IHSV57-30-18-36-01-BY 57 Integrated Servo Motor 180W 0.6NM 3000RPM AC Servo Motor and Driver

Description

Specifications：

• * Model: IHSV57-30-18-36-01-BY
• * Size: 52 x 76 x 148mm (2 x 3 x 5.8″)
• * Applicable motor: for iHSV57-30-18-36
• * Input voltage: 20~50V DC (Typical Value 36V)
• * Power: 180W
• * Shaft Diameter: 8mm
• * Torque: 0.6NM
• * Rated Speed: 3000
• * Impedance: 0.53±10%Ω
• * Continuous output current: 6A
• * Speed response frequency: 50KHz
• * Peak torque: 1.71
• * Maximum pulse frequency: 250K
• * Default rate: 9.6Kbps (Required external conversion interface)
• * Cooling mode: Natural cooling or forced air cooling
• * Typical applications: CNC, printing, laser, textile machine, etc

• *Using Environment: As far as possible to avoid dust, oil mist and corrosive gases
• * Working temperature: 0~+70℃
• * Storage temperature: -20℃~+80℃
• * Humidity: 40~90%RH

• Protection:

• * Peak value of over current action value 30A + 10%
• * Overload I2t current action value of 300% 5S
• * Overheating action value of 80
• * Overvoltage action value 65V
• * Action value of under voltage 18V

• Features:

• ① Full Closed Loop
• * Precise position and speed control to meet the most demanding application requirements.
• * Highly robust servo control can adapt to a wide range of inertial loads and frictional load changes.
• * High resolution encoder provides accurate position accuracy. 
• ② Low Heating / High Efficiency
• * Adjust the current in real time according to the actual load conditions to minimize heat generation.
• * The current is almost zero and no heat at rest.
• * Close to 100% torque output capacity, maximizing the energy conversion rate in the most compact space, which is in low power-consumption and high efficiency. 
• ③ Smooth and Accurate
• * Based on the encoder space vector current control algorithm, it has excellent performance in the full speed range. Even at low speed applications, it can maintain a smooth and quiet operation.
• * Ensure accurate positioning both during operation and at rest.
• ④ Exercise Monitoring
• *Because some applications where real-time motion has extremely demanding accuracy requirements,  JMC servo debugging software provides a simple and practical tool for monitoring the actual trajectory.
• * Can be used to monitor commonly used indicators such as actual speed and position error, as a rating system current actual performance.
• * The interface of interactive monitoring and tuning can get the most optimized performance output as quickly as possible.

• DETAIL SHOT

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