Description
The Lenze ESV223N04TXB-CC is a frequency inverter designed for reliable variable speed control of three-phase AC motors in industrial applications. Built within the Lenze SMVector series, the ESV223N04TXB-CC provides stable motor control performance in enclosed, panel-mounted installations.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Lenze |
| Category |
Motor Controls |
| Part Number |
ESV223N04TXB-CC |
| Subcategory |
Variable Frequency Drives |
| Series |
SMVector |
| Drive Type |
Frequency Inverter / AC Drive |
| Input Voltage |
400/480 VAC |
| Input Phase |
3 Phase |
| Input Frequency |
50/60 Hz |
| Motor Control |
Variable Speed |
| Mounting Type |
Panel Mounted |
| Enclosure Type |
Enclosed |
| Application Type |
General Purpose Motor Control |
| Weight |
6.6 lbs |
Information About ESV223N04TXB-CC
The ESV223N04TXB-CC is part of Lenze’s SMVector drive family, developed for general-purpose motor control across a wide range of industrial equipment. It is engineered to regulate motor speed and torque efficiently using inverter-based control technology. The drive is intended for use with three-phase AC motors and integrates into standard control cabinets with enclosed construction. Its design emphasizes dependable operation, straightforward integration, and compatibility with common industrial power systems.
Key Features:
- SMVector Series Drive Platform: Designed for dependable general-purpose motor control.
- Frequency Inverter Technology: Enables precise variable speed operation of AC motors.
- Three-Phase Motor Compatibility: Supports standard industrial AC motor applications.
- Enclosed Drive Design: Suitable for protected indoor control cabinet installations.
- Stable Speed Regulation: Maintains consistent motor performance under varying loads.
- Industrial Control Integration: Designed for seamless use in automation and machinery systems.
The ESV223N04TXB-CC delivers the reliability and precision required for general-purpose industrial variable speed motor control applications.
