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ABB ADVAC® G Vacuum generator circuit breaker Key features

Key features

•Ratings up to …15 kV, 4.000 A, …63 kA

•Fully compatible to power distribution switchgear dimensions/interfaces

•Completely type tested in accordance to the latest IEEE/IEC 62271-37-013 standard

•Remote motorized racking options are available

Protect assets

•Compliant with the latest global standard – IEEE as well as IEC

•Generator circuit breaker suitable for demanding conditions, including out-of-phase condition and

island mode

•Safety enhanced due to completely tested solution

for DC-component up to 130%; no need to add any

time delay

Optimize investment

•Choose ratings from 40/25 kA @ 15 kV to

63/50 kA @ 15 kV

•Take advantage of the same compact switchgear

setup used in power distribution systems

ABB ADVAC® G Vacuum generator circuit breaker

Small footprint, full protection for Generator Applications

The ADVAC® G is tested to meet the most stringent IEEE and IEC requirements

for generator applications as per IEEE C37.013 and the new revision IEC/IEEE 62271-37-013. the only standards for GCB.

Key benefits

•Safety and protection of personnel and assets in all service modes

including out-of-phase condition and up to 130% direct current component

•Accelerate projects with easy generator circuit breaker integration and dedicated application support

•Optimum interface with all different ratings available

•Accelerate projects with outstanding technical support from the field application engineering team

Maximize output

•Experience easy installation/integration of

ADVAC G40. thanks to its equivalent interfaces

and dimensions like ADVAC

•Accelerate projects with outstanding technical

support from the field application engineering team

ABB ADVAC 38 Vacuum Circuit Breaker Applications

Optimize investment

•Optimized design with compact, single-sized compartment for all ratings

•Lowest power consumption accessories for reduced battery bank systems

Reduce maintenance costs

•Class M2. 10.000 mechanical operations

•Globally proven EL operating mechanism and racking truck are shared for all ADVAC circuit breakers, requiring no adjustment or measurement

•Reduced vacuum interrupter wear design requires no visible or mechanical measurements

•Maintenance-free embedded pole design helps protect vacuum interrupters from contamination, moisture, and damage and helps improve tracking resistance

Applications

•Utilities

•Renewables

•Data Centers

•Industrial

Segments/Channels

•Panel builders

•OEMs

•End users

ABB ADVAC 38 Vacuum Circuit Breaker

ADVAC 38KV 3000A 40KA

Complete portfolio and rating extension

ABB offers its new 38 kV class medium voltage vacuum circuit breaker with 

spring mechanism type EL (used in products like Emax 2 and VD4) and new vacuum 

interrupter technology up to 40.5 kV, 3000A,  40 kA, 190 kV BIL with 1000 A C2 back to back capacitive switching available.

Help keep personnel safe

•ADVAC38 is the lightest weight 38 kV circuit breaker in the industry, helping increase personnel safety

•Roll-on-floor (ROF) caster design offers ease of use

•Remote motorized racking options are available

Save floor space

•Space-saving compact design

•Two-high stacking compatible

Protect assets: Type tested according to:

•C37.09-2018

•C37.54-2002

•C37.55-2020

•C37.20.2-2015 Annex C for partial discharge testing

ABB ANSI indoor vacuum circuit breaker ADVAC

A unique modular design allows for quick and safe service for motors, coils and key components

The ADVAC series is a complete line of ANSI-rated vacuum circuit breakers 

with a spring-charged mechanism offering power distribution system customers 

the advantages of the latest technology with a modular design that is easily maintainable.

Key benefits

ABB EL spring mechanism used on various ANSI and IEC breakers to provide up to 20.000 

mechanical operations in a compact, modular design that is readily accessible and easily maintained to reduce downtime

Modular Smart Coil assembly used in multiple ABB breakers provides close, 

open and undervoltage actuation in one simple assembly

The motor assembly can be replaced by removing a single screw, thereby reducing downtime

Vacuum interrupters completely embedded in a solid insulation material provide superior protection against dust, 

dirt and condensation, and are less susceptible to failure due to contamination, tracking or partial discharge

Key features

5kV, 8kV, 15 kV, and 38kV heavy duty breaker rated at 1200A, 2000A, 3000A 

and 4000A FAC continuous current and 25 kA thru 63 kA interrupting current

Safety features include standard built-in mechanical anti-pumping device, KIRK key, 

padlocking, push-button cover provisions and closed-door racking

The racking mechanism (truck) is integrated into the breaker and designed to 180 ft2lb torque 

rating to provide increased reliability and reduced maintenance costs

ABB ADVAC Indoor Vacuum Circuit Breaker Benefits

Benefits

ABB EL spring mechanism used on various ANSI and IEC breakers to 

provide up to 20.000 mechanical operations in a compact,

modular design that is readily accessible and easily maintained to reduce downtime

Modular Smart Coil assembly used in multiple ABB breakers provides close,

open and undervoltage actuation in one simple assembly

The motor assembly can be replaced by removing a single screw, thereby reducing downtime

Vacuum interrupters completely embedded in a solid insulation material provide

superior protection against dust, dirt and condensation,

and are less susceptible to failure due to contamination, tracking or partial.

