becker mining systems endis€¦ · endis why endis ? endis switchgear have no termi-nal...

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ENDISBECKER MINING SYSTEMS • Compact switchgear

• TransSwitch• Modular Technology• Disconnecting device for every plug-in module• Integrated control and monitoring electronics• Easy parameterisation• Plug-in connections• Systematic control

endis

WHY ENDIS ?

endis switchgear have no termi-nal compartments.

Plug-in modules replace swit-ches, contactors, and discrete monitoring technology.

There are no conventional dis-connecting switches. Every plug-in unit is part of the dis-connecting device.

The power bus with plug contacts for the plug-in modules replaces conven-tional wiring. This saves space. All switchgear have standardised slots (Types 1, 3, 6, and 10), into which a plug-in module suited for the slot type can be inserted.

COMPACT SWITCHGEAR

We have gone a step further, however. We have combined the transformer and switchgear

into a single unit. In the case of trans-formers of the TEK type, terminal boxes or switchgear can be switch onto the primary and/or secondary voltage side.

TRANSSWITCH

TransSwitch (transformer and switchgear unit) is even more compact. It consists of a flamepro-of enclosure for the transformer and switchgear and is inconsiderably larger than a transformer alone, whilst still being a complete power station with insulation monitoring and lighting and con-tactor outputs.

KE 1004 COMPACT STATION

TEK transformer/switch-gear combination for medium voltage

TransSwitch for low voltage

MODULAR TECHNOLO-GY

Modular technology? That isn‘t anything special.

But endis is. Our modular technology differs consider-ably from the standard.

There is no connection be-tween the plug-in module and the switchgear for pow-er and control lines, which have to be connected man-ually.

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DISCONNECTING DEVICE FOR EVERY PLUG-IN MODULE

Only one disconnecting switch for several plug-in modules? Or even only one for the entire switchgear? That was not enough. In the endis system, every plug-in module has a disconnecting device. A plug-in module is disconnected from the power bus as follows:

• Lift the lever of the disconnecting device.• The monitoring circuits are disconnected and the plug-in module is shut down.• Turn the lever of the disconnecting device to the left.• Remove the plug-in module from the power bus.• The feed contacts are covered to prevent contact. In case of medium voltage, the shunting contacts are also earthed.• Short circuit release test

An appropriate plug-in module is available for every application, whether as a power contactor for a large drive, a double contactor for low to medium power drives (even as a double reversing contactor), insution monitor with lighting outputs, or a power switch for medium voltage.

The plug-in module must only be pushed into the switchgear and switched on using the discon-necting device. In the process, all connections are established automatically. Nothing else is necessary.

INTEGRATED CONTROL AND MONITORING ELECTRONICS

No individual monitoring components have to be set by hand. A protective module, an electronic unit that assumes all control and monitoring functions of the plug-in module, has been integrated into the plug-in module:

• Insulation monitor• Short circuit and

overload protection• Locking device against

accidental earthing with functional test

• Phase monitor (failure and unbalance)

• Temperature monitor• Pilot circuit (overload/

PE monitor)• Control system of the

vacuum switching

tubes

EASY PARAMETERISATION

The protective module in the plug-in module com-municates with the display module in the switch-gear via a serial data bus. There, the most im-portant information from the plug-in module are displayed, and all parameters are set and saved as a protection against a voltage loss. The flame-proof enclosure of the switchgear does not have to be opened for this purpose. After a change of the plug-in module, the values stored in the display module are automatically transferred to the protective module in the plug-in module and stored there. A re-entry of the parameters is not necessary.

PLUG-IN CONNECTIONS

In the case of the endis switchgear for low vol-tage, there is no excessive work for the laying and insertion of lines and for connecting them to terminals in tight terminal compartments.

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The PC (Power Connector) plug system covers the spectrum of mains voltages up to 1.1 kV and nominal currents 400 A. All three designs with nominal voltage 250 V for lighting systems and 1.1 kV for small and large drives have flameproof enclosure „d“ type of protection when assem-bled.

