Edison Plug Fuses, 4-Pack 30A 125V Type TL Time-Delay Fuses for Residential Motor Circuits - Bussmann TL-30PK4
Edison Plug Fuses, 4-Pack 30A 125V Type TL Time-Delay Fuses for Residential Motor Circuits - Bussmann TL-30PK4
Edison plug fuses provide replaceable overcurrent protection in compatible residential fuse panels. This Bussmann TL-30PK4 pack contains four medium-duty Type TL time-delay fuses rated at 30 amps and 125 volts. The delay tolerates typical motor-starting surges in circuits serving suitable appliances or light-duty motors, then opens during a short circuit or sustained overcurrent.
Each fuse uses an Edison screw base and is intended only for panels and circuits designed for that fuse type and rating. Never increase amperage to stop nuisance opening; identify the circuit problem and match the original voltage, ampere and time-delay requirements. De-energize and verify the panel before service and use a qualified electrician where local rules or conditions require it. The source lists the package as four fuses.
Specifications
- Brand: Bussmann
- Product: Time-delay plug fuses
- Model: TL-30PK4
- Fuse type: Type TL
- Pack quantity: 4
- Current rating: 30A
- Voltage rating: 125V
- Base: Edison screw base
- Duty: Medium duty
- Action: Time delay
- Use: Residential fuse panels
- Application: Compatible motor circuits
- Purpose: Allows typical motor starting surge
- Protection: Sustained overcurrent and short circuit
- Certifications: CE and UL listing fields
- Dimensions: 2.25 x 2.45 x 1.4 inches
Frequently Asked Questions
How many plug fuses are included?
The TL-30PK4 package contains four 30A time-delay fuses.
Why is a time-delay fuse used on some motor circuits?
It allows a normal brief starting surge without opening while still protecting against longer overcurrent.
Can I use this fuse in any screw-in fuse socket?
No. The panel must accept Edison-base Type TL fuses at the specified 30A and 125V rating.
What if the replacement fuse opens repeatedly?
Do not install a higher-amp fuse; have the circuit and connected equipment checked for overload or fault.