Xycd60 Manual

The device automatically cuts off charging when the battery reaches its full voltage (overcharge protection) and disconnects the load when the battery’s voltage drops too low (over‑discharge protection). Typical applications include solar storage systems, lead‑acid and lithium‑ion batteries for RVs and boats, off‑grid power systems, automotive and marine batteries, DIY electronics projects, and industrial control panels.

Setting XY-CD60 controller at ISTA Breeze charge controllers

Press and hold for 3 seconds to enter programming mode. Use +/- to cycle through parameters:

This complete manual serves as a definitive setup and operation guide for configuring the XY-CD60 module for solar setups, battery backup management, and DIY bench testing systems. Technical Specifications Quick Reference Feature / Parameter Specification DC 6V to 60V Control Accuracy Onboard Relay Capacity Operating Current Power Consumption Working Temperature -40°C to 85°C Display Panel High-definition LCD Core Operating Modes Explained xycd60 manual

After selecting the mode, short press SET to cycle through settings. Adjust Settings: Use UP and DOWN to change values.

OFF : Screen stays on constantly [as per Scribd User Manual]. 7. Typical Application Examples

The module features two core programmatic profiles. Selecting the right profile dictates how the physical relay responds to voltage changes. 1. Charging Control Mode ( IN ) The device automatically cuts off charging when the

Long-press the SET button to toggle between P-1 and P-2 modes.

Here are the most frequently reported issues and their solutions.

Short press UP in normal mode to switch between voltage, percentage, and time. Use +/- to cycle through parameters: This complete

Time delay (0-999 seconds) before the relay acts.

The OP timer completed but the battery voltage never reached the UP limit. This means your charging current is too low or the battery is faulty. After seeing H:ER , the module turns off the timer function so charging can continue normally.

The voltage at which the controller turns on in charging or turns off in discharging.