How do you read an ABB AF contactor part number?

An AF number reads frame, main poles, auxiliary contacts, then coil code. AF09-30-10-13 is the AF09 frame, three main poles, one normally open auxiliary contact, and a 100 to 250 V AC/DC coil (ABB main catalog 1SBC100214C0202 Rev D, pages 110 and 120).

What does Z mean in an ABB AF contactor number?

AF09Z to AF38Z are the same frames with a different coil family: coil 30 is 24 V DC designed for PLC control, and coils 20 to 23 are AC/DC for specific applications (ABB main catalog pages 121 and 122).

What does T mean in an ABB AF contactor number?

AF1350T to AF2850T have built-in Low Voltage Ride Through: they ride through control-voltage drop-outs of up to 1 second without opening (ABB main catalog page 146).

How do you read an Allen-Bradley 100-C contactor part number?

100-C23D10 is a Bulletin 100-C non-reversing contactor, frame 23, coil code D (110 V 50 Hz / 120 V 60 Hz), with one normally open auxiliary contact (Rockwell 100-TD013Q, pages 17 and 19).

What does G7 mean on a Schneider TeSys D contactor?

G7 is the coil voltage code for 120 V AC 50/60 Hz, as in LC1D18G7 (Square D Digest 179, Section 17, Table 17.23).

How do you read a Siemens 3RT contactor part number?

Siemens prints a nomenclature key (Industrial Controls catalog Section 2, page 4). In 3RT2026-1AK60: 3RT2 SIRIUS Innovations, 0 three-pole standard, 2 frame size S0, 6 current, 1 screw terminals, A AC coil, K6 coil voltage 120 V 60 Hz / 110 V 50 Hz, and 0 one normally open plus one normally closed auxiliary contact.

Part number reference · Contactors

IEC contactor cross reference: frame sizes and part numbers

Meisterline Controls scopes and quotes UL 508A control panels. This page lines up IEC contactor frames from ABB, Allen-Bradley, Schneider Electric and Siemens by their published AC-3 and 480 V horsepower ratings, then shows how each line’s part numbers are built: frame, poles and auxiliary contacts, and coil code, with the catalog page for each.

Frames side by side

A matching frame is a starting point, not an equivalent. Coil voltage, auxiliary contact arrangement and horsepower at your voltage all have to be checked before a part can be substituted. Send the list and we’ll check it against your ratings.

AC-3 is the IEC motor-duty rating at 400 V. Horsepower is the 3-phase rating at 480 V. "Nearest frame" is the other line's smallest frame with an equal or higher AC-3 rating and an equal or higher horsepower at 480 V, where that frame's UL listing is confirmed in its own catalog. 3-pole frames. One row per ABB AF frame, with the other lines placed against it. The Z and T versions are listed under the ABB coil codes below.

The frame number is a size name, not the rating. The AF16, for example, is rated 18 A AC-3, and the AF30 is rated 32 A. Every rating in the table is read from ABB's catalog pages listed under it.

ABB AF frame	AC-3 at 400 V	hp at 480 V	Nearest frame: Allen-Bradley	Nearest frame: Schneider Electric (Square D)	Nearest frame: Siemens
AF09	9 A	5 hp	100-C09 / 100-E09	LC1D09	3RT2016 / 3RT2023
AF12	12 A	7.5 hp	100-C12 / 100-E12	LC1D12	3RT2017 / 3RT2024
AF16	18 A	10 hp	100-C23	LC1D18	3RT2026
AF26	26 A	15 hp	100-E26	LC1D32	3RT2027
AF30	32 A	20 hp	100-E30	LC1D32	3RT2027
AF38 ¹	38 A	25 hp	100-E38		3RT2028
AF40	40 A	30 hp	100-E40	LC1D40A	3RT2035
AF52	53 A	40 hp	100-C55	LC1D65A	3RT2037
AF65 ²	65 A	50 hp	100-E65		3RT2037
AF80	80 A	60 hp	100-E80	LC1D80	3RT2045
AF96 ³	105 A	75 hp	100-E116	LC1D115A / LC1G115	3RT2047
AF116	116 A	75 hp	100-E116	LC1D150A / LC1G150	3RT1055
AF140	140 A	100 hp	100-E146	LC1D150A / LC1G150	3RT1055
AF146	146 A	100 hp	100-E146	LC1D150A / LC1G150	3RT1055
AF190	190 A	125 hp	100-E190	LC1G225	3RT1064 / 3RT1264
AF205	205 A	150 hp	100-E205	LC1G225	3RT1064 / 3RT1264
AF265	265 A	200 hp	100-E265	LC1G265	3RT1065 / 3RT1265
AF305	305 A	250 hp	100-E305	LC1G330	3RT1075 / 3RT1275
AF370	370 A	300 hp	100-E370	LC1G400	3RT1075 / 3RT1275
AF400 ⁴	400 A	350 hp	100-E400
AF460	460 A	400 hp	100-E460	LC1G500	3RT1076 / 3RT1276
AF580 ⁵	580 A	500 hp	100-E580	LC1G630
AF750	750 A	600 hp	100-E750	LC1F780
AF1250 ⁶	Not published in the catalog	Not published in the catalog
AF1350	860 A	800 hp	100-E860	LC1F1000
AF1650	1060 A	900 hp	100-E1060
AF2050	1060 A	Not published in the catalog
AF2650	Not published in the catalog	Not published in the catalog
AF2850	Not published in the catalog	Not published in the catalog

Schneider’s LC1D38 is rated 38 A AC-3, the same as the AF38, and 20 horsepower at 480 V, where the AF38 is rated 25. IEC lines publish AC-3 current, and UL horsepower is rated separately, so the two don’t always move together. This table names a frame only when both the current rating and the horsepower rating cover yours. Send the part through our Parts Check and we’ll check it against your ratings.

Schneider’s LC1D65A is rated 65 A AC-3, matching the AF65, and 40 horsepower at 480 V against the AF65’s 50. As above, a frame is named here only when both ratings cover yours.

³ ABB's main catalog prints 105 A AC-3 and 75 hp at 480 V for the AF96 frame (pages 118, 163, 168). ABB's stocking guide 9AKK108468A0527 prints 96 A and 60 hp (page 4). This table follows the main catalog.

⁴

Schneider’s LC1G400 and Siemens’ 3RT1075 and 3RT1275 are rated 400 A AC-3, matching the AF400, and 300 horsepower at 480 V against the AF400’s 350.

⁵

The Siemens 3RT range in our data reaches 500 A AC-3 at the 3RT1076 and 3RT1276, so no Siemens frame is named at these sizes.

⁶

ABB’s main catalog doesn’t print AC-3 current or UL horsepower for these frames (the AF2050 prints AC-3 only), so no frame is named. For the AF1650, the Schneider TeSys F frames above the LC1F1000 have no AC-3 rating in our catalog data, so that cell is empty too. The ABB catalog does print a NEMA maximum of 600 horsepower at 460 V for the AF1250; that figure is rated on a different basis and isn’t used here. For a frame this size, send the application through our Parts Check and we’ll work from what the application needs.

Ratings: ABB main catalog 1SBC100214C0202 Rev D (2024-02), pages 118 and 162–171, and ABB 9AKK108468A0527 (2024-07), pages 4–6. Allen-Bradley: Rockwell 100-TD013Q (2026-05), pages 17 and 59. Schneider Electric: Square D Digest 179, Section 17 (2026-08), pages 11, 14 and 16. Siemens: Industrial Controls catalog Section 2 (2026-02), pages 8, 9 and 13. Eaton XT frames aren’t named in this table. Eaton’s catalog prints ratings for the XT contactors, and Meisterline Controls names a frame only where the catalog states the UL listing. Eaton XT direct current contactors are confirmed and are covered through our Parts Check.

ABB AF coils are wide-band: a single coil code covers a voltage range. Code 13, for example, covers 100–250 V alternating or direct current. Most other lines use one coil per voltage instead. When moving between lines, a single ABB coil code may correspond to several part numbers on the other line, and the operating voltage has to be chosen rather than matched. Coil voltage is compared on every cross Meisterline Controls sends back.

Some AF codes include auxiliary contacts in the contactor itself. A -10 is one normally open auxiliary built in; a -11 is one normally open and one normally closed. On other lines the same arrangement is often a separately ordered add-on block with its own part number. Confirm the auxiliary arrangement, and whether a block is needed, before substituting a contactor.

How each line’s part numbers are built

Each section uses only that line’s own catalog, with the page for every code. Where two pages of the same catalog disagree, the item is left out and noted.

