Lee-Dickens Ltd

Lee-Dickens is a private limited company which was started by an ex Royal Navy engineer in 1962. It has been involved in the design and manufacture of high integrity industrial and military process monitoring and control systems ever since. 

We invest time to get to know our customers and to understand their business. Because we provide outstanding solutions and pride ourselves on delivering excellent customer support we find that customers come back to us time and time again.  

We have an enviable reputation for product design, innovation and quality established over a wide customer base.

Our main areas of business are:

        • Process Instrumentation & Sensors - Commercial
        • Process Instrumentation & Sensors - Military
        • Remote Monitoring Systems & SCADA
        • Cloud-Based Monitoring
        • Sub-contract Manufacturing

Showing 33 of 55 Services
  1. Trip Amplifiers

    Trip Amplifiers
    Trip amplifiers change state when the process signal which is being monitored passes one or more adjustable set points, for high or low alarm conditions.
  2. Triple Level Trip Amplifier - DC Powered - DIN Rail Mounting

    Triple Level Trip Amplifier - DC Powered - DIN Rail Mounting
    Triple Level Trip Amplifier from a single process signal input. The trip action can be arranged so that the Alarm condition can be above (High Trip) or below (Low Trip) each of the set points, and that the relays can be either normally energised to de-energise in the Alarm condition (Fail-Safe), or normally de-energised to energise in the Alarm condition (Non Fail-Safe).
  3. Triple Level Trip Amplifier - Mains Powered - DIN Rail Mounting

    Triple Level Trip Amplifier - Mains Powered - DIN Rail Mounting
    Triple Level Trip Amplifier from a single process signal input. The trip action can be arranged so that the Alarm condition can be above (High Trip) or below (Low Trip) each of the set points, and that the relays can be either normally energised to de-energise in the Alarm condition (Fail-Safe), or normally de-energised to energise in the Alarm condition (Non Fail-Safe).