The assembly of both 1.1 kV designs is very easy and can also be performed underground. Due to the solid, completely screwed construction, the plugs can be reused. Switchgear for medium vol-tage 3.3 kV are also available with plug-in con-nectors, of course.

SYSTEMATIC CONTROL

The plug-in modules in the switchgear can be controlled in parallel via contacts, but also

serially using field bus adapters through our BE-TACONTROL, MINCOS, MINING MASTER, PRO-MOS, and PROMOS PLUS system families.

All external connections are created using plug-in connectors. This saves time in the installation.

FLP COMPACTSTATION

1KV TO 3.3 KV

KE 1002 1.1KVFLAMEPROOF SWITCHGEAR

KE1002 UP TO 1140V –2 X 350A OR 1 X 400A

(can be used to restricted neutral network or insulating neutral network) ENDIS switchgear consists of a flameproof enclosure, no terminal compartment, only fitted with plugs and sock-ets. Access is by means of a quick opening door, equipped with a central locking system mechani-cally interlocked with the 2 isolator devices. Every plug-in unit is part of the disconnecting devices.

KEY FEATURES

• Compact design• Modular mounting• High breaking capacity• Sockets & Plugs up to 1140V max. up to

450A

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• Shorter energy train oversimplifies the han-dling along the gates

• Quick-opening door• Plug-in technology• Integrated and adjustable electronic• Reduced level of spare parts due to a com-

mon technology• Spare outgoing o the g.e.b. becomes redun-

dant due to a quick and easy exchange of the module

• The plug-in technology reduces the erection time underground

• DIS-GRACO all messages in clear text, availa-ble in various languages

The power bus with plug-in contacts for the plug-in modules replaces conventional wiring and saves on space. The KE1002 has two available slots for module units. The module units can be one of the following:

• IMTU Lighting module with two outputs up to 230V 3,1kVA

• HPC450-… High power contactor 450A up to 1140V single output with reverse

• TCU Twin contactor unit up to 1140V max. 160A two outputs

• TCU-R Twin contactor unit up to 1140V max. 160A two outputs with reverse

One intrinsically safe compartment fitted with 2 displays linked with the contactor modules for setting of the working parameters and various di-agnosis and 1 interface field bus type IFB-M

• Dimensional: 1320 x 640 x 825• Weight : 420kg

• Equivalent product technology for the differ-ent classes of voltage

• Quick opening doors and the unique technol-ogy reduce the shutdown time

KE 1004 1.1KV

KE 1006 1.1KV

FLAMEPROOF SWITCHGEAR


KE1004 UP TO 1140V 2X 400 AMP

KE1006 UP TO 1140V 1000A.

(can be used to restricted neutral network or insulating neutral network )

ENDIS switchgear consists of a Flameproof en-closure, no terminal compartment, only fitted with plugs and sockets. Access is by means of quick opening doors mechanically interlocked with isolator devices.

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FEATURES

• Compact design• Modular mounting• High breaking capacity• Sockets & Plugs up to 1140V max. up to 450A• Equivalent product technology for the different

classes of voltage• Quick opening doors and the unique technology

reduce the shutdown time• Shorter energy train oversimplifies the handling

along the gates• Quick-opening door• Plug-in technology• Integrated and adjustable electronic• Reduced level of spare parts due to a common

technology• Spare outgoing o the g.e.b. becomes redundant

due to a quick and easy exchange of the module• The plug-in technology reduces the erection time

underground• DIS-GRACO all messages in clear text, available in

various languages

The power bus with plug-in contacts for the plug-in modules replaces conventional wiring and saves on space. The KE1004 has four available slots for mod-ule units.

The power bus with plug-in contacts for the plug-in modules replaces conventional wiring and saves on space. The KE1006 has six available slots for module units.

