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ABB Harnessflex Interconnect™ System

Harnessflex Interconnect™ System

A Multi-Sleeve Adaptor for the fastening of Harnessflex fittings and connector interfaces to braiding, sleeving, heat-shrink, self-close wrap and other common forms of cable protection.

Harnesflex Interconnect™ System (Multi-Sleeve Adaptor), allows free rotation of braid and sleeving relative to backshell or fitting, reducing strain, intrusion and impact damage – all of which can lead to electrical faults and vehicle failure.

The Multi-Sleeve Adaptor (MSA/MSAR) is compatible with Harnessflex hinged fittings and connector interfaces.

Features & benefits:

Easily secured with Ty-Rap® cable ties or Harnessflex Multi-Function clips

Hold cable bundles inside conduit

Smooth cable entry and bore

Easy assembly

External hinged connector interfaces – tough and durable protection for OEM connectors against high pressure wash-down, excessive cable strain and abrasion

Connect seamlessly with Multi-Sleeve Adaptor

Internal conduit backstop provide insertion guide ensuring system integrity and high pull off strength

Hold cable bundles inside slit conduit and www.ge-drive.com reduce risk of cables protruding out

Reduce vibration risk by minimising impact of cable on conduit inner wall

ABB creates universally compatible multi-sleeve adaptor to help protect wiring in heavy-duty vehicles

OEM-agnostic Harnessflex® Interconnect system from ABB Installation Products works with common types of cable protection

Improves heavy-duty vehicle cable protection with unilaterally effective cable-to-connector stability

Addresses critical connection challenges across global heavy-duty EV market and transport sector

Imagine a heavy-duty vehicle or electric vehicle (EV) grinding to a halt – not due to a battery issue, but because of a faulty electrical connection. Heavy-duty vehicles endure constant vibration, impact and strain, which can compromise vehicle safety and lead to costly downtime. ABB Installation Products addresses these challenges with the first-of-its-kind Harnessflex® Interconnect system. This is a multi-sleeve adaptor designed for universal compatibility across common types of cable protection and Harnessflex® fittings and connector interfaces, simplifying and strengthening cable-to-connector stability essential to the reliable operation of heavy-duty vehicles.

The rise of heavy-duty EVs and shifting regulatory requirements necessitates robust electrical systems capable of handling higher voltages and operating temperatures, as well as protecting vital connections from demanding conditions and harsh operating environments. To secure electrical connections in heavy-duty vehicles, harnessmakers use a variety of cable protection solutions such as braids, sleeves, wraps, jackets, heat shields and conduits. Previously, these forms of cable protection have often been used with critical wiring into connectors left exposed due to no backshell compatibility.

Harnessmakers can now seamlessly integrate the OEM-agnostic Harnessflex Interconnect system with their choice of cable protection methods, helping ensure critical connections are shielded from elements such as dirt, oil, high-pressure washdowns, corrosive chemicals and more. As a reusable system, the Harnessflex multi-sleeve adaptor is a more sustainable solution than plastic tape, shrink wrap and other items commonly used to secure cables at critical electrical junctions.

“Vehicle makers face capacity constraints as they work to meet tighter industry standards. ABB is creating solutions to help streamline installation, optimize cable protection and significantly improve the overall reliability of heavy-duty vehicles,” said Andrea Castella, EVP and General Manager, ABB Installation Products for Europe, Asia Pacific, Middle East and Africa. “ABB’s Harnessflex Interconnect system expands our electrification solutions across a broad range of high-use transportation and heavy-duty applications.”

GE 04220FL11232A RXI Controller

GE General Electric 04220FL11232A  RXI Controller, Multiple Ethernet Ports, 3.4 Amp, 24 VDC

I. Introduction

In the field of industrial automation, the performance of the controller is directly related to the operation efficiency and stability of the whole system. GE RXI controller has become a leader in the field of industrial automation with its excellent performance, rich functions and stable operation. In this paper, we will introduce in detail the characteristics and parameters of GE RXI controller and its application in industrial automation.

Overview of GE RXI controller

GE RXI controller is a high-performance, high-reliability control system introduced by GE Intelligent Platform. It utilizes cutting-edge CPU technology, market-leading industrial Ethernet network technology, and a unique user interface to provide equipment manufacturers and end-users with the most efficient and reliable control system.

