Application
Reversible power drive for actuators, pumps, label printing machines, medical and optical equipment, office machines, automatic vending machines, machine automation
Design
The MTR7a reversing synchronous motor with permanent magnet rotor is electrically reversible and due to its unique stator design it is moderately priced. The rotating field is produced with a phase-shift capacitor and double-stator with coils thus ensuring extremely quiet running. Long life is guaranteed by the robust design (sintered bronze bearings,seIf centering type) The MTR7a is operated with single-phase AC current.The same motor version can be used at 50Hz and 60Hz.
Standard Data
Motor type | Reversible synchronous | |
Ambient temperature operation | °C | -15...+55 |
Ambient temperature storage | °C | -20...+100 |
Thermal class | °C | 105 |
Electrical Enclosure | IP | 40 |
Connections | Flexible Leads 22 AWG, 200mm length; ends stripped 10 mm | |
Sense of rotation | Indicated by lead colour (red-CW & black ACW) | |
Life expectancy | 3 Years in continuous operation | |
Mounting | any position | |
HVT | As per standard IEC600341 | |
Weight | g | 300 |
Rotor stalling | Motor can be stopped when voltage is appIied,without being overheated | |
Rotor shaft | Hardened steel, ground and polished | |
Bearings | Sintered bronze, self-lubricating | |
External dimension | dia. 59 x 35 mm |
Technical Data
Standard Motor voltage (V ) | V | 12 | 24 | 48 | 110 | 230 |
Operation capacitor (50 Hz)CN | µF/VAC | 56/40 | 15/50 | 3.9/100 | 0.68/250 | 0.18/400 |
Operation capacitor (60 Hz)CN | µF/VAC | 39/40 | Oct-50 | 2.7/100 | 0.47/250 | 0.12/400 |
Lead colour (VN) | Grey | Blue | Brown | White | Yellow | |
Tolerance of voltage | % | -10... +15% of rated voltage | ||||
Duty cycle | % | 100 | ||||
Rated frequency | Hz | 50 | 60 | |||
Power output at rated voltage | W | 2.14 | 1.94 | |||
Speed | Rpm | 250 | 300 | |||
Running torque at rated voltage | Ncm | 7.2 | 6.2 | |||
Power consumption at rated voltage | W | 5.8 | 5 | |||
Detent torque | Ncm | 1.3 |
Dimensional Drawing