ABB ADVAC Indoor Vacuum Circuit Breaker

The ADVAC series is a complete line of ANSI-rated vacuum circuit breakers with 

a spring-charged mechanism offering power distribution system customers the 

advantages of the latest technology with a modular design that is easily maintainable.

Features

5 to 15 kV heavy duty breaker rated at 1200 A to 3000 A continuous current and 25 kA to 63 kA interrupting current

Safety features include standard built-in mechanical anti-pumping device, 

KIRK key, padlocking, push-button cover provisions and closed-door racking

The racking mechanism (truck) is integrated into the breaker and designed to 

180 ft2lb torque rating to provide increased reliability and reduced maintenance costs

Remote motorized racking options are available.

A-B 1746-N3 SLC 500™ 32-Point I/O Module Connector Kit Crimp Contacts

(1) To maintain group isolation provided by 32-point I/O modules, use a 1492 terminal block that provides group isolation. 

Consult 1492 documentation or your Allen-Bradley Sales Office for additional information.

(2) Maximum user cable length is dependent on how much voltage drop (current x (ohms/ft.) x (feet)) the user’s system can 

tolerate. The user’s system should take into account the minimum turn-on voltage required by external loads connected to 

the 32-point output modules and all of the voltage drops associated with wiring to and from the load, terminal blocks, 

power sources and the module itself.

Assembly Procedure for Crimp Contacts

The following details the assembly procedure for the crimp type contacts.

1. Strip the wire insulation as shown in Figure 1.

2. Insert the wire up to the wire stop as shown in Figure 2.

3. Crimp with DDK crimp tool 357J-5538. Equivalent Amp part numbers are: 

pin – 87666-2, connector – 102387-9, and crimp tool – 90418-1.

If a crimp tool is not available, used the following crimping procedure:

a. Crimp the wire barrel around the wire using a small needle nose pliers.

b. Crimp the insulation barrel around the wire insulation using a small 

needle nose pliers.

c. Solder wire and wire barrel together.

4. After completing above assembly, insert the cable into the socket housing as 

shown in Figures 3 and 4. Check to make sure that the tang, shown as “A” in 

Figure 4, is properly latched by gently pulling on the wire.

A-B 1746-N3 SLC 500™ 32-Point I/O Module Connector Kit

Overview

The 1746-N3 Connector Kit is used to terminate a cable which connects field I/O 

devices to SLC 500 32-point I/O modules. The kit contains a keyed 40-pin socket 

header with 45 socket crimp type contacts.

The N3 connector is compatible with 32-point I/O modules, catalog numbers 

1746-IB32, -IV32, -OB32, -OB32E -OV32 and Allen-Bradley 1492-IFM40 terminal 

blocks (see illustration). When the 1746-N3 is used to terminate the I/O cable at the 

1492-IFM40 end, it should be wired in a straight-through manner (i.e. pin 1 to pin 1, 

pin 2 to pin 2, etc.). For additional instructions, refer to the wiring instructions 

provided with your 32-point I/O module.

Use 24 AWG wire with the 1746-N3. Maximum wire length to the user terminal 

block is 10 meters for inputs and 3 meters for outputs with 7-strand, 24 AWG wire.

A-B 1746-MPM Mold Pressure Module Wiring Notes

Wiring Notes

• Ground cable shields at one end only.

• Isolate signal wiring from power lines and sources of electrical noise.

• Do not exceed 10V dc on any input terminal.

• Outputs +Exc, +T/R, and -T/R must have a minimum load of 1K ohms.

referenced to analog common.

Module I/O

Inputs

The module has two independent channels that you configure to process 

signals from machine sensors (default) or from the SLC output image table 

across the backplane.

Outputs (Summary Data)

The module processes a frame of summary data for each molding cycle, 

and alternately makes available the previous frame for display. It does this 

for channels 1 and 2. Your ladder logic can read summary data from the 

module’s M0/M1 files. You can observe summary data displayed on a PC 

equipped with DARTWin software. The PC must be linked to the module 

with DARTNet network from RJG Technologies, Inc.

Configure the SLC Processor (including I/O, M0/M1, and G file)

This procedure is based on RSLogix500 programming software, version 

2.0 or later. For other software, the procedure may vary.

Configure the SLC processor, I/O, size of M0/M1 files, and G file offline 

to match your system layout. 

1. With the File pull-down window, open the ladder file associated with 

this project, or create a project (ladder file) for it.

2. If you have not already done so, select the Controller Properties icon 

and launch it. Then select/enter the type of SLC processor.

3. Select the I/O Configuration icon and launch it. Then select/enter:

A. Slot number in the I/O chassis for this module

If using this module in a Pro-Set 200 Injection Control System, 

assign this module to slot 7.

B. Module ID (12935), entered under “Other” in the I/O Module window.

Important: When you enter the module ID, the processor automatically 

reserves the required number of I/O image table words. The location of 

those words in the I/O image table is determined by the module’s slot 

location in the I/O chassis. Slot location is a required addressing unit. 

For example, I:e.6 locates the 6th word in the block of input image table 

words assigned to the module in slot e that you entered in A, above. 

C. If you have not already done so, enter the size of I/O chassis and the type of power supply.

4. Select the Adv Configuration icon and launch it.

Then select/enter:

A. Length of M0/M1 files at 106 words, each (listed in section 11).

B. Length of G file at 94 words.

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