Interruptor MT HVX Schneider Electric

2016 Catalog

HVX Embedded Pole Vacuum Circuit Breaker up to 24kV Medium Voltage Distribution

schneider-electric.com/HVX

Contents

Over view

schneider-electric.com

6

HVX range

18

Functions and characteristics

26

Dimensions

42

Order for m

54

HVX embedded pole catalog | 3

High performer offers wide choice Operating up to 50 kA and 4,000 A and with voltages ranging from 12 kV to 24 kV, the HVX series of circuit breakers is a true high performer with a wide choice of configurations for easy integration. Benefit from the performance you need, with the level of safety and reliability you deserve. 7 0 6 5 0 1 M P

Note: The voltage levels 36 kV and 40.5 kV are also available. Please contact Schneider Electric.

4 | HVX embedded pole catalog


Your needs

HVX solutions

Safety • State-of-the-art design • Manufacturing controls

Safety

• Operation with mechanical interlocks • Remote control

Reliability • Compliance with the standards • Fully type-tested equipment

Reliability

• Limited maintenance

Ease of use • Wide choice of configurations • Easy integration

Ease of use


• Customer support


Overview




Field of application

8

Safety

9

Reliability

12

Ease of use

13

A comprehensive solution

15

Schneider Electric services

16

Environment

17


Field of application

Overview

HVX offers a wide range of performance levels. It controls heavy-duty tasks in harsh conditions, low temperatures, and vibrations under normal, inductive, and capacitive loads.

The result of a sustained development effort for application in air-insulated switchgear units The HVX series of vacuum circuit breakers is the result of Schneider Electric’s long lasting experience in the medium-voltage field.

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The HVX series offers a proven state-of-the-art design to meet your specifications for power switching devices in air-insulated switchgear. • •

A fixed, frontal version A withdrawable, frontal version

The HVX operating mechanism gives the device an opening and closing speed that is independent of the operator whether the command is electrical or manual. It carries out reclosing cycles and is automatically recharged by a geared motor after each closing. It also ensures that the open order always takes priority over the close order. In the event of permanent opening and close orders, it has to maintain the circuit breaker in the open position as long as the open order is active. Once the open order has been canceled, the close order has to be inter rupted then reactivated to enable closing of the circuit breaker.

6 0 6 5 0 1 M P

Easy integration in modern air-insulated switchgear makes HVX the right choice for panel builders and end users. An Integration Guide is available containing instructions on how to do s o.

Applications The circuit breaker is the core component of medium voltage switchgear. The HVX offer enables panel builders to design switchgear solutions helping to protect cables, transformers, motors, or generators. It is widely used in many industries, including power distribution, power generation, nuclear power, oil and gas, mining and metals, and transport.

Energy 8 0 6 5 0 1 M P

Industry - MMM - O&G - Buildings Primar y substation (> 20 M VA)

Heavy industr y primar y substation (10-50 MVA)

0 1 6 5 0 1 M P

2 1 0 5 0 1 M D

9 0 6 5 0 1 M P

0 5 3 3 0 1 M P


Large switching substation (> 4 MVA)

Large MV consumer site (10-50 MVA)

MV/LV substation (<4 MVA)

MV consumer site (1-5 MVA)

1 1 6 5 0 1 M P

2 1 6 5 0 1 M P


Safety

Overview

Protection of people and equipment is our top priority Vacuum interrupter

State-of-the-art design 3 1 6 5 0 1 M P

Schneider Electric's VG range of vacuum interrupters have been developed using the latest computer modeling tools to achieve optimized designs. Based on advanced one-stop sealing technology, the VG of fer minimizes artificial pollution during the production process. Based on our patented design and comprehensive knowledge of vacuum interrupter technology, Schneider Electric's vacuum interrupter is a standout product in the medium voltage field with its high reliability, compact size, and long service life. The special geometry of the contacts and the choice of material used ensures limited duration of the arc and thus helps to reduce thermal and dielectric stress.

Benefits of vacuum interrupters •

Protection of contacts against oxidation and contamination in sealed vacuum

•

Low contact mass to limit the energy of the drive and to allow high mechanical endurance

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5 1 6 5 0 1 M P

•

Maintenance-free

•

Environmentally-friendly

Embedded-pole construction The embedded pole is another of Schneider Electric's contributions to medium voltage products, with its 10 years' plus experience in design and manufacture, and it has been tried and tested in the field for many years. Employing the embedding technology, it completely integrates the vacuum interrupter, the main circuit, and the insulated shaft in an epoxy pole to help protect the main circuit from the outside. This gives the pole optimum environmental adaptability, since the circuit breaker can function normally under harsh conditions.

Benefits of embedded poles


•

Compact and robust design

•

Protection against vibration, dust, and humidity

•

High dielectric strength

•

Compact dimensions and possible use in high altitude

•

Sealed for life


Overview

Safety Protection of people and equipment is our top priority

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Operating mechanism The operating mechanisms have been simplified to increase reliability and give extended life with very l ow maintenance. Instead of the traditional spring operating mechanism, the HVX series incorporates a single-shaft system and only one torsion spring, reducing the number of parts and increasing reliability. The cam output from 3 independent phases is ideal for the vacuum switch. The transmission mechanism's one-step output and the special axletree design offers optimum transmission efficiency that helps s ave energy and provides a

Drive springcharging mechanism

stable, reliable mechanism.

Operating principle Energy is stored in the spiral spring by means of the electric motor or manual crank. Opening and closing of the vacuum interrupter is controlled by the cam; upon closing, the spring automatically restores the energy for an integrated automatic on/off operating cycle. The on/off storage mechanism, with its special mechanism, can absorb the excess energy of the drive mechanism through a quick on/off operation. The operating mechanism has electric and manual charging devices. The relevant interlock prevents manipulation errors after energy storage.

6 1 6 5 0 1 M P

Robust manufacturing controls HVX is manufactured in compliance with ISO 9001 certified by Bureau Veritas. The following quality controls are implemented to ensure that each product delivered to panel builders has the same performance as the unit type tested: •

Inspection of every incoming batch of critical components with 3D device dimension checks

•

Routine tests on all products: - Dielectric tests on the main circuit - Tests on auxiliary and control circuits - Measurement of the resistance of the main circuit - Design and visual checks - Mechanical operating tests

•

Regular mechanical tests on circuit breaker samples are performed until the device breaks down



Overview

Safety Protection of people and equipment is our top priority

The IEC (1) standard stipulates: "Select equipment that minimizes the risks to personnel from improper operation (for example, fast acting ground switches on lines, motor operators to allow remote operation)". The right choice of components, such as withdrawable racking trolley, vacuum interrupter, and operating mechanism, is crucial to fulfil this IEC recommendation.

Safe operation The operating interface clearly indicates the status of the circuit breaker. Any maloperation is prohibited t hrough robust mechanical interlocks.

Interface operation OFF button 7 1 6 5 0 1

ON button

M P

(1) IEC 62271-1: Edition 2011

Nameplate

Spring status indicator Insertion point for manual charging of the operating mechanism Mechanical operations counter

8 1 6 5 0 1 M P

Circuit breaker position indicator

Racking trolley The racking trolley moves the circuit breaker from the disconnected position to the connected position and vice versa. The racking operation can be done either by rotating a lever on the front of the switchgear with the door closed, or remotely by activating an electrical command from the control room. The HVX racking trolley has a robust interlocking system with the LV plug and the circuit breaker. It can be equipped with an electric motor for remote racking from the control room. The materials used to manufacture HVX racking trolley sub-assemblies have been selected and designed to operate 1,000 cycles under the conditions defined by the IEC standard.

Remote control Remote operation is recommended as it allows convenient operation from a reasonable distance.



Overview

Reliability

Compliance with standards

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IEC 62271-100 defines the conditions for switching normal, inductive, and capacitive loads, as well as fault curr ents, and for withstanding, mechanical, thermal, and dielectric stresses. Proven compliance with IEC 62271-100, 2012 ed. 2 standard

HVX is fully type-tested according to the latest edition of standard IEC 62271-100, 2012 ed. 2. Certificates of conformity with other standards such as GB/China and Gost/Russia

0 2 6 5 0 1 M P

are available on request.

HVX circuit breakers have been subjected to the following type tests, as defined by standard IEC 62271-100: •

Dielectric tests

•

Measurement of the resistance of the main circuit

•

Temperature rise tests

•

Short-time withstand current and peak withstand current tests

•

Additional tests on auxiliary and control circuits

•

Mechanical operating test at ambient temperature

•

Short-circuit making and breaking tests

•

Extended mechanical endurance tests for M2 class

•

Electrical endurance tests for E2 class

•

Capacitive current switching tests: - Line-charging current breaking test - Cable-charging breaking test - Single capacitor bank inrush making tests

Normal service conditions

•

Out-of-phase making and breaking tests

•

Back-to-back capacitor breaking tests on request

HVX is designed to operate according to IEC 62271-1, in the following conditions: •

Ambient air temperature: -25 °C to +40 °C (contact Schneider Electric

•

The declaration of conformity indicates the following on the front page:

for higher or lower temperatures)

•

The apparatus type defined as fixed or withdrawable and the phase distance

Altitude:

•

The circuit breaker reference defined by the main rated characteristics: rated voltage, rated short-circuit breaking current, and rated cur rent

Less than or equal to 1,000 m ( derating coefficient to be applied for altitudes higher than 1,000 m) •

•

The list of relevant type test reports to assess HVX conformity with the IEC standard

Atmosphere: No dust, smoke, salt, corrosive, or flammable gas or vapor

•

Humidity: - Average relative humidity over 24 h ≤95% - Average relative humidity over 1 month ≤90%

Please contact us for special ser vice conditions.

Limited maintenance The state-of-the-art HVX design ensures limited maintenance up to 10,000 cycles. The vacuum interrupter has an expected service life of 30 years. HVX can even operate up to 30,000 times with a regular maintenance plan.



Overview

Ease of use

Wide choice of configurations with modular design HVX offers a wide choice of performance levels (up to 50 kA and 4,000 A) within one circuit breaker family, thus providing panel builders with a high degree of standardization in their switchgear design.