Third, the GE RXI controller parameters in detail

Processor: The GE RXI controller utilizes a high-performance dual-core CPU to ensure efficient system operation.

Memory: The RXi Box IPC has 4G RAM memory to support high-performance designs.

Storage System: 32GB industrial-grade SSD comes standard, while an optional 250GB hard disk is provided to ensure safe data storage.

Network Interface: Supports Gigabit PROFINET (with built-in MRP redundancy) www.ge-drive.com and Ethernet ports to provide high-speed data transfer capability.

Wireless communication: Optional WLAN function enables wireless communication through the internal Mini PCIe card holder.

Serial communication: RS-232 port (RJ-45) is provided to support serial communication needs.

Video/Graphic Interface: VGA port is supported for resolutions up to 2560×1440 @60Hz.

Audio: Provides micro DIN audio socket via IFP.

USB Interface: Provides two USB 2.0 standard ports for easy connection of external devices.

IV. Features of GE RXI Controller

Unique Intelligent Display Module: Provides configuration and maintenance functions for the controller without the need for additional software for easy operation.

High-performance control: Ensures efficient system operation through technologies such as high-performance dual-core CPU and Gigabit PROFINET.

Compact form factor: PROFINET-based design provides a small form factor solution for equipment manufacturers and *end users.

Highly Flexible Distributed I/O Functionality: Supports a variety of expansion slots to meet a wide range of industrial automation needs.

High Reliability: Adoption of industrial temperature grade components, combined with patented thermal monitoring technology and advanced passive cooling technology, ensures reliable operation in harsh environments.

. Applications of GE RXI Controller

GE RXI controllers are widely used in various industrial automation systems, power systems and motor control, building automation and other fields. For example, in industrial automation systems, GE RXI controllers can be used to control the operation of mechanical equipment, sensors and actuators, realizing automated production and process control; in power systems, they can be used to protect and control circuits, monitor current and voltage, and prevent the occurrence of electrical faults; in the field of construction, they can be used in building automation systems, such as lighting control and air-conditioning control, to improve energy efficiency and comfort.

VI. Summary

GE RXI controller has become a star product in the field of industrial automation with its excellent performance, rich functions and stable operation.

GE Fanuc IC200ERM002 Non-Isolated Expansion Module

The GE Fanuc IC200ERM002 Non-Isolated Expansion Module is a product of GE Intelligent Platforms/GE Fanuc.

It is manufactured as part of the Versamax series to enhance the functionality of a PLC or I/O output station and increase the number of modules that can be connected.

About the IC200ERM002

The GE Fanuc IC200ERM002 module is a non-isolated expansion receiver module that is part of the Versamax family.

This expansion module is used to enhance the functionality of a Versamax PLC or I/O output station and also increases the number of modules that can be connected.

The IC200ERM002 Expansion Module has a **capacity of 7 racks with up to 8 modules per rack*.

It requires an installed power supply to power all connected devices.

When an additional power supply or booster carrier is used, it should be connected to the mains power supply on the IC200ERM002 Expansion Module.

It also features 3 on-board LEDs to indicate the operational status of the device.

The module can also be used as a single-ended or multi-rack Versamax I/O expansion system.

Where the module is used in a multi-rack implementation, the total cable length cannot exceed 50 feet or 15 meters.

When the Versamax GE Fanuc IC200ERM002 Non-Isolated Expansion Receiver Module is used in www.ge-drive.com a single-ended system with only 1 expansion rack, the

The cable length should not exceed 3.3 feet or 1 meter.

It has a data rate of 2.765 Mbps or 5 Mbps, depending on the implementation used.

The GE Fanuc IC200ERM002 expansion module is equipped with two 26-pin D-shell expansion female ports.

In addition, it has two different current consumption ratings with a 3.3 volt or 5 volt backplane rating.

When the backplane voltage is 5 volts, the current consumption is rated at 70 milliamps and when the backplane voltage is rated at 20.3 volts, the current consumption is rated at 3 milliamps.

GE General Electric IC200MDD841 High-Speed Counter Module

The IC200MDD841 high speed counter module is a GE Fanuc product.

This module is manufactured as part of the VersaMax product line.

It has mixed discrete I/O points with 12 positive logic outputs and 20 positive logic inputs and is also configurable.

About the IC200MDD841

The IC200MDD841 module is a high-speed counter module manufactured by GE Fanuc.

