Schneider Electric ATV212HU22N4 SPEEDDRIVE 380-480
AC Drives
612443
MFG #: ATV212HU22N4
Schneider Electric
945.54000
/ ea
- Brochure URL - 11003_C9XPMSHBGA4Q63U2.pdf(Brochure URL)
- Catalog URL - IDW_DOCUMENT_4859d10e329e1f501e78e29ede384b77ea0438684e32eb314b494a1f75dc387c.pdf(Catalog URL)
- Computer~Aided [CAD|BIM] Model URL(Computer~Aided [CAD|BIM] Model URL)
- Install Instructions 1 URL - 11003_4Z82BVXWAQU3KTSF.pdf(Install Instructions 1 URL)
- ROHS Compliance URL - Schneider_Electric_ATV212HU22N4_RoHS.pdf(ROHS Compliance URL)
- Seller Home Page URL - us(Seller Home Page URL)
- Service Manual URL - 11003_LDVUHNM7KYXQZGJ0.pdf(Service Manual URL)
- Spec Sheet URL - 11003_D0VZS2H6O7T8QCPB.pdf(Spec Sheet URL)
- Tech Bulletin URL - 11003_XY5MQ9LBZ4J1W7FO.pdf(Tech Bulletin URL)
- User Manual URL - 11003_K0F4R39OPIHZUMLD.pdf(User Manual URL)
- Video - https://www.youtube.com/embed/bftTSLKRB2k(Video)
- Applications
- Features
| Asynchronous motors;Pumps and fans in HVAC; |
| VIA, VIB, FM, FLA, FLB, FLC, RY, RC, F, R, RES terminal 2.5-2.5 mm² / AWG 14;L1/R, L2/S, L3/T terminal 6-6 mm² / AWG 10;Voltage/frequency ratio, automatic IR compensation (U/f + automatic Uo);voltage/frequency ratio, 5 points;flux vector control without sensor, standard;voltage/frequency ratio - Energy Saving, quadratic U/f;voltage/frequency ratio, 2 points;Overheating protection drive;line supply undervoltage drive;against input phase loss drive;thermal protection motor;motor phase break motor;with PTC probes motor;thermal power stage drive;short-circuit between motor phases drive;input phase breaks drive;overcurrent between output phases and earth drive;overvoltages on the DC bus drive;break on the control circuit drive;against exceeding limit speed drive;line supply overvoltage and undervoltage drive;Internal supply for reference potentiometer (1 to 10 kOhm) 10.5 V DC +/- 5 %, <10 A overload and short-circuit protection;internal supply 24 V DC 21-27 V), <200 A overload and short-circuit protection |
| 5.1 A at 380/460 VAC |
| Lower maintenance costs-reduce the mechanical stress on belts, piping and ductwork and eliminate valve or inlet guide vane maintenance |
| Reduced harmonics embedded reduced harmonic technology is equivalent to installing a 3% line reactor saving panel space and reducing component and wiring costs |
| Reduce installation costs embedded technology reduces input currents which allows a cost reduction in wire size, short circuit protection devices and enclosure size |
| Improve operating efficiency embedded technology reduces input currents which improves operating efficiency by 10% in many installations |
| Achieve 12 to 24 month payback for AC drives installed on typical pump or fan applications |