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Locate the sensor terminals (often labeled NTC , IN , or marked with a sensor icon).

The XY-CD60 acts as a programmable voltage-controlled switch. It does not provide power itself; rather, it controls an onboard relay to connect or disconnect a power source (for charging) or a load (for discharging) based on voltage thresholds you define. Voltage Range: DC 6V–60V.

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.

Congratulations on acquiring the Xycd60, a state-of-the-art device designed to simplify your daily tasks. This manual is intended to provide you with a thorough understanding of the Xycd60's features, operation, and maintenance.

Follow these steps carefully to prevent damage to the module, your battery, or connected equipment.

Short press the UP button while on the main screen to toggle between voltage and percentage (calculated as: Battery Voltage / (UP - dn) ).

The XY‑CD60 can be configured for one of two mutually exclusive control modes. Understanding the difference is essential for correct wiring.

Some speculation suggests that the "xycd60 manual" could be linked to:

XY-CD60 Solar Battery Charge Controller Module - RoboFactory

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

Xycd60 Manual -

Locate the sensor terminals (often labeled NTC , IN , or marked with a sensor icon).

The XY-CD60 acts as a programmable voltage-controlled switch. It does not provide power itself; rather, it controls an onboard relay to connect or disconnect a power source (for charging) or a load (for discharging) based on voltage thresholds you define. Voltage Range: DC 6V–60V.

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. xycd60 manual

Congratulations on acquiring the Xycd60, a state-of-the-art device designed to simplify your daily tasks. This manual is intended to provide you with a thorough understanding of the Xycd60's features, operation, and maintenance.

Follow these steps carefully to prevent damage to the module, your battery, or connected equipment. Locate the sensor terminals (often labeled NTC ,

Short press the UP button while on the main screen to toggle between voltage and percentage (calculated as: Battery Voltage / (UP - dn) ).

The XY‑CD60 can be configured for one of two mutually exclusive control modes. Understanding the difference is essential for correct wiring. Voltage Range: DC 6V–60V

Some speculation suggests that the "xycd60 manual" could be linked to:

XY-CD60 Solar Battery Charge Controller Module - RoboFactory

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