Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion.

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Product Description

Basic Info
Model NO. 500-400-200
Operation Voltage Low Voltage
Shell Material Steel Plate
Shell Protection Grade IP56
Transport Package Wooden Packaging
Specification 500-400-200
Origin China
Product Description
Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion.
Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion.
Type Other
Structural Feature Other
Certifications ISO9001:2000, VDE, CCC, Other
Composition Form Partly-welded Type
Working Voltage Low Voltage
Size Other
Application Scope Other
Shell Material Steel Plate
Shell Protection Grade IP56
Brand Other
Transport Package Wooden packaging
Specification 500-400-200
Origin China
Company Profile
Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion. Explosion-Proof Wall-Mounted Distribution Box, Resistant to Chemical Corrosion.
FAQ
Q: What are the advantages of the Explosion-proof wall-mounted distribution box?
The Explosion-proof wall-mounted distribution box adopts a wall-mounted design, which is flexible and convenient to install. It can be installed on walls, columns, etc. according to on-site needs, saving space and not affecting the site layout.
Q: What materials are generally used for Explosion-proof distribution boxes?
Steel plate, aluminum alloy, stainless steel, and can be customized according to your requirements.
Q: What daily inspections need to be done for explosion-proof electrical equipment?
Inspection requires attention to the following details:
Appearance inspection: Check whether the equipment shell is damaged, deformed, corroded, etc.
Fastening parts inspection: Check whether the fastening parts of the equipment are loose.
Cable entry device inspection: Check whether the sealing of the cable entry device is good and whether the cable is damaged.
Q: What is the operation voltage of the distribution box?
The standard operation voltage for this distribution box model is Low Voltage.
Q: What is the shell protection grade and construction material of the device?
The shell material is Steel Plate, and the shell protection grade is rated at IP56.
Q: What are the classifications of Explosion-proof distribution box levels?
Explosion-proof grades are usually classified in accordance with the standards of the International Electrotechnical Commission (IEC). Common classification of distribution box levels are:
1. Exd (d explosion-proof): Indicates an explosion-proof enclosure. In Exd grade distribution boxes, electrical equipment is installed in an explosion-proof enclosure. When an explosion occurs in the environment, the enclosure can withstand and prevent sparks or high-temperature gas from entering the external environment.
2. Exe (e explosion-proof): Indicates that the electrical equipment has enhanced protective performance and can effectively prevent the spread of sparks. This grade is usually used in places requiring spark prevention.
3. Exp (p explosion-proof): Refers to the protective performance of electrical equipment, which is mainly explosion-proof through external filling media (such as oil or resin).
4. Exi (i explosion-proof): Indicates that the internal circuit of the electrical equipment will not generate enough energy to cause an explosion under normal working conditions.
5. Exm (m explosion-proof): Explosion-proof type, usually used in places where spark generation can be tolerated. This grade requires the internal structure of electrical equipment to be compact to prevent spark spread.

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