It is part of the Versamax series and has mixed discrete inputs and outputs, including 12 positive www.ge-drive.com logic outputs and 20 positive logic inputs, some of which are configurable.

Devices connected to these I/O connectors have two states: on and off.

The GE Fanuc IC2MDD200 module has no protection features, such as internal fuses or isolation of individual channels.

It supports a variety of input and output configuration settings, such as pulse-width modulation, ramp pulse train, pulse train, and high-speed counters.

When this module is set to its default configuration, it has 841 Type A high-speed counter outputs and inputs.

These high-speed counters process pulse signals at 4 kHz. In addition, in the default configuration, the module has 80 standard outputs and 8 standard inputs.

The backplane powers the GE Fanuc IC200MDD841 high-speed counter module, but a separate power supply powers all external output devices.

When the module is connected to a backplane power supply rated at 5 volts, it draws 30 milliamps of current.

The inputs and outputs of the IC200MDD841 module operate at 24 volts DC.

The module’s on/off state current ratings are 3 to 8 mA/0 to 0.5 mA, respectively.

It measures 66.8 mm or 2.63 inches long, 110 mm or 4.3 inches wide, and 50 mm or 1.956 inches deep.

The high-speed counter module provides error detection and displays up to 13 words of status data.

It has on-board LEDs that display device status information.

Parker AC Variable Frequency Drives HP Rated-AC30 Series

Description

The AC30 variable speed drive has been designed to provide users with exceptional levels of motor control, from simple open-loop pumps and fans through to closed-loop process line applications.

The AC30 combines advanced performance with exceptional ease of use, making even the most complex applications simple to achieve.

Working with the five principles of Flexibility, Simplicity, Reliability, Connectivity and Capability our engineers have created a product focussed on making the benefits of quality motor control available to every business.

Parker provides easy to use software tools for all levels of experience; enabling users to address any application. Simple applications can be setup in seconds and more complex applications can be configured in the simplest and most logical way.

Programming can be via the keypad, DSELite, Parker Drive QuickTool software or the Codysys based Parker Developer with full IEC 61131 PLC Functionality.

The AC30 provides users with access to a large library of application macros and worked examples. While users are free to develop their own applications, they can also save time and development cost by accessing and customising  examples of completed solutions.

To enable connectivity into a wide range of automation systems the AC30 features Profinet and Ethernet IP through dual Ethernet ports, as well as Modbus TCP IP with client and server functionality.

That makes the AC30 series compatible with more than 80 percent of automation architecture; there is no need for expensive add-ons or upgrade modules.

The Ethernet protocols also provide potential for intelligent data analytics and connection to external servers – opening up links to the cloud or big data

functionality.

So whether for standalone use or for integration into a complex automation system, the AC30 offers an easy to use solution for both simple and advanced motor control applications.

Technical Characteristics – Overview

Designed with you in mind

Flexibility

A fully featured list of standard functionality along with the use of common control and option modules allows users to put the drive to work in many different open- or closed-loop applications.

Simplicity

From the clear and concise backlit LCD display to the easy to use programming software, AC30 has been engineered to make the process of commissioning, operating and maintaining the drive as easy as possible.

Reliability

Parker engineers have taken every possible step to reduce the likelihood of problems occurring, including a number of features in the AC30 that will ensure any loss of productivity is minimised and production restarted as safely and as soon as possible.

Connectivity

Its flexible and highly modular construction enables a wide range of communications and I/O modules to be easily added as required. This enables AC30 to be used in advanced applications including multiple drive configurations.

Capability

Integrated macros for a range of applications and PLC functionality enable more capable users to create sophisticated control that would previously have required a separate PLC. The AC30 can be integrated into even the most complex systems.