High-performance breaking devices kA 50 40

HVX 12 kV/17.5 kV

31.5

HVX 25

24 kV A 630 1,250 1,600 2,000 2,500 3,150 4,000* * Forced cooling

Easy integration,with simple and standard interfaces •

Common dimensions based on a modular design ensure easy integration into various switchgear designs

1 2 6 5 0 1 M P

Phase distance

•

The breaker offers installation flexibility

•

Panel builders can use their own trolley design to make it a withdrawable solution

HVX 12/17.5 kV

Phase distance (mm) 150

Contact distance

Contact distance (mm)

310

-

Phase distance (mm) 150


275

205

HVX 24 kV

Contact distance (mm)

210

310

210

275

-


Ease of use

Overview

Schneider Electric offers best-in-class support to customers using HVX embedded pole circuit breakers.

Technical and commercial support Schneider Electric offers extensive technical and commercial support to panel builders, including expert advice on how to customize HVX, how to integrate HVX in switchgear, how to prepare switchgear for testing in the laboratory, how to analyze the results from type tests to improve switchgear design, special commercial

5 6 3 5 0 1 M P

conditions for circuit breakers needed to verify the technical performance of HVX in assembled switchgear, as well as dedicated t raining documents and other suppor t materials. Please contact your Schneider Electric sales representative for more information.

Customer support Online document repository A QR code on the front of the HVX enables customers to easily download various online documents: 5 0 6 5 0 1 M P

2 2 6 5 0 1 M P

Product QR code "FLASH ME"

•

User guide

•

Receipt guide

•

List of spare parts

Customer Care Center Schneider Electric has set up call centers and e-mail contacts in more than 190 countries to provide a rapid response to customer inquiries. Personnel in the country using HVX are trained to provide qualified answers to customer questions.

Spare parts 7 8 3 5 0 1

M P

Under Schneider Electric's spare parts management policy, HVX parts will be available for at least 12 years after delivery of the product to the customer.

Services A service contract for the switchgear room can be offered by the local Schneider service team with packages such as predictive maintenance, preventive maintenance, 24/7 hotline, emergency on-site i ntervention, and emergency spare part delivery. The availability of the service plan of fers varies in different countries.



Overview

Schneider Electric product portfolios include a wide choice of multi-function relays to be used together with HVX to build a consistent solution for protection, control, and monitoring.

A comprehensive solution

Protection and control relays Easergy P5 Easergy P5 reliably p rotects your electrical equipment from unexpected downtime, while providing you with a powerful digital experience for greater efficiency. To best protect your electrical network, you need protection relays that: •

5 8 0 4 0 1 M P

Comply with the latest standards and regulations, including those for safety, security, and reliability

•

Are easy to order, install, use, and maintain

•

Optimize your ownership costs

Sepam Sepam series 20, series 40, series 60, and series 80 di gital protection relays take full advantage of Schneider Electric’s experience in electrical network protection.

Easergy P5

They provide the following functions: 0 0 3 0 6 E P

•

Effective fault diagnosis and p rotection planning

•

Accurate measurements and detailed diagnosis

•

Integral equipment control

•

Local or remote indication and operation

•

Easy upgrading: communication, digital I/O, analog output, or temperature acquisition systems can be added due to its modular design

Sepam range

MiCOM 8 9 8 2 0 1 M P

MiCOM protection provides the user with a choice of cost-optimized solutions for specific protection requirements within the distribution network. The MiCOM relay series offers comprehensive protective function solutions for power supply systems as well as for various functional and hardware project stages.

Power meter and circuit monitors

MiCOM range

The PowerLogic power meter replaces a whole set of basic analog meters. 2 6 3 5 0 1

3 2 1 7 5 E P

M P

This cost-effective, high-performance meter provides a wide range of accurate true-rms metering values. The PowerLogic series 3000/4000 circuit monitor is designed for critical power users and large energy consumers, to provide the information needed to confidently

PowerLogic range

1 0 5 0 9 E P

enter the evolving world of deregulation. It can be adapted to meter almost any time-of-use or real-time rate.

VAMP arc fault protection relay The VAMP arc protection unit detects an arc flash in an installation and trips the feeding breaker. The unique arc fault protection functionality enhances the safety of both people and property and has made VAMP a leading brand in arc protection VAMP 120


relays worldwide.


Schneider Electric Services

Overview

Peace of mind throughout your installation life cycle

How can you cut costs and improve performance at the same time? When it comes to your electrical distribution infrastructure, the answer is straightforward: get professional expertise.

Life cycle services

Schneider Electric helps you plan the full design and execution of your solution, looking at how to secure your process and opti mize your time: •

Technical feasibility studies: Designing a solution in your environment

•

Preliminary design: Accelerated turnaround time to reach a final solution design

Install Schneider Electric will help you to install efficient, reliable, and safe solutions based

Plan

3 4 8 8 0 4 B D

Plan

What are my options?

on your plans. •

Project management: Completing your projects on time and within budget

•

Commissioning: Ensuring your actual performance versus design, through on-site testing and commissioning, and tools and procedures

Install How do I install and commission?

Operate How do I operate and maintain?

Operate Schneider Electric helps you maximize your installation uptime and control your capital expenditure through its ser vices offer. •

Asset operation solutions: Providing the information you need to increase safety, enhance installation perfor mance, and optimize asset maintenance and investment

Optimize How do I optimize?

•

Advantage service plans: Customized service pl ans that cover preventive, predictive, and corrective maintenance

•

Renew How do I renew my solution?

On-site maintenance services: Delivering extensive knowledge and experience in electrical distribution maintenance

•

Spare parts management: Ensuring spare parts availability and optimizing your spare parts maintenance budget

0 6 3 5 0 1

•

M P

Technical training: Building the necessary skills and competencies to properly and safely operate your installations. Specific training materials with documents and videos are available. Please contact Schneider El ectric

Optimize Schneider Electric proposes recommendations for improved safety, availability, reliability, and quality. •

MP4 electrical assessment: MP4 is the Schneider Electric program for a site-wide assessment of the electrical installation in order to evaluate risks and define improvements

60,000+ Ecofit projects worldwide

110+ Ecofit customized solutions

260+ Ecofit ready solutions, tested for repeatable success for Schneider Electric and third-party legacy switchgear

Renew Schneider Electric extends the life of your system while providing upgrades. We offer to take full responsibility for the end-of-life processing of old electrical equipment. •

ECOFIT™: Keep up to date and improve the performance of your electrical installations (LV, MV, protection relays, etc.)

•

MV product end of life: Recycle and recover outdated equipment with endof-life services



Environment

Overview

3 2 6 5 0 1 M P

Environmental performance Schneider Electric is committed to a long-ter m environmental approach. The production site is certified to ISO 14001. The materials used in HVX, insulators, and conductors are identified and can easily be separated and recycled, as detailed in the "Product Environment Profile" fi le. An end-of-service-life manual details procedures for dis mantling and processing components. HVX fullfills the European regulations of RoHS (Restriction of Hazardous Substancies) and REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals). 7 9 3 5 0 1

M P

4 2 6 5 0 1 M P

5 2 6 5 0 1 M P

6 2 6 5 0 1 M P

7 2 6 5 0 1 M P

RoHS Compliant



HVX range




Overview

20

Selection guide

23

HVX 12 kV

23

HVX 17 kV

24

HVX 24 kV

25


630/1,250/1,600/2,000/2,500

HVX range

Overview Introduction

HVX fixed and withdrawable types

8 2 6 5 0 1

M P

Rated voltage (kV)

12

Rated shortcircuit current (kA)

Rated current (A)

25 31.5 40

630/1,250/1,600/2,000/2,500/3,150/4,000*

50 17.5

25 31.5 40 50

24

25 31.5

630/1,250/1,600/2,000/2,500/3,150/4,000*

1,250/1,600/2,000/2,500/3,150/4,000*

630/1,250/1,600/2,000/2,500 * Forced cooling

6 0 6 5 0 1

HVX fixed type

M P

The HVX fixed version is equipped with drilled and threaded copper connection terminals at the top and bottom. The shape and dimensions of conductors are determined by the panel builder according to the dielectric withstand and temperature rise characteristics of the whole connection system. Please contact your Schneider Electric sales representative to request an HVX Integration Guide for more information.

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9 2 6 5 0 1 M P

Up to 1250 A rated current


1600 A up to 4000 A rated current


HVX range

Overview Introduction

5 0 6 5 0 1 M P

HVX withdrawable type The HVX withdrawable version requires a racking trolley, arms, and tulip-type contacts for connection to the switchgear power circuit, and an LV connector to connect the auxiliary circuits.

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Racking trolley The HVX racking trolley allows panel builder s to design switchgear solutions with enhanced safety features. It has a robust interlocking system with the switchgear door, LV plug, circuit breaker, and ground switch. It can be equipped with an electric motor for remote racking from the control room.

Racking trolley

Arms 0 3 6 5 0 1 M P

Arms The shape and size of HVX ar ms depend on the rated lightning impulse withstand voltage, the rated normal current, and the r acking trolley stroke.

Tulip-type contacts The shape of HVX contacts is tulip-type. The size depends on the rated current to provide a maximum contact surface optimizing heat dissipation and of fering good Tulip-type contacts

compensation characteristics for electrodynamic forces. The panel builder needs to provide fixed-type contacts with the cor rect shape, tolerance, and material characteristics compatible with the HVX tulip-type contacts.

1 3 6 5 0 1 M P

LV connector The HVX LV connector enables the auxiliary circuits to be connected to the switchgear control cabinet with the circuit breaker in either the disconnected or the service position.

LV connector, cubicle si de 1 3 6 5 0 1 M P

The HVX LV connector is interlocked with the circuit breaker operating mechanism to prevent any manual close commands without the LV connector latched onto the circuit breaker frame.

