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In Stock (2 Available)
ESV552N02TXD
ESV552N02TXD LENZE SMV SERIES SENSORLESS VECTOR 7.5HP WITH INPUT VOLTAGE 200-240V, 3PH(i/p) / 23.0A(o/p) Cont. / NEMA4X (IP65) INDOOR (Frame T1)
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| PART # | ESV552N02TXD |
|---|---|
| SKU | 137082 |
| Input Voltage | 200-240V, 3 Phase |
| Horsepower | 7.5 hp |
| Output | 3 Phase Output |
| Type of Cooling | Fan |
| Current (Output) | 23.0 Amps |
| Housing/Enclosure | NEMA 4/4X (IP66) |
| Type of Drive | High Performance, General Purpose, Volts per Hertz (V/Hz) |
| Options | Enclosed |
| Availability | Please buy online or contact Us: sales@qfautomation.com |
| Product Series | SMVector NEMA 4X |
| Warranty | 2 Years |
| Weight - lbs. | 11.900000 |
| Manufacturer | AC Tech |
The Lenze AC Tech SMV Series Sensor less Vector offers powerful motor control with flexible I/O for tailored automation. Easily integrate into industrial networks with optional communication modules. Perfect for AC Motor applications like food processing, packaging machinery, material handling, conveyors, and HVAC systems. SMVector uses EPM memory to ensure quick programming, making it perfect for diverse AC motor systems.
Product Handbooks
Options Handbooks
- Dynamic Braking using an SMV frequency inverter.pdf
(328.95 KB) - Installation and Operation Manual for SMVector Additional IO Module.pdf
(371.54 KB)
- Installation Instructions for Dynamic Braking Resistor.pdf
(20.56 KB)
- OPERATING HANDBOOK FOR THE LENZE AC TECH EPM PROGRAMMER.pdf
(411.82 KB)
- Remote Keypad for SMVector frequency inverter.pdf
(259.84 KB)
- Remote Keypad for the SMVector frequency inverter.pdf
(197.13 KB)
- SMVector Potentiometer Option, ESVZXM1, ESVZXM2, and ESVZXM3 Installation Instructions.pdf
(324.99 KB)
Transmission Handbooks
- CANOPEN COMMUNICATIONS REFERENCE EDS FILE LENZE AC TECH SMVECTOR.zip
(457.86 KB) - Communication Interface Reference Guide for the SMVector RS-485 LECOM Communication Module.pdf
(341.35 KB)
- Communications Interface Reference Guide for the SMVector ESVZAR0 RS-485 Modbus Communication Module.pdf
(375.87 KB)
- EDS FILE FOR LENZE AC TECH SMVECTOR ETHERNET IP COMMUNICATIONS.zip
(1.11 MB)
- INSTALLATION OF LENZE AC TECH SMVECTOR COMMUNICATIONS MODULE.pdf
(144.32 KB)
- SMVECTOR DEVICENET COMMUNICATIONS REFERENCE EDS FILE LENZE AC TECH.zip
(381.79 KB)
- SMVECTOR PROFIBUS DP COMMUNICATIONS REFERENCE GSD FILE LENZE AC TECH.zip
(365.14 KB)
Application Note
- Application Note - Application of the SMVector in a Package Filler.pdf
(85.29 KB)
- Application Note - Basic SMVector Drive Network Control through OnBoard Modbus Communications.pdf
(24.33 KB)
- Application Note - CANopen for AC Tech Drives Getting Started.pdf
(60.16 KB)
- Application Note - Common Terms in EtherNetIPTM.pdf
(33.5 KB)
- Application Note - DeviceNetTM for AC Tech Drives Getting Started.pdf
(72.74 KB)
- Application Note - Getting Started with DeviceNetTM for AC Tech Drives.pdf
(61.73 KB)
- Application Note - Identifying the Stop and EN954-Safety Categories Creating an Emergency Stop.pdf
(31.74 KB)
- Application Note - Lenze AC Tech Drives and Ground Fault Circuit Interrupters.pdf
(58.9 KB)
- Application Note - PID Process Control with the SMVector Drive.pdf
(45.71 KB)
- Application Note - PROFIBUS for AC Tech Drives Getting Started.pdf
(53.75 KB)
- Application Note - RSLogix 5000 Registering and Configuring a Lenze SMVector EDS File.pdf
(803 KB)
- Application Note - SMVector Basic Control via Ethernet IP with RSLogix 5000.pdf
(529.22 KB)
- Application Note - Sub-Micro and SMV Series Drives Dynamic Brake Selection.pdf
(33.44 KB)
- Application Note - The ESVZAR0 ModbusTM Module provides basic network control of the SMVector Drive..pdf
(24.42 KB)
- Application Note - Using a NEMA 4X SMVector Drive for PID Pumping.pdf
(184.31 KB)
- Application Note - When Should You Use a Line or Load Reactor to Protect Your Drive or Motor.pdf
(47.16 KB)
- Application Note - When to Use Relay and Open-Collector Outputs.pdf
(65.65 KB)
Declaration Of Conformity
The exact weight of the cargo you've scheduled will be measured at the QUANTUM office. We will send you an email with a payment link if the weight difference is larger than the shipment amount. The payment link email will include the new weight and the difference amount that must be paid. If you have any queries concerning this procedure, please contact our customer support team at +1-905-625-3500.
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