LENZE SERVO DRIVE EVS9321-EP

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LENZE SERVO DRIVE EVS9321-EP Specification

Output Current
2.6 A

Working Temperature
0C to 55C

Noise Level
<55 dB

Application
Automation, Machinery, Packaging, Robotics, Conveyor Systems

Phase
Three Phase

Output Type
3-Phase Motor Output

Rated Current
2.6 A

Power Factor
>=0.98

Features
Integrated safety functions, Dynamic performance, Compact design, Programmable logic, Diagnostics

Rated Power
1.1 kW

Cooling Method
Forced Air Cooling

Power Supply
AC 230/400V

Operating Temperature
0C to 55C

Current Range
0-2.6 A

Connector Type
Screw Terminal/Plug-In Connectors

Product Type
Servo Drive

Output Power
1.1 kW

Output Frequency
0-599 Hz

Input Voltage
230/400 V AC (Three-phase)

Voltage Protection
Overvoltage/Undervoltage Protection

Efficiency
Up to 98%

Material
Industrial Grade Metal Housing

Line Regulation
0.1%

Storage Temperature
-25C to +70C

Weight
Approx. 2 kg

About LENZE SERVO DRIVE EVS9321-EP

Introducing the Latest LENZE SERVO DRIVE EVS9321-EP, a hot-selling, scarce automation component lauded for its redoubtable performance and meritorious reliability. With EtherCAT, CANopen, PROFIBUS, and RS232 interfaces, it ensures imposing connectivity for industrial environments. The compact panel-mount design houses industrial-grade metal and sophisticated safety functions, making it ideal for robotics, packaging, and conveyor systems. CE and RoHS compliant, the unit boasts 1.1 kW output, advanced diagnostics, and outstanding efficiency up to 98%, empowering demanding applications with superior frequency response and precise regulation.

Versatile Usage & Competitive Edge

The LENZE SERVO DRIVE EVS9321-EP is engineered for dynamic machinery, robotics, automation, and packaging lines. Its programmable logic, fast frequency response, and integrated safety features create a clear competitive advantage in modern manufacturing. This unit excels in both specific use-cases such as high-speed conveyors and general automation, making it indispensable for scenarios requiring impeccable motion control and reliability. Its multifaceted connectivity and diagnostic capabilities ensure your processes run at peak performance with minimal downtime.

Domestic Market Flexibility & Delivery Process

Serving the main domestic industrial market, our sample policy accommodates pilot testing before bulk procurement. Upon receipt of your purchase order, our streamlined order processing ensures your LENZE SERVO DRIVE EVS9321-EP is quickly prepared and shipped. Typical delivery times range from a few days up to two weeks, depending on order size and stock availability. Count on us for efficient handling throughout the procurement cycle, making your transition to higher productivity seamless and hassle-free.

FAQs of LENZE SERVO DRIVE EVS9321-EP:

Q: How does the LENZE SERVO DRIVE EVS9321-EP benefit automation processes?

A: This servo drive enhances automation by providing precise motion control, rapid frequency response up to 1 kHz, and advanced diagnostics, contributing to increased uptime and efficiency in industrial applications.

Q: What interfaces are available on this device for connectivity?

A: The LENZE SERVO DRIVE EVS9321-EP offers EtherCAT, CANopen, PROFIBUS, and RS232 interfaces, along with digital and analog inputs/outputs, making it highly adaptable for integration into different industrial networks.

Q: Where is this servo drive typically installed?

A: It is designed for panel mounting and is commonly installed in control cabinets within robotics, packaging machines, conveyor systems, and automated manufacturing setups.

Q: What is the process for ordering and delivery of this product?

A: To order, submit a purchase order for prompt processing. After confirmation, the product is swiftly shipped, with delivery times ranging from several days up to two weeks based on order quantity and stock status.

Q: Is sample testing available before making a bulk purchase?

A: Yes, according to our sample policy, we offer the option to test the LENZE SERVO DRIVE EVS9321-EP before placing a bulk order, ensuring suitability for your specific application.

Q: How do the integrated safety and diagnostic features contribute to operational efficiency?

A: Integrated safety functions and advanced diagnostics help preempt faults, simplify troubleshooting, and safeguard operations, thereby reducing downtime and maintaining high productivity.

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