机械设备

Industrial Services

Economic Multi-Circuit Charging and Discharging Machine

Brief Introduction

Suitable for mass production and formation of medium and small-sized storage batteries, especially those with relatively low current requirements.

Features

• Controlled by a dedicated microcomputer with LCD display, and connectable to a PC.

• Easy to operate: Programs can be edited, viewed, started, or stopped via the device's control panel, or the device can be operated by downloading programs through a computer.

• Intelligent program control prevents quality accidents such as overcharging and over-discharging of batteries.

• Discharged power is fed back to the power grid, and each circuit is equipped with a current sharing device.

• Ammeters and indicator lights intuitively show the status of each circuit.

• Each circuit adopts a resettable protection device.

1. Equipped with multiple protection functions including overcurrent, overvoltage, reverse polarity, phase loss, short circuit, and current interruption.

2. Features power-off data storage and automatic recovery of operation after power-on, enabling true unattended work.

3. Process programs can be set arbitrarily, and multiple groups of different processes can be stored for production call-up.

4. Provides various working modes such as constant voltage, constant current, constant voltage with current limit, constant current with voltage and time limits, standing, and cycling.

5. Has multiple functions including operation, stop, pause, step skipping, and current interruption release.

6. Equipped with a circuit quantity detection system that automatically calculates the total current based on the number of circuits.

7. Supports multi-machine networking for resource sharing.

8. Audible and visual alarms are triggered when a circuit is disconnected or drops offline during charging.

• Voltage Control Accuracy: ≤±0.5%F.S

• Current Control Accuracy: ≤±1%F.S

• Time Control Accuracy: ≤10S/24h

• Voltage Control Range: 0.5%~100%

• Current Control Range: 2%~100%

• Minimum Data Acquisition Interval: 1S