Moisture Proof Charging Relay New Energy Product Conversion Circuit
Brand Name:NBC
Certification:TUV/CQC/UL
Model Number:NB90-12S-S-C
Minimum Order Quantity:100pcs
Delivery Time:4weeks
Payment Terms:T/T, Western Union, MoneyGram
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Location:
Shenzhen China
Address:
R2306,Block 8-9 of Honghai Business Building,Xingjijiayuan,Hongxing Community, Songgang Street, Baoan District, Shenzhen
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within 34 hours
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Moisture Proof Charging Relay New Energy Product Conversion Circuit
Charging Pile Relay Features:
1. 40A contact switching capability;
2. Compact structure;
3. The dielectric withstand voltage between the contact and the
coil is 2.5KV, up to 4KV;
4. It has a set of normally open, normally closed, and changeover
contacts;
5. Plastic-sealed and open-ended options are available;
6. UL insulation class: Class F insulation class.
7. Environmentally friendly materials
8. High power consumption products
The technical principle of DC charging pile
The DC charging pile (or non-vehicle charger) is fixedly installed outside the electric vehicle and connected to the AC grid, and directly outputs adjustable DC power to charge the vehicle battery. The output voltage and current have a large adjustment range, large power, and fast charging speed. Fast, commonly known as "fast charge".
The output of the DC charging pile consists of 9 wires, which are:
1. DC power supply line: DC+, DC-;
2. Equipment ground wire: PE;
3. Charging communication lines: S+, S-;
4. Charging connection confirmation lines: CC1, CC2;
5. Low-voltage auxiliary power supply lines: A+, A-;
Charging Pile Relay Parameters:
Performance Parameters: | |
Insulation resistance: | 1000MΩ |
Dielectric withstand voltage (between coil and contact): | 2500VAC |
Operating time (Max.): | 15ms |
Release time (Max.): | 10ms |
Ambient temperature: | -40℃ ~ 85℃/105℃ |
Lead-out mode: | PCB in-line (THT) |
Charging Pile Relay Introduce:
The relay is a control element, a circuit switch with protective performance, and the core component of the new energy charging pile. Relays are mainly used for on-off switches of low-voltage remote control high-voltage circuits (using safe low-voltage 12V-72V to control unsafe high-voltage 300V-1000V). Usually used in automatic control circuits, it is actually an "automatic switch", which uses small currents to control the action of large currents, forming a safety protection mechanism and switching circuits and other components in the circuit. Fast action, small size, high arc extinguishing safety, high operation reliability, and long service life.
Moisture Proof Charging Relay New Energy Product Conversion Circuit
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