Two-Component Motor Circuit Solutions to 520 amps

Refer to Catalog MKTED210011EN

Two-Component Motor Circuit Solutions to 520 Amps

Simplify design, panel space and installation with TeSys™ high SCCR solution that use only two components that make up an entire branch circuit up to 520 amps. These two-component solutions are UL compliant using either a Type F combination motor controller rating or a UL 489 rating. For additional solutions and ratings, see Motor Control Solutions for North America data bulletin 8536DB0901.


TeSys™ Deca Series


TeSys™ Giga Series

Quick selection table for TeSys™ two–component motor circuit solutions

200 V 3P

230 V 3P

460 V 3P

GV Ref

Overload Dial Range (A)

Contactor Ref [1]

Pre-assembled Ref [1]

SCCR 480Y as applied with specified protection

HP

FLA[2]

HP

FLA[2]

HP

FLA[2]

1/2 1.1

GV2P06

1 to 1.6

LC1D09G7

GV2P06KD09G7

65 kA[3]
3/4 1.6

GV2P06

1 to 1.6

LC1D09G7

GV2P06KD09G7

65 kA[3]
1/2 2.5 1/2 2.2 1 2.1

GV2P07

1.6 to 2.5

LC1D09G7

GV2P07KD09G7

65 kA[3]
1 1/2 3

GV2P08

2.5 to 4

LC1D09G7

GV2P08KD09G7

65 kA[3]
3/4 3.7 3/4 3.2 2 3.4

GV2P08

2.5 to 4

LC1D09G7

GV2P08KD09G7

65 kA[3]
1 4.6 1 4.2 3 4.8

GV2P10

4 to 6.3

LC1D09G7

GV2P10KD09G7

65 kA[3]
1 1/2 6 —— ——

GV2P10

4 to 6.3

LC1D09G7

GV2P10KD09G7

65 kA[3]
1 1/2 6.9 2 6.8

GV2P14

6 to 10

LC1D12G7

GV2P14KD09G7

65 kA[3]
2 7.8 5 7.6

GV2P14

6 to 10

LC1D12G7

GV2P14KD09G7

65 kA[3]
3 9.6

GV2P16

9 to 14

LC1D12G7

GV2P16KD25G7

50 kA[4]
3 11 7 1/2 11

GV2P16

9 to 14

LC1D18G7

GV2P16KD25G7

50 kA[4]
10 14

GV2P16

9 to 14

LC1D18G7

GV2P16KD25G7

50 kA[4]
5 17.5 5 15.2

GV2P20

13 to 18

LC1D18G7

GV2P20KD25G7

50 kA[4]
7 1/2 22 15 21

GV2P21

17 to 23

LC1D25G7

GV2P21KD25G7

50 kA[4]
7 1/2 25.3

GV2P22

20 to 25

LC1D25G7

GV2P22KD25G7

50 kA[4]
10 28 20 27

GV3P32

23 to 32

LC1D32G7

65 kA[5]
10 32.2 25 34

GV3P40

30 to 40

LC1D40AG7

65 kA[5]
15 42 30 40

GV3P50

37 to 50

LC1D50AG7

65 kA[5]
15 48 20 54 40 52

GV3P65

48 to 65

LC1D65AG7

65 kA[5]
20 62.1 25 68 50 65

GV4PB115S

65 to 115

LC1D80G7

65 kA
25 78.2 30 80 60 77

GV4PB115S

65 to 115

LC1D80G7

65 kA
30 92

GV4PB115S

65 to 115

LC1D115G7

65 kA
40 104 75 96

GV5PB150S

58 to 130

LC1D115G7

65 kA
40 120

GV5PB150S

58 to 130

LC1D150G7

65 kA
50 130 100 124

GV5PB250S

114 to 217

LC1D150G7

65 kA
50 150 60 154 125 156

GV5PB250S

114 to 217

LC1G185

65 kA
60 177 75 192 150 180

GV5PB250S

114 to 217

LC1G225

65 kA
75 221 100 248 200 240

GV6PB400S

190 to 348

LC1G265

65 kA
100 285 125 312 250 302

GV6PB400S

190 to 348

LC1G330

65 kA
125 359 150 360 300 361

GV6PB600S

312 to 520

LC1G400

65 kA
150 414 200 480 400 477

GV6PB600S

312 to 520

LC1G500

65 kA
200 552 500 590

GV6PB600S

312 to 520

LC1G630 [6]

(TBD) kA

Footnotes

  1. Add coil suffix to complete reference part number (See TeSys Deca Coil Voltage Codes for LC1D and TeSys Giga Contactors — 3-Pole Standard Version and TeSys Giga Contactors — 3-Pole Advanced Version for LC1F). For example, an LC1D09G7 includes a 120 Vac coil.
  2. Motor Full Load Amp Sizes are based on NEC Table 430.250.
  3. Requires use of GV1G09 or GV2GH7 line spacer for Type F rating. SCCR is 100 kA at 480Y with or without use of GV2G busbar links.
  4. Requires use of GV1G09 or GV2Gh7 line spacer for Type F rating. SCCR is 42 kA at 480Y when using GV2G busbar links.
  5. Requires use of GV3G66 line spacer and GVAM11 short-circuit signaling contact for Type F rating.
  6. UL pending.

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