Control Transformers

A Control Transformer is a device used to transform or “Step down” a high main circuit voltage to a lower voltage which is then used to operate the control or switching components of the main circuit. These devices are commonly used in industrial starter circuits where the main circuit voltage is not suitable for use in the control circuit and where a separate control circuit feed would not be practical. A control transformer is used to supply control power thus allowing lower, safer and more efficient control circuit voltage to be used in high working voltage applications. The excellent inrush current handling characteristics of the transformer also makes the system more efficient. We manufacture single phase control transformer from the range of 50VA to 10KVA and three phase control transformers from the range of 50VA to 10KVA, in compliance with IEC 61558. Electrical core lamination with optimum quality and highly efficient copper wire with terminal blocks are used in our product.

A Control Transformer is a device used to transform or “Step down” a high main circuit voltage to a lower voltage which is then used to operate the control or switching components of the main circuit. These devices are commonly used in industrial starter circuits where the main circuit voltage is not suitable for use in the control circuit and where a separate control circuit feed would not be practical. A control transformer is used to supply control power thus allowing lower, safer and more efficient control circuit voltage to be used in high working voltage applications. The excellent inrush current handling characteristics of the transformer also makes the system more efficient. We manufacture single phase control transformer from the range of 50VA to 10KVA and three phase control transformers from the range of 50VA to 10KVA, in compliance with IEC 61558. Electrical core lamination with optimum quality and highly efficient copper wire with terminal blocks are used in our product.

FEATURES

  • Compact design.
  • Extends the life of motor.
  • Multiple voltage in the secondary side.
  • Excellent performance.
  • Minimum power loss.
  • Saturation.
  • Short circuit capability.
  • Low heat dissipation.
Capacity Type 1 Type 2 Type 3 Type 4 Dimension (LxBxH) Weight (KG)
50VA 1CT1P50VA 2CT1P50VA 3CT1P50VA 4CT1P50VA 95 x 75 x 100 1.250
75VA 1CT1P75VA 2CT1P75VA 3CT1P75VA 4CT1P75VA 95 x 90 x 100 1.650
100VA 1CT1P100VA 2CT1P100VA 3CT1P100VA 4CT1P100VA 105 x 95 x 115 1.850
160VA 1CT1P160VA 2CT1P160VA 3CT1P160VA 4CT1P160VA 115 x 117 x 130 2.800
200VA 1CT1P200VA 2CT1P200VA 3CT1P200VA 4CT1P200VA 115 x 122 x 130 3.000
250VA 1CT1P250VA 2CT1P250VA 3CT1P250VA 4CT1P250VA 115 x 127 x 130 3.250
300VA 1CT1P300VA 2CT1P300VA 3CT1P300VA 4CT1P300VA 115 x 130 x 130 4.300

Voltage type 1:

Input Voltage Output Voltage
0/220/380/400V 0/12/24/48V

Voltage type 2:

Input Voltage Output Voltage
0/220/380/400V 0/48/110/220V

Voltage type 3:

Input Voltage Output Voltage
0/220/380/480V 0/12/24/48V

Voltage type 4:

Input Voltage Output Voltage
0/220/380/480V 0/48/110/220V

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