SABT
Static Automatic Bus Tranfer
The SABT monitors the main power voltage, which reduces the load to the power source if the main power source falls below the cut-off threshold setting.
Features
  • Faulty, current power status OLED display is possible
  • Setting voltage remotely, Check various error information, etc
    (Existing equipment is changed only when the DIP switch is adjusted within the PCB)
  • Can check and set up all N devices on the main PC
  • Fast and scalable communication speed at 250Kbps based on CAN communication
  • Excellent cooling performance and durability with integrated heater sink
differentiation
category Existing Products Developed products
Status presentation
  • LED and 8Digit Matrix Display to display specific information only
  • OLED Display enables you to display a lot of information
  • Various information displays can be customized, important displays are displayed with LED, and other information is OLED Display
  • Load current, voltage, in real time in the field, You can check the frequency, etc
Remote control
  • Features only available locally and set to laptops in the field, etc
  • main power cut, configuration, Remotely enabled, including health monitoring
Communication
  • RS232, RS485 functionality provided
  • Applicable to CAN communication or RS232/485 (CAN, RS485)
Maintenance and repair
  • The structure Complex and many components
  • Complicated maintenance
  • The structure is monotonous and the circuit is simplified for easy maintenance
Detailed Specifications
Characteristics Specifications
Electrical Characteristics
Input Power
Voltage Normal 450VAC / 3-Phase, 120VAC /3-Phase
Voltage Range 8 Button Keys
Frequency 55Hz to 63Hz
Output Power
Rating 450VAC / 3-Phase, 120VAC /3-Phase
Load Capacity
50A to 400A
Storage Temperature
-40 to 70℃
Operating Temperature Range
0 to 50℃
SCR Spec
1.6KV / 600A(average)
Dimension
482(W) X 434(D) X 781(H)mm
Load Capacity
600A
System Configuration Chart
Performance Test Results
Low-voltage & high-voltage cutoff test
Switch from auxiliary power to main power
  • The main power is returned to the effective range from the high voltage state, reducing the main power back to within 1 msec of the load power
Switch from main to auxiliary power
  • 1 msec cut to auxiliary power if the main power gradually changes to high voltage and deviates from its effective range
Cut to main power open circuit
The main power is disconnected and forced out of the auxiliary power
  • While the main power source is applied to the load power source, the power source is forcibly cut off from the outside, and the auxiliary power source is cut off within 3.3 msec to maintain the load power source