SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z

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SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z Specification

Base Material
Metal

Cover Material
Plastic/Metal

Cooling System
Built-in Fan

Components
Power Supply, Control Board, IGBT Module

Protection Class
Class I

Rated Insulation Voltage
500 V

Control System
Vector Control

Features
Overload Protection, Programmable, Compact Design, Easy Installation

Panel Type
Digital

Thickness
Standard

Protection Level
IP20

Rated Operation Voltage
400 V

Rated Current
11 A

Current Rating
11 A

Operating Voltage
380-480 V AC

Cabinet Material
Metal

Connectivity Type
Terminal Blocks / Communication Ports

Product Type
AC Drive

Material
Metal / Electronic Components

Surface Finish
Coated

Standard
SIEMENS Standard

Surface Color
Grey

Rated Voltage
400 V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
11 A

Dimension (L*W*H)
Approx. 380 x 230 x 160 mm

Application
Industrial Automation

IP Rating
IP20

Display Type
LED/LCD

About SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z

Seize the opportunity to own the scarce SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z, an exceptional solution for industrial automation needs. Experience virtuoso-level precision with pivotal features like panel-mounted installation, integrated braking, and a comprehensive communication suite including optional PROFIBUS, RS232, and RS485. Suitable for motors up to 5.5 kW, this coated metal drive ensures reliable operation in demanding environments (0C to +40C) and IP20 protection. Instant checkout is availableshop now for superior vector control, overload protection, and a compact design that guarantees easy installation and longevity.

Versatile Applications and Advantages

The SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z is expertly crafted for industrial automation, ensuring optimal performance in manufacturing, process industries, and machine automation. Perfectly suitable for panel mounting, it accommodates motors up to 5.5 kW, making it ideal for diverse industrial scenarios. Its pivotal advantage lies in exceptional overload protection, easy programmability, and robust connectivity through terminal blocks and communication ports, thus enhancing both efficiency and operational reliability.

Packaging, Delivery, and Sample Availability

Packaging for the SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z is secure and robust, using durable materials to ensure safe transportation. Shipments are delivered promptly at a competitive rate, ensuring minimal downtime in your operations. Standard delivery time is typically prompt following order confirmation. Sample units may be available upon request for evaluation purposes, providing an opportunity to assess product suitability before full-scale integration into your systems.

FAQs of SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z:

Q: How is the SIEMENS SIMOVERT DRIVE 6SE7022-6TC11-Z installed?

A: The drive is designed for panel mount installation, making it straightforward to integrate into existing industrial control cabinets using standard mounting systems.

Q: What are the primary applications for this drive?

A: This drive is ideally used in industrial automation, including manufacturing lines, process control systems, and machinery requiring precise vector control for motors up to 5.5 kW.

Q: When can I expect the product to be delivered after placing an order?

A: Delivery is typically prompt once the order is confirmed, ensuring you receive your drive quickly and can minimize operational downtime.

Q: Where can I obtain sample units of this product?

A: Sample units may be available on request through authorized SIEMENS suppliers or traders, enabling you to evaluate suitability prior to a full purchase.

Q: What benefits does the vector control system provide?

A: The integrated vector control system guarantees precise motor regulation, superior energy efficiency, and dependable overload protection, all contributing to improved operational reliability.

Q: How does the integrated braking unit enhance performance?

A: The built-in braking unit allows for rapid deceleration and improved control during critical operational moments, boosting both safety and process responsiveness.

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