\r\n System Voltage\r\n\r\n 400......660 V / 950V\r\n
\r\n Filter tuned to\r\n\r\n 5th, 7th, 11th and 13th\r\n
\r\n Rated KVAR\r\n\r\n 60.....2500 KVAR\r\n
\r\n Type\r\n\r\n \r\n Auto / Fixed\r\n \r\n
Tuned harmonic filter (Contactor / Thyristor logic) are passive tuned harmonic filers comprising of type tested heavy duty capacitors & patented heavy duty tapped tuned reactors. Harmonic filters consist of capacitors connected in series with Reactor. The capacitors produces reactive power at the filter"s fundamental frequency & reduce the THDV, (I) of the system. A typical Harmonic filter consists of three series resonant circuits tuned to the most common harmonics 5th, 7th, 11th & 13th order harmonics ). Harmonic filters are custom designed for each application using standard components. This ensures that the best possible power factor correction and filtering characteristics are achieved with a reasonable investment. This will helps in reducing the THD in the system as per Relevant Standards like IEEE-519 / 1992 & guidelines of CEA & other utilities. Features :
Best possible power factor correction and filtering
Helps in reducing the total harmonic distortion in the system
No risk of congestion cables and nuisance tripping of fuses or relays
Disturbances in telecommunications and data transmission are minimized
Electronics, motors control systems, converters and generators function devoid of interruption
Tuned harmonic filter (Contactor / Thyristor logic) are passive tuned harmonic filers comprising of type tested heavy duty capacitors & patented heavy duty tapped tuned reactors. Harmonic filters consist of capacitors connected in series with Reactor. The capacitors produces reactive power at the filter"s fundamental frequency & reduce the THDV, (I) of the system. A typical Harmonic filter consists of three series resonant circuits tuned to the most common harmonics 5th, 7th, 11th & 13th order harmonics ). Harmonic filters are custom designed for each application using standard components. This ensures that the best possible power factor correction and filtering characteristics are achieved with a reasonable investment. This will helps in reducing the THD in the system as per Relevant Standards like IEEE-519 / 1992 & guidelines of CEA & other utilities. Features :
Best possible power factor correction and filtering
Helps in reducing the total harmonic distortion in the system
No risk of congestion cables and nuisance tripping of fuses or relays
Disturbances in telecommunications and data transmission are minimized
Electronics, motors control systems, converters and generators function devoid of interruption
\r\n System Operating Voltage\r\n\r\n 380V to 660V AC available.\r\n
\r\n Frequency\r\n\r\n 50Hz/60Hz\r\n
Stage KVArAvailable from 5KVAr and 200KVAr.
Control Supply12V or 24V DC.
LED IndicationThyristor ON (R ph ON, B ph ON), +12V LED, +5V LED, Temp OK LED.
Mounting PositionVertical, Minimum 100mm distance upwards and downwards.
AssemblingDirect mounlingon mounting plate.
CoolingForced cooling
ProtectionOver temperature, dv/dt protection
Applications :
Real Time (Dynamic) Power Factor Correction for :
Press loads
Welding machines
Cranes and Elevators
Rolling Mills
Wind turbines etc.
Salient Features and Benefits :
Inrush current protected.
Number of switching without delay.
No noise emission during switching operations.
Automatic thermal cut off.
Compact Module, easy for connections.
User friendly operation.
No transient due to zero switching technology.
Zero voltage switching "ON" and Zero Current switching "OFF"
Long operation life.
Applications :
Real Time (Dynamic) Power Factor Correction for :
Press loads
Welding machines
Cranes and Elevators
Rolling Mills
Wind turbines etc.
Salient Features and Benefits :
Inrush current protected.
Number of switching without delay.
No noise emission during switching operations.
Automatic thermal cut off.
Compact Module, easy for connections.
User friendly operation.
No transient due to zero switching technology.
Zero voltage switching "ON" and Zero Current switching "OFF"
Long operation life.
Features :
CPSL3000 range of STATCOM from Clariant Power System Ltd is a class apart from most of the older versions available in the market today.
The Design, Mechanical Architecture, Features, Connectivity are all in line with the latest developments in the field.
