Mersen TR15R current limiting low voltage time delay class RK5 fuse 15A 250V AC/160V DC 9/16 inch dia x 2 inch L

Product Description

The MERSEN TR15R is a current limiting low voltage time delay Class RK5 fuse, designed for robust overcurrent protection. This dual element, rejection-style fuse is rated for 15A, 250 VAC, and 160 VDC, with an interrupt rating of 200 kA AC and 20 kA DC. Its time-delay characteristics effectively manage harmless starting currents and inrush currents in motors, transformers, and various electrical circuits, preventing nuisance openings. The cylindrical body measures 9/16 inch diameter by 2 inches long.

• Current limiting and time-delay characteristics provide comprehensive overcurrent protection.
• Engineered for motors, transformers, service entrance equipment, feeders, and branch circuits.
• Rejection-style design prevents replacement errors, ensuring proper installation and safety.

Product Highlights

Dual element, non-indicating fuse with ferrule terminals and clip mounting, suitable for AC/DC applications.

Product Information

Standard Information

• Brand: MERSEN
• Manufacturer Part Number: TR15R
• Country of Origin: Mexico

Technical Specifications

• UNSPSC Code: 39121600
• Fuse Class: RK5
• Series: TR-R
• Element Type: Dual
• Body Material: Polyester
• Body Type: Cylindrical
• Mounting Type: Clip
• Terminal Type: Ferrule
• Voltage Rating: 250 VAC/160 VDC
• Amperage Rating: 15 A
• Interrupt Rating: 200 kA AC/20 kA DC
• Country of Origin: Mexico
• Design Type: Rejection
• Visual Indication: Non-Indicating
• Standards: RoHS Compliant, UL 248-12, UL E2137, CSA C22.2 NO. 248.12, DC listed to UL 248 TRS only
• Sub Brand: Tri-Onic®
• Application: Motor circuits, Mains, Feeders, Branch circuits, Transformers, Service entrance equipment, General-purpose equipment
• Speed: Time-Delay
• Frequency: 50/60 Hz
• AC/DC Rated: Yes
• Terminal Material: Copper
• Product Group: Low Voltage UL/CSA Fuses
• Type: Fuse
• Alternate Mfr Part Number: R1027057
• Compatible Fuse Block Series: 2HKRFB
• Current Limiting: Yes