The Cynergy3 MS series of float switches are designed for large tanks, cisterns or reservoirs, and can be installed on submersible pumps. The MS float switches are capable of reaching 100m in depth.
MS float switches come with a 5m PVC cable.

What is it made from?
The flow switch case is made from blow-moulded HDPE (polyethylene). The unit is hermetically sealed. The cable is made from PVC and has a protective earth conductor. Part numbers ending with the letter “U” have PUR cables suitable for use in fuel oils.

What temperatures can it operate in?
All MS float switches operate from 0°C to +45°C / +32°F to 113°F.

What contact types are there?
The 5th digit of the part number represents the contact type:
A - Normally Open (N/O)
B - Nortmally Closed (N/C)
C - Changeover (C/O)

Approvals:
MS float switches have UL, VDE and CENELEC approvals. Part numbers ending with a "W" are WRAS approved cable coverings.

Versions Available:
(205-6910) MS10A
(338-9801) MS20A
(338-9794) MS10B
(869-7609) MS20C
(379-4001) MS10AW
(379-4017) MS10BW 

Use this float switch from Sensata Cynergy3 to control liquid levels in large tanks, cisterns and reservoirs. It can also be installed on a submersible pump to operate at depths up to 100 metres. This hardwearing switch is made of hermetically sealed, blow-moulded polyethylene (PE). It's supplied with a 5m polyvinyl chloride (PVC) cable, making it a versatile solution that's simple to install. It operates via a NO (normally open) electrical circuit and can be used to turn off a pump when liquids reach a preset level.

• Operating temperature range from 0°C up to +45°C makes this switch suitable for use in hot environments
• Cable includes a protective earth cover to prevent electrical shocks
• Able to operate at high pressures up to 10 bar

This unit is built to last – it features a microswitch with an electrical life of 200,000 operations. In addition, it's been approved by third-party certifiers Underwriter Laboratories (UL) and Verband der Elektrotechnik (VDE) for reliability and safety.