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The composition of raw materials is relatively similar. The insulating rubber board of the power distribution room has more insulation materials than the ordinary rubber plate, and the production process is also more responsible. It is specially designed for high voltage resistance, and I hope it can help you.
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Summary. Hello dear. The best way is to use the auxiliary insulating rubber board, choose 5mm thick insulating rubber board below 500V, and choose 10mm thick insulating rubber board above 500V.
Now most of the power distribution rooms are made of epoxy resin flooring, and then insulating carpets are laid around the passages, electrical cabinets and transformers, and the floor color inspection uses green and red carpets, which has a good effect.
Hello dear, repentant friends. The best way is to use the auxiliary insulating rubber board, choose a 5mm thick insulating rubber board below 500V, and choose a 10mm thick insulating rubber board above 500V. Now most of the power distribution rooms are made of epoxy resin flooring, and then insulating carpets are laid around the passages, electrical cabinets and transformers, and the floor color inspection uses green locust color and red carpets, which has a good effect.
Distribution room insulation mat requirements: according to the voltage level can be divided into 5kv, 10kv, 15kv, 20kv, 25kv, 30kv, 35kv; According to the color, it can be divided into: black brother bureau search insulating rubber pad, red Xianli insulating rubber pad, green insulating rubber pad, black and green composite insulating rubber pad can be divided into according to the thickness
2mm,3mm,4mm,5mm,6mm,8mm,10mm,12mm。According to the width, it can be divided into 1 meter, meter, meter.
Generally speaking, the distribution room below kV can be configured according to the following standards. The distribution room below 5kV can be insulated with a thickness of 3mm insulating rubber pad, and the voltage resistance of 3mm insulating rubber mat can reach 5kv, and the distribution room can be used with KV below 5kv. 5mm thick insulating rubber pads can be used for 10kV distribution room, and the voltage resistance of 5mm insulating rubber pads can reach 10kV, and it is more suitable to use insulating rubber pads with a thickness of 5mm or more KV distribution room.
The 15kV distribution room can use 6mm insulating rubber pads, and the 6mm insulating rubber pads can withstand the pressure up to 15kv, and the general 15kv distribution room uses 6mm and above KV distribution rooms. 8mm thick insulating rubber pads can be used for 25kV distribution room, and 8mm thick insulating rubber pads can withstand pressure up to 25kV, so the thickness of 8mm or more is suitable for 25kV distribution room -35kV distribution room. 10mm-12mm insulating rubber pads can be used in the 30-35kV distribution room, and the voltage resistance is proportional to the thickness.
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Insulating rubber mat A detailed introduction of insulating rubber sheets.
1. The insulating rubber mat should be made of rubber insulation materials.
2. Classification of insulating rubber pads:
1 According to the voltage level, it can be divided into:
1) 5kv insulating rubber pad.
Technical parameters: thickness 3mm; Color: Red, Black, Green; Specific gravity:
2) 10kv insulating rubber pad.
Technical parameters: thickness 5mm; Color: Red, Black, Green; Specific gravity: 9kg m2 (3) 15kv insulating rubber pad.
Technical parameters: thickness 5mm; Color: Red, Black, Green; Specific gravity: 9kg m2 (4) 20kv insulating rubber pad.
Technical parameters: thickness 6mm; Color: Red, Black, Green; Specific gravity: 11kg m2 (5) 25kv insulating rubber pad.
Technical parameters: thickness 8mm; Color: Red, Black, Green; Specific gravity:
6) 30kv insulating rubber pad.
Technical parameters: thickness 10mm; Color: Red, Black, Green; Specific gravity: 18kg m2(7) 35kv insulating rubber pad.
Technical parameters: thickness 12mm; Color: Red, Black, Green; Specific gravity:
2 According to the color, it can be divided into:
1) Red insulating rubber pads.
2) Black insulating rubber pads.
3) Green insulating rubber mat.
3 According to the thickness, it can be divided into:
1) 3mm, 5mm, 6mm, 8mm, 10mm, 12mm 3, insulating rubber mat use range and storage method:
It is widely used in substations, power plants, power distribution rooms, laboratory mates and field live operations.
It should be stored in a dry and ventilated environment, away from heat sources, and more than 20cm away from the ground and walls. Avoid contamination by acids, alkalis and oils, and do not open air to avoid direct sunlight.
The anti-slip insulating rubber mat has the functions of shockproof, anti-slip and anti-collision.
Insulating board insulating board factory pcb insulating board rubber insulating board insulating rubber sheet epoxy resin insulating board polyimide insulating board high-voltage distribution cabinet special insulating board platform insulating board frp insulating board electrical insulating rubber sheet distribution room insulating pad.
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The electrical insulation properties of electrical insulating rubber sheets are affected by additives such as rubber seeds and vulcanization systems, filling systems, etc. The breakdown voltage is determined by the insulation properties and thickness of the product. n*10 n*10 ohms.
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According to the voltage, it can be roughly divided into: 10kv, 15kv, 20kv, 50kv, 100kv, etc. depending on the needs of the environment.
The thickness is generally between 1mm and 50mm, and the commonly used colors are black and red.
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Anti-static rubber sheet is a product with a resistance value of less than 10 to the 11th power ohm for anti-static products, and a better anti-static product has a resistance value of 10 times for 6 times to 10 times for 9 times (i.e., electrostatic sub-conductor), because the resistance value is low, the anti-static product has a conductive function and can dissipate static electricity.
The insulating rubber sheet is a 12th time product with a resistance value greater than 10 (i.e., electrostatic non-conductor), which is easy to generate static electricity and cannot be discharged by itself. In other words, anti-static electricity can conduct electricity, so the place that needs to be insulated must not use anti-static rubber sheet, which is easier to break down.
The main use of anti-static rubber sheet: the ground of the electronic workshop, the workbench, the explosive detonator and other places that need to be protected against static electricity.
The main use of insulating rubber sheet: computer room, power distribution room, substation, power plant and other live places, occasions that need to be insulated.
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Insulation is a safety measure that uses non-conductive substances to isolate or wrap charged objects to protect against electric shock.
Anti-static is to prevent the generation of static electricity and prevent static damage.
The difference between the two is:
1. The resistance value is less than 10 to the 11th power ohm products for anti-static products, and the resistance value of better anti-static products is 6 times of 10 to 9 times of 10 (i.e., electrostatic sub-conductor), because of the low resistance value, anti-static products have conductive functions and can discharge static electricity.
2. The 12th time product with a resistance value greater than 10 is an insulating product (i.e., electrostatic non-conductor), which is easy to generate static electricity and cannot be discharged by itself.
3. Many people confuse anti-static with insulation, such as electricians should wear insulated shoes when working, and must not wear anti-static shoes, insulated shoes can isolate the human body from the earth, avoid contact between the human body and live objects, and electrocution accidents.
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It has good physical and mechanical properties, excellent insulating properties, and can work in dry environments with high requirements for -35 +100 air mediator coefficient. It passed the 43kv test and worked normally at 660v.
Product use: It can be used for laying floors and workbenches.
Product specifications: thickness 3mm---50mm width length infinite length insulation withstand voltage 1kv, 3kv, 5kv, 10kv, 20kv, 30kv, 35kv, 40kv, up to 100kv
According to the building design fire code.
GB 50053-94), technical specification for the design of high-voltage distribution devices (GB50062-92): >>>More
10/ 500kva/10kv/。
The fault removal time is assumed that the short-circuit current of the 10kV system is set to 10kA. >>>More