BUSSMANN CHPV2IU Fuse Block, Modular, 30 A, 1k VDC, White

Bussmann CHPV2IU fuse module ensures reliable circuit protection by preventing overcurrent situations, safeguarding equipment from damage and contributing to the overall safety. It is ideal for protecting sensitive components like inverters, power supplies and motor drives in renewable energy systems. Its white color signifies its use in environments where visibility is crucial.

Working Mechanism:

• It operates through a combination of a fast-acting fuse and a fault indication system.
• When excessive current flows, the fuse element quickly melts, breaking the circuit and preventing damage to sensitive components.
• Simultaneously, the fault indication system triggers an alert.
• This module ensures rapid & reliable protection for electronics by interrupting the circuit during overcurrent events.

Features:

• This CHPV2IU fuse block has DIN rail mounting style for easy and secure installation in electrical systems.
• It has a temperatures ranging from -20 to 90 degrees C.
• This RoHS compliant fuse module is quipped with a screw termination style, ensures reliable and secure electrical connections.
• It features a captive drawer shaft type for convenient and secure fuse access within electrical systems.
• This photovoltaic fuse block is rated for a maximum current of 30A and a voltage of 1kVDC.

Frequently Asked Questions:

Q. How many poles does this fuse module have?

A. It is designed with a 2-pole configuration, allowing it to provide circuit protection & safety measures for two separate electrical paths simultaneously.

Q. What is the significance of the fault indication system?

A. The fault indication system serves as an alert mechanism. When an overcurrent event triggers the fuse element to melt & break the circuit, then fault indication system activates.

Q. What are the factors to consider while choosing this fuse module?

A. When selecting this fuse module, consider factors include current and voltage ratings, compatibility with AC or DC circuits, application-specific requirements and fault indication capabilities.