Premium - XW

Premium XW panels designed according to Low Voltage Switchgear Systems IEC 61439-2.
Has a modular structure and mounting types are available for ABB,Legrand,Eaton,Schneider and Siemens  switchgears.
The system enables panel assembly by the vertical and horizontal mounting types of these 5 different switchgear brands.  
Premium XW cabinets are one of our free standing type system solutions.
Structure consist of 600mm depth system solutions with single module.
Busbar compartment depth should be limited as 600 mm for higher depths .
Modules have different alternatives such as  400, 600 mm width; 1400, 1600, 1800, 2000, 2200 mm height.
Module and busbar compartments should be 600 mm and cable compartments should be 400 mm.
Provides different solutions from IP31, IP43, up to IP55 protection degree.

Structure:
Premium-XW cabinets with specially designed profile structure which has 27 bendings provides several advantages to our customers about quality and easy installation.
This profile structure gives maximum strength and rigidty to the product.
Even though it has a modular structure due to the gasket channels on the profile protection degree available upto IP 65 .
Since it has modular structure, Premium-X cabinets are available in flat pack for shipments.
Door hinges, panel combinations, rear & side door fixations can be done with a single part in this this profile system.
Beside all these it provides an esthetical outlook.

Certificates Of The Product:
* Full Type Test Certificate 6300A, 120kA, Form 4b 
* Internal Arc Containment Certificate 
* Seismic Test Certificate
* IP Certificate
* Gost-R
* CE
* TSE
* ISO 9001 - ISO 14001 - ISO 18001

ADVANTAGES :
Fully withdrawable technology in Motor control Centres (MCC) offers many advantages, 
especially where malfunctions must be rectified without interrupting operation. 
Areas of application  are, for instance, processing industries e.g. materials handling, 
chemical industry or water treatment plants. 

* Easy insertion and retraction of the fully withdrawable units. Unlike conventional
  plug-in technology, there is no need to overcome the mechnacial resistance of plug
  contacts.
* In case of any failure, drawer can be disconnected by the contacting module and
  can be replaced without the need of any tool.
* Power transmission with wear-free contacts in the contact modules.
* Indivudual withdrawable modules can be quickly exchanged or added during 
  operation without needing to switch off the system. 
* Inserted withdrawable modüles  can be locked in the positions “operation”, 
  “test” and “disconnected”.
* Protection against incorrect operations by safe locking mechanisms.
* Fully withdrawable modules available in standart configurations are, 3-pin or 4-pin;  
  with 125A,315A, 630A rated currents are 
* Offers more cost-effective solutions due to compact contact modules.

ADVANTAGES OF THE SWITCHING PRINCIPLE:
The technical principal of the contact module with respect to the power contacts is 
 “switching” and not the conventional “plugging”. As opposed to plug contacts 
material fatigue does not ocur. This is the basis for significant system advantages. 
In the “operation” position, with the extended control plug, 
the switching contacts of the contact module can contact the field 
distribution bus bar and the cable connection module. 
In the “disconnected” position the switching contacts and control contacts
are retracted allowing the fully withdrawable module to be removed from the 
equipment compartment.

Switch Lock:
When the control cabinet module is closed, the functions “Operation” ''Test''
and “Disconnected ”  can only be initiated by the switch lock.

Main contact of the contact module:
In the inserted position, the load-free electrical connection of the main contacts is 
established by activating the switch lock. All necessary operating positions 
and locks are realised with this contact apparatus.   

Control plug:   
The control plug can be extended individually, thus establishing only the connection 
to the control. The main contacts are open in this situation, corresponding
to the “disconnected position”.     

Contact Module:
Every fully withdrawable module is equipped with a contact module. The fully withdrawable
module is lead via the side guide rails of the contact modules.
In its inserted position, the switching contacts can contact the field distribution 
bus bar and the cable terminal module. The main contact are encapsulated
and are designed without base points to prevent arc-faults.

PROTECTION AGAINST INCORRECT OPERATION :
The system is protected against incorrect operation by safe locking mechanisms.  
For instance, the operating slider fort he contact module can thus only
be switched without load. It is not possible to open the control cabinet
module door when the contact module is engaged.

SAFETY:
Drawers are built in compliance with international standard IEC 60439-1 which
regulates the drawer extraction and locking system.

* Connection mechanism is designed to allow the drawer to be set to any of the four positions 
  presented below. The degree  of protection of the switchboard is maintained in all positions 
  (connected, test, disconnected and drawer removed).
  This is madepossible by the door that can remain closed in these four positions.

1- Connected position; Power and auxiliary circuits are all connected. This position may be 
   locked using up to three padlocks. 
  a. A safety system prevents door opening as long as the circuit breaker is closed 
   (ON position). The interlocking mechanism connects the door handle and the operating shaft on the circuit breaker.

2- Test position; Power circuits are disconnected (upstream and downstream), auxiliary 
   circuits remain connected. This position may be used to check the auxiliary circuits and 
   may be locked using up to three padlocks.

3-Disconnected position; All circuits are disconnected This position may be locked using up toı three padlocks.

4- Removed position.

INTELLIGENT DESIGN :
Field distribution busbar is integrated into the system wall between equipment and cable 
compartments. Complete insulation and additional subdivision of the individual contactors is ensured 
by a design without base points, providing improved arc-fault protection.

Shutters release the contact surfaces of the field distribution busbar and the cable terminal module 
only once the fully withdrawable module is inserted. Independent of the module configuration, IP20 
–level  protection against accidental contact is ensured.

According the Project needs, the fully withdrawable modules can be combined in any manner with 
regard to size and function. It is also possible to make modifications during operation without 
switching off the system .  

Technical details:
Field distribution bus bar is integrated into the system 
wall between equipment and cable compartments.
Due to the internal subdivision of the fields (up to form  4), 
a high level of safety is ensured for persons and operation.

Cable  entry is possible from above and below into the terminal compartment.

The fields and modules are designed on the basis of a 25 mm 
grid according to DIN 43660 (25 mm=1 unit). 

The standardized modules are available with height groupings of 75 mm (3 units) in the heights 
3/6/9/12 units  The preferred width for the equipment compartment is 600 mm.