THE MODULE UNITS CAN BE ONE OF THE FOLLOWING:

• IMTU Lighting module with two outputs up to 230V 3,1kVA

• HPC450-… High power contactor 450A up to 1140V single output with reverse

• TCU Twin contactor unit up to 1140V max. 160A two outputs

• TCU-R Twin contactor unit up to 1140V max. 160A two outputs with reverse

• TCU-D Twin contactor unit 127V or 230V two out-puts for drilling machine

• TM1 Transformer unit 4kVA up to 1140V/ 127V or 230V for supplying the TCU-D

One intrinsically safe compartment fitted with 4 dis-plays linked with the contactor modules for setting of the working parameters and various diagnosis and 1 interface field bus type IFB-M

• Dimensional: 1150 x 620 x 620• Weight : 550kg


Two switchgear compartments with power bus

technology

A mounting compartment for the lighting transform-

er

A connecting compartment for the supply lines

ENCLOSURE WITH FOUR SLOTS

EARLY BRAKE CONTACTS

PLUG-IN MODULE

MAIN OUTPUT

POWER SUPPLY CONTACTS

SECOND OUTPUT

ENERGY BUS CIRCUIT BOARD

The IMTU-TS slide-in module with an earth leak-age monitor and two lighting outputs is supplied with power by the lighting transformer.

endisFour of the eight Type 1 module slots of the device can be equipped variably with single or double contac-tors and thus switch up to 12 motor outputs. On the supply line side, the connection can be established either using cable leads in the connecting compart-ment or PC 1000 2 plug connectors. On the outgoing line side, the connection is established only via plug connectors.

MODULAR TECHNOLOGY

Depending on the module slot, the following slide-in modules can be used in the compact station:

SLIDE-IN MODULE TOP BOTTOM

1 2 3 4 5 6 7 8

IMTU-TS1 x

HPC 450-12 x x x x x x

TCU/TCU-R3 x x x x x

1. Earth leakage monitor and lighting2. Power contactor 1.1 kV3. Twin contactor unit, also reverseable

CONTROL SYSTEM The slide-in modules of the KE 1008 can either be controlled in a parallel manner via contacts or in a serial manner via various field bus adapters.

DISCONNECTING DEVICE

Each slide-in module has its own disconnecting de-vice. When disconnected, the slide-in module is re-moved from the power bus and the supply contacts in the power bus are insulated. The quick-acting door ca not be opened until all slide-in modules of a housing have been disconnected.

PARAMETERISATION

The operating parameters for every slide-in mod-ule are set on the display module in the intrinsically safe conecting compartment and stored permanently there. If a slide-in module is changed, no new entry of parameters is required.

ELECTRICAL DATA OF THE COMPACT STATIONInsulating class 1.2 kV

Nominal voltage 1.1 kV

Mains frequency 50/60 Hz

Total current max. 1,000 A

Current at each output:1 max. 400 A

Short-circuit resistance 21 kA

Surge strength 41 kA

ELECTRICAL DATA FOR THE LIGHTING TRANS-FORMERSecondary voltage 127/230 V

Approx. nominal output 6/12 kVA

EXPLOSION PROTECTIONCategory I (M1/M2) M1/M2

Type of protection I (M1/M2) M1/M2

Certificate INERIS 05 ATEX xxxx X

MECHANICAL DATAApprox. height 1.390 mm

Approx. width 1.950 mm

Approx. depth 950 mm

Approx. weight, fully equipped 1.900 kg

1 Depends on slide-in module and plug-in system used.


• Innovative switchgear with modular technology and plug-in connections, which redefines the con-cept of a compact station.

• Both slots can be equipped with a power contac-tor unit.

• Every plug-in unit has its own circuit breaker and earthing device.

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• The operating parameters and tripping limit values for the plug-in units are entered in the display and control units in the intrinsically safe terminal compartment. The compact station does not have to be opened or shut down for this purpose.

• Simple connection using plug-in-connectors reduces the installation costs. Fast trouble shooting due to modular technology minimis-es downtimes.