ABB AF
Allen-Bradley 100-C and 100-E
Schneider Electric TeSys D and TeSys Giga
Siemens 3RT

ABB AF

Format: AFframe-main poles-auxiliary contacts-coil code. ABB’s catalogs don’t print a numbering key. The meanings below are the headings of the catalog tables each code appears in, with the page.

Main poles (second segment)

Code	Meaning	Catalog page
-30	3 main poles	Main catalog p.120
-40	4 N.O. main poles	Main catalog p.264
-22	2 N.O. + 2 N.C. main poles (4-pole AF09, AF16, AF26, AF38, AF40, AF80)	Main catalog p.264, p.267

Auxiliary contacts (third segment)

Code	Auxiliary contacts fitted	Catalog page
10	1 N.O.	Main catalog p.120
01	1 N.C.	Main catalog p.120
00	None	Main catalog p.120
11	1 N.O. + 1 N.C.	Main catalog p.144
22	2 N.O. + 2 N.C.	Main catalog p.159
…K	Push-in spring terminals (for example AF09-30-10K-13)	Main catalog p.204
…B	Bar connections; without B, built-in cable clamps. AF116, AF140, AF146 only.	Main catalog p.125

22 means main poles in the second segment and auxiliary contacts in the third.

Coil code (fourth segment): the common ones

Code	Coil voltage	Frames
11	24–60 V AC / 20–60 V DC	AF09 to AF370
12	48–130 V AC/DC	AF09 to AF370
13	100–250 V AC/DC	AF09 to AF370
14	250–500 V AC/DC	AF09 to AF370

Main catalog p.110. ABB notes on p.120 that coil 11 isn't for direct control by a PLC output.

Coil code: the full range

Code	Coil voltage	Frames	What the catalog says
31 / 32 / 33 / 34	Same bands as 11 / 12 / 13 / 14	AF116 to AF370	Built-in PLC interface, opening time below 20 ms (p.126, p.129, p.111)
42 / 43	110–120 V AC / 220–240 V AC (AC only)	AF116 to AF370	AC operated, optimized for short operation times (p.127, p.130)
68 / 69 / 70 / 71	24–60 V DC / 48–130 / 100–250 / 250–500 V AC/DC	AF400 to AF1250; AF1350 and up use 70 only	p.110
Z: 20 / 21 / 22 / 23	12–20 V DC / 24–60 V AC, 20–60 V DC / 48–130 / 100–250 V AC/DC	AF09Z to AF38Z	"AC / DC operated for specific applications" (p.122)
Z: 30	24 V DC	AF09Z to AF38Z	"24 V DC operated designed for PLC", low holding consumption (p.121, p.110)
T	220/230–240 V AC	AF1350T to AF2850T	Built-in Low Voltage Ride Through: rides through control-voltage drop-outs up to 1 second without opening (p.146)

Z and T are not separate frames. AF09Z is the AF09 frame with the Z coil family; AF1350T is the AF1350 frame with built-in LVRT. In the table above they share their base frame's row.

ABB’s two documents print the T version coil voltage differently: the main catalog (page 146) shows 230–240 V, and the stocking guide (page 17) shows 220–240 V. They also write AF400 and larger type numbers differently: the main catalog prints the type without a coil code, while the stocking guide includes it, for example AF400-30-11-68. Either form refers to the same contactor.

One number, segment by segment

Segment	Value	Meaning	Catalog page
Frame	AF09	AF09 frame: 9 A AC-3 at 400 V, 5 hp at 480 V	Main catalog p.120
Main poles	30	3 main poles	Main catalog p.120
Auxiliary contacts	10	1 N.O., 0 N.C.	Main catalog p.120
Coil code	13	100–250 V AC 50/60 Hz and 100–250 V DC	Main catalog p.110

AF09-30-10-13 is ABB order code 1SBL137001R1310.

Allen-Bradley 100-C and 100-E

Format: 100-C + frame + coil code + contact code, for example 100-C23D10. Source: Rockwell technical data 100-TD013Q (2026-05). Rockwell prints the coil code as an explicit table; the other segments are the headings of the tables they’re printed in. The catalog lists numbers without the coil code and says to insert it: “100-C09⊗10 becomes Cat. No. 100-C09D10” (p.19).

