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LENZE SERVO DRIVE ECSDA008C4B

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LENZE SERVO DRIVE ECSDA008C4B Specification

Rated Current
2.6 A

Power Factor
>0.95

Output Current
2.6 A (Continuous), 5.2 A (Peak)

Cooling Method
Forced Air Cooling

Noise Level
< 60 dB

Power Supply
Three-phase 400 V AC

Operating Temperature
0C to +40C

Output Type
3-phase AC

Connector Type
Screw Terminal, Plug-in Connector

Application
Industrial Automation, Motion Control, Robotics

Features
Compact Size, High Dynamic Response, Integrated Safety Functions, Easy Commissioning

Phase
Three Phase

Working Temperature
0C to +40C

Rated Power
0.8 kW

Current Range
2.6 5.2 A

Product Type
Servo Drive

Output Power
0.8 kW

Output Frequency
0...600 Hz

Input Voltage
3 x 400 V AC (+/- 10%)

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
95%

Material
Metal Housing

Line Regulation
0.1%

Storage Temperature
-25C to +55C

Weight
Approx. 3.7 kg

Relative Humidity
5% - 95% (non-condensing)

Model Number
ECSDA008C4B

Brake Control
Integrated

Maximum Altitude
Up to 1000 m without derating

Standards Compliance
EN 61800-5-1, EN 61800-3 (EMC)

Communication Interface
CANopen, EtherCAT (optional), RS232

Analogue Inputs/Outputs
2/1

Digital Inputs/Outputs
6/4

Lifecycle
Maintenance-free Operation

Software Support
Lenze Engineer, EASY Starter

Control Method
Vector Control, Position/Speed/Torque Control

Protection Class
IP20

Display
Status LEDs

Mounting Type
Panel Mount

About LENZE SERVO DRIVE ECSDA008C4B

Experience the paragon of servo technology with the rare LENZE SERVO DRIVE ECSDA008C4B, a laureate in industrial automation. Immaculate engineering ensures a special rate of performance with vector control and precise speed, position, and torque regulation. Acclaimed for its robust metal housing, three-phase AC output, and outstanding efficiency (95%), this panel mount servo drive boasts integrated safety, CANopen communication, and maintenance-free operation. With advanced features like high dynamic response and forced air cooling, it excels effortlessly in demanding motion control and robotics applications.

Versatile Applications and Expert Usage

The LENZE SERVO DRIVE ECSDA008C4B is highly acclaimed among automation engineers and robotics specialists. Used extensively in industrial automation, this drive is a paragon for motion control, robotics, and precise machinery operations. Ideal for panel mounting, its immaculate control capabilities suit both continuous and peak load requirements, empowering users across manufacturing sectors for superior performance.

Logistics, Supply, and Packaging Solutions

Our transport services ensure prompt delivery through a dedicated FOB port, utilizing robust packaging tailored to safeguard the LENZE SERVO DRIVE ECSDA008C4B. The supply ability is consistently reliable, supported by streamlined logistics and careful handling throughout the shipping process. Sample policies are flexible, designed to meet the precise requirements of valued buyers seeking industrial automation excellence.

FAQs of LENZE SERVO DRIVE ECSDA008C4B:

Q: How is the LENZE SERVO DRIVE ECSDA008C4B installed in industrial setups?

A: The servo drive is designed for panel mounting, allowing for secure and organized installation within control cabinets in industrial automation environments.

Q: What communication interfaces are available on the ECSDA008C4B model?

A: This model supports CANopen, EtherCAT (optional), and RS232 interfaces, ensuring compatibility with various control systems for flexible integration.

Q: Where can the LENZE SERVO DRIVE ECSDA008C4B be used?

A: It excels in industrial automation, motion control, and robotics, making it suitable for manufacturing plants and assembly lines requiring precision control.

Q: What process ensures safe shipping and delivery of the servo drive?

A: Robust packaging and dedicated logistics services are employed during transport, with supply ability tailored to meet customer schedules and requirements.

Q: How does the integrated brake control benefit operations?

A: Integrated brake control enhances safety, ensuring reliable stopping power and improved performance during both continuous and peak operation conditions.