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400A DC Contactor Relay, 12V/ 24V, 1 NO

400A DC Contactor Relay, 12V/ 24V, 1 NO
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400A DC Contactor Relay, 12V/ 24V, 1 NO
  • Stock: In Stock
  • Model: PEACO-SJD-400
  • SKU: PEACO-SJD-400
$326.57
Ex Tax: $326.57

Available Options

DC contactor is mainly used to control DC circuit, such as main circuit, control circuit and excitation circuit, etc. The 400A DC contact relay is available with energy-saving board, optional auxiliary contact 1NO, 9V-36V coil rated voltage, widely used in hybrid electric vehicles, electric vehicle charging piles and other fields.

Features

1. The reliable sealing enables the DC contactor relay to be used in harsh and explosion-proof environments for a long time and its internal components including coils and contacts are not oxidized. The DC contactor also features fast switching action, low energy consumption, low heat generation, long life, small size and light weight.

2. The DC contactor relay can control high voltage and high current and has auxiliary contact for better performance. The contact is protected by a strong magnetic arc blowing, thereby prolonging its service life.

3. Smaller arcs make the contactor more effective and safer to use. The relay is sealed with inert gas, which ensures that there is basically no arc between the contacts when the contactor is in action and magnetic blow-out is adopted to ensure safety.

4. High stability. The internal mechanism and structure of the contactor are completely sealed with the inert gas, free from the interference of adverse external factors and the contact resistance remains stable for a long time.

5. Wide application. The DC contactor relays are equipped with energy-saving circuit boards, widely used for DC power control, battery switch control, circuit safety protection, etc.

Specification

Model PEACO-SJD-400
Coil Rated Working Voltage (Us) 9-36V DC
Working Voltage Range (20℃) 9-36V DC
Pull-in voltage (20℃) 8V-9V
Release voltage (20℃) 6V-7V
Coil power (20℃) 2W (Maintain)
Coil polarity YES
Main contact Max. continuouse overcurrent 400A
Contact voltage 12-900V DC
Rated control capacity 400A 450V DC
Short-time withstand current 450A 3000S
600A 300S
Contact pull-in time 30ms max.
Contact release time 10ms max.
Max. breaking current (>1 time) 2000A 350V
Contact type 1 set normal open
Contact polarity polarity or nonpolarity
Contact resistor ≤ 2mΩ
Auxiliary contact Contact form 1 set normal open
Contact resistor 15mΩ max.
Max. load 2A 30V DC, 3A 125V AC
Life time Machanical life 200,000 times
Electrical life (L/R ≤1ms) 4,700 times
Dielectric properties Between contacts 3500V AC/ 60 Sec/1mA
Between contacts and coils 2500V AC/ 60 Sec/1mA
Mechanical property Impact 20G peak value, 11 ms 1/2 sine wave
(coil electric connection)
Vibration 20G peak value, 8-2000Hz sine wave
Working Environment Environment temperature -40℃~+85℃
Humidity 5%~85% RH
Altitude <4000m
Certification CE
Weight 550g
Applications
  • Drive and control systems for mining equipment and mechanical vehicles.
  • Power control, circuit insulation of industrial machinery.
  • DC switch equipment.
  • Car battery power distribution and backup.
  • Hybrid electric vehicles, electric vehicle charging piles and other fields.
  • Solar and wind power generation, etc.

DC Contactor Relay Dimension (Unit: mm)

400A DC Contactor Relay Dimension

400A DC Contactor Relay On and Off Transform

Notes:

1. When installing the DC contactor relay, a washer should be used to prevent the screw from loosening.

2. DC contactors with polarity shall be wired according to the marks on the product cover, there are no any requirements of incoming and outgoing lines for nonpolarity contactors.

3. Do not install the contactor in a strong magnetic field environment (near the transformer or magnet) or near the heat radiation source.

4. Do not use the contactor when its switching capacity and service life parameters are exceeded.

5. Make sure the working environment temperature between -40°C ~+85°C, too high temperature is easy to accelerate the diffusion of internal inert gas and it is necessary to avoid using the product under too high temperature environment.

6. When the resistive load is connected, it shall be used according to the rated parameters of the main contact. If the inductive load (L load) is connected and L/R > 1ms, the inductive load shall be connected in parallel with the surge current protection device.

7. During wiring and installation, to ensure that the main outgoing end and terminal head are clean and tightened to avoid excessive heating at the connection of outgoing end.

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