Single-pole 1" combination CAFCI circuit breaker is designed for arc-fault, overload and short-circuit protection of an electrical system. Designed to detect arcs that are caused by damaged, aged, or improperly used wires or cords and to disconnect the power. With Time-Saver Diagnostics, advanced trip indication technology, identifying the type of fault that last occurred. White push to test button. 10kA interrupting rating. Rated for 120 VAC. Meets Canadian Electrical code. Carded.
Continuously monitors the circuit and quickly turns off the power (trips) when a dangerous condition is detected. Equipped with a diagnostic feature known as time-saver diagnostics which indicates the type of fault that last occurred on the circuit.
Provides ARC fault, parallel, ground, series, overload and short circuit protection. Required for bedroom receptacles effective January 1, 2002. Plug in design with color-coded screws and dual function test button. 120/240 volt. 1" space per breaker.
Plug-in, combination type CAFCI circuit breaker, complies with the requirements for both branch/feeder and outlet circuit CAFCIs. Required on January 1, 2008 by 2005 NEC, combination type CAFCI circuit breakers must be placed on bedroom power and lighting circuits. Protects downstream branch circuit wiring and cord sets and power-supply cords. Provides ARC fault, overload and short circuit protection. UL listed. Protects against worn electrical insulation or damaged wire, misapplied or damaged plug in appliances and equipment, and loose electrical connections. 2 LEDs appear for 5 seconds each time the CAFCI is turned on, up to 30 days after the last trip to indicate last known trip condition. One LED means arcing fault. Two LEDs means arcing fault to ground. 10kA interrupting rating. UL Listed, 120 volt AC. Wire range 14 - 8 AWG. 1" space, 120 volt.
Combination CAFCI 3/4" single-pole circuit breaker, designed for overload and over-current protection of an electrical system. Thermal-magnetic tripping mechanism. Designed to detect arcs that are caused by damaged, aged or improperly used wires or cords and to disconnect the power. Visi-Trip indicator to identify which circuit is out in the load center. With Time-Saver Diagnostics, advanced trip indication technology, identifying the type of fault that last occurred. 10kA interrupting rating. Uses one space per breaker. 120 volt AC. UL Listed. Carded.
Combination Arc Fault protection and Ground Fault protection (class A) in a single device. Equipped with a diagnostic feature known as time-saver diagnostics which indicates the type of fault that last occurred on the circuit.
Plug-on combination type arc fault circuit breakers, 10,000 amperes interrupting capacity. Combination type arc fault circuit interrupter includes all of the protection offered by the branch feeder AFCI (mitigation of parallel arcing faults in the complete circuit, including connected cords). In addition it provides direct detection of persistent low current arcing faults down to 5 amps with associated mitigation of fire hazards in the cords connected to the outlets. Parallel arcing faults can occur from line to neutral or line to ground. These arcing faults are in parallel with the load and produce the most energy of all arcing faults. The current level of low current arcing faults is limited by the load.
Detects when current is "leaking" somewhere outside its intended path. Should the DFCI trip, the yellow LED Indicates the last known trip condition by illuminating LED for 5 seconds each time the DFCI is turned on for up to 30 days. Self-test feature. UL Listed. 3.3" height x 1" width x 3" depth, .479 lb.
Dual function circuit breaker. Plug-in for Siemens load centers. Combines GFCI and AFCI protection against both arc faults and ground faults. Self-Test and lockout feature. LED trip indicator. 10,000 amps interrupting capacity. HACR and SWD Rated. Used in kitchen and laundry circuits. Wire range #14 - #8 AWG. UL Listed.
Easy-to-read trip codes through improved LEDS and a clear test button. Ability to reset the breaker in the field and eliminate trip history. Lower power consumption allows the circuit breaker to produce less heat in high ambient areas. Short-body configuration creates easy installation by maximizing space inside the loadcenter.