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Thermal Fuses

G4,G5,G6,G7 and G8 Temprature Overview
Iwatsu 6x6 Rubber Contact Switches
G4 - One-Shot Thermal Fuse
Iwatsu 6x6 Rubber Contact Switches

Rated for continuous operating currents up to 10 amps @ 250 VAC (15 amps @ 120 VAC), the G4 series MICROTEMP® TCO is the industry standard for over-temperature protection. The G4 series is applied to millions of appliances and personal care products each year, providing reliable back-up protection for temperature controlling thermostats and other over-temperature conditions. The G4 series is also widely applied in office machines, portable heaters and industrial equipment as a thermal safeguard.

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G5 - One-Shot Thermal Fuse
Iwatsu TP2151 Switches

Designed for special high current applications, the G5 series MICROTEMP® TCO is rated for operating current up to 16 amps @ 250 VAC (20 amps @ 250 VAC and 25 amps @ 120 VAC at UL/CSA). Similar in appearance to the G4 series, the G5 series has a different internal construction designed for interrupting higher currents. G5 series TCOs are found in electric heaters and other higher current devices requiring over-temperature protection.

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G6 - One-Shot Thermal Fuse
Iwatsu TP2053 Switches

The G6 MICROTEMP TCO has superior current interrupting capabilities in a small physical package. Rated for continuous operating currents up to 16 amps @ 250 VAC the G6 is a more economical solution than a bimetal disc one-shot device.

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G8 - One-Shot Thermal Fuse
Iwatsu TP3000 Switches

The G8 MICROTEMP® TCO has superior current interrupting capabilities in a small physical package. Rated for continuous operating currents up to 25 amps @ 250 VAC, the G8 MICROTEMP® TCO is a more economical solution than a bimetal disc one-shot device.

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G7 - One-Shot Thermal Fuse
Iwatsu TP3000 Switches

The G7 series MICROTEMP TCO is designed to satisfy applications requiring miniaturized components, but do not need maximum current interrupt capability. The G7 is just 1/3 the size of the G4 or G5, and with a current interrupting capability of 5 amps @ 250 VAC, it is capable of meeting the requirements of transformers, motors, battery packs and electronic circuit applications.

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