Compact footprint, chassis or through-panel mounting

• Multi-position feet with keyhole slots for ease of mounting

• Reduced heat radiation allows side-by-side mounting

Engineered cooling improves reliability

• Intelligent design minimises force ventilation requirements

• Removable fan improves maintainability

• Isolated power stack cooling path reduces contamination of control electronics

Unobstructed access to power and dynamic brake terminals

• Terminal covers removable with drive in-situ

• Dynamic brake switch fitted as standard

• Easy access to DC Bus connections

Suitable for harsh environments

• AC30 is conformally coated as standard and meets the www.ge-drive.com requirements of environment classes 3C1, 3C2 (all defined substances) plus 3C3 and 3C4 for Hydrogen Sulphide (H2S)

• DNV marine / offshore approval

Suited to all environments

• Internal EMC filter options up to C2 1st environment for use in commercial buildings

• CE marked to EN61800-5-1 and NRTL listed to UL508C and C22.2#14

• DC link chokes above 2.2 kW reduce harmonics to below IEC/ EN61000-3-12 limits

Expandable I/O capabilities

• A range of option modules expand AC30 to accommodate application specific I/O

• High-performance, closed-loop control with pulse encoder or resolver feedback module

• Spring clamp terminals reduce installation time and risk of loose connections

Parker Variable Speed Drives – AC15 Series

Overview

Description

The AC15 Compact Drive is a simple to use, reliable and economical solution for every-day motor control applications that require speed or torque control in the power range of 0.37 kW to 30 kW (0.5 to 40 HP).

With compact dimensions and features normally only associated with higher specification drives, including Safe Torque Off, Ethernet communications,

sensorless vector mode for control of both Permanent Magnet (PMAC) and AC induction motors and a full 150 % overload for 1 minute, AC15 provides

an optimized solution for OEM machine builders looking for a compact, cost-effective drive without compromising on performance.

Simplicity

AC15 is designed to reduce the time and effort required to install, setup and commission through it’s easy to use integrated keypad and application

macros, or the powerful DSE Lite software tool and rich function block set. Minimal wiring requirements and easily accessed terminals make AC15 quick and

easy to install. Auto-tuning sensorless vector mode takes AC15 beyond simple V/Hz control allowing www.ge-drive.com users requiring greater dynamic speed or torque control for their application to benefit from the drive’s enhanced speed and torque accuracy.

Reliability

Proven technology and manufacturing techniques ensure AC15 has been engineered and built to deliver consistently outstanding levels of performance day in, day out, ensuring maximum uptime and productivity.

Thanks to its conformally coated PC boards, AC15 is capable of withstanding class C3 environments, allowing you to operate AC15 with the utmost confidence in more applications.

Applications

AC15 provides a straight-forward approach to general purpose industrial motor control applications across a wide range of industries, giving users the benefits of the inherent energy-saving properties of using a variable speed drive, as well as the improved reliability and extended service life benefits associated with smoother starting and stopping of regularly cycling loads.

Typical applications for AC15 include…

• Conveyor

• Centrifuge

• Fans

• Mixers

• Packaging Machines

• Textile Machines

• Strapping Machines

• Labelling Machines

• Industrial Washing Machines

• Machine Tool Spindles

• Roller Doors

Parker AC890 Compact Modular System AC Drive

The AC890 is a compact, modular systems AC drive engineered to control speed and position of open-loop and closed-loop, single- or multi-motor AC induction or servo motor applications, up to 500HP.

The Ac890 is a compact, modular systems drive engineered to control speed and position of openloop and closedoop, single- or multi.motor Ac induction or servo motor applications. Compatilble with a wide range of feedback options, the Ac890 may be used with any ACmotor and virtually any speed/position feedback options. With this flexibility you may not even need to replace your existing Ac motor toachieve high performance, saving you time and money. The Ac890 is available in 380-460/500v 3-phase 0.75 to 500HP and 220v-240V 3phase 0.75 to 10HP.

Markets:

“Water and Wastewater Treatment

·Pulp and Paper

·Steel Mills

·Marine

·Cranes

.Wind and Solar Power

.Food and Chemical Processing

Features and Benefits.

The AC890 can be configured for 4 different modes of operation .

open-oop (volts/frequency) control

This mode is ideal for basic, single or multi-motor speed control.Sensorless vector controlWith its ultra high performance sensorless vector algorithm,the Ac890 delivers a combination of both high torgue and close speedregulation without the need for any speed measuring transducer.Closed-loop vector control

Full closedloop flux vector performance can be achieved with the Ac890 by simply adding an encoder feedback ‘technology box. Thisprovides 1 00% continuous full load standstilltorque, plus a highly dynamic speed loop more than suficient for the most demanding applications.

