Isolation Transformer

 

KS control has a wide range of Isolation Transformer which reduce the effects of power line problem like noise, spikes, surges, transients and neutral to a minimum.

The sophisticate equipment being used today needs clean power. Owing to inductive loads, capacitive loads, SMPS loads, electronic ballasts and with PWM switching systems, the present AC power lines are superimposed with dangerous spiked, surges, transients, sags and RFI noise and harmonics.

As a result failure rates of electronic equipment are on the raise without adequate protection, all electronic equipment is at a great risk. Usually the failures are not seen right away. Repeated stress from normal electrical transients weaken components and lead to shortening of component life. Line noises like spikes, surges, transients and so on definitely cause stress on semi conductor components.

Machine systems experience catastrophic program and software failures, extensive damage to PLC’s and storage media, leading to heavy loss of production, data and man hours. With KS control Isolation Transformers all types of electrical noises, particularly common mode noises, spikes, surges and transients will be eliminated.

Applications

  • CNC Machines
  • Bio Medical Equipment
  • Printing Machinery
  • Large Computer Installations
  • Telecommunication Equipment
  • Scientific Equipment

Specification

Input Output Rating Available
415 V AC 3-Ph 415 V AC 3-Ph 150 VA 3-Ph and up to 500 KVA 3-Ph
415 V AC 3-Ph 220 V AC 3-Ph 150 VA 3-Ph and up to 500 KVA 3-Ph
230 V AC 1-Ph 230 V AC 1-Ph 150 VA 1-Ph and up to 50 KVA 1-Ph
230 V AC 1-Ph 110 V AC 1-Ph 150 VA 1-Ph and up to 50 KVA 1-Ph
System connections Delta / Star or Star / Delta
Ratios 1:1 and 2:1
Regulation Better than 3.5%
Power factor 0.75 lag to 0.75 lead
Di-electric strength 2500 V AC for 120 sec
Insulation resistance More than 1000 Mega Ohma
Coupling capacitance 0.1 PF for 100 db
Leakage current Less than 20 micro amps
Common model attenuation 100 db
Construction standards As per IS 2026 part I & II