LV connector circuit breaker side



HVX range

Overview Main characteristics

Main electrical characteristics according to IEC 62271-100 Common characteristics Rated voltage

Ur

kV

12 (1)

17

24

38

50

Rated power frequency withstand voltage

Ud

kV

28

Rated lightening impulse withstand voltage

Up

kV

75

95

125

Rated frequency

f

Hz

50/60

50/60

50/60

Rated short circuit breaking current

Isc

kA

25-31.5-40-50

25-31.5-40-50

25-31,5

Rated short circuit making current @50 Hz

Ip

kA

2,5 Isc

2,5 Isc

2,5 Isc

Rated short circuit making current @60 Hz

Ip

kA

2,6 Isc

2,6 Isc

2,6 Isc

Rated duration of short circuit

tk

s

3

3

3

Operating sequence

• O-0.3s-CO-3 min-CO • O-180s-CO-3 min-CO • O-0.3s-CO-15s-CO (3)

Opening time

ms

40-70

40-70

40-70

Arcing time

ms

≤15

≤15

≤15

Closing time

ms

30-60

30-60

30-60

Service temperature

°C

-25 to +40

-25 to +40

-25 to +40

Mechanical endurance

M2

M2

M2

Electrical endurance

E2

E2 (2)

E2 (3)

10

10

10

C2

C2

C2

25

25

31,5

C2

C2

C2

Single capacitor bank and back-to-back capacitor bank breaking capacity

(3)

(3)

(3)

Higher number of operation cycles upon maintenance plan

30,000

30,000

30,000

Number of switching cycles vacuum interrupter at rated current

30,000 (3)

30,000 (3)

30,000 (3)

Number of full short circuit operations

100 (3)

100 (3)

100 (3)

Line charging breaking current

Cable charging breaking current


A

A

(1)

Please contact Schneider Electric for 42 kV 5 min

(2)

Please contact Schneider Electric for 50 kA

(3)

Please contact Schneider Electric


Selection guide

HVX range

HVX 12 kV Fixed and withdrawable type 6 0 6 5 0 1

-

HVX

M P

-

Rated voltage (kV)

Type

Value

Code

Designation

Code

12

12

Withdrawable

E

17.5

17

Fixed

F

24

24

Rated current (A)

5 0 6 5 0 1

Rated short-circuit current (kA)

M P

Model

Code

630

06

1,250

12 Phase distance (mm)

Value

Code

1,600

16

25

25

2,000

20

Value

Code

31.5

31

2,500

25

150

150

40

40

3,150

31

210

210

50

50

4,000

40

275

275

Rated

d e x i F

Value

e l b voltage a w (kV) a r d h t i W

Rated

Rated

Phase distance

Contact

Weight

short-

current

(mm)

distance

(kg)

circuit

(A)

(mm)

current (kA)

150

210

275

F

E

95

105

HVX 12-25-06

630

p

p

p

205

HVX 12-25-12

1,250

p

p

p

205

105

115

HVX 12-25-16

1,600

p

p

310

175

200

2,000

p

p

310

175

200

HVX 12-25-20

F

E

12

25

HVX 12-25-25

2,500

p

310

195

250

HVX 12-25-31

3,150

p

310

195

250

HVX 12-25-40

4,000 *

p

310

195

250

HVX 12-31-06

630

p

p

p

205

95

105

HVX 12-31-12

1,250

p

p

p

205

105

115

HVX 12-31-16

1,600

p

p

310

175

200

2,000

p

p

310

175

200

HVX 12-31-20

F

E

12

31

HVX 12-31-25

2,500

p

310

195

250

HVX 12-31-31

3,150

p

310

195

250

HVX 12-31-40

4,000 *

p

310

195

250

HVX 12-40-12

1,250

p

p

310

175

200

HVX 12-40-16

1,600

p

p

310

175

200

HVX 12-40-20

2,000

p

p

310

175

200

2,500

p

310

195

250

HVX 12-40-31

3,150

p

310

195

250

HVX 12-40-40

4,000 *

p

310

195

250

HVX 12-50-12

1,250

p

p

310

195

200

HVX 12-50-16

1,600

p

p

310

195

200

HVX 12-50-20

2,000

p

p

310

195

200

2,500

p

310

195

250

HVX 12-50-31

3,150

p

310

195

250

HVX 12-50-40

4,000 *

p

310

195

250

HVX 12-40-25

HVX 12-50-25

F

F

E

E

12

12

40

50

* Forced cooling



Selection guide

HVX range

HVX 17 kV Fixed and withdrawable type Model

Rated

d e x i F


Rated

Rated

Phase distance

Contact

Weight

short-

current

(mm)

distance

(kg)

circuit

(A)

(mm)

current (kA)

150

210

275

F

E

9 0/95

105

HVX 17-25-06

630

p

p

p

205

HVX 17-25-12

1,250

p

p

p

205

105

115

HVX 17-25-16

1,600

p

p

310

175

200

2,000

p

p

310

175

200

HVX 17-25-20

F

E

17

25

HVX 17-25-25

2,500

p

310

195

250

HVX 17-25-31

3,150

p

310

195

250

HVX 17-25-40

4,000 *

p

310

195

250

HVX 17-31-06

630

p

p

p

205

95

105

HVX 17-31-12

1,250

p

p

p

205

105

115

HVX 17-31-16

1,600

p

p

310

175

200

2,000

p

p

310

175

200

HVX 17-31-20

F

E

17

31

HVX 17-31-25

2,500

p

310

195

250

HVX 17-31-31

3,150

p

310

195

250

HVX 17-31-40

4,000 *

p

310

195

250

HVX 17-40-12

1,250

p

p

310

175

200

HVX 17-40-16

1,600

p

p

310

175

200

HVX 17-40-20

2,000

p

p

310

175

200

2,500

p

310

195

250

HVX 17-40-31

3,150

p

310

195

250

HVX 17-40-40

4,000 *

p

310

195

250

HVX 17-50-12

1,250

p

p

310

195

200

HVX 17-50-16

1,600

p

p

310

195

200

HVX 17-50-20

2,000

p

p

310

195

200

2,500

p

310

195

250

HVX 17-50-31

3,150

p

310

195

250

HVX 17-50-40

4,000 *

p

310

195

250

HVX 17-40-25

HVX 17-50-25

F

F

E

E

17

17

40

50

* Forced cooling



Selection guide

HVX range

HVX 24 kV Fixed and withdrawable type Model

Rated

d e x i F

Rated

Rated

Phase distance

Contact

Weight

short-

current

(mm)

distance

(kg)

circuit

(A)

(mm)

current (kA)

150

210

275

F

E

HVX 24-25-06

630

p

p

310

175

190

HVX 24-25-12

1,250

p

p

310

175

190

1,600

p

310

255

280

HVX 24-25-20

2,000

p

310

255

280

HVX 24-25-25

2,500

p

310

255

280

HVX 24-31-06

630

p

310

255

280

HVX 24-31-12

1,250

p

310

255

280

1,600

p

310

255

280

HVX 24-31-20

2,000

p

310

255

280

HVX 24-31-25

2,500

p

310

255

280

HVX 24-25-16

HVX 24-31-16



F

F

E

E

24

24

25

31






Opening and closing functions

28

Charging functions

30

Low voltage connection

31

Racking trolley

32

Locking functions

33

Other complementary devices

34

Secondary wiring diagrams

35




Opening release F11/F12

Closing release F2

Undervoltage release F4

Opening release F11/F12 Anti-pumping relay K01

3 1 0 5 0 1 M D

Operating mechanism The F11/F12 release is used to open the circuit breaker. The release coil is actuated by the auxiliar y power suppl y. The coil is designed for short operation only; it is therefore routed via an auxiliary switch contact controlled by the circuit breaker shaft, and upon release it interrupts the current circuit.

Characteristics Power supply Operating range Consumption

V a.c. V d.c. V a.c. V d.c. V a.c. V d.c.

110/120*/220/230 24*/48/60/110/125/220 0.85 to 1.1 Ua 0.7 to 1.1 Ua 180 W 180 W * Please contact Schneider Electric

Closing release F2 The F2 release is used to close the circuit breaker. The release coil is actuated by the auxiliary power supply. The coil is designed for short operation only; it is therefore routed via an auxiliary switch contact controlled by the circuit breaker shaft, and upon release it interrupts the current circuit.

Overcurrent release F3

Characteristics 9 1 4 3 0 1

Power supply

M D

Operating range Opening release F11/F12

Consumption


110/120*/220/230 24*/48/60/110/125/220 0.85 to 1.1 Ua 0.85 to 1.1 Ua 180 W 180 W * Please contact Schneider Electric

Overcurrent release F3 9 1 4 3 0 1

M D

Closing release F2

The F3 release is used to open the circuit breaker in the event of overcurrent or short-circuit. The power to activate the overcurrent release comes from the current transformer of the high voltage circuit, not from the auxiliary voltage supply. Thus the tripping function of this coil is independent of the auxiliary voltage supply.

Characteristics Rated supply current

A

0.5/1/5

Operating range Consumption

A W

90%-110% of rated supply current 180

0 2 4 3 0 1

M D

Overcurrent release F3





Undervoltage release F4 1 2 4 3 0 1 M D

The F4 release opens the circuit breaker automatically, when the auxiliary voltage drops below a certain level. Thus the undervoltage release protects the circuit breaker against a drop or loss of the auxiliary voltage supply. Undervoltage release F4


4 2 4 3 0 1 M D

Anti-pumping relay K01


V a.c. V d.c. Opening V a.c. V d.c.

110/220/230 24*/48/60/110/125/220 0.35 to 0 Uop approx. 12 W approx. 12 W * Please contact Schneider Electric

Anti-pumping relay K01 The anti-pumping relay prevents continous closing and opening of the circuit breaker (anti-pumping). If both ON and OFF commands are permanently present on the circuit breaker at the same time, the circuit breaker will car ry out a CLOSE-OPEN sequence; it remains in this open position until the CLOSE command is discontinued and a new CLOSE command is i ssued again.



Auxiliary switch in switching position S11/S12

Charging functions Circuit breaker charging motor and auxiliary contacts Operating mechanism

Auxiliary switch in charging position S2

Charging motor M1 The electric motor charges the spring of the actuator automatically as soon as it is discharged. This allows the circuit breaker to switch the second close-open-cycle within the rated operating sequence.

4 1 0 5 0 1

M D



110/220/230 24*/48/60/110/125/220 0.85 to 1.1 Ua 0.85 to 1.1 Ua approx. 100 W approx. 100 W * Please contact Schneider Electric

Operating time of motor Motor charging time

4 ~ 12 s

“Open/closed” auxiliary contacts The number of contacts available depends on the options chosen on the operating mechanism. In the basic configuration, the circuit breaker’s operating mechanism comprises a total of:

Charging motor M1

6 2 4 3 0 1 M D

•

8 normally closed (NC) contacts; some contacts are already used, free contacts as per wiring diagram

Charging motor M1

•

8 normally open (NO) contacts; some contacts are already used, free contacts as per wiring diagram

Auxiliary switch in switching position S11/S12 The auxiliary contacts in switching position indicate the ON/OFF status of the circuit breaker. They are actuated directly by the main shaft of the circuit breaker via a mechanical link. The position of the main shaft corresponds to the position of the auxiliary switches and indicates whether the breaker is in ON or OFF.

