| Customization: | Available |
|---|---|
| Type: | Gcs Switchgear |
| Structure: | Cabinet |
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GCS power distribution cabinet is an advanced low-voltage withdrawable switch cabinet. It has a compact structure, saves space, and is made of high-quality steel, which is sturdy and durable. It has perfect electrical performance and can realize power distribution and control. The withdrawable design is convenient for maintenance and does not affect the operation of other units. Multiple protection functions ensure safety and are a reliable choice for low-voltage power distribution systems.
| Rated voltage of main circuit | AC | 380VAC/400VAC 660VAC |
| Rated voltage of auxiliary circuit | AC | 24VAC,220VAC |
| DC | 24VAC,110VAC,220VAC | |
| Rated frequency(Hz) | 50/60Hz | |
| Rated insulate voltage | 660VAC/1000VAC | |
| Rated current-horizontal busbar | ≤4000A | |
| Rated current-vertical busbar(MCC) | 1000A | |
| Rated short-time withstand current of busbar(kA/1s) | 50,80 | |
| Rated peak withstand current of busbar(kA/0.1s) | 105,176 | |
| Power frequency test voltage | Main circuit | 2500 |
| Auxiliary circuit | 2000 | |
| Busbar | 3P4W | A,B,C,PEN |
| 3P5W | A,B,C,PE,N | |
| IP rating | IP30,IP40 |
| Size Series | ||||||||
| Height(mm) | 2200 | |||||||
| Width(mm) | 600 | 800 | 1000 | |||||
| Depth(mm) | 800 | 1000 | 600 | 800 | 1000 | 600 | 800 | 1000 |
Kindly share these information when you send us enquiry:
1) The full range of product models includes the main circuit scheme number and the auxiliary circuit scheme number;
2) Main circuit system combination sequence diagram;
3) Electrical schematic diagram of auxiliary circuit;
4) List of components inside the cabinet;
5) Setting parameters such as voltage, current, and time in the circuit;
6) Other special requirements that do not comply with the normal use of the product.
The following is the installation guide for GCS withdrawable switchgear:
1) Preparation before installation
-Confirm that the installation site meets the environmental requirements of the switchgear, such as temperature, humidity, dust prevention, shock resistance, etc.
-Check the integrity of the switchgear and its accessories to ensure that there are no damaged or missing parts.
-Prepare the necessary installation tools and equipment, such as cranes, wrenches, screwdrivers, etc.
2) Basic installation
-Produce the foundation of the switchgear according to the design requirements, ensuring that the foundation is level and firm.
-Place the switchgear on the foundation, adjust the levelness and verticality, and fix it with bolts.
3) Connection of incoming and outgoing lines
-According to the electrical schematic, connect the incoming and outgoing cables to the corresponding terminals of the switchgear, ensuring a secure connection and good contact.
-When wiring, attention should be paid to the bending radius of the cable to avoid damaging the insulation of the cable.
4) Installation of drawer unit
-Insert the drawer unit into the guide rail of the switchgear to ensure smooth insertion and removal of the drawer.
-According to the design requirements, install electrical components in the drawer unit and wire them.
5) Grounding connection
-Ground the outer shell of the switchgear to ensure that the grounding resistance meets the requirements, in order to ensure personal safety and the normal operation of the equipment.
6) Secondary wiring
-Connect the control circuit, signal circuit, etc. according to the secondary schematic diagram.
-Check the correctness and reliability of the secondary wiring.
7) Debugging and Testing
-After installation, perform pre power on inspections, including wiring checks, insulation resistance tests, etc.
-Perform power on debugging and test various functions of the switchgear, such as opening and closing operations, protective actions, etc.
8) Acceptance
-After passing the debugging and testing, organize relevant personnel to conduct acceptance and confirm that the switchgear meets the design requirements and relevant standards.
During the installation process, relevant electrical safety regulations and operating procedures should be strictly followed to ensure installation quality and personnel safety. If you are unsure about certain steps during the installation process, it is recommended to consult a professional electrical engineer or technician.
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