COMPACT

A plug-in connector attached directly to the flame-proof enclosure makes it possible to do without voluminous terminal compartments and to offer compact switchgear that also does justice to the term “compact”.

MODULAR TECHNOLOGY

The plug-in units are ready-for-use units. They are just inserted into the switchgear and activated by the cir-cuit breaker – more is not required. Two power contac-tor units of the type HPC 450-3 can be operated in the KE 3002 V2.

POWER BUS

Several compact stations can be connected in series via the connections for the power bus on both sides.

Figure 1: Power Bus in the KE3002 V2

CIRCUIT BREAKER

Each plug-in unit has its own circuit breaker. In the disconnected state, the plug-in unit is removed from the power bus and completely electrically decoupled from the switchgear. The quick-acting door cannot be opened until all plug-in units have been disconnected.

PARAMETERISATION

The operating parameters for every plug-in unit are set on the display and control units in the intrinsically safe terminal compartment and per-manently stored there. As soon as the plug-in unit is switched on, the values stored there are trans-ferred to it. If a plug-in unit is changed, no new entry of parameters is required.

ELECTRICAL DATA

Nominal voltage 3.3 kV AC


Total current 500 A

Current at each output 400 A

Short-circuit resistance 13 kAeff


MECHANICAL DATA

Approx. height 639 mm

Approx. width 910 mm


Approx. weight, fully equipped (250 kg)

MECHANICAL DATA

Type of protection EEX [ia/ib] ia/ib m I

Certificate

KE 3004 3.3KV


• Switchgear with power bus technolo-gy and plug connections.

• Four module slots for power contac-tors.

• Every module slot has its own dis-connecting and earthing device.

• Parameters for the slide-in modules can be set at the closed compact station during operation.

• Control of the slide-in modules alter-natively via contactsor various field bus systems.

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APPLICATION

KE 3004 consists of a FLP enclosure in with the four plug-in modules can be accomodated, with two quick opening doors mechanically inter-locked with the four isolatior devices. The con-nection can be established either via connecting compartments with cable leads or via plug con-nectors.

MODULAR TECHNOLOGY

The four module slots of Type 3 can be equipped with one HPC 450-3 power contactor module each.


Each slide-in module has its own disconnecting device. When disconnected, the slide-in mod-ule is removed from the power bus, the supply contacts in the power bus are insulated, and the leakance contacts are earthed. The quick-acting door cannot be opened until both slide-in mod-ules have been disconnected.

PARAMETERISATION

The operating parameters for every slide-in mod-ule are set on the display module in the intrinsical-ly safe connecting compartment and stored per-manently there. If a slide-in module is changed, no new entry of parameters is required.

CONTROL SYSTEM

The slide-in modules of the KE 3004 can either be controlled in a parallel manner via contacts

or in a serial manner via various field bus adapt-ers.

ELECTRICAL DATA

Insulating class 3.6 kV

Nominal voltage 3.3 kV


Total current 1,000 A

Current at each output max. 400 A

Short-circuit resistance 16 kA


MECHANICAL DATA

Approx. height 790 mm

Approx. width 1,900 mm


Approx. weight, fully equipped 1,100 kg

EXPLOSION PROTECTION

Category I (M1/M2) M1/M2

Type of protection EEX d [ia/ib] ia/ib m I

Certificate INERIS xx ATEX xxxx X

Technical data are limit values.If the product is integrated into systems or operated in combina-tion with other devices, its permissible operating values can deviate from these limit values. Subject to technical modifications without prior notice.

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TEK 1640 FLAMEPROOF

2.5 MVA SUBSTATION11KV/1.1KV

• Quick opening doors on HV cubicles

• 11kV modular rackable switchgear

• Integrated 1.1kV motor starters

• Flameproof transformer housing

• Minimal maintenance

• Fast fault recovery

• External tap change facility

TEK 1640 OVERVIEW

The Becker Mining TEK 1640 is a compact 11kV/1.1kV flameproof substation which has been designed specifically for the global coal mining industry. Using the leading Endis technology the no bolt door and modular electrical design the substation consists of an oval tubular shaped flameproof tank which is welded together from steel sections and reinforced with internal and external steel bars to absorb the tensile loads that can be experienced during transport in mines

Fitted to each end of the tank are flanges which the modular HV and LV enclosures are fixed. The corrugated tubular form prevents the accumulation of dust and offers an optimal heat dissipation surface.