6 4 0 5 0 1

M D

Auxiliary switch in switching position S11/S12

Characteristics Rated operational voltage (Ue) V a.c./ d.c. Rated operational current (Ic) A Rated short-time withstand current (Icw) A Rated breaking capacity with inductive charge Voltage V d.c. Charging current A 3 2 4 3 0 1 M D

230 15 250 (during 3s) L/R=10 ms L/R=20 ms 48 125 125 220 10 3,8 2 1

Auxiliary switch in charging position S2 Auxiliary switch in charging position S2


The auxiliary switch is used to control the charging motor and to indicate the charging status.. When contact S2 is closed, the motor is charging the spring of the driving mechanism automatically. When charging is complete, it breaks the electrical charging circuit. For technical datas of S2 please refer to the table in S11/S12.


Low voltage connection


Withdrawable version

2 3 6 5 0 1

M P

An optional flexible LV plug and socket system enables connection of the circuit breaker auxiliary circuits to the switchgear control cabinet. It consists of an elbowtype connector mounted on the frame of the circuit breaker and a removable connector with 58 male pins mounted on a 525 mm flexible d uct. This LV connector is to be connected to the LV cabinet of the cubicle. The counter part connector equipped with the female contacts is assembled in the low voltage cabinet of the switchgear.

1 3 6 5 0 1 M P

LV connector, cubicle side

LV connector, circuit breaker side

The LV plug collects electrical commands and status i nformation from the circuit breaker terminal blocks and from the racking trolley terminal blocks. The number of pins in the LV plug (maximum 58) may limit the number of available position contacts for the switchgear LV cabinet. For the withdrawable version, the LV plug is interlocked with the racking trolley and the operating mechanism to prevent any manual close commands without the LV plug latched onto the circuit breaker frame.

Fixed version

1 2 6 5 0 1 M P

The breaker is equipped with a set of terminal blocks or with an LV plug to connect the circuit breaker auxiliary circuit with the LV wiring from the LV box.



Racking trolley


Withdrawable version

6 1 0 5 0 1 M D

In the withdrawable version the HVX is mounted on a racking trolley to move the circuit breaker between test position and service position . The HVX racking trolley comprises: •

A frame with 4 wheels for moving the circuit breaker

•

A drive system with a rotating shaft to move the circuit breaker inside the switchgear compartment

•

An optional motor drive for electrical operation

•

A set of auxiliary contacts to indicate the service or withdrawn position of the circuit breaker

•

A set of mechanical levers to interlock the trolley

•

A system to latch the racking trolley to the switchgear frame to withstand the mechanical forces of the short circuit

•

An interlock between the racking trolley and the door of the panel

The circuit breaker is equipped with devices to operate the s hutter mechanism.

8 1 0 5 0 1 M D

9 1 0 5 0 1 M D

Grounding The racking trolley is grounded using an additional grounding system on the bottom of the trolley. On request this can be equipped with grounding bars on the sides of the racking trolley.

Under neath g rounding


Sid e ground ing


Locking functions


HVX withdrawable version interlocking

0 2 0 5 0 1 M D

The following table describes the interlocking functions available on the withdrawable version of HVX.

How to use the table Each box describes the possible status of parts interlocked with the circuit breaker at a given status.

Interlock

•

Removed: The circuit breaker with the racking trolley is extracted from the switchgear with the racking trolley

•

Disconnected: The circuit breaker is inside the switchgear compartment; its power connections are separated from the switchgear contacts by shutters and the LV auxiliary circuits are connected

•

Intermediate: The circuit breaker is moving from the disconnected position to the service position or vice versa

•

Service: The circuit breaker power connections are connected to the switchgear contacts, the LV auxiliary circuits are connected, and the switchgear door is closed and locked

1 2 0 5 0 1 M D

Circuit breaker status 3 2 0 5 0 1 M D

4 2 0 5 0 1 M D

5 2 0 5 0 1 M D

Racking-in

200

Racking-out

Removed

Disconnected

Intermediate

Service

Prohibited

Not possible

Operating

Mandatory

Closed

Mandatory

Mandatory

Open

Possible

Possible (1)

Closed

Possible

Preferred

Mandatory (2)

Mandatory

Unlocked

Unlocked

Locked (2)

Locked (2)

Disconnected

Mandatory

Possible (1)

Prohibited

Prohibited

Connected

Not possible

Preferred

Mandatory (3)

Mandatory (3)

Open

Possible

Preferred

Mandatory

Possible

Closed

Possible

Possible

Prohibited (4)

Possible (5)

Open

Possible

Possible

Mandatory

Mandatory

Closed

Possible

Possible (1)

Prohibited

Prohibit ed

Parts

Compartment shutters

Switchgear door

Open

Door handle LV connector

CB operating mechanism

Ground switch position

(1) Impossible to rack-in (2) Impossible to access the CB compartment (3) Impossible to access the LV plug

Not possible

Prohibited

Prohibited

(4) Impossible to activate the “close” command (5) Impossible to rack-out

Specific interlocking

2 2 0 5 0 1 M D

This is a mechanical device, which allows the panel builders to create their own interlock. Fixed type circuit breakers, which are converted into a withdrawable circuit breaker by the customer using the customer's own racking trolley, need to have an interlock between the circuit breaker and the trolley. This part is installed during the manufacturing process.



Other complementary devices


6 2 0 5 0 1 M D

Blocking magnet on racking trolley Y1 7 2 0 5 0 1

M D

Operation counter

8 2 0 5 0 1 M D

Y1 position

Y0 position

5 2 4 3 0 1 M D

Operation counter

Operation counter The operation counter installed on the operating interface records the number of opening/closing cycles.

7 2 4 3 0 1 M D

Blocking magnet on closing Y1

Blocking magnet Blocking magnet on closing Y1 If the controlling power supply to operate this magnet is lost, the circuit breaker cannot perform the normal closing operation (including manual closing).

Blocking magnet on racking trolley Y0 8 2 4 3 0 1

M D

If the secondary controlling power supply is lost, the trolley cannot be racked in or out (either manually or by motorization). Blocking magnet on racking trolley Y0

9 2 0 5 0 1 M D

Insulating sleeves for breaker Insulating sleeves for breaker


For fixed type breakers that are converted to withdrawable types, insulating sleeves can be ordered to improve the dielectric withstand at the contact point.




HVX withdrawable type with anti-pumping device

0 3 0 5 0 1 M D

1 0 5 2 5 0 0 0 X S A : r e b m u n g n i w a r D

e n o i c i t i v r s e o s p

1 Q -

1

1

y e l l o r t

0 Q -


0 Q -

n o i t t i s s o e t p

. r e d r o e h t g n i c a l p n e h w d e t a t s e b d l u o h s e s e h t , d e r i u q e r e r a s m e t i l a n o i t p o f I . s m e t i l a n o i t p o e d u l c ) n 6 i t S o o n n s , e 1 o Y d o t n n ( e m m a p r i u . g a q n i e o d i t g d i r s n a o i r d p i n w a e t c e s i h v t e r n h e i T s . i n 1 t n s o e i t m y r e e f p l l i e u o r r q t , e g 1 r n Y e i k k g n a c i e r a r s o b , l t n c i o r u i t o i c r s f i t c o e p n m n g u e a m p m i x o g a d n i m n a k e e c o h t g l r b s a t w h u o c o s h h i t s d i w n s m i i a r i s r g r e a e k i d k a e t r i a u e r b c t b i r t i u c i u c r s c i i r c i h f T C I . . . 1 2 3

r e d r o e h t

o t g n i d r o c c a y e l l o r t r a e g h c t i w s e h t

) l a n o i t p o ( y e l l o h t r n c i t i r o d h w f c s t e i t t e a w n r o n s i o g t n i p a r i o s o m o t i c s p g n n o e i i c k p i s t t v c i s r l o n e e U T S B

1 8 9 0 Q S - S - Y -

n o i t i s r o e p d r d o n e e h n t i t o t o n g y n i e l d l r o o r t c r c o a r n o e i t k ) a l a r a e e r n p b o t i r o t t i e o ) t p y l u n m o a l g ( e ) a l c l s i l c o a r i n i a o o r n d t g ) r c n i t a n n m n l o t i i e h i a t p y o g s h n c o n c i b p ( t n o o e i o r k l i o t n ( e d t o c c i m i t r e p s e s o f o ( o y t d g o o l a s a a e e n m b t u a l l t i p t e t e e r r e e e a l c s s e r a h r r n o o r c f f a s e o r e g a g a t e i a e e h a l l e t g i p n h p w h r c t c m e c n a t o s i t r e r l o t e e l p i r r y w i r c g w g g o r m o n f r s s n n n g u v u w s i i i i n c r a r l i k n n i r e p o o o s i o r r t i s c e e t x c c i d t r c o e o p p l o u i i l v n n i n U M A M M B O O C O U A M 2 1 / 1 1 1 2 0 1 1 1 2 6 1 1 1 2 3 4 0 6 Q M S S S F F F F F Y - - - - - - - - - - K - S -




HVX withdrawable type without anti-pumping device

1 3 0 5 0 1 M D


e n o i c i t i v s r e o s p

1 Q -

1

1

y e l l o r t

0 Q -


0 Q -

n o i t t i s s e o t p

. r e d r o e h t

g n i c a l p n e h w d e t a t s e b d l u o h s e s e h t , d e r i u q e r e r a s m e t i l a n o i t p o f I . s m e t i l a n o i t p o e d u l c ) n 6 i t S o o n n s , e 1 o Y d o t n n ( e m m a p r i u . g a q n i e o d i t d g r i n a s i r i d o p n w e a t c e s i h v t e r n h e i T s . 1 n t i n s o e i t m y r e e f p l l i u r o e r q t , e g 1 r n Y e i k k g n a c i e r s r a o b , l t n c i o i u t r o c i r s f i t c o e p n m n g u e a m p m i x o g a d n i m n a k e e c o h g l t b s r a t w h u o c o s h h i i s d t w n s m i i a r i s r g r e a e k i d k a t a e r i e b u r c b t i r i i t c u u c r s c i i r c h i f T C I . . . 1 2 3

r e d r o e h t o t

g n i d r o c c a y e l l o r t r a e g h c t i w s e h t n i

) l a n o i t p o ( y e l l o h t r c t r i h o d f c w e s t t t i e a w n r o n s i o t g i n s a p r i o o m o t c i s p g n n o e i i c k p i s t t v c i s r l o n e e U T S B

