GGD MNS High Tention Low Tention LV Distribution Panel for Wharf and Dock
Product Description
- What are the functions of low-voltage switch cabinets?
Its main functions are power distribution, control, protection and measurement.
It is used to distribute electric energy to different circuits and equipment.
It uses switches and circuit breakers to control the power-on and power-off of the circuits.
It has protective devices like fuses and circuit breakers to protect against overcurrent and leakage.
It has measuring instruments like ammeters, voltmeters and power factor meters to monitor the operation status of the equipment.
- Where are low-voltage switch cabinets commonly used?
They are widely used in industrial and civil buildings to distribute power of low voltage levels (380V and below).
For example, they are used in factories to power different production lines and equipment.
They are used in commercial buildings to power lighting circuits, air conditioning, elevators, etc.
They are also used in residential buildings to distribute power to lighting equipment, household appliances, etc.
So in summary, the main functions of low-voltage switch cabinets are power distribution, control, protection and measurement. They are widely used in industrial, commercial and residential buildings to distribute and control electric energy for lighting, equipment, household appliances, etc. They play an important role in the low-voltage power supply and distribution system.
Specification
| Rated Insulation voltage | 690V (1000)V |
| Rated working voltage | 380V, 400V, 690V |
| Maximum working current of main bus | 6300A |
| Rated withstand current of main busbar | 100kA/1s |
| Main busbar rated peak withstand current | 220kA/0.1s |
| Maximum operating current of branch distribution bus (vertical bus) | 2000A |
| Standard type | 105kA(Max)/0.1s |
| Reinforced type | 176kA(Max)/0.1s |
| Protection level | IP4X, IP41,IP65 |
Why Choose US
1.Our Expertise
2.Quality Products/Services
3.Competitive Pricing
4.Innovation
6.Possibles
7.Authorization by ABB Schneider Siemens
Design
Material
- The cabinet door undergoes a double beveled edge process, which doubles the structural strength of the material compared to a single beveled edge.
- The installation holes are all made using a multi-step stamping and stretching process, which significantly reduces the risk of wire misalignment during installation.
- The inlet and outlet holes adopt a hybrid design of round holes and square holes, allowing flexible hole selection during on-site installation.
- The box adopts a double fold construction method, doubling the structural strength of the material compared to a single fold design.
- The control circuit employs a hybrid design of commissioning mode and fire protection mode, greatly reducing the chance of damaging fire protection equipment like fans and pumps during start-up and testing.
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GGD MNS High Tention Low Tention LV Distribution Panel for Wharf and Dock Images
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