115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems
115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems

115kW Slow Motor Start 380V 3-Phase | Mining Conveyor Systems

SKU:

ASF6K-115

$338.91

Shipping calculated at checkout.

Quantity

Features

• SKU: ASF6K-115

• Rated power: 115kW

• Rated current: 230A

• Rated voltage: 380V

• Frequency: 50/60Hz

• Phase: 3-phase

• HS code: 8511409900

• No more than 20 starts per hour

• Other voltages: 220V / 440V

• Principle: reduced voltage soft start/stop

• Control methods: keypad / terminals / RS485

• Continuous running: the mains always handled by solid-state parts (SCR / thyristor) even after start

Control Modes

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

Start Modes

1. Current-limiting start

2. Voltage ramp start

3. Kick start + current-limiting start

4. Kick start + voltage ramp start

5. Current ramp start

6. Voltage current-limiting

double closed-loop start

Stop Modes

1. Soft stop

2. Free stop

Protection Functions

• Input open phase protection

• Running overload protection

• Load short circuit protection

• Output open phase protection

• Starting over current protection

• Over-heat protection for soft starter

• Unbalanced three-phase protection

• Protection for too long starting time

• Protection for fault parameter setting

• Over voltage protection for power voltage

• Auto restart or incorrect wiring protection

• Under voltage protection for power voltage

• Incorrect wiring protection of external control stop terminals

• Open loop protection for external instantaneous stop terminals

Ambient Conditions

• Vibration: <0.5G

• Protection class: IP20

• Temperature: -30 to 55℃

• Humidity: ≤90%RH without dew condensation

• Cooling pattern: natural wind cooling (power ≤ 55kW); internal fan (power ≥ 75kW)

• Altitude: below 3000m; It have to rise the rate power when the altitude is more than 3000m

• Place to use: indoor location with good ventilation free from corrosive gas and conductive dust

Keypad Operation

The soft starter features a large-screen LCD display module and six micro keys for operating the display keyboard. These allow the user to perform soft starter start and stop operations, modify parameters, query faults and reset them.

1. Press the “PRG” key; use the up and down keys to select the parameter group

2. Press the “PRG” key again; use the up and down keys to select the parameter to be modified

3. Press the “PRG” key again; use the up and down keys to set the value of the parameter

4. Press the “PRG” key again to save the parameter value

5. Press the “EXIT” key to return to the main screen

6. Press “RUN” to soft-start the motor

7. Press “STOP” to stop the motor

8. Press and hold the up arrow key to clear the error record

9. Press and hold the down arrow key to reset to factory settings

Terminal Functions

1. Start: closed with terminals (5, 6) to start the motor

2. Stop: opened with terminal (5, 6) to stop the motor

3. Emergency stop: opened with terminal (5, 6) to stop the motor

4. Fault reset: closed with terminals (5, 6) to clear the fault state

5-6. Common digital input terminals

7-8. Output terminals: 4-20mA output; adjusted by parameter C26, C27, C28

9-10. RS485 terminals: for ModBus RTU communication

12-14. Output relay A: 12 is normally open, 14 is normally closed

15-17. Output relay B: 15 is normally open, 17 is normally closed

18-20. No function and reserved for ASF6K Series

Selection Guide

We have divided the motors into four categories according to starting characteristics, power factor and efficiency values. The correct soft start can then be quickly found according to the power of the motor. The first column shows the variants of the ASF6K series. The second to fifth columns show the maximum motor power that can be handled.

380V SKUs Class 10 Motor (kW) Class 10B Motor (kW) Class 20 Motor (kW) Class 30 Motor (kW)
ASF6K-5P5 4.3 4.2 3.7 3
ASF6K-7P5 5.9 5.7 5.1 4.1
ASF6K-11 8.6 8.4 7.5 6.1
ASF6K-15 11.7 11.4 10.2 8.3
ASF6K-18P5 14.4 14.1 12.6 10.2
ASF6K-22 17.2 16.7 15 12.1
ASF6K-30 23.4 22.8 20.4 16.5
ASF6K-37 28.9 28.1 25.2 20.4
ASF6K-45 35.1 34.2 30.6 24.8
ASF6K-55 42.9 41.8 37.4 30.3
ASF6K-75 58.5 57 51 41.3
ASF6K-90 70.2 68.4 61.2 49.5
ASF6K-115 89.7 87.4 78.2 63.3
ASF6K-132 103 100.3 89.8 72.6
ASF6K-160 124.8 121.6 108.8 88
ASF6K-185 144.3 140.6 125.8 101.8
ASF6K-200 156 152 136 110.8
ASF6K-220 171.6 167.2 149.6 121
ASF6K-250 195 190 170 137.5
ASF6K-280 218.4 212.8 190.4 154
ASF6K-320 249.6 243.2 217.6 176
ASF6K-350 273 266 238 192.5
ASF6K-400 312 304 272 220
ASF6K-450 351 342 306 247.5

Class 10 – Light Loads

• Default

• Agitators

• Tumblers

• Band Saws

• Low Inertia Fans

• Unloaded Positive Displacement Pumps

(High current utilization; Smooth start-up; Soft starter selection is straightforward)

Class 10B – Standard Industrial Loads

• Chillers

• Lathes

• Escalators

• Transformers

• Unloaded Mixers

• Centrifugal Pumps

• Unloaded Conveyors

• Plastic & Textile Machines

• Equalized Air Compressors

(Common industrial applications)

Class 20 – Heavy or High Inertia Loads

• Ball Mills

• Rolling Mills

• Pelletisers

• Grinders

• Flour Mills

• Hammer Mills

• Circular Saws

• Loaded Mixers

• Loaded Conveyors

• Vibrating Screens

• Flywheel Presses

• Fully Loaded Air Compressors

(High inertia or load demand; Expect higher starting currents; Allow extra margin when selecting a soft starter)

Class 30 – Severe Duty Loads

• Crushers

• High Inertia Fans

• Wood Chippers

(Very high inertia or impact loads; Recommend selecting a soft starter with a higher current rating or considering a variable frequency drive)

Notice: In most three-phase systems, the default wiring is for the soft starter to be wired in series with the motor connected in delta. This is also the basis of our selection table. Click here for more details about motor soft starter selection.

Mains Wirings

Documents

Manual for ASF6K Series Soft Starters.pdf