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Flygt Monitoring Relays

Flygt MiniCAS II 120V AC 40-501098

Our Price £559.20 Inc VAT £466.00 Ex VAT
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  • Established 1975
  • Trusted by thousands of customers

MiniCAS II is a monitoring relay used primarily with small and medium pumps and mixers. It provides protection for the most common threats against a submersible pump: high temperature and leakage. In case of alarm, the pump is stopped or an alert is given by means of lamps and relays.

PUMP SENSORS MONITORED BY MiniCAS II

The following monitoring is possible with MiniCAS II

  • Thermal switches to detect overheating in the stator windings
  • FLS leakage sensor in the stator housing or junction box
  • FLS10 leakage sensor in the inspection chamber
  • CLS, water in oil sensor in the oil housing
More about this product

Frequently Asked Questions

Quick answers to common questions about the Flygt MiniCAS II 120V AC 40-501098. For technical specifications, see the product details above; for sizing or installation advice, contact our team. If you have any other questions, we're happy to help.

What is a submersible pump?

A submersible pump is designed to operate fully submerged in the liquid it is moving. The motor is sealed inside the pump body and cooled by the surrounding water. Submersibles are used for drainage, sewage, septic tanks, deep wells and boreholes, and for raising water from sumps, cellars and floodwater. Many stocked at Anglian Pumping handle solids in suspension.

Can submersible pumps handle solids and sewage?

Yes – some submersibles are designed for clean water only, others handle solids up to 50 mm or full raw sewage. Anglian Pumping stocks ABS, BBC, Flygt and T-T Submersibles ranges that include vortex, single channel and grinder impellers for different solids handling requirements. Always match the pump to the maximum solid size and the type of effluent it will see.

When should I use a submersible pump instead of a surface pump?

Use a submersible when the water level is more than around 8 metres below the pump installation point – surface pumps cannot self-prime beyond that depth. Submersibles are also better when the liquid contains solids, when noise must be minimised, or when the pump needs to operate in confined spaces such as sumps and chambers where a surface pump would not fit.