Temperature Controllers OMRON E5CC-QX2ASM-000

Omron’s E5CC range of temperature controllers are a premium PID based controller that support a wide variety of applications. Covering a comprehensive array of sensor inputs including a universal input, Thermocouple, PT as well as Analogue current/voltage inputs. The E5CC range of temperature controllers offer various configurations to exactly suit your program and application requirements for a reliable and easy to use system.
The controller’s compact 48 x 48 mm unit is an industry standard size and can fit in to most typical system units for a fast and effortless installation. Featuring a large white PV display, the E5CC’s large 15.2 mm LED characters provide increased visibility in any application.
PID control within the E5CC range can be set to separately control heating and cooling processes. This functionality allows for programming to control different systems with response characteristics specified to each application. Auto-tuning of PID control functions allow initial parameters to be configured quickly and easily for smooth fast installation and commissioning. The E5CC range also features standard ON/OFF control for more basic applications.

• Large white LCD display
• 15.2 mm characters
• Dual PV/SV 4-digit display
• 50 ms high-speed sampling
• Short 60 mm housing case
• Easy connection to PLC with communications that require no programming
• Component communications can be used to link temperature controllers to each other
• Easy set up with CX-Thermo software (Windows XP, 7) without additional power supply via USB conversion cable

CE

The Omron digital temperature controller provides large white PV display that’s easier to read. Easy to use, from model selection to setup and operation. Models with push-In plus terminal blocks are added to line-up.

It provides high-speed sampling at 50 ms
It has short body with depth of only 60 mm
It provides easy connections to a PLC with program less communications

Omron - E5GC, E5CC, E5EC, E5AC, E5DC, E5CN & E5CB Ranges