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FAGOR AC SERVO DRIVE MCS-20L

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FAGOR AC SERVO DRIVE MCS-20L Specification

Humidity %
<90% (non-condensing)

Shape
Rectangular

Mounting Type
Panel Mount

Connector Type
Plug-in

Surface Finish
Powder Coated

Feature
High Precision, Fast Response

Power Factor
>=0.95

Insulation Material
High-grade Insulation

Overheating Protection
YES

IP Rating
IP20

Efficiency
>90%

Operating Temperature
0C to 55C

Product Type
AC Servo Drive

Application
CNC Machines, Automation, Robotics

Protection Level
Overcurrent, Overvoltage, Short Circuit

Frequency (MHz)
50/60 Hz

Rated Voltage
200-240V AC

Energy Consumption
Low

Output Type
Analog and Digital

Color
Grey

Dimension (L*W*H)
260 x 180 x 70 mm

Weight
3.8 kg

Phase
Three Phase

Size
Standard

Input Voltage
200-240V AC

Connection Type
Screw Terminal Block

Material
Aluminium Alloy

Cooling Method
Air Cooling

Ambient Storage Temperature
-20°C to 70°C

Feedback Type
Encoder Feedback Supported

Braking Unit
Integrated

Model Number
MCS-20L

Display Type
LED Status Indicator

Max Output Current
20A

Vibration Resistance
Complies with EN standards

Communication Interface
RS232/RS485

Noise Level
<60 dB

Compatible Motor Type
AC Servo Motor

Regeneration Resistor
Built-in

Control Mode
Position, Speed, Torque Control

About FAGOR AC SERVO DRIVE MCS-20L

Experience the new release FAGOR AC SERVO DRIVE MCS-20L, an affordable and best-seller choice for professionals seeking top-notch motion control. This elite drive offers exceptional performance with position, speed, and torque control, enhanced by encoder feedback and robust RS232/RS485 communication. With a maximum output current of 20A and integrated braking, it ensures precise, reliable automation. Designed for demanding CNC, robotics, and automation environments, its high efficiency, low energy consumption, and comprehensive protection make it a premium addition for any industrial setup.

FAGOR AC SERVO DRIVE MCS-20L: Advanced Features and Key Benefits

This superior drive boasts a built-in regeneration resistor, LED status display, and air-cooling for consistent performance. Its vibration-resistance meets EN standards, making it suitable for unstable environments. The MCS-20L excels in high-precision operations, with fast response times and integrated overcurrent, overvoltage, and short circuit protection. Compatible with three-phase AC servo motors, it is an advantageous pick for applications like CNC machinery, automation systems, and robotics, where reliability and performance are paramount.

Delivery, Payment, and Supply Information for the FAGOR AC SERVO DRIVE MCS-20L

The outlay for the unique MCS-20L provides substantial value, and our streamlined dispatching processes ensure your goods are swiftly transported. Typical delivery times vary by region but are generally prompt. We accommodate flexible payment terms for ease of transaction. Our robust supply ability means orders are processed without delay, ensuring your elite servo drives arrive on schedule for seamless integration into your operations.

FAQs of FAGOR AC SERVO DRIVE MCS-20L:

Q: How does the FAGOR AC SERVO DRIVE MCS-20L enhance performance in industrial automation?

A: The MCS-20L offers position, speed, and torque control with encoder feedback for high precision and stability. Integrated safety features like overcurrent and short circuit protection further optimize reliability in automation systems.

Q: What types of motors are compatible with the MCS-20L servo drive?

A: This drive is designed to support three-phase AC servo motors, making it versatile for a range of industrial applications including CNC, robotics, and automated manufacturing lines.

Q: When can I expect my order of the FAGOR MCS-20L to be delivered?

A: Order delivery times depend on your location and shipping method, but we prioritize prompt dispatching and efficient goods transport. Specific delivery estimates can be provided at the time of order.

Q: Where is the MCS-20L best utilized?

A: The FAGOR AC SERVO DRIVE MCS-20L excels in high-precision environments such as CNC machines, automation setups, and robotic systems due to its top-notch control and reliable operation.

Q: What are the benefits of using the integrated braking unit and built-in regeneration resistor?

A: The integrated braking unit and built-in regeneration resistor offer improved energy efficiency, controlled stopping, and safer operation during power fluctuations or emergency stops, making your system more robust.

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