Series Trip Assembly

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MOQ : 100 Pieces

Series Trip Assembly Specification

Machine Type
Electrical Switchgear Component

Thickness
Varies as per model

Composite
Yes, as per assembly

Shape
Rectangular/Custom

Application
Industrial Circuit Breakers and Control Panels

Size
Custom sizes available

Weight
Depends on model/design

Color
Copper/Brass/Natural

Function
Provides current interruption upon overload or fault

Capacity
Up to 2500 Amps

Brand Required
As per customer requirement

Material
Electrolytic Copper, Phenolic Moulding, Silver Plating

Trigger Mechanism
Electromagnetic Trip

Insulation Resistance
> 1000 M at 500V DC

Operating Temperature Range
-10C to 70C

Standards Compliance
IS/IEC standards

Customization
Available as per specification

Surface Finish
Nickel/Silver Plated

Contact Type
Silver Plated Contacts

Rated Voltage
Up to 660V AC/DC

Mounting Type
Panel/Chassis Mount

Series Trip Assembly Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash Advance (CA)

Delivery Time
10 Days

Main Domestic Market
All India

About Series Trip Assembly

Leveraging the skills of our qualified team of professional, we have carved a niche in rendering a broad array of Series Trip Assembly. It is used as a combination power switch as well as overload protector. Series Trip Assembly is mainly function to detect faults and to selectively isolate faulted parts of the system. This assembly is use in conjunction with a multi-phase circuit breaker unit. It is avail in many configurations to meet the expectations of clients.

Precision-Engineered for Industrial Demands

Built for demanding electrical settings, this Series Trip Assembly provides dependable circuit protection and control. Its combination of nickel or silver-plated surfaces, composite materials for strength, and exceptional insulation resistance ensures reliable performance in diverse environments. Customization options allow tailoring for specific customer requirements, making it ideal for integration into critical infrastructure.

Compliance and Safety Assurance

Adhering to IS/IEC industry standards, these assemblies are designed with operator safety and equipment reliability in mind. The robust construction, electromagnetic trip technology, and insulation resistance greater than 1000 M at 500V DC assure safe operation. Designed to function efficiently between -10C and 70C, they offer peace of mind in both standard and challenging conditions.

FAQ's of Series Trip Assembly:

Q: How does the electromagnetic trip mechanism function in this series trip assembly?

A: The electromagnetic trip mechanism is activated when an overload or short circuit occurs, generating a magnetic field that moves the trip lever, thereby interrupting the current flow and protecting the circuit from damage.

Q: What are the customization options available for this assembly?

A: Customization includes size, shape (rectangular or tailored to specification), thickness, surface finish, capacity up to 2500 Amps, and even brand preference, ensuring compatibility with unique panel designs or operational requirements.

Q: When should this series trip assembly be used in industrial settings?

A: It should be deployed in applications demanding reliable protection against overload and faults, such as in industrial circuit breakers, high-capacity control panels, or where precise current interruption is critical for equipment safety and longevity.

Q: Where can the series trip assembly be mounted?

A: The assembly is designed for flexible mounting, allowing installation onto chassis or control panel surfaces, depending on your equipment layout and accessibility requirements.

Q: What materials are used in constructing the series trip assembly and why?

A: It utilizes electrolytic copper for high electrical conductivity, phenolic molding for insulation and mechanical stability, and silver plating on contacts for superior electrical performance and durability.

Q: How does this assembly benefit industrial electrical systems?

A: By providing rapid and reliable interruption of electrical current during abnormal conditions, it safeguards both equipment and operators, minimizes downtime, and ensures continuous, safe operation of industrial electrical systems.

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