The primary is fitted with an 11kV HV cubicle type PHR and the secondary is equipped with a 1000 V cubicle type PBE1008.

The compact design makes it less obstructive in the underground environment and provides many installation options including monorail and BSL mounting.

PHR HV (11KV) CUBICLE

The flameproof 11kV Exd cubicle is flange mounted to the transformer primary.

The 11kV CB compartment with quick-opening door is fitted with an 11kV plug-in circuit-breaker module providing electrical protection for the transformer.

The quick opening door is mechanically interlocked and can only be accessed when the outgoing circuit is isolated.

When the 11kV Circuit Breaker is isolated it is physically racked away from the power bus. The the load side of the bus section is earthed automatically via a mechanical mechanism when isolated and an inspection window provides visual observation of the earth contacts.

An I.S. compartment on the side of the PHR is fitted with graphical displays for parameter setting and viewing the operational status of the transformer primary and secondary fault limiting devices (isolated neutral and restricted neutral).

COMMUNICATION DETECTION SAFETY

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PBE1008 (1.1KV) CUBICLE

The Exd PBE 1008 is a 1000V DCB with eight configurable power outlets, the unit can be fitted with a combination of 1000V HPC 450A circuit breaker/motor starters and 240V and 110V auxiliary power supplies.

An I.S. compartment houses 8 graphical displays for parameter setting and viewing the operational status of each outlet and its’ fault log.

TEK 1640 OVERVIEW

HVCB CIRCUIT BREAKER 11KV

The HVCB 11kV circuit breaker/contactor has integrated monitoring and protection functions for the outgoing circuit removing the need for multiple relays.

Standard protection includes short-circuit, overload, phase balance, insulation monitoring, rapid earth fault protection and cable monitoring.

HPC 450-1 1000 V CIRCUIT BREAKER - CONTACTOR

The HPC 450 plug in circuit breaker/contactor has integrated monitoring and protection functions for the outgoing circuits removing the need for multiple relays.

Standard 1000V Protection includes short-circuit, overload, phase balance, earth leakage, earth fault, over temperature and pilot monitoring.

The HPC 450-1 also incorporates a insulation test facility and phase inversion motor allowing the direction of rotation of each 1000V outlet to

be changed within seconds.

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FUSE FREE TECHNOLOGY

The use of vacuum switching tubes with a nominal breaking capacity of 31 kAeff at 11kV makes power fuses redundant. Fuse failures due to age and the resulting downtimes no longer occur saving time and money.

Fuses inherently degrade overtime and potentially disrupt operations unnecessarily when they fail and increase preventative maintenance requirements.

PARAMETER SETTING AND MONITORING DISPLAY

Protection parameters for both HV and MV Switchgear are set via

the display modules installed in intrinsically safe compartments on the flameproof cubicles. The stored parameters are communicated via serial bus to the circuit breaker modules and no additional parameter setup is required if the circuit breakers are changed.

TRANSFORMER DATAInsulating class Class H

Primary Voltage 11kV (+4%, 0, -4%)

Secondary Voltage 1.1kV

Mains Frequency 50/60 Hz

Capacity 2,500 kVA

PHR Enclosure Rating 80kA

PBE1008 Enclosure Rating 31kA

IP Rating IP55 Minimum

TEK 1640

SUBSTATION DIMENSIONSApprox. Height 1433mm

Approx. Width 1250mm

Approx. Length 7100mm

11KV CIRCUIT BREAKERNominal voltage 11kV


Nominal current 630 A

Nominal breaking capacity 31 kAeff

CIRCUIT BREAKER - CONTRACTOR ELECTRICAL DATANominal Voltage 0.4/0.5/0.66/1/1.1kV AC

