Xycd60 Manual Guide
) and opens (stops charging) when it reaches the upper limit ( Discharging Mode (
Title: Understanding the XY-CD60 Voltage Controller: A Guide to Precision Battery Management 1. Introduction
| Parameter | Meaning | Example Setting (12V Lead‑Acid) | | :-------- | :------------------------------ | :------------------------------- | | | Upper voltage limit (overcharge protection) | 14.4 V (charging stop) | | dn | Lower voltage limit (over‑discharge protection) | 10.5 V (load disconnect) | | OP | Maximum on‑time (minutes:seconds). Set 00:00 to disable. | 01:30 | | dOP | Delay‑on time (seconds) before restarting after a cycle completes | 030 (30 seconds) | | FOP | Discharge mode only . Forces relay ON for 0–10 seconds to stabilise load | 003 (3 seconds) | xycd60 manual
Lead-acid, Lithium-ion (Li-ion), LiFePO4 batteries. Control Type: Relays (charging and discharging).
is and cannot alter voltage or limit current . Instead, it uses an onboard relay to mechanically connect or disconnect your power source or load based on your customized upper and lower voltage parameters. Technical Specifications Specification Operating Voltage DC 6V to 60V Control Precision Output Type Relay Output (Physical Switch) Supported Batteries Lead-Acid, Lithium-Ion, LiFePO4, etc. Power Consumption < 1.5W (Approx. 30mA operating current) Physical Dimensions ~79mm x 43mm x 27mm Core Operating Modes ) and opens (stops charging) when it reaches
The device supports UART communication for remote monitoring and parameter setting (e.g., Baud rate 9600). Calibration:
[ XY-CD60 MODULE ] __________|__________ | | [ IN: Charging ] [ OUT: Discharging ] Relay closes if ≤ dn Relay closes if ≥ UP Relay opens if ≥ UP Relay opens if ≤ dn 1. Charging Mode (IN) Designed to manage automated battery replenishment. | 01:30 | | dOP | Delay‑on time
Overload, undervoltage, and overcharge protection. 📋 Operating Modes
: Although the XY‑CD60 can measure up to 60 V, it is designed for 48 V systems (maximum) because a fully charged 48 V lead‑acid battery can reach approximately 60 V. For 60 V systems, consider the XY‑CD60L variant or an alternative module.
Locate the sensor terminals (often labeled NTC , IN , or marked with a sensor icon).
If you need a specific manual for your XyCD60 or have questions about its unique features, I recommend:
