1、 Installation and wiring precautions

1. Environmental Requirements
   • Temperature and humidityThe installation environment temperature should be between 0-55 ℃, and the humidity should be below 85% (no condensation). Avoid high temperature, humidity, or corrosive gas environments to prevent electronic components from getting damp or short circuiting.
   • Ventilation and heat dissipationEnsure that there is sufficient space around the drive (at least 10cm or more) for air circulation. Avoid installing in enclosed cabinets or near heat sources such as heaters and transformers.
   • Vibration and impactKeep away from vibration sources (such as punching machines and vibrating screens) to prevent mechanical vibration from causing internal components to loosen or be damaged.
2. Electrical wiring specifications
   • power wiring：
     • Use power cords that meet the rated voltage and current of the driver to avoid overload or voltage fluctuations.
     • Ensure that the power cord is well grounded to prevent leakage or electromagnetic interference.
     • The three-phase power supply needs to be balanced to avoid damage to the driver caused by phase loss operation.
   • Motor wiring：
     • Strictly connect the driver and motor in the corresponding phase sequence (U-U, V-V, W-W) to avoid motor reversal or vibration caused by reverse phase.
     • Use shielded cables to connect the encoder signal line and ensure that the shielding layer is grounded at one end to reduce signal interference.
   • control signal line：
     • Analog signal lines (such as speed and position commands) should be wired separately from power lines, with a distance of at least 30cm, or twisted wires should be used to reduce interference.
     • Digital signal lines (such as enable and alarm) should avoid parallel wiring with strong electrical lines.
3. Lightning protection and overvoltage protection
   • Install surge protectors (SPDs) at the power input to prevent overvoltage damage caused by lightning strikes or grid fluctuations.
   • For situations that are susceptible to voltage fluctuations, UPS (uninterruptible power supply) or voltage regulators can be configured.

2、 Precautions for operation and debugging

1. Parameter Setting and Optimization
   • Initial parametersBefore use, set the driver parameters (such as rated current, speed, position loop gain, etc.) according to the motor model and load characteristics. Refer to the parameter table provided by the manufacturer or use debugging software to automatically optimize.
   • dynamic adjustmentWhen the load changes or operating conditions change, it is necessary to readjust parameters (such as acceleration time, deceleration time, torque limit) to avoid overload or oscillation.
   • protection functionEnable overcurrent, overvoltage, undervoltage, overload, overheating and other protection functions, and set reasonable thresholds to prevent equipment damage.
2. Operation monitoring and fault handling
   • real-time monitoringMonitor the operating status (such as current, speed, temperature, alarm codes) through the driver panel or upper computer software to detect abnormalities in a timely manner.
   • Fault codeFamiliar with common fault codes (such as overcurrent alarm, encoder failure, communication error), and troubleshoot the causes according to the manual. For example:
     • AL-01 (overcurrent)Check if the motor load is too high, if the wiring is short circuited, or if the driver parameters are set improperly.
     • AL-02 (Overvoltage)Check if the power supply voltage is too high or if the braking resistor is damaged.
   • emergency responseWhen a malfunction occurs, cut off the power first and then troubleshoot to avoid secondary damage caused by live operation.
3. Load matching and trial operation
   • load testingTest run under no-load or light load conditions, confirm good compatibility between the driver and motor, and then gradually increase the load.
   • dynamic responseTest the dynamic processes of acceleration, deceleration, forward and reverse rotation to ensure no vibration, abnormal noise or overshoot.

3、 Key points of maintenance and upkeep

1. regular cleaning
   • Use dry compressed air or a soft bristled brush to clean the dust on the surface of the drive and the cooling fan to avoid poor heat dissipation caused by dust accumulation.
   • Avoid using corrosive cleaning agents or rinsing directly with water to prevent internal components from getting damp.
2. Maintenance of cooling system
   • Check if the cooling fan is running normally, without any jamming or abnormal noise. Replace the fan or clean the air duct if necessary.
   • Regularly check whether the heat sink is blocked to ensure heat exchange efficiency.
3. Electrical connection inspection
   • Regularly check whether the power cord, motor cord, and encoder cord are loose or aging, and tighten or replace them in a timely manner.
   • Check if the wiring terminals are oxidized, and if necessary, sand them with sandpaper and tighten them again.
4. Storage and transportation
   • When stored for a long time, keep the environment dry (humidity<60%) and the temperature between -20 ℃ and+60 ℃.
   • Avoid severe vibration or impact during transportation to prevent damage to internal components.

4、 Safety operation standards

1. Power off operation
   • When installing, debugging or maintaining, the power must be cut off first and a "Do not close" warning sign must be hung to prevent electric shock caused by misoperation.
   • Use a multimeter to confirm that there is no voltage before wiring or maintenance.
2. personal protection
   • Wear insulated gloves and goggles during operation to avoid electric shock or splash injuries.
   • Avoid operating in damp or metal containers to prevent the risk of conductivity.
3. Anti-static measures
   • When touching the internal circuit board of the driver, wear an anti-static wristband or touch the grounded metal first to prevent static electricity from damaging sensitive components.