Mains Frequency 50/60 Hz

Nominal Current 450 A @ 1kV

Short Circuit Resistance 20 kAeff

HVCB

HPC 450 - 1

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FLP HIGH VOLTAGE

SWITCHGEAR11KV

• Quick Release Enclosure Doors

• Modular Rackable Switchgear

• Compact HV switch with power bus technology

• Disconnection and earthing device

• PHDO cubicles can be coupled for distribution

• Operating parameters set via “IS” display modules

SWITCHGEAR OVERVIEW

The PHDI and PHDO High Voltage switch cubicles are designed in accordance to “d” flameproof protection and are used for HV electrical reticulation and protection in underground coal mines. The Becker Mining PHDI and PDHO 6.6/11kV flameproof switchgear uses our market leading Endis technology that has been designed specifically for the global coal mining industry. Although a new concept for the Australian market the no bolt door and modular electrical design has been manufactured since 1994.

The HV cubicles PHDI (incoming) and PHDO (outgoing) are designed to stand individually or to be coupled in a switchboard configuration also enabling distribution ring mains.

PHDO (11KV) CUBICLE

The switchgear type PHDO is used exclusively cable protection purposes. It can be used individually or coupled on the left or right for distribution switchboards and with high-voltage switchgear type PHDI.

The PHDI can be fitted with:

• A vacuum circuit-breaker module type HVCB–SE.• Adapter and “half coupler” or cable entry fittings

for cable connection.• A lighting module IMTU-HT for auxiliary power

circuits• A field bus adapter type FB058.3 for connection

to BETACONTROL.• A field bus adapter type PE4200AT for connection to the PROMOS AST.• A door interlock contact.

The PHDO has a lamp provided for the incoming phases, the lamp is supplied with power via capacitive coupling in the bushings.

PHDI & PHDO HV CUBICLES

The flameproof HV modular switchgear units are for supply and distribution purposes, the units are free standing and consist of three separate compartments:

• One (1) “d” Device and output compartment.• One (1) “d” incoming and busbar compartment.• One (1) “IS” – IP 56 compartment for display and

monitoring.

The device compartment with quick-opening door is provided with an HV plug-in circuit-breaker module providing electrical protection for outgoing circuits, the quick opening door is mechanically interlocked and can only be accessed when the out¬going circuit is isolated. In the “off” position the circuit breaker is completely disconnected from the bus.

The outgoing circuit is connected to earth potential in a disconnected condition via a mechanism (earthed). An inspection window allows observation of the earth contacts.

The Incoming and Busbar compartment is where HV connections can be made directly to the terminals in the compartment via bushings or via HV receptacles and allows up to two supply cables to be connected and busbars to be mounted.

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PHDI & HV CUBICLE

The switchgear type PHDI is used exclusively for supply or coupling purposes. It can be used coupled on the left or right for distribution switchboards and with high-voltage switchgear type PHDO.



for cable connection.• A field bus adapter type FB058.3 for connection

to BETACONTROL.• A field bus adapter type PE4200AT for connection

to the PROMOS AST.• A door interlock contact.

COMMUNICATION DETECTION SAFETY

SWITCHGEAR OVERVIEW

VOLTAGE INDICATING LAMPS

The PHDI has two indicating lamps provided for each of the incoming phases, the lamps are supplied with power via capacitive coupling in the bushings.

AUTOMATION

The HVCB switch modules can either be controlled in a parallel manner using contacts or in a serial manner using various interfaces.

HVCB CIRCUIT BREAKER 11KV

The compact 11kV plug in circuit breaker module with integrated electronic unit combines all monitoring and protective functions for outgoing circuits (short-circuit, overload, phase monitoring (unbalance & failure), earth-fault protection, temperature and pilot monitoring). The supply of the electronic unit is made via an auxiliary transformer situated in the device compartment of the PHDI and PHDO cubicles.