It works on Closed Loop. Fully digital 32 bit floating point Digital Signal Processing technology.
Modular Design with possibility of up gradation on site.
Continuously variable capacitive or inductive power injection on Real Time basis.
Unbalance Control.
Dynamic response to system fluctuations.
Ensures flicker free operation.
Reduced voltage fluctuations.
Harmonic Mitigation.
Harmonic Attenuation Ratio is more than 95% and it is independent of source impedance.
It has 7 inch, SVGA TFT touch screen display thus offering much bigger display with more parameters to display in one screen including display of Wave-forms.
Wider connectivity options include MODBUS TCP, Profibus, Web server, Remote monitoring through 3G & 4G wireless network or Wifi.
It has much quieter operation with Noise Level less than 65db, even for 600Amps filters.
A much wider range of ratings provides economical selection of size.
It has small footprint of 800 x 800 x 1750mm for 3 x 100 Amp Filter.
Standard construction is IP21. Protection up to IP55 against harsh industrial environment is available as an option.
Flexible CT ratio permissible with option of connecting on load side or on source side.
Benefits of Hybrid System :
Direct savings in Energy Consumption
Enhancement in life of Electrical Installation
Reduced maintenance problems and reduced down time
Improved efficiency of Electrical System
Improved Power Quality
Features :
CPSL3000 range of STATCOM from Clariant Power System Ltd is a class apart from most of the older versions available in the market today.
The Design, Mechanical Architecture, Features, Connectivity are all in line with the latest developments in the field.
It works on Closed Loop. Fully digital 32 bit floating point Digital Signal Processing technology.
Modular Design with possibility of up gradation on site.
Continuously variable capacitive or inductive power injection on Real Time basis.
Unbalance Control.
Dynamic response to system fluctuations.
Ensures flicker free operation.
Reduced voltage fluctuations.
Harmonic Mitigation.
Harmonic Attenuation Ratio is more than 95% and it is independent of source impedance.
It has 7 inch, SVGA TFT touch screen display thus offering much bigger display with more parameters to display in one screen including display of Wave-forms.
Wider connectivity options include MODBUS TCP, Profibus, Web server, Remote monitoring through 3G & 4G wireless network or Wifi.
It has much quieter operation with Noise Level less than 65db, even for 600Amps filters.
A much wider range of ratings provides economical selection of size.
It has small footprint of 800 x 800 x 1750mm for 3 x 100 Amp Filter.
Standard construction is IP21. Protection up to IP55 against harsh industrial environment is available as an option.
Flexible CT ratio permissible with option of connecting on load side or on source side.
Benefits of Hybrid System :
Direct savings in Energy Consumption
Enhancement in life of Electrical Installation
Reduced maintenance problems and reduced down time
Improved efficiency of Electrical System
Improved Power Quality
Electrical power monitoring and controllingFully automated operations
HT automatic Harmonic Power Factor Correction Panels (HT AHPFC indoor systems) using FRAKO CPSL make capacitors & reactors. Clariant is pioneer in proving complete (tuned + detuned) HT AHPFC scheme with advance technology and latest state of art in technical collaboration with FRAKO Germany. This effectively reduces the losses at HTbus avoid over compensation, improve system stability by injecting reactive power in line with Network load require-ment in auto mode with EMR 9606 AHPFC Relay.
HT automatic Harmonic Power Factor Correction Panels (HT AHPFC indoor systems) using FRAKO CPSL make capacitors & reactors. Clariant is pioneer in proving complete (tuned + detuned) HT AHPFC scheme with advance technology and latest state of art in technical collaboration with FRAKO Germany. This effectively reduces the losses at HTbus avoid over compensation, improve system stability by injecting reactive power in line with Network load require-ment in auto mode with EMR 9606 AHPFC Relay.
Electrical power monitoring and controllingFully automated operations
HT automatic Harmonic Power Factor Correction Panels (HT AHPFC indoor systems) using FRAKO CPSL make capacitors & reactors. Clariant is pioneer in proving complete (tuned + detuned) HT AHPFC scheme with advance technology and latest state of art in technical collaboration with FRAKO Germany. This effectively reduces the losses at HTbus avoid over compensation, improve system stability by injecting reactive power in line with Network load require-ment in auto mode with EMR 9606 AHPFC Relay.
