About ATV12HU15M2 Schneider VFD
Schneider Electric variable speed drive ATV12 1.5kW 2hp 200..240V 1ph with heat sink
ATV12HU15M2
| Manufacturer: |
Schneider Electric |
| Series: |
ATV12 |
| Mfr. Part No.: |
ATV12HU15M2 |
| Description: |
Schneider Electric 1.5kW ATV12 Series 1 Phase Inverter; IP20; |
| No. of Phases: |
1 |
| Rating (kW): |
1.5 |
| FLC (A): |
7.5 |
| Voltage (VAC): |
240 |
| Duty: |
CT |
| IP Rating: |
20 |
| Height (mm): |
142 |
| Width (mm): |
105 |
| Depth (mm): |
156.2 |
| Weight (kg): |
1.4 |
Advanced Motor Control and FeaturesThe ATV12HU15M2 offers both V/F and sensorless vector control for seamless speed regulation and high efficiency. Its multi-speed operation, integrated EMC filter, and electronic thermal, overload, and short-circuit protection ensure safe and optimized performance. Enhanced with dynamic braking and flexible connectivity, this VFD is ideal for diverse industrial uses.
User-Friendly Interface and InstallationThe integrated LED display and front-panel push buttons provide intuitive programming and monitoring. The compact, rectangular unit, with screw terminal connections and textured plastic housing, is designed for quick panel or wall mounting. Its IP20 protection and solid construction guarantee dependable operation in demanding environments.
FAQ's of ATV12HU15M2 Schneider VFD:
Q: How do I install the Schneider ATV12HU15M2 VFD?
A: To install the ATV12HU15M2, mount it securely on a panel or wall using its standard size brackets, connect input power (single phase, 200-240V AC) and output wires (three phase) through screw terminals, then wire the motor and any external accessories as required.
Q: What types of motors are compatible with the ATV12HU15M2?
A: This VFD is designed to control asynchronous three-phase motors, making it suitable for use with conveyors, pumps, fans, and other industrial equipment requiring regulated motor speed.
Q: Where is the programming interface located on this model?
A: Programming is done using the integrated push buttons and potentiometer located on the front panel, along with an LED display for clear, real-time parameter feedback and diagnostics.
Q: When is dynamic braking recommended, and how is it achieved?
A: Dynamic braking is recommended for rapid motor deceleration or stop procedures, especially for high inertia loads. It is achieved by adding an optional external resistor to the VFD's dedicated braking terminals.
Q: What benefits does the integrated EMC filter provide?
A: The built-in C1 class EMC filter minimizes electromagnetic interference, ensuring compliance with industrial standards and reducing electrical noise in sensitive environments.
Q: How does the unit optimize energy consumption during operation?
A: The VFD automatically optimizes power usage based on the motor load, maintaining high efficiency (up to 97%) and reducing unnecessary energy consumption during variable-speed operation.
Q: What protection features are included in the ATV12HU15M2?
A: It comes equipped with electronic thermal protection, short-circuit and overload protection, as well as overheating safeguards, ensuring both motor and drive are protected in various operating conditions.