1 8 9 0 Q S - S - Y -

n o i t i s r o e p d r d o n e e h n t i t o t o n g y n i e l d l r o o r t c r c o a n r o e i t k ) a l a r a e e r n p b o i t t r o t i e o ) p t y l u m a l n o e ) a c l l n l ( s i c o g r i i a a o r n d t g ) o r c n i t a n n m n l o t i i e h i a p o g s y t h n c n c n o o b p ( t l o e i o r i i o c k t d n ( t t e o c r i m i e p e s o l o f o ( o d g s a y t s o a a e i e l n p m b t u a l t t e r e e e e a t s e l r c a h r r e r n s o o r e f f s a a c o g e e a r e g a e t i l e t g i h a l p n h p w h r e r e l n a t c t c m r c o s t p o t i i e e l r y w w g g g r r o i c r m w o r n f v u s n i n g u r n i i a s s i r i n c e p o l r o r o k n n i s - r o i t i s r c e t e i d e x c i c o p p l c o v n t o u i n l n i U M A M M B O O C O U A M 2 1 / 1 1 1 2 0 1 1 1 2 6 1 1 1 2 3 4 0 6 Q M S S S F F F F F Y - - - - - - - - - - K - S -




HVX fixed type with anti-pumping device


2 3 0 5 0 1 M D

1

1

y e l l o r t

0 Q -


0 Q -

. r e d r o e h t

g n i c a l p n e h w d e t a t s e b d l u o h s e s e h t , d e r i u q e r e r a s m e t i l a n o i t p o f I . s m e t i l a n o i t p o e d u l c ) n 6 i t S o o n n s , e 1 o Y d o t n n ( e m m a p r i u . g a q n i e o d i t g d i r s n a i r i d o n p w a e t c e s i h v t e r n h e i s T . i n 1 t n s o e i t m y r e e f p l l i u o e r r q t , e g 1 r n Y e i k k g n a c i a s e r r o b , l t n c i o i u t r i o c r s f i t c o e p n m n g u e a m p m i x o g a d n i m n a k e e c o h t g l r b s a t w h u o c o s h h i t s d i w n s m i i a r s r i g r e a e k i d k a t a e r i u e r b c b i t r i t u c i c u r s c i i r c h i T C f I . . . 1 2 3

n o i t ) l a r ) a l e a n p o n i ) o l t o a i p y n t o b p ( o i o t ( e d e p e s o y t a s a ( a e u a l l t e e e e s e l r r c a s e r e g a e a t l n h e n g i l e c a p t r e e t i l r r o m w g r n g u v u s i n c r n i e p r - o r i e s e d t c o v n n i p l O C O U A M 1 1 2 1 2 3 4 0 6 F F F F - - - - K - S -

r e d r o e h t o t g n i d r o c c a r e k a e r b t i u c r i c e h t

) l a n o i t r t e p o t n m a l g ( o s i c o a i r n d t g a n n m n h i o g i s c n c n l o e i o r i k n t t o c c i i m r s o f o d g o o l e i n p m b t t t e e r r a a r o f o n s r h c f o g a e t i e h a l p p w h r e c t c m r o s t o i i r y w w g g c o r n f s s i n i n i a r i k l o o s o i r c n t e t i x r c i c l o p o u i n U M A M M B O 2 1 / 1 0 1 1 1 2 6 1 1 Q M - S - S - S - Y - F -




HVX fixed type without anti-pumping device 4 0 5 2 5 0 0 0 X S A : r e b m u n g n i w a r D

3 3 0 5 0 1 M D

1

1

y e l l o r t

0 Q -


0 Q -

. r e d r o e h t g n i c a l p n e h w d e t a t s e b d l u o h s e s e h t , d e r i u q e r

e r a s m e t i l a n o i t p o f I . s m e t i l a n o i t p o e d u l c ) n 6 i t S o o n n s , e 1 o Y d o t n n ( e m m a p r i u . g a q n i e o d i t d g r i n a s o i r d p i n w e a t c e s i h v t e r n h e i T s . i n 1 t n s o e i t m y r e e p l i l f e u o r r q t , e g 1 r n Y e i k k g n a c i e r s r a o b , l t n c i o r u i t o i c r s f i t c o e p n m n g u e a m p m i x o g a d n i m n a k e e c o h t g l b s r a t w h u o c o s h h i i s d t w n s m i i a r i s r g r e a e k i d k a e t r i a u e r b c t b r t i i u c i u c r s c i i r c h i f T C I . . . 1 2 3

n o i t ) l a r ) a l n e a o p n t i ) o l o p a i y t n o b p ( o i o t d ( e e p e s o y t s a ( a a e l u a l e e r e t e r c s e l e a s r e g a e a t l n h e n g i e c a p i t r l t e e l r r g r o m w n g u v u s i n c r p o n i r e r e s e d i c o v n t p l n i O C O U A M 1 1 2 1 2 3 4 0 6 F F F F - - - - K - S -

r e d r o e h t o t g n i d r o c c a r e k a e r b t i u c r i c e h t n i

) l a n o t i r t e o t p m a l n o ( s i c o g i a r n d t g a n n m n i h i o g s c n c n o l i e i o r k c t o c r m i t s o f o d g o o l e i n p m b t t t r e e a a h r r o f o n s r f c o g a t e i e h h a l p p r w c c o s i t i t m e r o r y w w g g c o r s s n n n f i i i a r i k s i o o l r o r c n t e t i x c c o p o u i i l n U M A M M B O 2 1 / 1 0 1 1 1 2 6 1 1 Q M S S S Y - - - - - F -




HVX motorized trolley withdrawable type with anti-pumping device

4 3 0 5 0 1 M D


2 2

e n o i c i t i v s r e o s p

1 Q -

1

1

y e l l o r t

0 Q -


0 Q -

n o i t t i s s e o t p

. r e d r o e h t

g n i c a l p n e h w d e t a t s e b d l u o h s e s e h t , d e r i u q e r e r a s m e t i l a n o i t p o f I . s m e t i l a n o i t p o e d u l c ) n 6 i t S o o n n s , e 1 o Y d o t n n ( e m m a p r m i a u . g r a g q n i a e o d i i t g d d r i n g a s i r i n i d o r n p w i a e t c e w s i h e v t h e r n t h e i s n T i . i n 1 t 2 n s o e i t o m y r t e r e f p l l i e e u o r f r q t , e r e g 1 , r n Y 0 e i Y k k g n y a c i e a s l e r l r o o , l b r t n c t i o r r u i t o o i c s f f r i t t c o e e p n n m n g g u e a a m p m m i x o g g a d n n i i m n a k k c e e c o l o h g l t r b b s a t t w h u u o c o o s h t h h i i i s d t w w n s s m i i i a r i s r g r r e e a i e k k d k a a e t r e r i a u e r b b c t b i r t i t i u u c i c u c r i r s c i i r c c i h f f T C I I . . . . 1 2 3 4

r e d r o e h t o t


) l a n o i t p o ( y e l l y o h t r l e c l t r o i r h o d c w f t e t t i s t e g a n w n r o n i s i o t g k i n s a c p r i a o o m r o t p g r c i s o n n f o e i i c k r p i s o t t v c t i s r l o o n e e U T S B M

1 8 9 0 2 Y M Q S - S - - -

n o i t i s r o e p d r d o n e e h n t i t o t o n g y n i e l d l r o o r t c r c o a n r o e i t k ) a l a r a e e r n p b o t i r o t t i e p o ) t y l u m a l n o e ) a c l g l ( s i l c r i n o i a o o r a g n d t r c n i ) t a n n m n l o t i e h i a i p o g s y t n h c n c n l o b o p ( t o e i o r i i o c t ( e d n t o k i m i t c r e p e s o l o f o o y t d g s a o s a ( a e e n m b t u a l l t i t t p r r e e e e e e a a h o o n s s e l r r c r r e f f s a a c o g e e a r e g a t e i l e t g n h h a l p p w h r c c c n a i t o s i t i t m e r e r l o e e t l p i r r r c g g y w w g o w r m o r s s n f n i n g u v n i i i r u s a r n i c p k i n n l o o e s - o o i r r c e e s r d i r t t i t c x c c o o e o u i i l p p l v n n i n U M A M M B O O C O U A M 2 1 / 1 1 1 2 0 1 1 2 6 1 1 1 1 2 3 4 0 6 Q M S S S F F F F F Y - - - - - - - - - - K - S -




5 3 0 5 0 1 M D

HVX motorized trolley withdrawable type without anti-pumping device 6 0 5 2 r . 5 e 0 d 0 r 0 o X e S h A t : g r i n e b c a l m p u n n e g h n w i w d e a t r a D t s

2 2

n e n o o i i c i t i t t i v s s r s o e e o s p t p

1 Q -

1

1

y e l l o r t

0 Q -


0 Q -

e b d l u o h s e s e h t , d e r i u q e r e r a s m e t i l a n o i t p o f I . s m e t i l a n o i t p o e d u l c ) n 6 i t S o o n n s , e 1 o Y d o t n n ( e m m a p r m i a u . g r a g q n i a e o d i i t g d d r i s n g a o i r i n d p i r n w i a e t c e w s i h e v t h e r n t h e i n T s i . i n 1 t n s o 2 e i t o t m y r e r e f p l l i e e f u o r r q t , e r e 1 , r g n Y 0 e i Y k k g n y a c i e e l l r s r a o o , l b r t n c t i o r r u i t f o f o i c r s t t i c o e e p n n m n g g u e a a m p m m i x o g g a d n n i i m n a k k c e e c o l o h t g l b b r s a t t w h u u o c o o s h h i t h t i s d i w w n s s m i i i a r i s r g r r e e a i e k k d k a a e t r e r i a u e r b b c t t b i i r t i u u c i c r c u r i s c i i r c c i h f f T C I I . . . . 1 2 3 4

r e d r o e h t o t


) l a n o i t p o ( y e l l y h o r l e t c l t r o i r h o d c w f t e t t i s t e g a n w n r o n i s t i o g k i n s a c p r i a o o m r o t p g r c i s o n n f o e i i c k r p i s o t t v c t i s r l o o n e e U T S B M

