Motor Protection Circuit Breaker Cross-Reference — Schneider TeSys GV2 / GV3, Siemens SIRIUS 3RV2, Eaton PKZM0 / PKZM4, ABB MS116 / MS132 / MS165 by Setting Range

Cross-reference table compiled by cBallast. 6-page PDF; the full content is on this page.
Compiled by
cBallast
Subject
Manual motor starters / motor protection circuit breakers IEC 60947-4-1 (thermal-magnetic)
Document type
Cross-reference table
Reference
catalogue 2026-09-29
Issued
2026-09-29
Pages
6
Format
Web page and PDF

Motor Protection Circuit Breaker Cross-Reference

A motor protection circuit breaker combines short-circuit protection, adjustable thermal overload protection and manual switching in one unit. Selection is by the current setting range, which must contain the motor full-load current, and by the frame size, which sets the maximum rating and the accessories (auxiliary contacts, undervoltage release, enclosures). Ranges follow the same 1.6 : 1 steps across makers — 0.1–0.16 A up to 25–32 A in the small frames (Schneider GV2ME/GV2P, Siemens 3RV2011 S00 and 3RV2021 S0, Eaton PKZM0, ABB MS116/MS132) and 9–13 A up to 62–73 A in the medium frames (GV3P, 3RV2031/2041, PKZM4, MS165). The table lists the catalogue by upper setting current with one column per make; the exact range of each device is given on its product page.

Set the dial to the motor full-load current from the nameplate, not to the maximum of the range; the magnetic trip is fixed at about 13 × the upper setting. Devices of different makes are not mechanically compatible with each other’s contactor links, busbar adapters or enclosures. Type 2 coordination (no damage after a short circuit) is only guaranteed for the breaker–contactor pairs published by each manufacturer.

Coverage: 408 catalogue rows with a readable rating, of 1,056 in these categories. Each cell lists up to 5 part numbers per column; click a part number for the product page and a quotation.

up to 1 A

Upper setting currentSchneider ElectricSiemensEatonABB
up to 0.16 AGV2ME01
GV2P01
GV2ME01A
GV2ME013
3RV2011-0AA10
3RV2011-0AA20
3RV2411-0AA10
3RV2111-0AA10
3RV2411-0AA20
PKZM0-0,16-PI
PKZM0-0,16-SPI16
PKZM0-0,16-SPI32
PKZM0-0,16-T-PI
PKZM0-0,16-T
1SAM350000R1001
MS116-0.16
1SAM340000R1001
MS132-0.16
up to 0.2 A—3RV2411-0BA10
3RV2011-0BA20
3RV2011-0BA10
3RV2411-0BA20
3RV2111-0BA10
——
up to 0.25 AGV2ME02
GV2P02
GV2ME02A
GV2ME023
3RV2411-0CA20
3RV2011-0CA20
3RV2011-0CA10
3RV2411-0CA10
3RV2111-0CA10
PKZM0-0,25
PKZM0-0,25-T
PKZM0-0,25-T-PI
PKZM0-0,25-PI
PKZM0-0,25-SPI32
1SAM350000R1002
MS116-0.25
1SAM340000R1002
MS132-0.25
up to 0.32 A—3RV2011-0DA10
3RV2411-0DA10
3RV2411-0DA20
3RV2011-0DA20
3RV2111-0DA10
——
up to 0.4 AGV2ME03
GV2P03
GV2RT03
GV2L03
GV2ME03A
3RV2011-0EA10
3RV2411-0EA10
3RV2011-0EA20
3RV2111-0EA10
3RV2411-0EA20
PKZM0-0,4
PKZM0-0,4-SPI32
PKZM0-0,4-SPI16
PKZM0-0,4-PI
PKZM0-0,4-T
1SAM350000R1003
MS132-0.4T
MS116-0.4
MS132-0.4
up to 0.5 A—3RV2011-0FA10
3RV2011-0FA20
3RV2411-0FA10
3RV2411-0FA20
3RV2111-0FA10
——
up to 0.63 AGV2ME04
GV2P04
GV2RT04
GV2L04
GV2ME04A
3RV2011-0GA10
3RV2411-0GA10
3RV2011-0GA20
3RV2411-0GA20
3RV2111-0GA10
PKZM0-0,63
PKZM0-0,63-PI
PKZM0-0,63-SPI16
PKZM0-0,63-SPI32
PKZM0-0,63-T
1SAM350000R1004
MS116-0.63
MS132-0.63T
MS132-0.63
up to 0.8 A—3RV2011-0HA10
3RV2411-0HA10
3RV2011-0HA20
3RV2411-0HA20
3RV2111-0HA10
——
up to 1 AGV2ME05
GV2P05
GV2RT05
GV2L05
GV2ME05A
3RV2011-0JA10
3RV2011-0JA20
3RV2411-0JA10
3RV2411-0JA20
3RV2111-0JA10
PKZM0-1
PKZM0-1-PI
PKZM0-1-SPI16
PKZM0-1-SPI32
PKZM0-1-T-PI
1SAM350000R1005
MS132-1.6T
MS132-1.0T
MS116-1.0

1 – 6.3 A

Upper setting currentSchneider ElectricSiemensEatonABB
up to 1.25 A—3RV2011-0KA10
3RV2011-0KA20
3RV2411-0KA10
3RV2411-0KA20
3RV2111-0KA10
——
up to 1.6 AGV2ME06
GV2RT06
GV2P06
GV2ME06A
GV2L06
3RV2011-1AA10
3RV1011-1AA10
3RV2011-1AA20
3RV2411-1AA20
3RV2411-1AA10
PKZM0-1,6
PKZM01-1,6
PKZM0-1,6-SPI32
PKZM0-1,6-SPI16
PKZM0-1,6-T
1SAM350000R1006
MS116-1.6
up to 2 A—3RV2011-1BA10
3RV2011-1BA20
3RV2111-1BA10
3RV2411-1BA10
3RV2411-1BA20
——
up to 2.5 AGV2ME07
GV2P07
GV2ME073
GV2RT07
GV2L07
3RV2011-1CA10
3RV2011-1CA20
3RV2411-1CA20
3RV2111-1CA10
3RV2411-1CA10
PKZM0-2,5-PI
PKZM0-2,5-SPI32
PKZM0-2,5-SPI16
PKZM01-2,5
1SAM350000R1007
MS116-2.5
up to 3.2 A—3RV2011-1DA10
3RV1011-1DA10
3RV2411-1DA10
3RV2011-1DA20
3RV2411-1DA20
——
up to 4 AGV2ME08
GV2L08
GV2ME083
GV2P08
GV2RT08
3RV2011-1EA10
3RV2011-1EA20
3RV2411-1EA20
3RV2411-1EA10
3RV2111-1EA10
PKZM01-4
PKZM0-4-PI
PKZM0-4-SPI16
PKZM0-4-SPI32
PKZM0-4-T-PI
1SAM350000R1008
MS116-4.0
MS132-4.0
MS132-4.0T
up to 5 A—3RV2011-1FA10
3RV2011-1FA20
3RV2111-1FA10
3RV2411-1FA20
3RV2411-1FA10
——
up to 6.3 AGV2ME10
GV2P10
GV2L10
GV2RT10
GV2ME103
3RV2011-1GA10
3RV2411-1GA10
3RV2011-1GA15
3RV2011-1GA20
3RV2411-1GA20
PKZM0-6,3
PKZM01-6,3
PKZM0-6,3-PI
PKZM0-6,3-SPI32
PKZM0-6,3-SPI16
1SAM350000R1009
MS132-6.3
MS116-6.3
MS132-6.3T

