Frequency Inverter ATV12HU22M2 SCHNEIDER ELECTRIC
- Code / Model: ATV12HU22M2
- Manufacturer: SCHNEIDER ELECTRIC
- Department: Automation and control of processes
- Category of products: Controllers, HMI Displays and IoT Gateways
- Sub-category: Controllers, PLCs and Automates
- You've seen it before.: 5
ATV12HU22M2 Frequency Inverter SCHNEIDER ELECTRIC
The ATV12HU22M2 is a frequency inverter from the Altivar 12 range, the simplest in Schneider Electric's lineup. Designed to power three-phase asynchronous motors, it offers a rated power of 2.2 kW (3 HP) and operates with a nominal supply voltage of 200 to 240 V AC.
Technical Features
- Rated Power (HO): 2.2 kW
- Rated Power (LO): 2.2 kW
- Nominal Current (HO): 10 A
- Nominal Current (LO): 10 A
- Pulse Frequency: 4 kHz
- Output Frequency: 0.5...400 Hz
- Digital Inputs: 4
- Digital Outputs (Relay): 1
- Digital Outputs (Transistor): 1
- Analog Inputs: 1
- Analog Outputs: 1
- Maximum Motor Cable Length (Shielded): 5 m
- Maximum Motor Cable Length (Unshielded): 10 m
- Width: 105 mm
- Height: 142 mm
- Depth: 156.2 mm
- Minimum Operating Temperature: -10 °C
- Maximum Operating Temperature: 60 °C
- Protection: IP20
- Authorizations: UL, CE, GOST, CSA, RCM, KC-Tick
Description
The ATV12HU22M2 is designed with a heat sink for normal environments and a fan-cooled enclosure. The transient overload function prevents stoppages by disengaging the machine and applying additional torque when needed, reducing downtime and maintenance costs. It features underload and overload detection, contributing to protecting your installation.
The inverter integrates the Modbus communication protocol as standard, accessible through the RJ45 connector located at the bottom of the inverter. It is designed for simple industrial and commercial machines and equipment, such as conveyors, pumps, extractors, access barriers, and endless belts.
Compatibility with SoMove software allows saving and transferring configurations to spare inverters, reducing downtime associated with maintenance. Additionally, it features an optimized energy and torque application for ventilation and pumping applications, enabling energy savings of up to 30%.