CKLICS 40DA Solid State Relay
USER MANUAL
The REX series (C900/C700/C400/C100/C10) is a microcomputer-based temperature control instrument featuring PID self-tuning (automatic optimization). Read this manual for safe setup and parameter operation before use.
Setup & Basic Use
- Ensure the instrument graduation settings and supply voltage match your facility operating specifications.
- Wire according to the wiring diagram labeled on the instrument housing (use compensating wires for thermocouples; for RTD use three low-resistance wires of equal length and matching cross-sections).
- With the instrument energized, set the temperature set value (SV): in normal PV/SV display, press SET to make SV flicker, use ◀ to select the target digit, then use ▲/▼ to adjust. Press SET once more to return to normal display.
- To enter parameter setting mode, hold SET for three seconds from the normal display. Press SET sequentially to cycle through parameters; note the instrument auto-times out after 30 seconds of no key press, abandoning uncommitted changes.
First of all, thank you for using our company ‘ s products. This series of products is based on the most advanced modern control theory, microcomputers controlled by microcomputers and a smart temperature control instrument with PID self tuning (automatic optimization) function. Please read the instructions in detail before use.
Model Description
Example: C100FK02–V*EN
Based on this model suffix, the instrument contains the following specifications: the size of the panel is 48 x 48; it has PID self-setting functionality; equipped with a K thermocouple; temperature range of 0 to 400°C; contactless voltage pulse output (designed to drive a solid-state relay SSR); configured with the first alarm set for upper limit deviation; no secondary alarm line.
2. Panel Elements and Functions
Instrument panel diagram layout showing PV, SV displays and control keys.
3. Operation Process
3.1 Opening process
3.2 SV setting mode
In the normal display state of SV/PV, press the “SET” key, make SV display in the flicker state, by pressing the “<” key, find the number of required temperature, and then press the rise or drop key, set to the required temperature value, after setting, again press a “SET” key, so that the instrument to SV/PV normal display state.
3.3 Parameter setting mode
This parameter is used to set alarm, PIO constant and other parameters. In the normal display state, after holding the “SET” key for three seconds, the parameter setting state is displayed in the PV display, the corresponding value is displayed in the SV display, and the lower table parameter symbol is displayed in tum according to the “SET” key.
Note: This machine has an automatic response function. The instrument automatically returns to the main display mode after 30 seconds when the operator forgets to return to the main display mode by setting parameters and modifying operations.Read the following contents before using or modifying parameters. The contents of the following processes, such as meters without this function, will not display this content.
4. Main Menu
With the instrument energized, hold the SET key for approximately 2 seconds to enter the main menu.
| Display Character | Parameter Name | Default Value | Adjustable Range | Description |
|---|---|---|---|---|
| Sv | SV | 100 | SLL to SLH | Set Value |
| AL1 | AL1 | 10 | SLL to SLH | Alarm 1 value (Not displayed if AC1 = 0) |
| ArU | AT | 0 | 0 to 1 | Self-tuning (0: Off, 1: On) |
| P | P | 30 | 0 to 999 | Proportional band |
| oH | OH | 2 | 1 to 100 | Main control hysteresis band (displays only when P = 0) |
| I | I | 120 | 0 to 999 | Integral time (Not displayed if P = 0) |
| d | D | 30 | 0 to 999 | Derivative time (Not displayed if P = 0) |
| Ar | Ar | 80 | 0 to 100 | Integral overshoot suppression (Not displayed if P = 0) |
| r | T | 20 | 1 to 100 | Control cycle period (Not displayed if P = 0) |
| SC | SC | 0 | -199 to 199 | Sensor correction calibration value |
| LCk | LCK | 0 | Binary representation | Password lock: 000: All parameters can be modified 001: Only SV, AL1, and AL2 are modifiable 011: Only SV is modifiable 111: All parameters are locked and read-only |
5. Instrument Engineer Parameter Menu
With the instrument energized, press and hold the “SET” and “◀” keys simultaneously for approximately 3 seconds. The PV display will show “Cod”. Set “Cod” = 001, then press “SET” sequentially to cycle through the engineer parameter menu:
| Display Character | Parameter Name | Default Value | Adjustable Range | Description |
|---|---|---|---|---|
| Sn | SN | K | B, S, R, T, K, N, J, E, PT, Cu | Sensor graduation / type |
| SLL | SLL | -50 | According to sensor range limit | Display lower limit |
| SLH | SLH | 999 | According to sensor range limit | Display upper limit |
| oud | OUD | 0 | 0 to 1 | Control Action: 0 for Heating, 1 for Cooling/Refrigeration |
| out | OUK | 0 | 0 to 1 | Output mode: 0 for Switch (relay/SSR pulse), 1 for Continuous (Analog 1–5V or 4–20mA, requiring hardware support). |
| AC1 | AC1 | 1 | 0 to 6 | AL1 Alarm Mode: 0: No alarm 1: Upper deviation alarm 2: Lower deviation alarm 3: Upper/Lower deviation alarm 4: Upper/Lower band alarm 5: Process value upper limit alarm 6: Process value lower limit alarm |
| AC2 | AC2 | 0 | 0 to 6 | AL2 Alarm Mode: 0: No alarm 1: Upper deviation alarm 2: Lower deviation alarm 3: Upper/Lower deviation alarm 4: Upper/Lower band alarm 5: Process value upper limit alarm 6: Process value lower limit alarm |
| AH1 | AH1 | 2 | 1 to 100 | Alarm 1 differential gap (hysteresis) |
| AH2 | AH2 | 2 | 1 to 100 | Alarm 2 differential gap (hysteresis) |
| Unit | UNIT | 0 | 0 to 1 | Temperature unit selection: 0 for °C, 1 for °F |
| dF | DF | 50 | 0 to 100 | Digital filter coefficient |
| Cot | COT | 0.4 | 0.00 to 10.0 | Display inhibition |
| FAC | FAC | 0 | 0 to 100 | Overtemperature display limit: 0: Function disabled. Other Values: Beyond the set value, the excess portion is displayed proportionally calculated as: Display Value = SV + (PV – SV) / FAC |
Note: To restore all factory default values, change the “Cod” value to 911.