HT automatic Harmonic Power Factor Correction Panels (HT AHPFC indoor systems) using FRAKO CPSL make capacitors & reactors. Clariant is pioneer in proving complete (tuned + detuned) HT AHPFC scheme with advance technology and latest state of art in technical collaboration with FRAKO Germany. This effectively reduces the losses at HTbus avoid over compensation, improve system stability by injecting reactive power in line with Network load require-ment in auto mode with EMR 9606 AHPFC Relay.
Features :
Tripping with alarm
Completely automatic
4 quadrant regulation
Microprocessor based
No over compensation during low load
Continuous monitoring for defective capacitor stages
Power Factor Control Relay- FRAKO make power factor control relays are micro-processor based & advanced features with harmonic display. This can be interfaced with all types of communication protocols.
Fully automatic microprocessor based and simple commissioning.
Patented control characteristic - no overcompensation during low load.
Measurement and monitoring of harmonics.
Over current trip function - protection for capacitors.
Four-quadrant regulation.
Continuous monitoring for defective capacitor stages through self adjustment of control program.
Zero voltage and zero current tripping with alarm signal.
Manual / Automatic operation with ability to switch each individual capacitor stage ON or OFF.
Features :
Tripping with alarm
Completely automatic
4 quadrant regulation
Microprocessor based
No over compensation during low load
Continuous monitoring for defective capacitor stages
Power Factor Control Relay- FRAKO make power factor control relays are micro-processor based & advanced features with harmonic display. This can be interfaced with all types of communication protocols.
Fully automatic microprocessor based and simple commissioning.
Patented control characteristic - no overcompensation during low load.
Measurement and monitoring of harmonics.
Over current trip function - protection for capacitors.
Four-quadrant regulation.
Continuous monitoring for defective capacitor stages through self adjustment of control program.
Zero voltage and zero current tripping with alarm signal.
Manual / Automatic operation with ability to switch each individual capacitor stage ON or OFF.
Passive Tuned Harmonic filters consist of capacitors connected in series with Reactors. The system provides reactive power at the fundamental frequency & Harmonic Filtration at tuned frequencies. A typical Harmonic filter consists of series resonant circuits tuned to the prevalent harmonics (5th, 7th, 11th & 13th order harmonics). Harmonic filters are custom designed for each application. This Ensures that the best possible power factor correction and filtering characteristics are achieved with a reasonable investment. This helps in reducing the THD in the system as per Relevant Passive Tuned Filter Standards like IEEE-519 / 1992 & guidelines of CEA & other utilities.
Passive Tuned Harmonic filters consist of capacitors connected in series with Reactors. The system provides reactive power at the fundamental frequency & Harmonic Filtration at tuned frequencies. A typical Harmonic filter consists of series resonant circuits tuned to the prevalent harmonics (5th, 7th, 11th & 13th order harmonics). Harmonic filters are custom designed for each application. This Ensures that the best possible power factor correction and filtering characteristics are achieved with a reasonable investment. This helps in reducing the THD in the system as per Relevant Passive Tuned Filter Standards like IEEE-519 / 1992 & guidelines of CEA & other utilities.
\r\n Voltage\r\n\r\n 230 V - 800 V (other voltage on request.)\r\n
\r\n Rating\r\n\r\n 1KVAr to 40KVAr Heavy Duty Capacitor\r\n
\r\n Frequency\r\n\r\n 50 / 60 Hz.\r\n
\r\n Inrush\r\n\r\n 450 timers rated\r\n
Switching100000 L/yr
Temp Class-400C to + 550C
Over Current2.7 time rated
Mean Life expectancy200000 hrs.
Power Loss0.2 W / KVAR
FRAKO Make LT capacitors are having Features of :
Self-healing type at over voltage
Segmented film technology for reliable operation.
