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When the relay turns ON in discharge mode, it will stay ON for at least seconds, even if the voltage immediately drops below dn . This prevents loads with high inrush current from causing the relay to turn OFF immediately. For example, an inverter might momentarily pull the battery voltage below dn when first powered on; FOP ignores that dip. A typical setting for inverters or pumps is 003 (3 seconds).
(like the XY-CD63) to help you pick the best one for your needs.
Voltage setting (up/down), Time control, Delayed start, Time-lapse charging. 2. Wiring and Interface Guide xycd60 manual
| Goal | Recommended Action | | :------------------------------------ | :-------------------------------------------------- | | Protect a battery from overcharging | Use , charger on IN, battery on OUT | | Protect a battery from over‑discharge | Use P‑2 (Discharging Mode) , battery on IN, load on OUT | | Stabilise a system with voltage bounce | Increase dOP (delay‑on time) to 60–120 seconds | | Prevent false load disconnection | Enable FOP (forced‑on time) set to 3–5 seconds (discharge mode only) | | Use as a standalone charger | ❌ Not possible – the XY‑CD60 is a voltage‑controlled switch, not a charger | | Control a solar panel directly | ❌ Not possible – the XY‑CD60 cannot regulate charge current; it requires a dedicated charge controller |
The module turns on the charger when the voltage drops below dn and turns it off when it exceeds UP . When the relay turns ON in discharge mode,
The XY-CD60 is a multi-functional battery controller designed to automate the charging and discharging cycles of DC batteries. Supporting a wide voltage range (6V to 60V), it acts as a safeguard against overcharging and deep discharging, which are critical factors in extending battery lifespan. 2. Technical Specifications Voltage Range: DC 6V–60V. Control Accuracy: Output Type: Direct output (Relay switch). Voltage Error: plus or minus 0.1 cap V Primary Modes: Charging Control (P-1): Activates when battery voltage drops below a lower limit. Discharging Control (P-2): Activates when battery voltage exceeds an upper limit. 3. Operating Modes and Logic
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 ) A typical setting for inverters or pumps is 003 (3 seconds)
The relay opens and stops charging once the battery reaches the Upper Limit (UP) Visual Aid:
The module features two primary working modes: and Discharging Mode (OUT) .