Applications
Local Area Networks (LAN)
Data Centers
Servers
Internet Centers (ISP/ASP/POP)
Industrial PLCs
Emergency Devices (Light/Alarms)
Electro-Medical Devices
Industrial Applications
v Telecommunication Devices
Applications
Local Area Networks (LAN)
Data Centers
Servers
Internet Centers (ISP/ASP/POP)
Industrial PLCs
Emergency Devices (Light/Alarms)
Electro-Medical Devices
Industrial Applications
v Telecommunication Devices
Local Area Networks (LAN)
Data Centers
Servers
Internet Centers (ISP/ASP/POP)
Industrial PLCs
Emergency Devices (Light/Alarms)
Electro-Medical Devices
Industrial Applications
v Telecommunication Devices
Local Area Networks (LAN)
Data Centers
Servers
Internet Centers (ISP/ASP/POP)
Industrial PLCs
Emergency Devices (Light/Alarms)
Electro-Medical Devices
Industrial Applications
v Telecommunication Devices
Output Voltage 220 + 10% V AC , Single Phase, 50 Hz230v Tapping 220v available.
Efficiency More than 87 % at full load
Output Regulation ± 2% at No load to full load
Over Load 50 + 1 HzOutput voltage trips if over loaded
Output Isolation Greater than 100M
Load Power Factor 0.75 lag to 0.9 lead
Line Frequency 50Hz ± 0.5%.
Distortion Less than 5%
Transformer Type Ferro - Resonant
CVT'S response to input variation is much faster than that of servo stabilizer.Around 10msec.
CVT does not pass on the surges to the output side which are present on the input side.
CVT has no moving parts at all, thus bringing maintenance cost to almost zero.
CVT combines all the features of an isolation transformer, surge supressor &RFI-EMI Fliter, thus bringing down the cost.
CVT has inbuilt instantaneous short circuit protection.
CVT us highly reliable.
Working Principle of a CVT
CVT uses the principle of ferro-resonance in which ouput winding is resonated with the help of select value of high stability capacitors. This resonating circuit gives rise to saturation of the core which prevents variation in the output against ch
CVT'S response to input variation is much faster than that of servo stabilizer.Around 10msec.
CVT does not pass on the surges to the output side which are present on the input side.
CVT has no moving parts at all, thus bringing maintenance cost to almost zero.
CVT combines all the features of an isolation transformer, surge supressor &RFI-EMI Fliter, thus bringing down the cost.
CVT has inbuilt instantaneous short circuit protection.
CVT us highly reliable.
Working Principle of a CVT
CVT uses the principle of ferro-resonance in which ouput winding is resonated with the help of select value of high stability capacitors. This resonating circuit gives rise to saturation of the core which prevents variation in the output against ch
Reviews & Ratings
Write a Review
Post Free Ad