1 8 9 0 2 Y M Q S - S - - -

n o i t i s r o e p d r d o n e e h n t i t o t o n g y n i e l d l r o o r t c r c o a n r o e i t k ) a l a r a e e r n p b o t i r o t t i e p o ) t y l u n m a l g ( o e ) a l c l s i l c r i n o i a o o r a g n d t r c n i ) t a n n m n l o t i e h i a i p y o g s t n h c o b n c i p ( t n o o e i o r k l i o t ( e d n t o c c i m i t r e p e s o l o f o o y t d g s a s a o ( a e e n m b t u a l l t i p t e e e r r e e e a t l a h o o n s s e r r c r r e f f s a a c o g e e a r e g a t e i l e t g i h a l p n h p w h r c c c n a t o s i t i t m e r e r l p i t o e e l r r r c y w w g g g o w r m o n f r s s n n n g u v u s i i i i n c r a r l i p k i n n o o e s - o o i r r c e e s r r t t i d i t c c c o p p l o e o x v n n i n u i i l U M A M M B O O C O U A M 2 1 / 1 1 1 2 0 1 1 2 6 1 1 1 1 2 3 4 0 6 Q M S S S F F F F F Y - - - - - - - - - - K - S -


Notes



Dimensions




HVX 12 kV withdrawable type

44

HVX 12/17.5 kV fixed type

46

HVX 17.5 kV withdrawable type

48


50

HVX 24 kV fixed type

52



Dimensions

Dimensions drawing

6 3 0 5 0 1 M D

628.5 L

624.5 43

35

86

2 1

3 9 Ø

55

55 5 0 2

2 2 6 3 2 5

5 3 Ø 7 9 2

0 6 2

HVX 3 8

4 5 1

6 4 1

6 7

9 1

25

370

C

383

D .5

4

320

E

437

13.5 313

296

200

50

A P

P

8 16

5 5

HVX 12 vacuum circuit breaker

Rated current (A)

630


1,250

Rated voltage (kV)

12


25; 31.5

Rated current (A)

630; 1,250


25

31.5

Installation dimensions (mm) P

A

C

D

E

L

150

502

457

492

503

494

210

650

605

640

653

638

275

850

801

836

853

844



Dimensions

Dimensions drawing

7 3 0 5 0 1 M D

L

606.5 43

602 35

86

NOTE3

M Ø 55

0 1 3

55

W Ø

H 7 0 7

7 9 2

NOTE2

NOTE1

0 8 2

HVX

5 6 1

6 7

119 25

C D 13.5

4

320 370

E

200

383

13.5

50

359 293

296

A P

P

16 16

8.5

5 5

Note 1: For rated current 2,000 A Note 2: For rated current 2,500 A Note 3: Heat sink for rated current 2,500 A

Rated current (A)


A

C

D

E

L

H

210

650

582

640

653

638

691.5

M 118

W 79

128

79

2,000

1,250

1,600

2,000

40

275

850

777

836

853

844

729.5

1,250

1,600

2,000

50

210

650

582

640

653

638

691.5

275

850

777

836

853

844

729.5

275

850

777

836

853

844

729.5

148

109

275

850

777

836

853

844

729.5

158

109

3,150

4,000

(1)

25 50

31.5

P

1,600

2,500

25

Installation dimensions (mm)

31.5

40

(1) The rated current 4,000 A requires forced cooling in the panel.




Dimensions

Dimensions drawing

8 3 0 5 0 1 M D

427.5

406.5 D 112

A 55

55 5 0 2

0 8 4

5 . 8 3 4 4 1 2

4 5 2 7 1 2

30 HVX

119

48

4xM12

250

90 E 384.5 405.5

VIEW A

B P

P

II DETAIL B Ø50 M12 H25 2 2

1 1

2xM10 H15 11 22 0 3

M12

52

HVX vacuum circuit breaker Rated voltage (kV)

12; 17.5


25; 31.5

Rated current (A)

630; 1,250

Rated current (A)

630


1,250


25

31.5


D

E

150

460

400

210

576

520

275

706

650



Dimensions

Dimensions drawing

9 3 0 5 0 1 M D

427

427

407.5 407.5

D

112

112

A

55

9 2 6

0 1 3

0 1 3

55

4 6 6

7 7 5 5 . 8 3 4

5 . 8 3 4 4 1 2

4 5 2

7 3 2

7 3 2

HVX 119

4xM12

48

250 385.5

385.5

E

Ir ≤ 2,000 A

P

48

250

Ir ≥ 2,500 A

405

VIEW A

P

405

DETAIL B

40

Ø80

M16 H32

C

B

0 4

4xM12 H25

DETAIL C 170

F

M12

G

Ir ≥ 2,500 A

HVX vacuum circuit breaker

Rated current (A) 1,250 1,600

2,000

2,500

3,150

4,000 (1)

Rated voltage (kV)

12; 17.5


25; 31.5; 40; 50

Rated cur rent (Ir) (A)

1,250; 1,600; 2,000; 2,500; 3,150; 4,000 (1)

Rated short-circuit current (kA) 40

50

25

31.5

40

25

31.5

40

Installation dimensions (mm) P 210

D 576

E 520

F 30

G 0

50

275

704

650

26

137.5

50

275

704

650

26

137.5

(1) The rated current 4,000 A requires forced cooling in the panel.




Dimensions

Dimensions drawing 0 4 0 5 0 1 M D

628.5 L

624.5 43

35

86

2 1

3 9 Ø

55

55 5 0 2

2 2 6 3 2 5

5 3 Ø

0 6 2

HVX

4 5 1 6 7

3 8 9 1

25

4

320 370

C

383 D 13.5

E

437

13.5 313

296

200

50

A P

P

8 16

5 5


Rated current (A)

630


1,250

Rated voltage (kV)

17.5


25; 31.5

Rated current (A)

630; 1,250


25

31.5


A

C

D

E

L

150

502

462

492

503

494

210

650

610

640

653

638

275

850

806

836

853

844



Dimensions

Dimensions drawing 1 4 0 5 0 1 M D

L

606.5 43

602 35

86

NOTE3

M Ø

55

HVX

0 1 3

55

W Ø

H 7 0 7

7 9 2

8

NOTE2

NOTE1

0 8 2 5 6 1

3 8

6 7

119

25

C

370

D 13.5

4

320

E

200

383

13.5

50

359 293

296

A P

P

16 16

8.5

5 5

Note 1: For rated current 2,000,A Note 2: For rated current 2,500 A Note 3: Heat sink for rated current 2,500 A

Rated current (A)


A

C

D

E

L

H

210

650

582

640

653

638

691.5

M 118

W 79

128

79

2,000

1,250

1,600

2,000

40

275

850

777

836

853

844

729.5

1,250

1,600

2,000

50

210

650

582

640

653

638

691.5

275

850

777

836

853

844

729.5

275

850

777

836

853

844

729.5

148

109

275

850

777

836

853

844

729.5

158

109

3,150

2,500

3,150

4,000

(1)

25 50

31.5

P

1,600

2,500

25


31.5

40

(1) The rated current 4,000 A requires forced cooling in the panel




Dimensions

Dimensions drawing

2 4 0 5 0 1 M D

L 43 2 1

5 3 Ø 0 1 3

55 55 5 7 7

7 8 7

3 4 9 7 Ø Ø

119

HVX

5 . 2 8

5 . 6 9 2

5 2 3

7 6 1 6 7

8 1

25 50

C

49.5

370

441

E

±2

8 1

50

300

383 447

D

4

38 306

13.5

A P

P

8 03

5 0 1

8-10mm


Rated current (A)

630


1,250

Rated voltage (kV)

24

Rated s hor t-circuit cur rent (k A)

25

Rated current (A)

630; 1,250



25

P

A

C

D

E

L

210

650

612

646

653

648

275

850

802

836

853

844



Dimensions

Dimensions drawing

3 4 0 5 0 1 M D

844 43

2 1

NOTE1

W Ø

M Ø NOTE2

0 5 1 3 1 8

148 55 55

W Ø

119

5 . 2 8

5 . 6 9 2

M Ø

5 2 3

7 6 1 6 7 25

8 1

802

7 2 8

NOTE3

370 50

836

49.5

38

383

13.5

853

4

5 . 2 2

447 A±2

850 275

306

50

300

275

8

5 0 1

8-10mm

Note 1: Heat sink for rated current 2,500 A Note 2: For rated current 3,150 A Note 3: For rated current 4,000 A

HVX vacuum circuit breaker Rated voltage (kV)

24


25; 31.5

Rated current (A)

1,600; 2,000; 2,500

Rated current (A) 1,600 2,000 2,500 630


1250

Rated short-circuit current (kA) 25 31.5

31.5

Installation dimensions (mm) M

W

A

135

79

431

93

35

441



Dimensions

Dimensions drawing

457.5

4 4 0 5 0 1 M D

436.5

D 112

A

0 1 3 5 . 5 3 6

55 55

0 3 6

5 . 8 3 4 4 1 2

4 5 2

2 8 2

HVX

4xM12

57.5

119

275 89.5 414

E

435

P

VIEW A

B

P

DETAIL B

Ø45

1 2

4xM8

M12 H35 21 7 2

M12

Rated current (A)

630

1,250



25

103


D

E

F

G

210

600

560

27

103

275

756

700

26

137.5



Dimensions

Dimensions drawing

5 4 0 5 0 1 M D

457.5

457.5

436.5 756

436.5

112

112

A

0 1 3 4 7 6

0 1 3

55 55

4 4 6

2 9 6

5 . 8

5 . 8 3 4

3 4 4 1 2

4 5 2

2 8 2

2 8 2

HVX

32.5

119

(4X) M12

275 89.5

700

32.5

275 89.5

414

Ir ≤ 2,000 A

414

Ir ≥ 2,500 A

435

435

B

VIEW A DETAIL B

275

275

40

Ø80 M16 H32

0 4

4xM12 H25

6 2

M12

137.5



Rated voltage Rated current (kV) (A)


24

1,600; 2,000; 2,500

25

630; 1,250; 1,600; 2,000; 2,500

31.5


Order for form m



HVX 12 kV/17.5 kV/24 kV order for m Basic equipment

56

Options and accessories

57

Spare par ts


56

58


HVX 12 kV/17.5 kV/24 kV order form

Order form

Basic equipment •

To fill in the form, please check the boxes √ that match your choices.

•

Accessories: Each breaker requires 1 plug-in connector for cubicle and its pins.

•

Basic equipment per order: 1 trolley hand crank and 1 charging mechanism for every 5 circuit breakers. 5 is the minimum order quantity. quantity. Additional accessories should be ordered as required.

Basic equipment

Product range: HVX 12 kV Withdrawable (E)

Version type

24 kV

Quantity

Fixed (F)

IEC 62271-100

Standard

12 kV

17.5 kV

630 A

1,250 A

1,600 A

2,000 A

2,500 A

3,150 A

4000 A

25 kA

31.5 kA

40 kA

50 k A

150 mm

210 mm

275 mm

DC220V

DC125V

DC110V

AC230V

AC220V

AC110V

DC60V *

DC48V *

DC24V *

DC220V

DC125V

DC110V

AC230V

AC220V

AC110V

DC60V *

DC48V *

DC24V *

DC220V

DC125V

DC110V

AC230V

AC220V

AC110V

DC60V *

DC48V *

DC24V * Non-standard *

Drawing No

Rated voltage

24 k V

Rated current

Rated short-circuit current Phase distance (P) Opening release (F11)

Closing release (F2)

Charging motor (M1)

Wiring diagram

Standard

Type of grounding (withdrawable type only) Under neath grounding

Side grounding

58-pin plug-in connector

Low voltage plug type

Other Wiring by ter minal block in the frame English

Documentation language Type of rack-in

Manual operating mechanism

Motor operating mechanism

Motor drive for racking trolley DC220V *

DC110V *

DC48V *

Other (on request) * Limited selection of voltages for motorisation of racking trolley available

Operating sequence O-0.3 s-CO-3 min-CO Standard


O-3 min-CO-3 min-CO

O-0.3 s-CO-15 s-CO (on request)


HVX 12 kV/17.5 kV/24 kV order form

Order form

Options and accessories Optional equipment 1 Anti-pumping relay (K01) Capacitor application

With

Without

Yes

No

Optional equipment 2 Blocking magnet on closing (Y1) DC220V

DC125V

DC110V

DC60V *

DC48V *

DC24V *

AC230V

AC220V

AC110V Without

Blocking magnet on racking trolley (Y0) DC220V

DC125V

DC110V

DC60V *

DC48V *

DC24V *

AC230V

AC220V

AC110V Without

Second opening release (F12) DC220V

DC125V

DC110V

DC60V *

DC48V *

DC24V *

AC230V

AC220V

AC110V Without

Undervoltage release (F4) DC220V

DC125V

DC110V

DC60V *

DC48V *

DC24V * 0.5 A *

Overcurrent release (F3)

AC220V

AC110V Without

1A*

5A*

With

Interlock with door Delivery time

AC230V

Without Without

* Longer delivery time is possible

Special conditions (please contact Schneider Electric Application Engineer) 1

................................................................................................................................................................................................................................................................

2

................................................................................................................................................................................................................................................................

(For other requirements, please write here and attach relevant drawings or accessories)

Accessories

Drawing

Quantity

Accessories for HVX withdrawable type Crank for manual circuit breaker rackout

CHD8000092R0114

Crank for charging the operating mechanism

AGSH30498-01

58-pole connector with female pins, loose component for use in low voltage cabinet

ASXN00151-01

Accessories for HVX fixed type Crank for charging the operating mechanism

AGSH30498-01

58-pole connector with female pins, loose component for use in low voltage cabinet

ASXN00151-01



Spare parts

Order form

Opening release F11/F12 HVX voltage (kV) DC B 9 1 4 3 0 1 M D

AC

References 12

17 .5

24

p

p

p

24 V d.c.

AGSH31484-01

p

p

p

48 V d.c.

AGSH31483-01

p

p

p

60 V d.c.

AGSH31483-01

p

p

p

110 V d.c.

AGSH31482-01

p

p

p

125 V d.c.

AGSH31482-01

p

p

p

220 V d.c.

AGSH31481-01

p

p

p

110 V a.c.

AGSH31482-01

p

p

p

220/230 V a.c.

Closing release F2

References

HVX voltage (kV) DC B 9 1 4 3 0 1 M D

AC

12

17 .5

24

p

p

p

24 V d.c.

AGSH31484-01

p

p

p

48 V d.c.

AGSH31483-01

p

p

p

60 V d.c.

AGSH31483-01

p

p

p

110 V d.c.

AGSH31482-01

p

p

p

125 V d.c.

AGSH31482-01

p

p

p

220 V d.c.

AGSH31481-01

p

p

p

110 V a.c.

AGSH31483-01

p

p

p

220/230 V a.c.

Overcurrent release (F3) HVX voltage (kV) B 9 1 4 3 0 1

AGSH31481-01

Without F12

M D

With F12


AGSH31482-01

References 12

17 .5

24

p

p

p

0.5 A

p

p

p

1A

AGSH31484-01

p

p

p

5A

AVXN01742-01

p

p

p

5A

AVXN01742-01

AGSH31482-01


Spare parts

Order form

Charging motor (M1) HVX voltage (kV) DC

References 12

17 .5

24

p

p

p

24 V d.c.

AGSH33016-01

p

p

p

48 V d.c.

AGSH33017-01

p

p

p

60 V d.c.

AGSH33018-01

p

p

110 V d.c. (Isc ≤ 31.5 kA, Ir ≤ 1,250 A)

p

p

110 V d.c. (Isc ≥ 40kA or Isc ≤ 31.5 kA, Ir ≥ 1,600 A)

p

p

p

p

220 V d.c. (Isc ≤ 31.5 kA, Ir ≤ 1,250A)

p

p

220 V d.c. (Isc ≥ 40 kA or Isc ≤ 31.5 kA, Ir ≥ 1,600 A)

B 6 2 4 3 0 1

M D

AC

p

125 V d.c.

AGSH33019-01

p

110 V d.c. (Isc ≤ 25 kA, Ir ≤ 1,250 A)

p

110 V d.c. (Isc ≥ 31.5 kA or Ir ≥ 1,600 A)

p

220 V d.c. (Isc ≤ 25 kA, Ir ≤ 1,250 A)

p

220 V d.c. ( Isc ≥ 31.5 kA or Ir ≥ 1,600 A)

AGSH33020-01

p

110 V a.c. (Isc ≥ 40 kA or Isc ≤ 31.5 kA, Ir ≥ 1,600 A)

p

p

220 V a.c. (Isc ≤ 31.5 kA, Ir ≤ 1,250 A)

p

p

220 V a.c. (Isc ≥ 40kA or Isc ≤ 31.5 kA, Ir ≥ 1,600 A)

p

p

230 V a.c. (Isc ≤ 31.5 kA, Ir ≤ 1,250 A)

p

p

230 V a.c. (Isc ≥ 40 kA or Isc ≤ 31.5 kA, Ir ≥ 1,600 A)

110 V a.c.(Isc ≥ 31.5 kA or Ir ≥ 1,600 A)

p

220 V a.c. (Isc ≤ 25 kA, Ir≤ 1,250 A)

p

220 V a.c.(Isc ≥ 31.5 kA or Ir ≥ 1,600 A)

p

230 V a.c. (Isc ≤ 25 kA, Ir ≤ 1,250 A)

p

230 V a.c. (Isc ≥ 31.5 kA or Ir ≥ 1,600 A)

AVXN00401-01

p

p

AVXN00402-01 AGSH33019-01

110 V a.c. (Isc ≤ 31.5 kA, Ir≤ 1,250 A)

110 V a.c. (Isc ≤ 25 kA, Ir ≤ 1,250 A)

p

Operation counter

12

17.5

24

p

p

p

Operation counter

AVXN00402-01 AGSH33019-01

AVXN00401-01 AGSH33020-01

AVXN00402-01 AGSH33020-01

AVXN00402-01 AGSH33019-01

AVXN00401-01 AGSH33020-01

AVXN00402-01 AGSH33020-01

Auxiliary contacts

AVXN00402-01

AGSH31816-01

References

HVX voltage (kV)


AGSH33020-01

p

p

AVXN00401-01

References

HVX voltage (kV)

5 1 0 5 0 1 M D

Operation counter

B 5 2 4 3 0 1 M D

AGSH33019-01

S11+S12

12

17 .5

24

p

p

p

8NC+8NO

AVX002294-03


Spare parts

Order form

Anti-pumping relay K01 HVX voltage (kV) DC B 4 2 4 3 0 1 M D

AC

References 12

17 .5

24

p

p

p

24 V d.c.

AGSH31506-01

p

p

p

48 V d.c.

AGSH31506-02

p

p

p

60 V d.c.

AGSH31506-03

p

p

p

110 V d.c.

AGSH31506-04

p

p

p

125 V d.c.

AGSH31506-05

p

p

p

220 V d.c.

AGSH31506-06

p

p

p

110 V a.c.

AVX001154-01

p

p

p

220/230 V a.c.