4 Quadrant active front-end power supply moduleharmonic content is achieved (THD< 3%)

With this confauration, the eneray is fed back into the mains supply with www.ge-drive.com sinusoidal currents and unity power factor a very low curen

Applications:

.Slitting Lines

.Hot and Cold Saws

.Forming Rolls

.Printing Lines

.Fans, Pumps, and Blowers

.Water Treatment

.Wind Turbines

.Solar Power

.Engine Testing

.Gearbox Testing

A-B 1336E-B075-AE-EN-HA2-L6 Adjustable Frequency Drive

Allen-Bradley/Rockwell Automation 1336E-B075-AE-EN-HA2-L6 Frequency Drives

is designed and manufactured as an adjustable frequency inverter within the 1336 IMPACT inverter series.

It uses its adjustable frequency to increase or decrease the speed and torque ratings of motors in Allen-Bradley/Rockwell Automation PLC systems.

The 1336E-B075-AE-EN-HA2-L6 adjustable-frequency drive produces up to 75 hp of nominal output power during operation.

It supports multiple start options, such as an automatic start option and a flying start option.

The 1336E-B075-AE-EN-HA2-L6 Adjustable Frequency Drive also features non-volatile parameter storage, a programmer/controller HMI with digital potentiometer, and a 115 VAC control interface.

The 1336E-B075-AE-EN-HA2-L6 drive is a 1336 IMPACT drive manufactured by Allen-Bradley.

It is rated at 380 to 480 volts AC, 56 kilowatts and 75 horsepower.

It is equipped with a programmer/controller with digital potentiometer HMI to simplify drive control and programming.

Up to 16 programmable speed command transitions are available on the drive, which supports www.ge-drive.com SCANport communications and English as the programming language.

The 1336E-B075-AE-EN-HA2-L6 IMPACT drive is designed to provide unrivaled speed control.

The diagnostic features on this drive allow real-time monitoring of its logic board and power structure.

It has 32 entry fault queues and 32 entry warning queues with markers for clearing faults and timestamping power-ups.

Flying start mode on this drive applies to motors that are already spinning loads.

As with all B-frame 1336 IMPACT drives, the 1336E-B075-AE-EN-HA2-L6 drive does not support network connectivity through an isolated gateway.

Its memory storage is non-volatile, and it has a NEMA 1 (IP20)/EMC enclosure and a 115-volt AC control interface.

The function blocks on this drive provide greater flexibility than other drives.

Connecting the 1336E-B075-AE-EN-HA2-L6 IMPACT Drive to a Motor Using a Long Cable

Cable terminators or output chokes may be required to minimize voltage reflections at the motor terminals.

It can be fitted with different types of cables including shielded, unshielded and armored cables.

The drive is designed to use a three-phase power supply that is symmetrical to ground and supports the use of a line reactor or isolation transformer if the power supply encounters power line conditions that could cause a fault.

This 1336 PLUS II adjustable frequency AC drive is a 380-480VAC unit with 56 (75) kilowatts (kW) of power (horsepower) and has an (n) NEMA 1 (IP20)/EMC enclosure.

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GE General Electric IC200ALG630 Analog Input Module

About the IC200ALG630

The IC200ALG630 is a component module for the VersaMax I/O platform, formerly manufactured by GE Intelligent Platforms (GE IP) and now produced by Emerson Automation.

The module is specifically designed for temperature measurement requirements or non-standard millivolt signals provided by integrated sensors.

The module features seven (7) analog input channels and supports direct wiring of a wide range of thermocouple sensor types, such as J, K, T, S, and S.

such as J, K, T, S, and R, as well as a variety of millivolt signals including +/-19.5mV, +/-39mV, +/-78.125mV, +/-156.25mV, +/-312.5mV, and +/-625mV.

The module has a 16-bit conversion resolution.

The IC200ALG630 has a 16-bit signal conversion resolution provided by a single analog-to-digital converter (ADC) on each input channel.

In addition, each input channel has a scan time of 60 ms per point at 60 Hz and 50 ms per point at 70 Hz.

Voltage measurement accuracy is +/- 0.2% and temperature measurement accuracy is +/- 0.15% with a consistency error of +/-0.3 degrees Celsius or +/-0.5 degrees Fahrenheit.

In addition, the IC200ALG630 is capable of diagnostics at every input point, including open thermocouple, over/under range, high/low alarms, and thermistor errors.

The IC200ALG630 has a backplane current consumption of 3 mA at the 125 VDC and 5.3 VDC outputs on the backplane.

