VOLTAK Soft Starter Control Panel – Optimized Motor Control Solution
VOLTAK's soft starter control panel is engineered for three-phase AC squirrel cage induction motors, providing a sophisticated system for enhancing motor control during start-up and operation. This panel incorporates a soft starter, AC contactor (bypass), and circuit breaker, ensuring both efficiency and protection for the motor.
Main Technical Specifications
Power Voltage:
Three-phase, 380V±15%, 50/60Hz.
Start Times:
Maximum of 20 times per hour.
Altitude Compatibility:
Effective up to 2000m above sea level (with adjustments for higher altitudes).
Operating Temperature Range:
-30℃ to +55℃.
Humidity Tolerance:
Up to 90%, with no condensation.
Environmental Requirements:
Free from corrosive gases, conductive dust, with good ventilation.
Protection Class:
IP20, IP30 options available.
Technical Features
Adjustable Starting Time: Preset starting times can be tailored to different load types.
Preset Initial Voltage: Customizable for varying load types.
Current Limiting Function: Ensures starting current does not exceed the set value.
Versatile Stop Modes: Includes both soft stop and free stop options.
Bypass Contactor Functionality: Connects to a bypass contactor post-start for near-zero power consumption.
Multi-Motor Operation: A single soft starter can sequentially start multiple motors.
Comprehensive Protection: 14 different protection functions to safeguard the motor and system.
Application Load Types
VOLTAK's Soft Starter Control Panel is adept at handling a variety of heavy load applications, offering tailored settings to optimize performance and protection for different types of equipment. Here's a summary of recommended settings for various applications:
Centrifugal Pump: Start Ramp Time of 16 seconds, Stop Ramp Time of 20 seconds, Inception Voltage at 40%, with a Maximum Current-limiting Value of 4 and a Current-limiting Start of 2.5.
Ball Grinder: Utilizes a Start Ramp Time of 20 seconds, Stop Ramp Time of 6 seconds, Inception Voltage at 60%, Voltage Start at 4, and Current-limiting Start at 3.5.
Fan: Configured with a Start Ramp Time of 26 seconds, Stop Ramp Time of 4 seconds, an Inception Voltage of 30%, Voltage Start at 4, and Current-limiting Start at 3.5.
Piston Type Compressor: Designed for a Start Ramp Time of 16 seconds, Stop Ramp Time of 4 seconds, Inception Voltage at 40%, Voltage Start at 4, and a Current-limiting Start of 3.
Light Load Motor: Offers a Start Ramp Time of 16 seconds, Stop Ramp Time of 2 seconds, Inception Voltage at 30%, Voltage Start at 4, and Current-limiting Start at 3.
Elevating Mechanism: Features a Start Ramp Time of 6 seconds, Stop Ramp Time of 10 seconds, Inception Voltage at 60%, Voltage Start at 4, and a Current-limiting Start of 3.5.
Mixer: Comes with a Start Ramp Time of 16 seconds, Stop Ramp Time of 2 seconds, Inception Voltage at 50%, Voltage Start at 4, and a Current-limiting Start of 3.
Crusher: Configured for a Start Ramp Time of 16 seconds, Stop Ramp Time of 10 seconds, Inception Voltage at 50%, Voltage Start at 4, and a Current-limiting Start of 3.5.
Screw Compressor: Set up with a Start Ramp Time of 16 seconds, Stop Ramp Time of 2 seconds, Inception Voltage at 40%, Voltage Start at 4, and a Current-limiting Start of 3.
Spiral Conveyor: Designed for a Start Ramp Time of 20 seconds, Stop Ramp Time of 10 seconds, Inception Voltage at 40%, Voltage Start at 4, and a Current-limiting Start of 2.
Leather Belt Conveyer: Features a Start Ramp Time of 20 seconds, Stop Ramp Time of 10 seconds, Inception Voltage at 40%, Voltage Start at 4, and a Current-limiting Start of 2.5.
Heat Pump: Offers a Start Ramp Time of 16 seconds, Stop Ramp Time of 20 seconds, Inception Voltage at 40%, Voltage Start at 4, and a Current-limiting Start of 3.
VOLTAK's Soft Starter Control Panel offers an advanced, reliable solution for various industrial applications. Its customizable features ensure that motors are started and operated efficiently, safely, and in an energy-efficient manner. This panel is particularly suitable for industries requiring precise control over motor start-up phases and protection against potential electrical issues.
