Motor motion controller MSM3
FEAS article number 58701
Price per unit:
€128.60 *
commercial customers acc. to § 14 BGB only
Prices ex works, plus packaging, shipping (and VAT / DE)
| Quantity | Unit price | Discount |
|---|---|---|
| To 2 | €128.60 * | 0 % |
| From 3 | €126.03 * | 2 % |
| From 5 | €122.17 * | 5 % |
| From 10 | €119.60 * | 7 % |
| From 20 | €117.03 * | 9 % |
| From 50 | €115.74 * | 10 % |
commercial customers acc. to § 14 BGB only
Prices ex works, plus packaging, shipping (and VAT / DE)
available within 10 days
Every electric motor generates a voltage when switched off, which depends on the residual... more
Product information "Motor motion controller MSM3"
Every electric motor generates a voltage when switched off, which depends on the residual magnetism in the motor and its rotational speed at that point in time.
This induced generator voltage is related to the rate of change of speed of the magnetic field surrounding the stator and rotor windings and to the actual number of turns on the coils.
This induced voltage, which can originate from a 3-phase, AC or DC motor, is analysed by the standstill monitor. That is, the deceleration generator voltage of an electric motor is monitored to indicate, for example, that the motor is stationary. This analysis can be performed continuously or with a delay. In order to achieve this, the voltage level is measured using an analogue input circuit with adjustable differential amplifier. The indicators and monitor relays are then activated by means of a digital analysis logic, depending on the user's settings.
This induced generator voltage is related to the rate of change of speed of the magnetic field surrounding the stator and rotor windings and to the actual number of turns on the coils.
This induced voltage, which can originate from a 3-phase, AC or DC motor, is analysed by the standstill monitor. That is, the deceleration generator voltage of an electric motor is monitored to indicate, for example, that the motor is stationary. This analysis can be performed continuously or with a delay. In order to achieve this, the voltage level is measured using an analogue input circuit with adjustable differential amplifier. The indicators and monitor relays are then activated by means of a digital analysis logic, depending on the user's settings.
- Standstill recognition without tacho alternator
- Suitable for the most AC and DC motors
- Continuous monitoring by running motor
- High input sensitivity
- Digital analysis logic
- Utilizable as voltage detector
- Max. input DC voltage: 600 volts
- Max. input AC voltage 550 volts
- Suitable for the tropics
- Safety acc. to VDE, EN, UL, CSA
Technical data
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Technical data "Motor motion controller MSM3"
| Input voltage (supply): | 230 VAC |
| Input DC voltage (shunt circuit): | 600 VDC |
| Input AC voltage (shunt circuit): | 550 VAC |
| Adjustment range (switching point UOn): | 20 mV - 3.0 V |
| Adjustment range (motor run out time): | 0.1s - 20s |
| Operating temperature range: | -30°C / +70°C |
| Dimensions (WxHxD): | 55.0 x 75.0 x 110.0 mm |
| Weight: | 0.55 kg |
| Mounting: | On rails acc. to DIN 46277 or wall mounting with screws |
Downloads "Motor motion controller MSM3"
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Data sheet MSM3 (242,5 KB) Technical data for the motor motion controller MSM3 |
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Product specification MSM3 (247,4 KB) Further information about the motor motion controller MSM3 |
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Manual MSM3 (415,0 KB) Operating instructions for the motor motion controller MSM3 |
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