Sensata/Cynergy 3 RSF50 Series Vertical Polyphenylene Sulfide Float Switch, Float, 1m Cable, NO/NC, 300V ac Max, 300V

The RSF50 series of compact vertical float switches have a single switching point, mounting is either from the top or bottom of the tank therefore access to the inside of the tank is required. These float switches are ideal for vending machine, printing systems, and chemical dosing applications.

Manufactured in a variety of materials with a choice of gasket materials to suit most commonly used liquids
Mounting in top or bottom of tank
N/O versions can be configured as N/C by float inversion
All units WRAS approved for use in hot and cold water

Part numbers ending in '1/8' have a 1/8"NPT mounting thread
Part numbers ending in 'C' have an M12 mounting thread

The cable entry point must NOT under any circumstances be submerged.
On the Horizontal switches they must be fitted through the wall of a tank so that the cable is on the outside.
On the Vertical type the mounting thread and cable entry must be above the highest level of the liquid.

epoxy sealed leadouts

Choose this float switch from Sensata Cynergy3 for monitoring liquid levels in your tanks and other large vessels. It's designed for vertical mounting through a hole in the top or bottom of the inside of your tank. You can reverse the switch action by simply inverting it through 180°, making it a versatile component. It's suitable for applications such as vending machines, industrial printing systems and chemical dosing equipment.

• Wide operating temperature range of -10°C to +105°C for use in demanding environments
• Made of polyphenylene sulfide (PPS) material for chemical and abrasion resistance
• High maximum voltage rating of 300V for use in high-power applications
• Ample cable length of 1m for a flexible connection
• 1/8-inch NPT (National Pipe Thread) connection for a secure and simple attachment

This switch's actuator has an in-built magnet that causes changes in the magnetic field as it moves up and down with the water level. The contacts open and close when the switch's sensor responds to the change in magnetism.