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General| Type | Digital Temperature Controller |
|---|---|
| Output Type | Relay, Voltage, Current |
| Weight | Approx. 200 g |
| Model | E5*C-B |
| Control Method | ON/OFF or 2-PID |
| Input Type | Thermocouple, RTD, Analog |
| Power Supply | 100-240 VAC |
| Communication | RS-485 |
| Control Output | Relay |
| Alarm Output | Relay |
| Protection Rating | IP66 |
Covers dimensions, panel cutouts, and mounting procedures for various E5@C models.
Details wiring examples for different terminal blocks of E5CC, E5EC, E5DC, and E5GC models.
Details methods for determining PID constants: AT (auto-tuning), ST (self-tuning), and manual setup.
Covers setting alarm types, values, and hysteresis for outputting alarms from auxiliary or control outputs.
Details the HB and HS alarm functions, their detection parameters, and installation of current transformers (CTs).
Explains how to set up heating/cooling control using control outputs and auxiliary outputs.
Describes how event inputs can be used for various functions like RUN/STOP, AT execution, and alarm latch cancel.
Details the four types of protection: operation/adjustment, initial setting/communications, setting change, and PF Key.
Details the loop burnout alarm function, its detection conditions, and related parameters.
Explains how to perform manual operation with PID control or position-proportional models.
Explains how to use the simple program function for controlling based on time and set points.
Covers using a remote SP input, scaling, and switching between local and remote SP modes.
Explains position-proportional control using close or floating control methods, and motor calibration.
Details logic operations using CX-Thermo software for calculating controller status and outputting results.
Details the four levels of protection: operation/adjustment, initial setting/communications, setting change, and PF key.
Describes how to perform control operations, set alarm values, monitor manipulated variable, and use other operations.
Contains parameters for optimizing controller performance, including tuning methods, output assignments, and logic operations.
Provides detailed specifications including supply voltage, power consumption, input, output, and alarm ratings.
Explains common error codes displayed on the controller (e.g., S.ERR, FFFF, E111) and their remedies.
Provides FAQs and a checklist for common problems like large temperature errors, incorrect input types, and communication issues.
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