Littelfuse CCMR003P Class CC Dual Element Time Delay Fuse 3 A

Product Description

The LITTELFUSE CCMR003P is a Class CC dual element time delay fuse. This non-indicating fuse has a voltage rating of 600 VAC/300 VDC and an amperage rating of 3 A. It is designed for holder mounting and features a ferrule terminal type. Ideal for motor and motor branch circuit protection applications.

• POWR-PRO performance
• Extremely current limiting
• 300 kA interrupting rating (self-certified)

Product Highlights

The CCMR003P fuse provides time delay and extremely current limiting for motor and branch circuit protection.

Product Information

Standard Information

• Brand: LITTELFUSE
• Manufacturer Part Number: CCMR003P
• Country of Origin: MEX

Technical Specifications

• Amperage Rating: 3 A
• Body Size: 0.41 in Dia x 1.5 in L
• Body Type: Cartridge
• Class: CC
• Element: Dual
• Frequency Rating: 50/60 Hz
• Indicating/Non-Indicating: Non-Indicating
• Interrupt Rating: 20/200 kA
• Mounting Type: Holder
• Series: CCMR
• Terminal Type: Ferrule
• Voltage Rating: 600 VAC/300 VDC
• Opening: Slo-Blo/Time Lag (T)/Time Delay
• Maximum AC Voltage (V): 600
• Voltage Rating (V): 300
• Size: Class CC
• Family style: Powr-Pro Fuse
• Fuse Class: Midget/Class CC
• Indicating: No
• Interrupt Amperage: 200000
• Application: motors & branch circuit
• Standard: 248-4 Class CC
• Sub Brand: CCMR
• Type: Class CC
• Brand: Littelfuse®
• Main function: Fuse
• Product series / family name: POWR-PRO
• Sub-range name: CCMR
• Functions: Compact motor and branch circuit rated Extremely current-limiting Dual-element Slo-Blo/Time Lag (T)/Time Delay UL class CC/CD fuse
• Rated current: 3A
• Short circuit breaking rating: 20000A / 20kArms (at 300Vdc)
• Short circuit breaking rating (Littelfuse self-certified): 300000A / 300kArms (at 600Vac; symmetrical)
• Rated Voltage (DC): 300 V
• Application type: Motor and motor branch circuit protection
• Rated voltage (AC): 600 V
• Compliant with standard(s): RoHS
• Shape: Industrial cartridge
• Protection functions: Opening = Slo-Blo / Time Lag (T) / Time Delay (M)