DC Contactor

DC contactor ZLJM-400D 1Z
DC reversing contactor Application: For Electric Control System Of Communication Power Supply、Engineering Machine、Electro motion F...
DC contactor ZLJM-125D 2Z
DC reversing contactor Model No.:ZLJM-125D/2Z; Contact Arrangement: DPDT; FEATURES: 125A switching capability; DPDT; Power consump...
DC contactor ZLJM-200D 2Z
DC reversing contactor Model No.:ZLJM-200D/2Z;Contact Arrangement:DPDT;Contact Material:AgCdO;Contact Rating (at Resistive Load):2...
DC contactor ZLJM-400D 2Z
Application: DC reversing contactor for Electric Control System Of Communication Power Supply、Engineering Machine、Electro motion F...
DYZ1-25C
Main Part No.: DYZ1-25C/2ZB□; Contact type: Bi-stable; Rated load current of contact(Resistive load): 25A×410V  DC-1; Contact volt...
DYZ1-63C
Main Part No.: DYZ1-63C/B60.S; Contact type: Bi-stable; Rated load current of contact(Resistive load): 63A×80V DC; Contact voltage...
DYZ1-125C
Model: DYZ1-125C/□; Contact type: Bi-stable; Rated load current of contact(Resistive load): 125A×80V DC; Contact voltage drop:  ≤5...
ZLJ-200G DC Contactor
Model: ZLJ-200G/□ , ZLJ-200G/B□; Contact Form: 1H (SPST-NO); Contact Material: Ag Alloy; Contact Rating(at Resistive Load): 200A×4...
ZLJ-400G DC Contactor
Model: ZLJ-400G/□ , ZLJ-400G/B□; Contact Form: 1H (SPST-NO); Contact Material: Ag Alloy; Contact Rating(at Resistive Load): 400A×4...

Frequently Asked Questions

Q1: What is the rated voltage range of your HV/LV DC contactors? Can they support 1500V DC PV/ESS systems?

A: Our DC contactors cover a wide voltage range from 12V to 1500V DC. The 1500V series is specifically designed for PV energy storage and high-voltage boxes, complying with IEC 60947-4-1.

Q2: What is the protection rating? Can they be used in humid/dusty environments?

A: With an IP67 protection rating, it is fully dust-tight and waterproof, making it ideal for outdoor charging piles and offshore wind power energy storage applications.

Q3: How do DC contactors achieve arc extinction?

Answer:
DC contactors primarily use two key mechanisms to extinguish arcs effectively:
1. Magnetic Blow-out Arc Extinguishing:
The contactor stretches the electric arc as much as possible within the limited space of the arc chamber. This makes it difficult for the DC arc to sustain itself, leading to its eventual break.
2. Protective Gas:
When an arc is generated, the protective gas inside the chamber is difficult to ionize. This property effectively enhances the dielectric strength of the space, helping to quench the arc.

Q4: What is the temperature rise capability of your product?

A: When using the specified copper busbar, our product's temperature rise is kept within ≤65K. Upon request, we can provide corresponding test reports, including those under normal and high ambient temperatures. If specific current levels or copper busbars are required, we can conduct preliminary tests.

Q5: Can your product meet our operating conditions of **A / *V?

A: Our product has undergone electrical life tests for make and break operations at the rated current and voltage. The number of operations is documented in our reports, which we can organize and provide. Additionally, we have relevant certification reports. Furthermore, we can conduct preliminary tests based on customer requirements.

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