TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE

Get a Price/Quote

TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE Specification

Connectivity Type
Terminal Block

Current
5.1 A

Usage & Applications
Drive Control in Textile Processing Machines

Mounting Type
Vertical Mount

Switch Type
Electronic Switch

Installation Type
Panel Mount

Protection Level
Overload, Short Circuit Protection

Frequency
50/60 Hz

Phase
Three Phase

IP Rating
IP20

Output
Adjustable Speed & Torque

Features
High Efficiency, Low Maintenance, Precise Control

Product Type
Servo Drive

Operating Temperature
-10C to +50C

Working Temperature
-10C to +50C

Input
3 Phase AC

Application
Industrial Automation, Textile Machinery

Supply Voltage
400 V AC

Accuracy
1%

Dimension (L*W*H)
320 mm x 190 mm x 100 mm

Weight
5.8 kg

Communication Interface
RS485 (Modbus)

Status Display
LED Indicators for Operation and Faults

Response Time
< 2 ms

Model Number
FU 1 9 495-20.330.000AE

Compliance
CE Certified

Output Power
Up to 4 kW

Control Method
Vector Control / V/F Control

Regenerative Braking
Supported

Cooling Method
Integrated Fan Cooling

Humidity Range
5%-95% non-condensing

About TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE

Unlock premium performance with the best-seller TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE. This top-drawer drive, renowned for its excellent precision and valiant efficiency, offers superior Vector/V/F control for seamless operation. With up to 4 kW output power, robust RS485 (Modbus) communication, and integrated fan cooling, it stands out in the textile automation industry. Designed for resilience, it features LED indicators, fast <2 ms response, regenerative braking, and CE certification. Pick yours now for assured reliability, safety, and optimal control in critical industrial environments.

Versatile Industrial Applications

The TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE excels as a general use and commercial solution, tailored for advanced drive control in textile processing machinery. Suitable for a range of industrial automation tasks, its precise outputs and sturdy build make it an indispensable choice for companies seeking reliability in continuous operation, efficient speed, and torque management. Its engineered for both large-scale and specialized uses, providing flexible integration into commercial settings.

Secure Packaging and Swift Delivery

Every TRUTZSCHLER SERVO DRIVE shipment is meticulously packaged to ensure safe handover and protection against damage during transportation. We guarantee quick dispatch and efficient logistics for orders headed to our main export markets worldwide. Samples are readily available upon request, allowing customers to assess the product before bulk commitment. Trust our seamless process to deliver excellence from the initial inquiry to the final handover.

FAQs of TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE:

Q: How does the TRUTZSCHLER SERVO DRIVE support industrial automation?

A: The TRUTZSCHLER SERVO DRIVE FU 1 9 495-20.330.000AE provides enhanced control for textile machinery and other industrial automation needs through its advanced vector and V/F control methods, ensuring precise speed and torque adjustments.

Q: What are the key benefits of its integrated features for users?

A: Key benefits include high efficiency, robust CE-certified safety, low maintenance, fast response time (<2 ms), protective mechanisms against overload and short circuits, and reliable cooling with the integrated fan system.

Q: Where can this servo drive be installed?

A: The drive is designed for panel mounting in vertical configurations, making it suitable for various industrial setups, especially in textile processing environments.

Q: What packaging and shipment options are available?

A: Each unit is securely packaged for protection and is swiftly dispatched. International shipment is available to main export markets, with sample units provided for evaluation before ordering in larger quantities.

Q: When should regenerative braking be utilized in operations?

A: Regenerative braking should be used during rapid stops or for energy saving during deceleration phases, which the servo drive fully supports to enhance operational safety and efficiency.

Q: How can users monitor device status and troubleshoot faults?

A: LED indicators on the device allow real-time monitoring of operational status and immediate fault detection, streamlining the troubleshooting process for operators.

Tell us about your requirement