It is also rated for optical and frame-to-ground isolation with a continuous voltage duration of 250 VAC and a 1500 VAC voltage duration of 1 minute.

The module also provides LED status indicators, specifically an OK LED that indicates active backplane power www.ge-drive.com when the module fails, and amber when lit green.

The IC200ALG630 module is GE’s 16-bit analog input module. It is an industrial module designed to handle a wide range of application requirements.

It comes with a 7-bit thermocouple with 16 channels. This thermocouple analog input module receives power from the backplane power supply.

It offers four cold end compensation options, no cold end, remote cold end, fixed cold end, and localized cold end compensation.

It is rated at 5 volts DC. It supports different thermocouples of type J, K, T, S and R.

The IC200ALG630 module is capable of drawing a total of 5 milliamps of current from the 125 volt bus.

The update rate of the analog module is 60 milliseconds for 60 Hz and 50 milliseconds for 70 Hz.

An OK indicator on the front of the module indicates the presence of backplane power.

The IC200ALG630 module has a compact design that saves panel space.

It measures 4.3 inches wide, 2.63 inches high, and 1.95 inches deep.

The temperature range should be set between 0 and 60 degrees Celsius. The thermocouple module has advanced diagnostic features.

It can issue channel-specific alarm reports. It can also detect over- and under-range conditions in the input.

Faults caused by thermistors can be easily detected by the module as internal faults. The module has not experienced thermal derating.

A-B 140G-G2C3-C15 Molded Case Circuit Breaker

The Allen-Bradley 140G-G2C3-C15 circuit breaker is designed and manufactured as part of the Bulletin 104G MCB series of industrial circuit breakers.

It is a molded case circuit breaker and a fixed thermal and fixed magnetic type circuit breaker.The 140G-G2C3-C15 circuit breaker supports a 15 ampere current rating,

The 140G-G2C3-C15 circuit breaker supports a 15 ampere current rating, a 15 ampere thermal trip rating, and a 500 ampere magnetic trip rating. The circuit breaker is also available in a 3-pole configuration. 140G-G2C3-C15 circuit breakers come standard with end caps or bolt-on material.

About Allen-Bradley The 140G-G2C3-C15 Molded Case Circuit Breaker is a thermal magnetic circuit breaker in the 140G circuit breaker series designed to provide short circuit protection for a variety of control panel applications.

As with all 140G circuit breakers, the 140G-G2C3-C15 circuit breaker is sized in accordance with Table 430-152 of the NEC (National Electrical Code).

The 140G-G2C3-C15 circuit breaker is suitable for branch or main circuits operating at 600 volts AC (690 volts IEC).

It has a breaking capacity value of 25 kA (480 VAC) and a current rating of 125 amps.

The 140G-G2C3-C15 circuit breaker has a fixed thermal/magnetic trip device with fixed thermal and magnetic trip ratings of 500 amps and 15 amps, respectively.

The breaker will trip immediately when the current flowing through the breaker exceeds the breaker’s setting.

The 140G-G2C3-C15 circuit breaker provides thermal trip action through the use of its bimetallic element, www.ge-drive.com which deflects high currents when they flow through the circuit for extended periods of time.

It also provides magnetic tripping action by means of a solenoid coil which provides a magnetic field proportional to the current applied to the circuit, thereby tripping the circuit when the current exceeds the set trip value.

The 140G-G2C3-C15 circuit breaker has a rated life of 25.000 operations (240 operations per hour) and an electrical life of 8.000 operations (120 operations per hour).

It has 3-pole wiring with line and load side terminals. It comes standard with 1 meter pigtail terminals for mounting internal accessories.

The 140G-G2C3-C15 circuit breaker is DIN rail mounted and is rated IP 20 or IP 40.

The 140G-G2C3-C15 circuit breaker is calibrated for an ambient enclosure temperature of 40 degrees Celsius and can be stored over a temperature range of -40 to 80 degrees Celsius.

The 140G-G2C3-C15 circuit breaker weighs approximately 1.1 kg and has overall dimensions of 76 x 70 x 130 mm.

140G-G2C3-C15 Technical Description

The Allen-Bradley 140G-G2C3-C15 molded case circuit breaker has a G frame and 125 amps. It also has a 25 kA breaking rating and 3 poles.

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