LV plug assembly on withdrawable/fixed circuit breaker HVX voltage (kV) 7 4 0 5 0 1 M D

8 4 0 5 0 1 M D

12

17 .5

24

p

p

p

p

p

p

AGSH31506-08

References

58-pole connector with male pins on CB side

ASXN00152-01M

58-pole connector with female pins, loose component for use in l ow voltage cabinet

ASXN00151-01S

For the plug and socket system, pins, and special tools, please refer to the user guide

Terminal block for fixed circuit breaker HVX voltage (kV) 9 4 0 5 0 1 M D


References

12

17 .5

24

p

p

p

Terminal block

AVXN01855-01M


Spare parts

Order form

Racking trolley for manual operation HVX voltage (kV) 0 5 0 5 0 1 M D

1 5 0 5 0 1

M D

Without door interlock

With door interlock

References

12

17 .5

24

p

p

Phase distance = 150 mm

p

p

Phase distance = 210 mm, Isc ≤ 31.5 kA, Ir ≤1,250 A

CHD8000037R0171

p

p

Phase distance = 210 mm, Isc ≥ 40 kA or Ir ≥ 1,600 A

CHD8000037R0172

p

p


CHD8000037R0173

p


CHD8020028R0126

p


CHD8020028R0127

CHD8000037R0174

CHD8000037R0170

p

p


p

p

Phase distance = 210 mm, Isc ≤ 31.5 kA, Ir ≤ 1,250 A

CHD8000037R0175

p

p

Phase distance = 210 mm, Isc ≥ 40 kA or Ir ≥ 1,600 A

CHD8000037R0176

p

p


CHD8000037R0177

p


CHD8020028R0148

p


CHD8020028R0149

Motorized racking trolley HVX voltage (kV) 2 5 0 5 0 1

M D

Without door interlock

References 12

17 .5

24

p

p

Phase distance = 210 mm, Isc ≤ 31.5 kA, Ir ≤ 1,250 A CHD8000037R0127

p

p

Phase distance = 210 mm, Isc ≥ 40 kA or Ir ≥ 1,600 A CHD8000037R0183

p

p


CHD8000037R0128

Phase distance = 275mm

CHD8020028R0128

p 7 1 0 5 0 1

M D

With door interlock

p

p

Phase distance = 210 mm, Isc ≤ 31.5 kA, Ir ≤ 1,250 A CHD8000037R0185

p

p

Phase distance = 210 mm, Isc ≥ 40 kA or Ir ≥ 1,600 A CHD8000037R0186

p

p


CHD8000037R0187

Motor for motorized racking trolley HVX voltage (kV) Motor

3 5 0 5 0 1

M D


Motor controller

References 12

17 .5

24

p

p

p

DC 110 V d.c.

AVXN00051-01

p

p

p

DC 220 V d.c.

AVXN00051-02

p

p

p

DC 48 V d.c.

AVXN00066-01

p

p

p

220 V d.c.-2 A (800/1,000 mm width cubicle)

p

p

p

110 V d.c.-2.5 A (800 mm width cubicle)

p

p

p

110 V d.c.-4.6 A (1,000 mm width cubicle)

p

p

p

48 V d.c.-4.2 A (800 mm width cubicle)

p

p

p

48 V d.c.-7.2 A (1,000 mm width cubicle)

RL-TRC-10-A1 RL-TRC-10-B1

RL-TRC-10-B2 RL-TRC-10-C1

RL-TRC-10-C2


Spare parts

Order form

Micro switches inside the trolley (draw in/out position) 12

17 .5

24

S8

p

p

p

Micro switch inside the trolley

CHD8100235P0102

S9

p

p

p

Micro switch inside the trolley

CHD8100235P0102

HVX voltage (kV) 4 5 0 5 0 1

References

M D

Interlock

References

HVX voltage (kV) 5 5 0 5 0 1 M D

Racking trolley interlock

Micro switch S61

12

17 .5

p

p

24 Withdrawable type CB

AVXN00206-02M

p

Withdrawable type CB

AVXN00206-11M

p

p

p

Fixed type CB (to modify a fi xed type CB into a withdrawable CB)

AVXN00013-02M

p

p

p

Draw-out interlock micro switch

AVXN00128-01M

Pushbuttons

References

HVX voltage (kV)

12

17 .5

24

p

p

p

6 5 0 5 0 1 M D

Close

Close/open red/black pushbutton

AVXN00336-01M

Open

Front cover HVX voltage (kV) 7 5 0 5 0 1 M D


References 12

17 .5

24

p

p

Phase distance 150 mm

AVXN01136-01M

p

p


AVXN01136-02M

p

p


AVXN01136-03M

p


AVXN01137-01M

p


AVXN01137-02M


Spare parts

Order form

IP cover

References

HVX voltage (kV)

8 5 0 5 0 1

12

17 .5

p

p

p

p

p

p

p

p

p

p

24

M D

p

p

p

L x H: 498 mm x 620 mm (PD=150mm, Isc ≤ 31.5 kA, Ir ≤ 1,250 A)

AVXN00340-01M

L x H: 638 mm x 620 mm (PD = 210 mm, Isc ≤ 31.5 kA, Ir ≤ 1,250 A)

AVXN00340-02M

L x H: 844 mm x 620 mm (PD = 275 mm, Isc ≤ 31.5 kA, Ir ≤ 1,250 A)

ASXN00686-01M

L x H: 638 mm x 684 mm (PD=210mm, Isc ≥ 40 kA or Ir ≥ 1,600 A)

AVXN00340-03M

L x H: 844 mm x 684 mm (PD=275mm, Isc ≥ 40 kA or Ir ≥ 1,600 A)

AVXN00340-04M

L x H: 638 mm x 775 mm (PD=210mm, Ir ≤ 1,250 A, Isc ≤ 25 kA)

ASXN00677-01M

L x H: 844 mm x7 75 mm (PD=275mm, Ir ≤ 1,250 A, Isc ≤ 25 kA)

ASXN00677-02M

L x H: 844 mm x 815 mm (PD=275mm, Ir ≥ 1,600 A or Isc ≥ 31.5 kA)

ASXN00672-03M

Shutter lifting device

References 12

HVX voltage (kV)

9 5 0 5 0 1 M D

17 .5

24

p

Phase distance 150 mm, Contact distance 205 mm

AVXN00591-01M

p


AVXN00591-02M

p


AVXN00591-03M

p


AVXN00591-21M

p


AVXN00591-22M

p


AVXN00591-31M

p


AVXN00591-32M

p


AVXN00591-33M

p


AVXN00591-21M

p


AVXN00591-22M

p


ASXN00677-01M

p


ASXN00677-02M

Grounding of the racking trolley HVX voltage (kV) 8 1 0 5 0 1 M D

9 1 0 5 0 1 M D

References 12

17 .5

24

p

p

Side grounding of trolley (2 x AVXN00203-01 required)

AVXN01856-01M

p

p

Underneath grounding of trolley (PD = 275 mm)

AVXN01856-03M

p

p

Underneath grounding of trolley (PD =150 mm/210 mm) Underneath grounding of trolley (PD = 210 mm)

AVXN01856-02M

Underneath grounding of trolley (PD = 275 mm)

AVXN01856-05M

p

Underneath grounding


Side grounding

p

AVXN01856-04M


Spare parts

Order form

AC magnets are operated with a rectifier

Blocking magnets on racking trolley (Y0) HVX voltage (kV) DC

B 8 2 4 3 0 1 M D

AC

References

12

17 .5

24

p

p

p

24 V d.c.

ASX000597-01

p

p

p

48 V d.c.

ASX000597-03

p

p

p

60 V d.c.

ASX000597-08

p

p

p

110 V d.c.

ASX000597-04

p

p

p

125 V d.c.

ASX000597-05

p

p

p

220 V d.c.

ASX000597-06

p

p

p

230 V d.c.

ASX000597-07

p

p

p

110 V a.c.

ASX000597-04

p

p

p

220 V a.c.

ASX000597-06

p

p

p

230 V a.c.

ASX000597-07


Blocking magnets on closing (Y1) HVX voltage (kV) DC B 7 2 4 3 0 1 M D

AC

References 12

17 .5

24

p

p

p

24 V d.c.

AVXN00186-08

p

p

p

48 V d.c.

AVXN00186-06

p

p

p

60 V d.c.

AVXN00186-05

p

p

p

110 V d.c.

AVXN00186-04

p

p

p

125 V d.c.

AVXN00186-03

p

p

p

220 V d.c.

AVXN00186-02

p

p

p

230 V d.c.

AVXN00186-01

p

p

p

110 V a.c.

AVXN00186-04

p

p

p

220 V a.c.

AVXN00186-02

p

p

p

230 V a.c.

AVXN00186-01


Clusters HVX voltage (kV)

0 6 0 5 0 1

M D

References 12

17 .5

24

p

p

p

Ir = 630 A, Isc ≤ 25 kA

p

p

p

Ir = 630 A, Isc = 31.5 kA or Ir=1,250 A , Isc ≤ 31.5 kA

p

p

Ir ≤ 1,250 A, Isc ≥ 40 kA or Ir = 1,600/2,000 A, Isc ≤ 50 kA ASXN00439-03

p

p

Ir = 2,500/3,150/4,000 A, Isc ≤ 40 kA

ASXN00439-04

p

p

Ir = 2,500/3,150/4,000 A, Isc = 50 kA

ASXN00439-05

p


Ir = 1,600/2,000/2,500 A, Isc ≤ 31.5 kA

ASXN00439-06

ASXN00439-07

ASXN00439-02


Spare parts

Order form

Arms HVX voltage (kV)

References 12

17.5 2 4

p

Ir = 630 A, Isc ≤ 31.5 kA

AVXN00372-01

p

Ir = 1250 A, Isc ≤ 31.5 kA

AVXN00672-01

p

Ir = 630 A, Isc ≤ 31.5 kA

AVX8000009R0101

p

Ir = 1250 A, Isc ≤ 31.5 kA

AVX8000008R0101

p

p

Ir ≤ 1,250 A, Isc ≥ 40 kA or Ir = 1,600/2,000 A, Isc ≤ 50 kA ASXN00745-21

p

p

Ir = 2,500/3,150/4,000 A, Isc ≤ 50 kA

2 6 0 5 0 1

M D

ASXN00745-22

p

Ir = 630/1,250 A, Isc ≤ 25 kA

p

Ir = 630 A/1,250 A , Isc = 31.5 kA

p

Ir = 1,600/2,000 A/ 2,500 A, Isc ≤ 31.5 kA

ASXN00661-01

AVX8020001R0101

ASXN00661-21

Insulating sleeves HVX voltage (kV) 1 6 0 5 0 1

M D


References 12

17.5

24

Ir ≤ 1,250 A Isc ≤ 31.5 kA

Ir ≤ 1,250 A Isc ≤ 31.5 kA

Ir ≤ 1,250 A Isc ≤ 25 kA

Ir ≤ 1,250 A Isc ≥ 40 kA or Ir ≥ 1,600 A

Ir ≤ 1,250 A Isc ≥ 40 kA or Ir ≥ 1,600 A

Ir ≤ 1,250 A Isc ≥ 31.5 kA or Ir ≥ 1,600 A

CHD8000134P0104

NVE44473


TOOLS


This international web site allows you to access all the Schneider Electric solutions and product information via: • Comprehensive descriptions • Range datasheets • A download area • Product selectors You can also access information dedicated to your business and contact your Schneider Electric country support.

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