Xycd60 Manual -

is a dual-mode battery charging and discharging controller module designed for DC 6V–60V systems. It functions primarily as a voltage-sensitive relay to protect lithium or lead-acid batteries from overcharging and deep discharging. RoboFactory 1. Key Technical Specifications Operating Voltage: DC 6V to 60V. Modes of Operation: Charging Mode ( ) and Discharging Mode (

HD LCD showing real-time voltage, battery percentage, and operating time. Control Method:

Voltage control via a physical relay switch (does not change the actual voltage). Voltage Percentage Formula: 2. Operational Modes Charging Mode (

Used to prevent overcharging. The relay closes (starts charging) when the battery voltage drops to the lower limit (

) and opens (stops charging) when it reaches the upper limit ( Discharging Mode (

Used for undervoltage protection. The relay closes (allows discharge) when the battery is above the upper limit (

) and opens (cuts off load) when the voltage falls to the lower limit ( 3. Setting Parameters To configure the module, use the following button sequence: Enter Setting Mode: Long press the Switch Parameters: Short press to cycle through parameters: (upper limit), (lower limit), and (time control). Adjust Values: buttons to increase or decrease values. Save and Exit: Long press for 5 seconds to save and return to the main interface. Switch Modes: Long press the button for 5 seconds to toggle between Charging ( ) and Discharging ( 4. Advanced Functions

XY-CD60 Solar Battery Charge Controller Module - RoboFactory

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Introduction

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Detailed Product Guide and Manual: XYCD-60 Dual-Output Temperature Controller

Please note: The XYCD-60 is a widely manufactured generic temperature controller. While this guide covers the standard hardware and functionality, specific wire color codes or port layouts may vary slightly between production batches. Always verify the markings on your specific device's terminal blocks before final wiring.

Basic Programming Flow (from rare XYCD60 timer manual):

  1. Power with 12V DC.
  2. Press SET once → "OP" (On-time). Use Up/Down to set hours/min/sec.
  3. Press SET again → "OFF" (Off-time). Set desired off duration.
  4. Press SET and hold 3 seconds → "LOOP" (repeat cycle) or "NONE" (single shot).
  5. Press START/STOP to run.

What’s in the Box (Standard)

XYCD60 Manual — Quick Guide & Highlights

Introduction
The XYCD60 manual provides step-by-step instructions to set up, operate, and maintain the XYCD60 device (basic features, safety, and troubleshooting). Below is a concise blog-style summary that highlights what users need to know and what to look for in the full manual.

What the manual covers

Why readers should consult the manual

Top tips from the manual (practical takeaways)

  1. Read safety warnings first — power and heat-related cautions are crucial.
  2. Follow the initial setup exactly — some features require a specific startup sequence.
  3. Keep firmware updated — check the manual for update steps to fix bugs and add features.
  4. Note serial/model number — handy for warranty and support.
  5. Use recommended accessories — third-party parts may not meet specs.

Troubleshooting quick reference

Concluding note
The XYCD60 manual is the definitive source for safe operation and getting the most from your device. Keep a copy accessible (digital or printed) and consult it whenever you perform maintenance or run into issues.

Related search suggestions provided.

3. Wiring Instructions (Crucial Step)

The XYCD-60 features screw terminal blocks. Always disconnect power before wiring.

A. Power Input Locate the terminals marked for power (often labeled L, N, and Ground or simply AC).

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

C. Output Terminals (Relays) The XYCD-60 usually has two sets of output relays (Output 1 and Output 2). Each set typically has three terminals: xycd60 manual

Example Wiring for a Heating Device (to Output 1):

  1. Connect the Live (L) wire from your power source to COM on Output 1.
  2. Connect the NO terminal on Output 1 to the Live terminal on your heating device.
  3. Connect the Neutral (N) wire from your power source directly to the Neutral terminal on your heating device. Result: When the temperature drops below the set point, the relay clicks "ON," closing the NO circuit and powering the heater.*