Libratherm Instruments Private Limited

Three Phase SCR Triggering Card for Star & Delta

₹ 20500.00  Incl. GST/Nos ₹ 17372.88 Excl. GST

Description

Libratherm offers SCR triggering cards which are designed to fire or trigger back to back connected SCRs using synchronized phase angle control technique. The card accepts analogue control signals of (0-5)/(0-10)VDC or (4-20)mA and provides proportional gate/cathode triggering pulses G1K1 + G2K2. These pulses can be used to trigger back-to-back connected SCRs up to 1000Amps with gate current up to 300mA. The card also provides built in regulated 5VDC supply to connect external potentiometer to manually control the SCR firing. The on card ramp up and ramp down settings allows gradual rise and fall of the voltage levels across the load.

Three Phase SCR Triggering Card for Star & Delta

Product ID (MPN): ITB-77B9C901
Availability:In Stock
₹ 20500.00  Incl. GST ₹ /Nos
Brand Name Libratherm Instruments Private Limited
Model ITB-77B9C901
Condition New
Unit Type Nos
Minimum Order Quantity 1
Minimum Ordered Packs 1
Country of Origin India
Taxes Inclusive of Tax
Ships from mumbai
Shipping Is calculated at Checkout
Returnable 7 Days Return
Warranty Type Manufacturer / Seller
Warranty Yes
SELLER INFORMATION
Libratherm Instruments Private Limited
GST:
Business Address
401-403, Diamond Industrial Estate, Ketkipada Road, Dahisar (East), Mumbai  , mumbai maharastra- 400068
  • Description
    Libratherm offers SCR triggering cards which are designed to fire or trigger back to back connected SCRs using synchronized phase angle control technique. The card accepts analogue control signals of (0-5)/(0-10)VDC or (4-20)mA and provides proportional gate/cathode triggering pulses G1K1 + G2K2. These pulses can be used to trigger back-to-back connected SCRs up to 1000Amps with gate current up to 300mA. The card also provides built in regulated 5VDC supply to connect external potentiometer to manually control the SCR firing. The on card ramp up and ramp down settings allows gradual rise and fall of the voltage levels across the load.