Low cost 30 hp soft starter, 22 kW three phase 220v, 440v, 480v, 690v AC motor soft starter direct sale by manufacturer, control motor in soft start & soft stop.
Delivery date: 6 - 12 Days
30 hp motor soft starter, 22 kW three phase 220v, 440v, 480v, 690v AC motor starter.
||GS2-022 (220v), GS3-022 (440v), GS4-022 (480v), GS6-022 (690v).
||30 hp (22 kw)
||43 amps at 400v/480v, 90 amps at 220v
||3 phase 220v, 440v, 480v, 690v AC
||Squirrel-cage three-phase asynchronous motor
||It is recommended not to exceed 20 times per hour.
||(1) Operation panel control. (2) Operation panel + external control. (3) External control. (4) External control + COM control. (5) Operation panel + external + COM control. (6) Operation panel + COM control. (7) COM control. (8) No start or stop operation.
||(1) Current-limiting to start. (2) Voltage ramp to start. (3) Torque control + current-limiting to start. (4) Torque control + voltage ramp to start. (5) Current ramp to start. (6) Voltage current-limiting double closed-loop start.
||(1) Soft stop. (2) Free stop.
||(1) Open loop protection for external instantaneous stop terminals. (2) Over-heat protection for soft starter. (3) Protection for too long starting time. (4) Input open phase protection. (5) Output open phase protection. (6) Unbalanced three-phase protection. (7) Starting over current protection. (8) Running overload protection. (9) Under voltage protection for power voltage. (10) Overvoltage protection for power voltage. (11) Protection for fault parameter setting of the soft starter. (12) Load short circuit protection. (13) Auto restart or incorrect wiring protection. (14) Incorrect wiring protection of external control stop terminals.
||Place to be used
||Indoor location with good ventilation free from corrosive gas and conductive dust.
||Below 1000M. It has to increase the soft starter rate power when the altitude is more than 1000M.
||-30 +55 oC
||90%RH without dew condensation.
||Natural wind cooling.
Tips: Why choose a soft starter over VFD?
Unless there is a requirement to vary the speed of the induction motor during operation, a soft starter is usually a better choice to reduce starting impact. Variable frequency drives (VFD) are less efficient than soft starters, so cost more energy to run (3% to 0.5% losses). VFDs only save energy if they reduce losses in the driven load by operating part of the time at lower speed. At constant full speed operation, they are less efficient. The only other reason to choose a VFD over a soft starter is to reduce the start current considerably. This can be of value where there is a very limited power supply.
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