Xycd60 Manual Link Extra Quality -

DC 6V to 60V (compatible with 12V, 24V, 36V, and 48V systems).

Used to prevent battery over-discharge. The battery connects to the input, and the load connects to the output. Step 2: Configuring Parameters (Set Mode)

The manual for the XY-CD60 Lithium Battery Charging/Discharging Controller Go to product viewer dialog for this item.

Check if the output is disabled (press STOP) or if the voltage has not reached the UP or dn thresholds. xycd60 manual link

Short-press the DOWN button to turn the output relay off manually. Disclaimer

Most functions (Bluetooth pairing, steering wheel control, reverse camera trigger) are identical across models.

Prevents overcharging by disconnecting the charger when the battery reaches the "UP" (Upper Limit) voltage. DC 6V to 60V (compatible with 12V, 24V,

A: Yes. The official manual link includes multi-language PDF options (Spanish, French, German, and Simplified Chinese). Look for the language flag icons next to the download button.

: XY-CD60 Charging and Discharging Manual via Scribd.

Understanding the wiring topology, programmable parameter limits ( UP , dn ), and active operation modes is crucial to maximizing the service life of your solar power array, DIY test bench, or off-grid power configuration. Core Specifications & Functional Limits Step 2: Configuring Parameters (Set Mode) The manual

Use the UP or DOWN buttons to toggle between Charging ( UP ) and Discharging ( dn ). Short press SET to confirm your choice.

Connect your power source (e.g., solar panel or dedicated DC adapter) to and VIN- . Connect your target storage battery to BAT+ and BAT- . When the relay closes, voltage flows directly through the module to top off the battery. 2. Discharging Setup (OUT Mode)

The (often referred to as the XY-CD60L) is a DC 6V–60V battery charge and discharge controller module designed to protect batteries (lithium or lead-acid) from overcharging and over-discharging. Manual & Resource Links

: Protects against over-discharge by cutting power to the load when the battery hits the lower voltage limit (dn).

Native low-voltage protection, over-voltage limit thresholds, and emergency stop overrides. Wiring Configurations and Layout