6.3 – 16 A

Upper setting currentSchneider ElectricSiemensEatonABB
up to 8 A—3RV2011-1HA10
3RV2011-1HA20
3RV2411-1HA20
3RV2111-1HA10
3RV2411-1HA10
——
up to 10 AGV2ME14
GV2P14
GV2L14
GV2RT14
GV2ME143
3RV2011-1JA10
3RV2011-1JA20
3RV2111-1JA10
3RV2411-1JA20
3RV2411-1JA10
PKZM01-10
PKZM0-10-PI
PKZM0-10-T-PI
PKZM0-10-SPI16
PKZM0-10-SPI32
1SAM350000R1010
MS132-10
2122740136
up to 12 A—3RV2011-1KA10-V2PKE12/XTU-12
PKZM0-12
PKZM0-12-PI
PKZM0-12-T-PI
PKZM0-12-SPI16
1SAM350000R1012
MS116-12
MS132-12
up to 12.5 A—3RV2011-1KA10
3RV2011-1KA20
3RV2411-1KA10
3RV2111-1KA10
3RV2411-1KA20
——
up to 13 AGV3P13———
up to 14 AGV2ME16
GV2P16
GV2L16
GV2RT16
GV2ME16A
———
up to 16 A—3RV2011-4AA10
3RV2021-4AA10
3RV2011-4AA20
3RV2021-4AA20
3RV2411-4AA10
PKZM0-16-PI
PKZM0-16-T-PI
1SAM350000R1011
1SAM451000R1011
MS132-16
MS165-20
2122740149

16 – 32 A

Upper setting currentSchneider ElectricSiemensEatonABB
up to 18 AGV2ME20
GV2P20
GV2L20
GV3P18
GV2ME20A
———
up to 20 A—3RV2021-4BA10
3RV2021-4BA20
3RV2421-4BA10
3RV2421-4BA20
3RV2121-4BA10
PKZM0-20
PKZM0-20-SPI32
PKZM0-20-PI
PKZM0-20-T-PI
PKZM0-20-T
1SAM451000R1012
1SAM350000R1013
MS132-20
MS165-25
MS116-20
up to 22 A—3RV2021-4CA10
3RV2021-4CA20
3RV2421-4CA20
3RV2421-4CA10
3RV2121-4CA10
——
up to 23 AGV2ME21
GV2P21
GV2RT21
GV2ME21A
GV2ME213
———
up to 25 AGV2ME22
GV2P22
GV2L22
GV3P25
GV2ME22A
3RV2021-4DA10
3RV2031-4DB15
3RV2421-4DA10
3RV2021-4DA20
3RV2421-4DA20
PKZM4-25
PKZM0-25-T-PI
PKZM0-25-T
1SAM350000R1014
1SAM451000R1013
MS132-25
MS165-32
up to 28 A—3RV2021-4NA10
3RV2121-4NA10
——
up to 32 AGV2ME32
GV2P32
GV2L32
GV3P32
GV2ME32A
3RV2021-4EA10
3RV2021-4EA20
3RV2121-4EA10
PKZM4-32
PKE32/XTU-32
PKZM0-32-PI
PKZM0-32-SPI32
PKZM0-32
1SAM350000R1015
1SAM451000R1014
MS132-32
MS116-32
MS165-42

32 – 100 A

Upper setting currentSchneider ElectricSiemensEatonABB
up to 40 AGV3P403RV2021-4FA10
3RV2031-4UA15
3RV2042-4FA10
PKZM4-40—
up to 42 A———1SAM451000R1015
MS165-54
up to 50 AGV3P50———
up to 54 A———1SAM451000R1016
MS165-65
up to 58 A——PKZM4-58—
up to 59 A—3RV2031-4XA10——
up to 63 A——PKZM4-63—
up to 65 AGV3P653RV2031-4JA15—1SAM451000R1017
AF140-30-00-33 100-250V 50/60Hz / DC
up to 73 AGV3P736
GV3P73
GV3P731
——1SAM451000R1018
up to 75 A—3RV2042-4KA10——
up to 80 AGV3P803RV2031-4RA10—1SAM451000R1019
MS165-80
up to 84 A—3RV2042-4RA10——
up to 100 A—3RV2041-4MA10——

Part numbers and designations are those of the original manufacturers and are given for identification. cBallast is an independent supplier; confirm ratings against the nameplate of the installed equipment before ordering. Table generated from the cBallast catalogue on 2026-09-29.

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Compiled by cBallast for identification and cross-reference. Part numbers, designations and trademarks belong to their respective manufacturers. Confirm ratings and dimensions against the manufacturer's current documentation and the nameplate of the installed equipment before ordering or installation.