Measurement Ranges by Sensor Type
| Display Character | Sensor Type | Adjustable Range (°C) |
|---|---|---|
| b | B | 500 to 999 (Customized) |
| S | S | -50 to 999 (Customized) |
| r | R | -50 to 999 (Customized) |
| t | T | -50 to 999 (Customized) |
| K | K | -50 to 999 |
| n | N | -50 to 999 |
| J | J | -50 to 999 |
| E | E | -50 to 800 |
| Pt | PT100 | -50 to 800 (Customized) |
| Cu | Cu50 | -50 to 150 (Customized) |
6. Error Diagnosis & Display
If the instrument experiences an operating fault, it will display one of the following diagnostic codes:
| Error Code | Description | Corrective Action |
|---|---|---|
| Err | Internal instrument failure | Please contact support/send for repair. |
| ooo | Input open-circuit, reversed polarity, or input signal exceeds range limit | Check the physical sensor element, connections, and wiring polarity. |
| uuu | Input open-circuit, reversed polarity, or input signal is below range limit | Check the physical sensor element, connections, and wiring polarity. |
7. Installation & Connection Guidelines
- Check and confirm that the instrument’s graduation settings and supply voltage match the operating specifications of your facility.
- Connect wiring in strict accordance with the wiring diagram labeled on the physical housing of the instrument.
- For thermocouple inputs, always use compensating wires of matching core materials.
- For RTD (thermal resistance) inputs, use three low-resistance wires of equal length and matching cross-sections.
- WARNING: Ensure the power input lines are not mixed or crossed with the sensor signal lines. Accidental high voltage applied to sensor terminals will destroy the device circuitry beyond repair. Do not short-circuit the output terminals.
- Route the instrument’s power feed and signal cables separately from high-current machinery cables to reduce electromagnetic interference. Shielded cabling is highly recommended where interference is present.
- When placing an order, please specify:
- ① Complete instrument model code
- ② Sensor type code (Graduation)
- ③ Control output type
- ④ Target measuring range requirements
- ⑤ Any customized technical functions or system needs
8. Liability & Warranty Statement
This product undergoes strict quality control inspections prior to shipment. The factory provides a one-year warranty covering manufacturing flaws and defects, limited solely to repair or replacement of the device; the manufacturer does not bear any collateral, consequential, or joint liabilities. Damages resulting from unauthorized disassembly, modifications, or incorrect field wiring/operation are entirely excluded from warranty options.
9. Error Diagnosis & Corrective Actions
- Err: Internal instrument failure. Corrective action: Please contact support/send for repair.
- ooo: Input open-circuit, reversed polarity, or input signal exceeds the range limit. Corrective action: Check the sensor element, connections, and wiring polarity.
- uuu: Input open-circuit, reversed polarity, or input signal is below the range limit. Corrective action: Check the sensor element, connections, and wiring polarity.
10. Specifications
| Panel size | 48 × 48 |
|---|---|
| Control | PID self-setting / automatic tuning |
| Sensor | K thermocouple |
| Temperature range | 0 to 400°C |
| Output | Contactless voltage pulse output (configured to drive a solid-state relay, SSR) |
| Alarm configuration (example) | First alarm set for upper limit deviation; no secondary alarm line |
FAQ
How do I set the temperature set value (SV)?
In the normal PV/SV display state, press to make SV flicker. Use to select the target digit, then use / to set the desired temperature value. Press again to return to the normal PV/SV display state.
How do I enter parameter setting mode?
From the normal display state, hold the key for three seconds to enter parameter setting mode. The parameter symbol appears in the PV window and the value appears in the SV window; press sequentially to cycle through parameters.
What happens if I stop pressing keys during parameter changes?
The instrument has an automatic timeout response function: if no keys are pressed for 30 seconds, it returns to the main display mode and abandons uncommitted changes.
What does the error code ‘ooo’ mean and what should I do?
‘ooo’ indicates an input open-circuit, reversed polarity, or that the input signal exceeds the range limit. Check the physical sensor element, connections, and wiring polarity.
What does the error code ‘uuu’ mean and what should I do?
‘uuu’ indicates an input open-circuit, reversed polarity, or that the input signal is below the range limit. Check the physical sensor element, connections, and wiring polarity.
Documents / Resources
 | 40DA Solid State Relay |
References
- User Manualmanual.tools