Segments

Segment	Meaning	Page
100-	Non-reversing contactor	p.17, p.59
104-	Reversing contactor	p.18, p.61
C / E	Bulletin 100-C or 100-E	p.1
frame digits	The 3-pole row’s AC-3 rating (100-C23 is 23 A AC-3). Not defined as a rating: the 4-pole 100-C40 is 37 A.	p.17, p.18, p.59
U (before the coil code)	Coil terminals on the load side; without U they’re on the line side. 100-C only. Example: 100-C09UD10.	p.19
L (at the end)	Built-in terminal lugs, 100-E116 and 100-E146 only. Example: 100-E11611L.	p.59

Contact code (last digits)

Code	Meaning	Page
10 / 01 / 00 / 11	3-pole: auxiliary contacts N.O. / N.C. (1 N.O.; 1 N.C.; none; 1 N.O. + 1 N.C.)	p.17, p.59
400 / 300 / 200	4-pole: main poles 4 N.O.; 3 N.O. + 1 N.C.; 2 N.O. + 2 N.C.	p.18, p.60
22 / 02	Reversing: printed against 1 N.O. + 1 N.C. and 0 N.O. + 1 N.C. auxiliary contacts per contactor	p.18, p.61

On reversing contactors, the contact code counts both contactors together. A 104-C0922 carries one normally open and one normally closed auxiliary contact per contactor, which the code prints as 22. Rockwell's catalog does not state this, and it does not state how the three four-pole digits divide between main and auxiliary contacts either.

Coil code: the common ones

Code	Coil voltage	Line
D	110 V 50 Hz / 120 V 60 Hz AC	100-C (p.19)
L	200–220 V 50 Hz / 208–240 V 60 Hz AC	100-C (p.19)
T	240 V 50 Hz / 277 V 60 Hz AC	100-C (p.19)
B	440 V 50 Hz / 480 V 60 Hz AC	100-C (p.19)
KJ	24–60 V AC / 20–60 V DC	100-E09 to E370 (p.62)
KY	48–130 V AC/DC	100-E09 to E370 (p.62)
KD	100–250 V AC/DC	100-E09 to E370 (p.62)
KN	250–500 V AC/DC	100-E09 to E370 (p.62)

Coil code: the full range

Code	Coil voltage	Frames	Page
G / KJ / KF	400–415 V 50 Hz / 440 V 60 Hz; 24 V 50/60 Hz; 230 V 50/60 Hz	100-C	p.19
EQ / EJ / EW / EY / ED / EA	12 / 24 / 36–48 / 48–72 / 110–125 / 220–250 V DC, electronic coil	100-C09 to C55	p.19
DJ / DG / DD / DA	24 / 72 / 110 / 220 V DC, conventional coil	100-C60 to C97	p.19
EQ / EJ	12–20 V DC / 24–60 V AC, 20–60 V DC, low consumption	100-E09 to E38	p.62
QJ	24 V DC, low consumption, faster drop-out	100-E09 to E38	p.62
ED / EN	100–250 / 250–500 V AC/DC with PLC input	100-E116 to E370	p.62
EJ / EY / ED / EN	24–60 V DC / 48–130 / 100–250 / 250–500 V AC/DC with PLC input	100-E400 to E750, E1260	p.62
ED	100–250 V AC/DC, the only code	100-E860, E1060, E2050 to E2650	p.62

Coil letters are not shared between the 100-C and the 100-E. EJ is 24 V direct current on a 100-C, and 24–60 V alternating current or 20–60 V direct current on a 100-E. ED, KD, KY and KN differ too.

Read the coil letter against its own line, especially when moving up a frame.

One number, segment by segment

Segment	Value	Meaning	Page
Bulletin	100-	Non-reversing contactor	p.17
Line and frame	C23	Bulletin 100-C, frame 23: 23 A AC-3, 15 hp at 460 V 3-phase	p.17
Coil code	D	110 V 50 Hz / 120 V 60 Hz AC; no U, so coil terminals on the line side	p.19
Contact code	10	Auxiliary contacts 1 N.O., 0 N.C.	p.17

Printed in the catalog as 100-C2310 (p.17), with the coil code inserted per p.19: 100-C23D10.

Schneider Electric TeSys D and TeSys Giga

Format: LC1D + frame + [A] + [terminal digit] + coil code, for example LC1D18G7. Sources: Square D Digest 179, Section 17 (2026-08) = Digest; Schneider TeSys catalog MKTED210011EN (2026-08) = TeSys catalog. Neither prints an overall numbering key; the coil codes and some single digits are explained in tables and footnotes.

