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Single loop temperature controllers

Single loop controllers are used to control a thermal or process machine in systems which need a single control loop or discrete devices.

Single loop controllers provide you with high performance control that is simple to implement and easy to operate with quick start codes, automatic help text, custom text messages and auto-tuning.

These instruments provide precise temperature and process control with a host of advanced features heater failure detection, timer, setpoint programmer, and recipe feature.


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3200 Temperature/ Process Controller
3200 Temperature/ Process Controller

The innovative range of 3200 series controller offers precision control of temperature and other process variables together with a host of advanced features not normally found in this class of controller.

The emphasis is on simplicity and ease of use.  A simple ‘QuickStart’ code can be used to configure all the functions essential for controlling your process.  This includes input sensor type, measurement range, control options and alarms – making ‘Out of the Box’ operation truly achievable.  If you prefer, you can specify what you need at point of order and we will ship the unit preconfigured to your requirements.

 2400 Temperature Controller / Programmer
2400 Temperature Controller / Programmer

The 2404/2408 is a versatile, high stability temperature or process controller, with self and adaptive tuning, in 1/4 DIN and 1/8 DIN sizes. It comes with a standard 8 segment setpoint programmer, with options for one, four or twenty programs of 16 segments each. It has a modular hardware construction which accommodates a wide range of plug-in modules.

 piccolo™ Controller P116 / P108 / P104
piccolo™ Controller P116 / P108 / P104

General Purpose Temperature and Process Controller

piccolo™ controllers offer precision PID control of temperature and other processes with many advanced features not normally found in this class of controllers.

Designed to offer outstanding performance in an affordable package providing a complete solution for a wide variety of applications, this range guarantees extremely easy access to parameterization and operation in a high quality unit.

Despite their advanced features, the controllers are easy to use and apply and may be customised for ease of operation. Full autotune is provided.

 2200 Temperature Controller / Programmer
2200 Temperature Controller / Programmer

The 2216e, 2208e and 2204e are versatile, high stability temperature / process controllers, with self-tuning, in 1/16, 1/8 and 1/4 DIN sizes.

  • Versatile, high stability temperature or process controllers
  • Self-tuning with overshoot inhibition
  • Heating and cooling outputs
  • Modular hardware
  • Customized operator display
  • Digital communications

The hardware is configurable for heating, cooling or alarms.  All instruments are fully configurable on-site.

EPC2000 Programmable Controllers
EPC2000 Programmable Controllers

The EPC2000 programmable single loop temperature and process controller provides efficient and repeatable precision control in a convenient and easy to deploy DIN rail and surface mounting format.

The controller combines precise control and measurement performance with a high speed Ethernet connection incorporating an integral switch for daisy chain connection to supervisors, panels or PLC. Cybersecurity is certified to the stringent requirements of Achilles® CRT Level 1.

User function block wiring with optional math, logic, totalizer and specialized functions allows the unit to take on additional system functions beyond PID control.

EPC2000 is designed for an extended service life, with FRAM battery-free non-volatile data storage.

 EPC3000 programmable controllers
EPC3000 programmable controllers

Helping deliver an efficient and secure process

The EPC3000 range of programmable single loop process and temperature controllers maximizes efficiency and repeatability and is certified for cybersecurity communications robustness.

Process inputs are fast and accurate, with exceptional thermal stability, aiding precise and consistent control over long periods without calibration drift. Recalibration and user calibration correction functions are available to further improve accuracy.

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