To change the target temperature or calibration settings, follow this standard procedure:
Setting Target Temperature:
Entering Advanced Menu (P-Menu): To adjust hysteresis, delay, or calibration, you usually need to press and hold the SET button for 3–5 seconds until "P0" (or similar code) appears.
Common Parameter Codes (Standard Variants):
| Code | Function | Description | Range/Default | | :--- | :--- | :--- | :--- | | P0 | Heating / Cooling Mode | Sets the relay to activate on temperature drop (Heating) or rise (Cooling). | H (Heating) / C (Cooling) | | P1 | Hysteresis (Dead Band) | The difference between stopping and starting. If set to 2.0°C, the relay activates at Set Temp - 2°C (Heating mode). | 0.1°C – 15.0°C | | P2 | Delay Protection | Prevents rapid cycling of compressor/relay. (e.g., wait 3 minutes before restarting). | 0 – 10 Minutes | | P3 | High Alarm | Audible alarm triggers if temp exceeds this limit. | Off / Temp Value | | P4 | Low Alarm | Audible alarm triggers if temp drops below this limit. | Off / Temp Value | | P5 | Calibration | Corrects sensor reading errors. If actual temp is 25°C and display shows 24°C, set P5 to +1.0. | -5.0°C to +5.0°C |
Note: After adjusting a parameter, press SET to save that specific value. Long-press SET or wait 10 seconds to exit the menu. xycd60 manual
The XYCD-60 features screw terminal blocks. Always disconnect power before wiring.
A. Power Input
Locate the terminals marked for power (often labeled L, N, and Ground or simply AC).
B. Sensor Input
Locate the sensor terminals (often labeled NTC, IN, or marked with a sensor icon).
C. Output Terminals (Relays) The XYCD-60 usually has two sets of output relays (Output 1 and Output 2). Each set typically has three terminals:
Example Wiring for a Heating Device (to Output 1): To change the target temperature or calibration settings,
The original XYCD60 manual provides only the absolute basics: battery insertion, on/off, and zero. It fails to explain relative measurement, troubleshooting error codes, hidden calibration modes, or maintenance best practices.
Therefore, this guide should be considered the definitive companion to your XYCD60 manual. Bookmark this article, print it for your workshop, or share it with a colleague who owns the same tool.
By following the detailed instructions in Chapter 3 (measurement techniques), Chapter 4 (troubleshooting), and Chapter 6 (maintenance), you will extend the life of your XYCD60 and achieve laboratory-grade accuracy, regardless of whether you have the original paper manual or not.
Final action step:
If you still cannot resolve your XYCD60 issue, leave a comment with the specific error code and which model (caliper or timer) you own. The community and I will help decode the one missing page from your manual.
Note to readers: This guide is based on aggregated user manuals, reverse engineering, and practical experience. Always consult a professional for critical measurements in aerospace, medical, or safety-critical applications. The XYCD-60 features screw terminal blocks
Here’s a general write-up / user manual summary for a device labeled XY-CD60 (commonly a programmable digital voltage / current control module, often used for battery charging, power supply control, or over/under voltage protection).
If you have a specific XY-CD60 model (e.g., XY-CD60L, XY-CD60H, or a different variant), let me know and I’ll adjust the details.
The controller typically features a four-button interface:
| Parameter | Value | |-----------|-------| | Input voltage range | 6V – 60V DC | | Max current | 10A (continuous, may vary by version) | | Measurement accuracy | ~1% | | Display | 3-digit / 4-digit 0.28” LED | | Control relay | Built-in, up to 10A | | Operating temp | -10°C ~ +60°C |