Overpressure dis-connector
Long life expectancy
High overload capacity
Environmental friendly
Saves Energy Cost
CO, emission reduction
Over current up to 2.7 times Rated Current
Inrush current up to 450 times Rated Current
Design :
Available versions in three-phase capacitors: Standard, Basic and Premium.
Available versions in single-stage capacitors: Standard
Discharging : All Power Factor alteration Capacitor must have a discharge device, as per the EN 60831 within 3 minutes, this assures a discharge to 75V as a safeguard against electric shock. Discharge resistors have been incorporated by FRAKO capacitors, which promise a discharge below 50V within 60 sec.
FRAKO Make LT capacitors are having Features of :
Self-healing type at over voltage
Segmented film technology for reliable operation.
Overpressure dis-connector
Long life expectancy
High overload capacity
Environmental friendly
Saves Energy Cost
CO, emission reduction
Over current up to 2.7 times Rated Current
Inrush current up to 450 times Rated Current
Design :
Available versions in three-phase capacitors: Standard, Basic and Premium.
Available versions in single-stage capacitors: Standard
Discharging : All Power Factor alteration Capacitor must have a discharge device, as per the EN 60831 within 3 minutes, this assures a discharge to 75V as a safeguard against electric shock. Discharge resistors have been incorporated by FRAKO capacitors, which promise a discharge below 50V within 60 sec.
The HBPF is connected in series with a single VFD or a group of VFDs to bring down Harmonics ATHD to about 5% level from initial level of about 50%- 60%. As it is connected directly near to load it provides maximum benefits of Harmonic Mitigation and improves efficiency and life of VFD installation. VFD is the most commonly prevalent nonlinear load. Applying Harmonic Mitigation solution at VFD level will clean the entire power system and reduce harmonic loading on Cables, Transformers etc. Besides 3 to 4% Active Power savings life of installation will increase. The transformers will run at lower operating temperatures and the transformer oil filtration frequency will come down.
Salient Features :
Hybrid Design- It is combination of series and shunt broadband filters.
Targets all harmonics up to 19th order.
Hybrid Broadband Passive Filter limits Current Distortion to less than 6.5% (at Full Load) along with power factor correction up to 0.99 plus.
Blocks Line Surges.
Payback within 2 Yeats.
Prevents voltage sags and swells.
Provides Reactive Power Compensation.
Low self-consumption - about 1% of running load.
Improves Energy Efficiency about 2-4 % (Active Power Saving)
Meets IEEE-519-2014 Standards.
The HBPF is connected in series with a single VFD or a group of VFDs to bring down Harmonics ATHD to about 5% level from initial level of about 50%- 60%. As it is connected directly near to load it provides maximum benefits of Harmonic Mitigation and improves efficiency and life of VFD installation. VFD is the most commonly prevalent nonlinear load. Applying Harmonic Mitigation solution at VFD level will clean the entire power system and reduce harmonic loading on Cables, Transformers etc. Besides 3 to 4% Active Power savings life of installation will increase. The transformers will run at lower operating temperatures and the transformer oil filtration frequency will come down.
Salient Features :
Hybrid Design- It is combination of series and shunt broadband filters.
Targets all harmonics up to 19th order.
Hybrid Broadband Passive Filter limits Current Distortion to less than 6.5% (at Full Load) along with power factor correction up to 0.99 plus.
Blocks Line Surges.
Payback within 2 Yeats.
Prevents voltage sags and swells.
Provides Reactive Power Compensation.
Low self-consumption - about 1% of running load.
Improves Energy Efficiency about 2-4 % (Active Power Saving)
Meets IEEE-519-2014 Standards.
IEC 60871-4 HT Capacitors are manufactured with ALL FILM TECHNOLOGY. The dielectric material consists of high quality polypropylene film sandwiched between aluminum foil electrodes. A large number of capacitor elements are assembled to form a capacitor unit, also known as a winding pack. The elements can be provided with internal / external fuses. Each capacitor unit is permanently connected to a discharge resistor. The winding packs are housed in a sheet steel casing, which is filled with a high quality, environmentally sound impregnating oil. Residual moisture and oxygen are removed from the winding pack in a drying and impregnation process taking place under vacuum at an increased temperature and lasting several days. The Capacitor comply with the requirements of IEC 60871-1, IEC 60871-2 & IEC 60871-4 Features :
Non PCB Impregnated
Rated Frequency 50 Hz
Internally fitted resistor
Discharge time within 10 minutes
Manufactured in all polypropylene, dielectric (film) Conductor Aluminum Foil
Watts Loss - 0.2 Watt/ KVAr (max.)
