BERGER LAHR TLD134 F SERVO DRIVE

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BERGER LAHR TLD134 F SERVO DRIVE Specification

Mounting Type
Panel Mount

Connector Type
Screw terminals

Efficiency
Up to 93%

Insulation Material
High-grade industrial insulation

Shape
Rectangular

IP Rating
IP20

Feature
Integrated safety features, programmable

Humidity %
Up to 90% non-condensing

Surface Finish
Powder coated

Operating Temperature
0C to +45C

Power Factor
>0.95

Overheating Protection
Yes, with automatic shutdown

Product Type
Servo Drive

Application
For use with servo motors, CNC machinery, automation control

Protection Level
High, with integrated fault diagnostics

Frequency (MHz)
50/60 Hz

Rated Voltage
230 VAC

Energy Consumption
Depends on load and operating parameters

Output Type
Digital and analog

Color
Grey/Orange

Dimension (L*W*H)
(Approx.) 340 x 130 x 200 mm

Weight
4.1 kg

Input Voltage
230 VAC

Phase
Three Phase

Size
Standard for servo drives

Material
Industrial-grade components

Connection Type
Terminal block/screw connection

About BERGER LAHR TLD134 F SERVO DRIVE

Discover the BERGER LAHR TLD134 F SERVO DRIVE Latest in ace automation technology. Built with industrial-grade components and boasting a stout IP20 rating, this best-seller is known for its brilliant closed-loop digital control and ultra-fast dynamic response. Enjoy easy integration with stepper and synchronous servo motors while utilising offer-ready features like integrated safety, dynamic braking, programmable options, and energy efficiency up to 93%. Its RS232/RS485 communication ensures versatile connectivity, making it the ultimate servo drive for CNC machinery and automation control applications. A superb choice for supplier and trader needs.

Targeted Applications and Uses

The BERGER LAHR TLD134 F SERVO DRIVE is engineered for both specific and general uses within industrial automation. Its ace compatibility with CNC machinery and automation control systems ensures operational flexibility across manufacturing environments. Ideal for sites that demand precise torque management and rapid millisecond-level responses, it excels in applications requiring reliability and precision. From advanced robotics to automated assembly lines, this servo drives robust features make it a brilliant fit for modern production and engineering sites.

Sample Policy, Delivery, and Export Markets

We offer an accommodating sample policy for clients wishing to evaluate the BERGER LAHR TLD134 F SERVO DRIVE before bulk orders. Express shipping options ensure quick arrival, with typical delivery times depending on location and stock availability. Our main export markets include Europe, Asia, North America, and the Middle East, making us a trusted supplier globally. Utilise our efficient logistics and express dispatch to meet your urgent project deadlines with ace efficiency.

FAQs of BERGER LAHR TLD134 F SERVO DRIVE:

Q: How can I benefit from using the BERGER LAHR TLD134 F SERVO DRIVE in CNC or automation systems?

A: The TLD134 F offers precise, closed-loop digital control and rapid response times, enhancing accuracy and reliability in CNC and automation systems, resulting in smoother workflow and reduced downtime.

Q: What motors are compatible with this servo drive model?

A: The drive is designed to work with both stepper and synchronous servo motors, providing flexibility for a wide array of industrial automation applications.

Q: Where is the optimal site of application for the BERGER LAHR TLD134 F SERVO DRIVE?

A: It is best suited for installation in environments where high-performance, reliable motor control is essential, such as factories, robotics workstations, and machinery assembly lines.

Q: What is the typical delivery process and how quickly can I receive my order?

A: After order confirmation, we offer express shipping to ensure fast arrival, with delivery times varying based on destination and stock status. Standard orders are dispatched promptly to meet your project schedules.

Q: Why is the integrated dynamic brake circuit beneficial?

A: The integrated dynamic brake circuit enhances operational safety by enabling rapid, controlled motor shutdown. This is valuable in emergency situations or high-precision applications.

Q: How does firmware upgradability help with maintenance and longevity?

A: Firmware upgradability allows for future enhancements without hardware replacement, making maintenance efficient and prolonging the drives operational life.

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