BUSSMANN CCP-2-30CC Fusible Disconnect, 30 A, 125 VDC, Two Pole

Bussmann CCP-2-30CC fuse circuit protector is used to safeguard motors, transformers and power distribution systems from short circuits and excessive currents in commercial and industrial settings.

Features:

• This compact circuit protector is two-thirds the size of a typically fused switch holder for saving space in machinery electrical panels, industrial control panels and HVAC equipment.
• It has a visual indicator that facilitates users to spot blown fuses for replacement.
• This finger-safe fuse block incorporates a disconnect switch to manually open and close a circuit while performing maintenance on the circuit or changing fuses.
• It provides touch-safe operation without needing a separate cover and is more compact than open fuse blocks, thus saving installation space.
• This fuse block allows tool-free changing, allowing quick replacement of blown fuses.

Compatible Accessories:

• 8 mm Shafts: They are used with the brand's pistol handles and selectors.

Standards and Approvals:

• UL 98
• cULus 22.2

Frequently Asked Questions:

Q. How is Bussmann CCP-2-30CC compact circuit protector mounted?

A. This compact circuit protector features DIN rail mounting for easy and secure installation.

Q. Which fuses are compatible with this compact circuit protector?

A. This circuit protector can be used with ATDR, ATMR, ATQR, CCMR, FNQ-R, KLDR, KLKR, KTK-R and LP-CC Series fuses.

Q. What is the current rating of Bussmann CCP-2-30CC compact circuit protector?

A. This compact circuit protector has current ratings ranging from 0 to 30A.

Q. What is the operating temperature of Busssmann CCP-2-30CC fuse circuit protector?

A. It has an operating temperature ranging from -20 to 75 degrees C.

Q. Does Raptor Supplies offer similar Busssmann fuse circuit protectors with higher amperage rating?

A. For higher current ratings, check brand's CCP-2-100CF cube fuse circuit protector having amperage ratings of 100A and interrupt rating of 200kA at 600VAC .

Q. What factors should we consider when choosing fuse circuit protector?

A.

• Choose a protector with a current rating slightly above your system's maximum requirement and ensure its voltage matches your system's voltage level.
• Select a model tailored to your system's application and designed to withstand the operating environment's conditions.
• Determine if your system experiences temporary current spikes during startup and choose a protector with appropriate time-delay features.
• Seek guidance from experts if needed, referring to manufacturer recommendations and industry standards.
• Plan for future changes and expansions, and opt for a protector that accommodates potential upgrades.