FUSE FREE TECHNOLOGY

The use of vacuum switching tubes with a nominal breaking capacity of 31 kAeff at 11 kV makes power fuses redundant.

Fuse failures due to age and the resulting downtimes no longer occur, and time and cost intensive changes are no longer required. Fuses inherently degrade overtime and potential disrupt operations unnecessarily when they fail and increase preventative maintenance requirements.

PHDI & PHDO HV CUBICLES

The flameproof HV modular switchgear units are for supply and distribution purposes, the units are free standing and consist of three separate compartments: • One (1) “d” Device and output compartment.• One (1) “d” incoming and busbar compartment.• One (1) “IS” – IP 56 compartment for display and

monitoring.

The device compartment with quick-opening door is provided with an HV plug-in circuit-breaker module providing electrical protection for outgoing circuits, the quick opening door is mechanically interlocked and can only be accessed when the out¬going circuit is isolated. In the “off” position the circuit breaker is completely disconnected from the bus. The outgoing circuit is connected to earth potential in a disconnected condition via a mechanism (earthed). An inspection window allows observation of the earth contacts.

The Incoming and Busbar compartment is where HV connections can be made directly to the terminals in the compartment via bushings or via HV receptacles and allows up to two supply cables to be connected and busbars to be mounted.

endisPARAMETER SETTING AND MONITORING DISPLAY

Protection parameters are set via the display module s installed in intrinsically safe compartments on the 11kV flameproof cubicles. The stored parameters are communicated via serial bus to the circuit breaker modules and no additional parameter setup is required if the circuit breakers are changed.


The slide-in module has a disconnecting device. When disconnected, the slide-in module is removed from the power bus, the supply contacts in the power bus are insulated, and the linkage contacts are earthed.

The quick-acting door cannot be opened until the slide-in module has been disconnected.

open the frame to remove the cir-cuit breaker

a power bus board is mounted on the rear wall of the device compartment

The supply terminal compart-ment allows up to two supply cables to be connected (indi-vidual use) or busbars to be mounted (distribution board use).

PHDI & HV CUBICLE

The switchgear type PHDI is used exclusively for supply or coupling purposes. It can be used coupled on the left or right for distribution switchboards and with high-voltage switchgear type PHDO.



for cable connection.• A field bus adapter type FB058.3 for connection

to BETACONTROL.• A field bus adapter type PE4200AT for connection

to the PROMOS AST.• A door interlock contact.

Tel +49 6897 857-0

Fax +49 6897 857-188

Becker Mining Systems AG

Walter-Becker-Straße 1

66299 Friedrichsthal

Germany

[email protected]

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ELECTRICAL DATAInsulating class 12 kV

Nominal voltage, max 11 kV


Current, max. 800 A

Short-circuit resistance 31.5 KA


Physical and Mechanical (single device)

Dimensions (W) 1218mm x (H) 1423mm x (D) 1187mm

Weight (approx) 890 kg

Explosion protection

Category I (M1/M2) M1/M2

Type of protection EEx d [ia/ib] ia/ ib m l

ELECTRICAL DATAInsulating class 12 kV

Nominal voltage, max 11 kV


Current, max. 630 A

Short-circuit resistance 31.5 KA


Physical and Mechanical (single device)

Dimensions (W) 1426mm x (H) 1266mm x (D) 1135mm

Weight (approx) 1080 kg


Type of protection Ex d [ia/ib] ia/ib mb I

ELECTRICAL DATANominal voltage 11 kV

Mains frequency 50/60 kV

Nominal current 630 A

Norminal breaking capacity 31 kAeff

MECHANICAL DATAENDIS slot Type 10

Height approx 460 mm

Width approx 525 mm

Depth approx 545 mm

Weight approx 138 kg

Degree of protection IP 20


Type of protection EEx d [ia/ib] ia/ ib m l

PHDI

PHDO

HVCB

becker mining systems endis€¦ · endis why endis ? endis switchgear have no termi-nal...

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