Max. permissible over current 130% of the rated current
The capacitor complies with the requirements of IEC 60871-1, IEC 60871-2 and IEC60871-4.
IEC 60871-4 HT Capacitors are manufactured with ALL FILM TECHNOLOGY. The dielectric material consists of high quality polypropylene film sandwiched between aluminum foil electrodes. A large number of capacitor elements are assembled to form a capacitor unit, also known as a winding pack. The elements can be provided with internal / external fuses. Each capacitor unit is permanently connected to a discharge resistor. The winding packs are housed in a sheet steel casing, which is filled with a high quality, environmentally sound impregnating oil. Residual moisture and oxygen are removed from the winding pack in a drying and impregnation process taking place under vacuum at an increased temperature and lasting several days. The Capacitor comply with the requirements of IEC 60871-1, IEC 60871-2 & IEC 60871-4 Features :
Non PCB Impregnated
Rated Frequency 50 Hz
Internally fitted resistor
Discharge time within 10 minutes
Manufactured in all polypropylene, dielectric (film) Conductor Aluminum Foil
Watts Loss - 0.2 Watt/ KVAr (max.)
Max. permissible over current 130% of the rated current
The capacitor complies with the requirements of IEC 60871-1, IEC 60871-2 and IEC60871-4.
\r\n System Voltage\r\n\r\n 3.3 KV....66KV, 6.6KV.... 66KV\r\n
\r\n Rated KVAR\r\n\r\n 50 KVAR....20 MVar with series Reactor\r\n
Outdoor HT harmonic filter capacitor bank systems using FRAKO / CPSL make capacitors & reactors. High voltage power capacitor units include a wide range of one and three-phase all film power and surge protection capacitors. Featuring the most modern technology, they are produced to meet the requirements of different climatic and operating conditions. They can be open or enclosed, High or low power, Fixed power, Integrated or for use with individual motors.
Outdoor HT harmonic filter capacitor bank systems using FRAKO / CPSL make capacitors & reactors. High voltage power capacitor units include a wide range of one and three-phase all film power and surge protection capacitors. Featuring the most modern technology, they are produced to meet the requirements of different climatic and operating conditions. They can be open or enclosed, High or low power, Fixed power, Integrated or for use with individual motors.
Contactor switched Automatic Harmonic Filter Panel ( AHPFC Panel ) is passive tuned filter systems using Frako, Germany make contactors & make thyristor switched module. Automatically controlled power factor regulation, low installation cost. Harmonic filters are in detuned mode (133Hz,189Hz) and effectively reduce at 5th, 7th harmonics inturn l2R and eddy current losses in the systems. We can achieve any target power factor with this scheme. Results in potential savings in electrical bill with the convincing payback period 12 months.
Contactor switched Automatic Harmonic Filter Panel ( AHPFC Panel ) is passive tuned filter systems using Frako, Germany make contactors & make thyristor switched module. Automatically controlled power factor regulation, low installation cost. Harmonic filters are in detuned mode (133Hz,189Hz) and effectively reduce at 5th, 7th harmonics inturn l2R and eddy current losses in the systems. We can achieve any target power factor with this scheme. Results in potential savings in electrical bill with the convincing payback period 12 months.
Contactor switched Automatic Harmonic Filter Panel ( AHPFC Panel ) is passive tuned filter systems using Frako, Germany make contactors & Clariant make Thyristor switched modules. Automatically controlled power factor regulation, low installation cost. Harmonic filters are in detuned mode (133Hz,189Hz) and effectively reduce at 5th, 7th harmonics inturn l2R and eddy current losses in the systems. We can achieve any target power factor with this scheme. Results in potential savings in electrical bill with the convincing payback period 12 months.
