INDRAMAT SERVO DRIVE

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INDRAMAT SERVO DRIVE Specification

Noise Level
<50 dB

Operating Temperature
0C to +40C

Application
Industrial Automation, CNC Machinery, Robotics

Power Supply
AC Powered

Phase
Three Phase

Power Factor
>0.95

Current Range
0 - 12 A

Connector Type
Screw Terminal, Industrial DIN Connector

Features
High Dynamic Response, Programmable Parameters, Easy Integration

Output Type
Digital / Analog

Cooling Method
Forced Air Cooling

Rated Current
10.5 A

Output Current
10.5 A

Rated Power
5 kW

Working Temperature
0C to +40C

Product Type
Servo Drive

Output Power
5 kW

Output Frequency
0-400 Hz

Input Voltage
3 x 380-480 V AC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
>94%

Material
Industrial Grade Metal Housing

Line Regulation
0.5%

Storage Temperature
-25C to +70C

Weight
9 kg

About INDRAMAT SERVO DRIVE

Procure the ultimate in precision and control with the INDRAMAT SERVO DRIVE, Model TDA 3.2-050-3-A1. This lofty solution caters to industrial automation, CNC machinery, and robotics, offering both vector and position control for demanding tasks. Redeem optimal performance through high dynamic response, integrated safety, and a robust, industrial-grade metal housing. Price cuts are available for bulk orders, ensuring you access the finest technology at competitive rates. With multi-interface communication, easy integration, and advanced voltage protection, this drive defines reliability and efficiency in modern industrial environments.

Competitive Advantages and Applications

INDRAMAT SERVO DRIVE stands out with its refined efficiency (>94%) and versatile control methods. Users benefit from quick installation via panel mounting and seamless communication through RS232, CANopen, or Ethernet. Designed for industrial automation, CNC machinery, and robotics, its integrated dynamic brake and STO safety function provide secure, stable operations. To operate, simply connect via the screw terminal or industrial DIN connector, set programmable parameters, and monitor performance through LED status indicators for reliable, uninterrupted processes.

Payment & Delivery Essentials

Set your purchase in motion with a valid Purchase Order or request a formal Quotation to clarify pricing and terms. Main domestic deliveries are efficiently managed throughout India. All INDRAMAT SERVO DRIVE units are protected by secure packaging, ensuring safe transit regardless of destination. Our streamlined process ensures a swift turnaround from order confirmation to dispatch, enabling buyers to experience prompt and reliable service alongside high-quality industrial automation solutions.

FAQs of INDRAMAT SERVO DRIVE:

Q: How is the INDRAMAT SERVO DRIVE typically used in industrial settings?

A: The INDRAMAT SERVO DRIVE is primarily employed in industrial automation, CNC machinery, and robotics for precise positioning and motion control, offering both vector and position control modes for diverse applications.

Q: What are the main benefits of choosing this servo drive?

A: Key benefits include exceptional efficiency (>94%), integrated dynamic braking, safe torque off (STO), wide interface support (RS232, CANopen, Ethernet), programmable parameters, and robust protection against voltage fluctuations.

Q: Where can this servo drive be installed?

A: This model is designed for panel mounting in industrial environments and is suitable for installation wherever reliable three-phase AC power (380-480V) and advanced servo control are required.

Q: What process should I follow to procure this servo drive in India?

A: Simply initiate a procurement request or send a purchase order to the supplier or trader in India. You can also request a quotation for bulk pricing or customized packaging requirements.

Q: How does the drive ensure operational safety?

A: It features Safe Torque Off (STO) for emergency situations and integrated overvoltage and undervoltage protection, offering an extra layer of operational security for users.

Q: When is the regenerative capability most useful?

A: Regenerative capability is particularly beneficial during deceleration or stopping phases in automated systems, as it helps conserve energy and improves overall efficiency.

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