Segments

Segment	Meaning	Page
LC1	Contactor	Digest p.11
LC2	Reversing contactor: “For reversing operation, replace the prefix LC1 with LC2.”	TeSys catalog p.187
D	TeSys Deca (formerly TeSys D)	Digest p.11
G	TeSys Giga	Digest p.14
frame digits	The row’s AC-3 rating (LC1D18 is 18 A). Not defined as a rating: LC1D80A is 66 A, a different contactor from LC1D80 (80 A).	TeSys catalog p.658
A (after the frame)	D40A to D150A: power connections by EverLink BTR screw connectors	TeSys catalog p.658, p.652
no terminal digit	Screw clamp terminals	TeSys catalog p.658
3	Spring terminals (LC1D093 is spring, not lugs)	TeSys catalog p.659
6	Lugs or bars: “insert a figure 6 before the voltage code. Example: LC1D09pp becomes LC1D096pp.”	TeSys catalog p.658
9	Faston connectors, LC1D09 and LC1D12 only	TeSys catalog p.659
V (on LC2D)	Electrical interlock pre-wired at the factory. Example: LC2D09B7V.	TeSys catalog p.666

Schneider notes that the spring-terminal LC1D323 and LC1D383 are not certified UL/CSA (TeSys catalog p.664).

Coil code: the common ones (Digest Table 17.23)

Code	Coil voltage	Frames
B7 / F7 / G7 / U7 / T7	24 / 110 / 120 / 240 / 480 V AC 50/60 Hz	D09 to D38, D40A to D65A, D80, D95
BNE / EHE / KUE	24–60 / 48–130 / 100–250 V AC/DC	D09 to D65A, D115A, D150A
LSE	200–500 V AC/DC	D115A, D150A
BL / BBE / BD	24 V DC (low consumption on D09–D38; BBE on D40A–D65A; BD on D80, D95)	as shown

Digest p.11. Schneider notes that LC1D40A to D80A with G7 or T7 are 60 Hz only.

Coil code: the full range (TeSys catalog)

Code	Coil voltage	Page
…7	50/60 Hz AC, 12 to 690 V (for example J7 12 V, E7 48 V, LE7 208 V, M7 220 V, P7 230 V, W7 277 V, V7 400 V, R7 440 V, X7 600 V)	p.658, p.664, p.685
…5 / …6	50 Hz / 60 Hz AC (for example G6 120 V 60 Hz on D80 and D95)	p.658, p.664
…D	DC, 12 to 440 V (JD 12, BD 24, ED 48, FD 110, GD 125, MD 220, UD 250, RD 440 V)	p.658, p.664
…L	DC low consumption, D09 to D38 (AL 5, JL 12, BL 24, EL 48, FL 110, ML 220, UL 250 V)	p.658, p.664
BBE / BNE / EHE / KUE / LSE	Three-character codes are TeSys Deca Advanced (24 V DC; 24–60; 48–130; 100–250; 200–500 V AC/DC)	p.654
Giga: BEE / EHE / KUE / LSE + A or N	24–48 / 48–130 / 100–250 / 200–500 V AC/DC; A = Advanced version, N = Standard version	p.780 to p.783

The Digest's quick-selection table on page 4 prints LC1D115G7 and LC1D150G7. Neither its own coil table nor the TeSys catalog allows those codes — those frames take three-character coil codes, as LC1D115A and LC1D150A. Both numbers are left off this page.

One number, segment by segment

Segment	Value	Meaning	Page
Prefix	LC1	Contactor (LC2 would be reversing)	Digest p.11; TeSys catalog p.187
Series	D	TeSys Deca	Digest p.11
Frame	18	18 A AC-3, 10 hp at 460 V	Digest p.11
Terminal digit	(none)	Screw clamp terminals	TeSys catalog p.658
Coil code	G7	120 V AC 50/60 Hz	Digest Table 17.23, p.11

Siemens 3RT

Format: 3RT then digits 4 to 12, for example 3RT2026-1AK60. Source: Siemens Industrial Controls catalog Section 2 (2026-02). Siemens prints a nomenclature key on page 4, with coil tables on pages 8, 9 and 56. Siemens notes that the key is “only a guide to decode the model number. All possible combinations of these are not available.”

