-AD1010 




GV2-M14 GV2-ME14 GV3-M80 GV3-ME80 GV2-AM11 GV-AM11 

GV2-M16 GV2-ME16 GV1-A01 GV3-A01 





GV1-A07 GV3-A07 

GV3-A08 GV3-A08 

GV3-A09 GV3-A09 

Thermal-magnetic circuit-breakers with integral contact blocks 

GV2-M01AE1TQ GV2-ME01AE1TQ GV2-M01AE11TQ GV2-ME01AE11TQ GV2-M01AN11TQ GV2-ME01AN11TQ 















4530_Ver3.00-EN.fm/4 

Schneider Electric




Electric trips (1) 



810594 

810595 

GV2-A/025 GV-A/025 GV2-A/207 GV-A/207 GV2-AX115 GV-AX115 





GV2-A/115 GV-A/115 GV2-A /415 GV-A/415 GV2-AX385 GV-AX385 

GV2-A/116 GV-A/116 GV2-A /416 GV-A/416 GV2-AX386 GV-AX386 


(1) Undervoltage trips: replace the / with a U 

Overvoltage trips: replace the / with an S 

Control relays 

GV2-AX385 

a.c. supply d.c. supply Low consumption 

GV-AX385 

CA2-DN40 CAD-N50 CA3-DN40 CAD-N50 CA4-DN40 CAD-N50 



Combination motor starters 

Type 1 coordination 

Type 2 coordination 

Reversing or non-reversing Non-reversing Reversing 

GV2-M06K1 GV2-ME06K1 GV2-P06D1 GV2-DP106 GV2-P06D2 GV2-DP206 









GV2-M14K2 GV2-ME14K2 

Motor starters, open version 

D.O.L. starters 


LC4-D09 LC4-D09A LC3-D09 LC3-D09A LC3-D090 LC3-D090A 

LC4-D12 LC4-D12A LC3-D09//A64 LC3-D09A LC3-D090//A64 LC3-D090A 


LC4-D25 LC4-D25A LC3-D12//A64 LC3-D12A LC3-D120//A64 LC3-D120A 


LC3-D18//A64 LC3-D18A LC3-D180//A64 LC3-D180A 

LC3-D32 LC3-D32A LC3-D320 LC3-D320A 

LC3-D32//A64 LC3-D32A LC3-D320//A64 LC3-D320A 

Enclosed starters 

810596 

D.O.L. starters 


without isolating device with isolating device with or without isolating device 

LE1-D094 LE1-D09 LE4-D096 LE4-D09 LE3-D096 LE6-D09 








LE1-D325 LE1-D35 LE2-D256 LE8-D25 

LE2-D095 LE2-D09 LE2-D326 LE8-D35 

LE2-D095 LE2-D09 

LE2-D125 LE2-D12 

LE2-D185 LE2-D18 

LE2-D255 LE2-D25 

LE2-D325 LE2-D35 


24530_Ver3.00-EN.fm/5

TeSys protection components - Trinet

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