LENZE SERVO DRIVE EVS9323-ETV907

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LENZE SERVO DRIVE EVS9323-ETV907 Specification

Features
EtherCAT communication, integrated brake chopper, modular design, diagnostics display

Connector Type
Screw terminals, plug-in connectors

Operating Temperature
0 C to +55 C

Working Temperature
0 C to +55 C

Rated Current
10.5 A

Output Type
Three-phase AC

Power Supply
3-phase 400 V AC

Noise Level
<60 dB(A)

Cooling Method
Forced air cooling

Power Factor
>0.95

Application
Industrial automation, motion control, robotics

Phase
3 Phase

Current Range
0-10.5 A

Rated Power
4.0 kW

Output Current
10.5 A

Product Type
Servo Drive

Output Power
4.0 kW

Output Frequency
0 - 599 Hz

Input Voltage
3 x 400 V AC (10%)

Voltage Protection
Integrated overvoltage and undervoltage protection

Efficiency
Up to 98%

Material
Industrial grade enclosure, metal casing

Line Regulation
0.1%

Storage Temperature
-25 C to +70 C

Weight
Approx. 6.2 kg

About LENZE SERVO DRIVE EVS9323-ETV907

The LENZE SERVO DRIVE EVS9323-ETV907 is a distinguished selection in industrial automation, offering prodigious performance with 4.0 kW output power and advanced EtherCAT support. This bargain drive combines opulent features: an integrated brake chopper, pristine digital and analog I/Os, and robust voltage protection. Housed in an industrial-grade metal casing, it ensures reliability within a wide humidity and temperature range. Its select architecture caters to motion control and robotics, delivering exceptional efficiency up to 98%. The LCD diagnostic display simplifies maintenance while CE, UL, and cUL compliance guarantee trusted operation.

Industrial Applications & Competitive Edge

The LENZE SERVO DRIVE EVS9323-ETV907 finds its site of application in demanding environments like industrial automation, precision motion control, and robotics. Its primary competitive advantages include high efficiency, advanced EtherCAT communication, modular architecture, and comprehensive diagnostics. Frequently used by manufacturing specialists and automation engineers, it perfectly balances high-end performance with impeccable safety standards, setting a new benchmark for reliability and productivity in panel or cabinet-mounted installations.

Sample Availability, Packaging & Domestic Logistics

Order processing for the LENZE SERVO DRIVE EVS9323-ETV907 entails streamlined drop-off and handover protocols that ensure prompt delivery. Samples can be requested by qualified buyers for hands-on evaluation. Each drive is packaged to safeguard the pristine unit during transport. The main domestic market includes industries across India, where reliable drop-off points and efficient handover procedures reduce downtime, catering primarily to fast-paced industrial and automation suppliers and end-users.

FAQs of LENZE SERVO DRIVE EVS9323-ETV907:

Q: How is the LENZE SERVO DRIVE EVS9323-ETV907 typically used in industrial applications?

A: The drive is employed in automation, robotics, and precision motion control systems, offering reliable operation for both incremental and absolute encoder feedback environments.

Q: What are the main benefits of selecting the EVS9323-ETV907 for my automation setup?

A: Key benefits include prodigious efficiency (up to 98%), integrated voltage protection, EtherCAT support, modular design, and an easy-to-read LCD diagnostic display for streamlined troubleshooting.

Q: Where can samples of the LENZE SERVO DRIVE EVS9323-ETV907 be obtained for evaluation?

A: Samples are available through select suppliers and traders; interested buyers can request a sample during their initial inquiry or order processing stages.

Q: What is the process for dropping off and handing over the servo drive after order placement?

A: Once an order is processed, the product is carefully packaged and delivered to the customers designated drop-off point. Handover involves verification and documentation to ensure smooth transition and product integrity.

Q: How does the drives integrated protection system enhance operational safety?

A: The integrated overvoltage and undervoltage protection system secures sensitive components, maintaining consistent performance and minimizing risks in variable industrial environments.

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