1PC Heavy Duty twopole doublethrow DPDT knifeblade disconnect switch rated at 100A. This rugged switch provides two independent poles that can be connected to two outputs or configured for dual circuits, using knifeblade terminals for fast and secure connections. Built for demanding applications, it offers reliable power isolation and control in a compact package. Key benefits current capability: rated for up to 100A, suitable for demanding power tasks. Flexible DPDT configuration: two poles with double throw allow independent control of two circuits from a single switch, or wiring options for polarity reversal in simple motor control. Quick and secure connections: knifeblade disconnect design enables fast mating and reliable contact. Rugged and durable: designed for heavy duty use in challenging environments, providing dependable operation and isolation when needed. Convenience: single unit package (1PC) suitable for various power distribution needs. Key attributes Type: Knifeblade disconnect switch Poles: 2 Throw: DPDT (double throw) Current rating: 100A Package quantity: 1 piece Construction: Heavy duty design suitable for current applications Compatibility and performance Suitable for general purpose power distribution and electrical isolation in current applications. DPDT configuration supports switching two circuits from one actuator, with options for simple circuit routing or polarity reversal when wired accordingly. Knifeblade terminals provide secure, reliable connections and straightforward installation. Use cases Battery or power source isolation: use as a safe disconnect for current power systems during maintenance or servicing. Dualcircuit control: manage two loads from a single switch, enabling coordinated control in power distribution or equipment setups. Simple motor control or polarity reversal: wired appropriately, can be used to reverse polarity for a small DC motor or to route power between two outputs as needed. Notes Package contains one unit (1PC). Please ensure proper wiring and adherence to electrical ratings when integrating into systems.