Contactor switched Automatic Harmonic Filter Panel ( AHPFC Panel ) is passive tuned filter systems using Frako, Germany make contactors & Clariant make Thyristor switched modules. Automatically controlled power factor regulation, low installation cost. Harmonic filters are in detuned mode (133Hz,189Hz) and effectively reduce at 5th, 7th harmonics inturn l2R and eddy current losses in the systems. We can achieve any target power factor with this scheme. Results in potential savings in electrical bill with the convincing payback period 12 months.
HT automatic Harmonic Power Factor Correction Panels (HT AHPFC indoor systems) using FRAKO / CPSL make capacitors & reactors. Clariant is pioneer in proving complete (tuned + detuned) HT AHPFC scheme with advance technology and latest state of art in technical collaboration with FRAKO Germany. This effectively reduces the losses at HTbus avoid over compensation, improve system stability by injecting reactive power in line with Network load require-ment in auto mode with EMR 9606 AHPFC Relay.Features :
Electrical power monitoring and controlling
Fully automated operations
Steady performance
Minimum maintenance
HT automatic Harmonic Power Factor Correction Panels (HT AHPFC indoor systems) using FRAKO / CPSL make capacitors & reactors. Clariant is pioneer in proving complete (tuned + detuned) HT AHPFC scheme with advance technology and latest state of art in technical collaboration with FRAKO Germany. This effectively reduces the losses at HTbus avoid over compensation, improve system stability by injecting reactive power in line with Network load require-ment in auto mode with EMR 9606 AHPFC Relay.Features :
Electrical power monitoring and controlling
Fully automated operations
Steady performance
Minimum maintenance
Fast Acting Thyristor Switched Automatic Harmonic Filter Panel (RTPFC Panel) is real time passive tuned filter systems using Clariant make Thyristor switched modules. Capacitor Switching at precise Zero current crossover threshold, means : "NO" inrush current at switching "No Instant", No generation of voltage or current spiker. surges and harmonics. Instant correction of load power factor. The response time could be as small as 20 mili seconds. Better control over MD KVAr compensation help in achieving substantial saving in Electricity Bills by reducing KVAh and rKVAh consumption. Features :
Excellent performance
Thyristor switching is highly reliable with minimum maintenance
The capacitors are switched at "zero current cross over threshold
Applications :
Suitable for fast variable loads, where contactor controlling systems fail to give desired results
Fast Acting Thyristor Switched Automatic Harmonic Filter Panel (RTPFC Panel) is real time passive tuned filter systems using Clariant make Thyristor switched modules. Capacitor Switching at precise Zero current crossover threshold, means : "NO" inrush current at switching "No Instant", No generation of voltage or current spiker. surges and harmonics. Instant correction of load power factor. The response time could be as small as 20 mili seconds. Better control over MD KVAr compensation help in achieving substantial saving in Electricity Bills by reducing KVAh and rKVAh consumption. Features :
Excellent performance
Thyristor switching is highly reliable with minimum maintenance
The capacitors are switched at "zero current cross over threshold
Applications :
Suitable for fast variable loads, where contactor controlling systems fail to give desired results
\r\n Filter tuned to\r\n\r\n 2nd to 50th order Harmonics\r\n
Rating30 Amp to 600 Amp
\r\n Losses\r\n< 3%
Active filters are CPSL make harmonic mitigation panels Nowadays well-engineered functionalities as well as complex handling possibilities characterize many electronic devices. This also applies to Active Filters for active suppression of harmonic currents. With its Active Filter counts on the Human Machine Interface technology. The HMI user interface of the Active Filter offers a fast and easy access to essential features of the system. The 3.5"" touch-screen display as well as the graphic user interface with menu navigation allow an easy, fast and efficient operation of the system.
Active filters are CPSL make harmonic mitigation panels Nowadays well-engineered functionalities as well as complex handling possibilities characterize many electronic devices. This also applies to Active Filters for active suppression of harmonic currents. With its Active Filter counts on the Human Machine Interface technology. The HMI user interface of the Active Filter offers a fast and easy access to essential features of the system. The 3.5"" touch-screen display as well as the graphic user interface with menu navigation allow an easy, fast and efficient operation of the system.