Positions

Position	Meaning	Page
3RT2 / 3RT1	SIRIUS Innovations contactor / SIRIUS contactor	p.4
5th digit	0 = 3-pole standard; 2 = 3-pole vacuum (3RT12)	p.4, p.13
6th digit (frame size)	3RT2: 1 = S00, 2 = S0, 3 = S2, 4 = S3. 3RT1: 5 = S6, 6 = S10, 7 = S12	p.4
7th digit (current)	Not mapped to amps in the key; the ratings are on the ordering pages (3RT2026 is 25 A AC-3)	p.4, p.8
8th digit (terminals)	1 = screw; 2 = spring (3RT2 S00 and S0: all terminals); 3 = spring (3RT2 S2 and S3: coil); 6 = busbar (3RT1)	p.4, p.8
9th digit (coil type)	A = AC (3RT2) or AC/DC conventional (3RT1); B = DC (3RT2 S00, S0); N = UC electronic or solid state; P = solid state with RLT (3RT1)	p.4, p.8, p.9
10th and 11th (coil voltage)	See the coil codes below	p.8, p.9, p.56
12th digit (auxiliary contacts)	3RT2: 0 = 1 N.O. + 1 N.C. (S0–S3), 1 = 1 N.O. (S00), 2 = 1 N.C. (S00), 4 = 2 N.O. + 2 N.C. 3RT1: 0 = none, 6 = 2 N.O. + 2 N.C.	p.4, p.8, p.9
-0UA0 (suffix)	NEMA labeled contactor	p.8, p.9

Siemens' pages describe spring terminals differently on the 3RT2 S2 and S3 and the 3RT1: pages 4 and 8 cover the coil only, while pages 9 and 33 cover the coil and the auxiliary contacts. The pages also differ on the 3RT1 auxiliary digit 5 and on the use of 4 against 6. Those items are left out of the table above.

Coil code: the common ones

Code	Coil voltage	Frames	Page
K6	120 V 60 Hz / 110 V 50 Hz AC	3RT201 to 3RT204	p.8
P6	240 V 60 Hz / 220 V 50 Hz AC	3RT201 to 3RT204	p.8
V6	480 V 60 Hz AC	3RT201 to 3RT204	p.8
C2 / H2	24 V / 48 V AC 50/60 Hz (S00 uses B0 / H0)	3RT201 to 3RT204	p.8
B4	24 V DC	3RT201, 3RT202	p.8
B3 / F3 / P3	UC (AC/DC), ranges differ by size: S0 21–28 / 95–130 / 200–280 V; S2, S3 20–33 / 83–155 / 175–280 V	3RT202 to 3RT204	p.8
B3 / F3 / P3	3RT1 conventional coil: 23–26 / 110–127 / 220–240 V AC/DC	3RT105 to 3RT107	p.9

Coil code: the full range

Code	Coil voltage	Frames	Page
A4 / W4 / E4 / F4 / G4 / M4	12 / 48 / 60 / 110 / 125 / 220 V DC	3RT201, 3RT202	p.8
D3 / M3 / U3 / V3 / R3 / S3 / T3	42–48 / 200–220 / 240–277 / 380–420 / 440–480 / 500–550 / 575–600 V AC/DC, conventional coil	3RT105 to 3RT107	p.9
B3 / F3 / P3 with N or P	Solid-state coil: 21–27.3 / 96–127 / 200–277 V AC/DC	3RT105 to 3RT107	p.9
…0 / …2 / …6	50 Hz; 50/60 Hz; USA and Canada 60 Hz rows of the full coil table (for example F0 110 V 50 Hz, G2 110 V 50/60 Hz)	3RT20	p.56

Siemens' pages 8 and 56 name different frames for several coils: U6 and T6 on the S00 and S0, A4 on the S0, and P3 on the S00. Page 8 also gives a rule to replace B with K for 24 V direct current, referring to a B coil that is not offered at those sizes. The K coil letter is left out above.

One number, segment by segment

Position	Value	Meaning	Page
Family	3RT2	SIRIUS Innovations contactor	p.4
5th	0	3-pole standard	p.4
6th	2	Frame size S0	p.4
7th	6	3RT2026: 25 A AC-3, 15 hp at 460 V	p.8
8th	1	Screw terminals	p.4, p.8
9th	A	AC coil	p.4, p.8
10th and 11th	K6	120 V 60 Hz / 110 V 50 Hz	p.8
12th	0	1 N.O. + 1 N.C. auxiliary contacts	p.4, p.8

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Last updated 2026-10-28.