Homeline miniature circuit breakers are engineered and designed for fast installation and superior circuit protection. Homeline circuit breakers are designed to plug into Homeline load centers to provide circuit protection. The HOMT circuit breaker is two single pole thermal magnetic circuit breakers manufactured in tandem. This tandem breaker occupies only one HOM pole space. Each single pole HOMT plug in circuit breaker provides an individual switching and tripping action. This tandem HOM miniature tandem breaker with plug in mounting is rated 15A and 15A at 12/24 VAC. This circuit breaker provides 1 kA breaking capacity. This tandem breaker will accept 14 AWG to 8 AWG copper or aluminum wire. The tandem breaker is 3.13 inches tall, 1. inches wide and 2.98 inches deep. CHOMT tandem breakers are CSA certified 15 A-[Ue] rated operational voltage {"1" 2018-04-13 05:11:04}-mounting mode plug-in-poles description 1P-Range Presentation
Read more
Specification & Document
Manufacturer Product Code
89732
Amperage
15-15
Brand
[{"en":"HomeLine CHOM","fr":""}]
Breaker Case Type
[{"en":"Standard","fr":"Standard"}]
Breaker Frame Type
CHOM
Breaker Mounting/Termination Type
[{"en":"Plug In","fr":"Branchable"}]
Breaker Trip Type
[{"en":"Thermal Magnetic","fr":"Thermique Magnetique"}]
Interrupting Rating
10KA
Manufacturer
SCHNEIDER ELECTRIC
Poles
Twin
Voltage
120-240
Manufacturer Product Code
89732
Amperage
15-15
Brand
[{"en":"HomeLine CHOM","fr":""}]
Breaker Case Type
[{"en":"Standard","fr":"Standard"}]
Breaker Frame Type
CHOM
Breaker Mounting/Termination Type
[{"en":"Plug In","fr":"Branchable"}]
Breaker Trip Type
[{"en":"Thermal Magnetic","fr":"Thermique Magnetique"}]
Interrupting Rating
10KA
Manufacturer
SCHNEIDER ELECTRIC
Poles
Twin
Voltage
120-240
Manufacturer Product Code
89732
Amperage
15-15
Brand
[{"en":"HomeLine CHOM","fr":""}]
Breaker Case Type
[{"en":"Standard","fr":"Standard"}]
Breaker Frame Type
CHOM
Breaker Mounting/Termination Type
[{"en":"Plug In","fr":"Branchable"}]
Breaker Trip Type
[{"en":"Thermal Magnetic","fr":"Thermique Magnetique"}]