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Mitsubishi PLC Servo Drive HA-FF38-S2

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Mitsubishi PLC Servo Drive HA-FF38-S2 Specification

Overheating Protection
Electronic Thermal Protection

Operating Temperature
0-55C

Connector Type
Screw Terminal

Humidity %
10-90% (Non-Condensing)

Mounting Type
Flange Mount

Insulation Material
PVC

Power Factor
0.90

Feature
Precise Motion Control, High Response

IP Rating
IP65

Surface Finish
Matte

Efficiency
85%

Shape
Rectangular

Product Type
Servo Drive

Application
Industrial Automation, CNC Machinery

Protection Level
IP65

Frequency (MHz)
50/60 Hz

Rated Voltage
200V AC

Energy Consumption
Low

Output Type
Digital

Color
Black / Silver

Dimension (L*W*H)
150mm x 85mm x 90mm

Weight
1.8 kg

Input Voltage
200V AC

Phase
Three Phase

Size
Standard

Material
Aluminum Alloy

Connection Type
Wired

No Of Poles
4

Max Momentary Torque
3.81 Nm

Rotation Speed
3000 rpm

Cooling Method
Natural Air Cooling

Noise Level
<60 dB

Vibration Resistance
2G

Storage Temperature
-20C to 60C

Rated Power
400W

Compliant Standards
CE, UL, RoHS

Rated Torque
1.27 Nm

Encoder Resolution
2500 PPR

Encoder Type
Incremental Encoder

Model Number
HA-FF38-S2

Service Life
20,000 hours

About Mitsubishi PLC Servo Drive HA-FF38-S2

The Mitsubishi PLC Servo Drive HA-FF38-S2 is a hot-selling, cost-effective solution for precise motion control in industrial automation and CNC machinery. Procure this exceptional unit for outstanding reliability and performance, with a lustrous black and silver matte finish. Features include 400W rated power, three-phase operation, an incremental encoder (2500 PPR), and IP65 protection level. Enjoy low energy consumption, electronic thermal protection, and durable aluminum alloy construction. Compliant with CE, UL, and RoHS, the HA-FF38-S2 offers the best balance between efficiency, service life, and operational safety.

Advanced Application Method and Usage Directions

The Mitsubishi PLC Servo Drive HA-FF38-S2 is engineered for seamless integration with industrial automation systems and CNC machinery. It is designed for use on metallic surfaces, utilizing flange mounting for secure attachment. Connect the servo drive using conventional wired screw terminals, ensuring a firm electrical connection. Apply the servo drive in a standard operating environment, observing optimal temperature and humidity parameters for precise control and long service life in high-demand applications.

Swift Delivery and Packaging Assurances

All Mitsubishi HA-FF38-S2 servo drives are carefully packaged to prevent transit damage, ensuring they arrive in pristine condition. Dispatched promptly after order completion, average delivery time within India ranges from 3 to 7 business days. Every order features secure packaging and documentation to streamline the outlay process. Serving the main domestic market across India, our efficient logistics guarantee dependable receipt and setup for your industrial requirements.

FAQs of Mitsubishi PLC Servo Drive HA-FF38-S2:

Q: How is the Mitsubishi HA-FF38-S2 servo drive installed?

A: The servo drive is installed using a flange mounting method, typically on metallic surfaces within your automation or CNC machinery setup. Comprehensive wiring diagrams are provided for straightforward screw terminal connections.

Q: What benefits does the IP65 protection level offer?

A: IP65 rating ensures the servo drive is protected against dust and low-pressure water jets, making it highly suitable for harsh industrial environments and promoting longer operational life.

Q: When can I expect delivery after placing an order in India?

A: Once your order is completed, the Mitsubishi HA-FF38-S2 is usually dispatched within 3 to 7 business days across India, depending on your location and current stock levels.

Q: What is the typical application surface for this servo drive?

A: This servo drive is best applied to flat, metallic surfaces using flange mounting for optimal stability and performance in industrial settings.

Q: How does the overheating protection mechanism work?

A: The electronic thermal protection monitors temperature in real-time, automatically preventing the unit from overheating and ensuring reliable, uninterrupted operation.

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