ZOELLER Z101964 10-1964 Double Piggyback Variable Level Float Switch 115 V Mechanical

Zoeller 10-1964 Double Piggyback Variable Level Float Switch 115 V Mechanical

The flexible cords of the Zoeller 10-1964 Double Piggyback Variable Level Float Switch 115 V Mechanical make installation easy, while a metal body and bronze bushing give you long life. The medium o-ring setting has a 6 in. post and the strong o-ring setting has an 8 in.

The Zoeller 10-1964 Double Piggyback Variable Level Float Switch 115 V Mechanical provides simple, dependable control of your pump or water feature. It uses two float switches for super low to super high conductivity and has a dual-float mechanism to prevent the system from turning on when the switch is submerged. The voltage dial can be set at any point between 5 V to 24 V.

The Zoeller 10-1964 is a double piggyback (floating) variable level float switch with a variety of operating characteristics. It is solidly constructed and features brass construction in the float, strong toggle switches, flared top load exhaust vents for minimal air loss and added draft protection, and an adjustment screw located between the float and bowl assembly for easier adjusting.

The float switch is a mechanical, solid-state device that consists of metal floats and an electrical switch. The Z101964 15/2 3-Wire 120/240V Double Piggyback Float Switch from Zoeller Mfg. Co. has a rating of 0 to 15 psi and 0 to 28mA test sensitivity. It features a double piggyback design for backflow prevention and can be adjusted to several different positions above the base water level.

The Double Piggyback Variable Level Float Switch is designed to be installed in a sump pit or flooded basement to detect high water conditions, and automatically switch on an alarm or pump.

This Zoeller 10-1964 combination water level indicator/switch has a range of 3" - 30" and includes a soap/cleaner bowl.

Zoeller variable-level float switches offer the convenience of two switches in one. The float and O-ring ensure long-life by allowing only water to pass through. Float mechanism is adjustable to compensate for level changes. Dual redundant linkage prevents incorrect sequencing. Enclosed switch design ensures extra protection from the elements and reduces electrical noise interference.