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TR &TRCC-1Φ

TR &TRCC-1Φ

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  • 110KVP/
    100mA
  • 110KVP/
    150mA
  • 110KVP/
    200mA
  • 110KVP/
    250mA
  • 110KVP/
    300mA
  • 110KVP/
    400mA
  • 110KVP/
    500mA
  • 110KVP/
    600mA
  • 110KVP/
    700mA
  • 110KVP/
    800mA
  • 110KVP/
    900mA
  • 110KVP/
    1100mA
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
RECTIFIER/ TR SET 110KVP/100mA
Make Autodata
Type TR-110/100
Power 10.2 kVA
Rated Primary Voltage 415 V
Suitable for Voltage variation ±10%
Rated primary Current 25 Amps
Rated Frequency 50 Hz
Suitable for Frequency variation ± 5%
No of phases primary 2-ph
Output Voltage 110kVP DC at no load
Output Current 100 mA
Output Power 7 kW
Efficiency 88%
No. of Primary taps supplied Nil
Tap Voltage Not applicable
1 minute power frequency withstand voltage 3 kV
Impulse withstand voltage 250 kVP (Only for transformer)
% of impedance system 33 % ±10%
Enclosure protection IP 55
Transformation Ratio 189.2
Form factor Voltage – 1.1,Current – 1.3
Type of Cooling ONAN
Type of Oil Mineral Oil as per IS:335
Total oil requirement (approx.) 260litres
Dielectric strength of oil (with 2.5mm) 60 kV
Flash Point of oil >140°C
Type of oil level gauge Sight Glass
No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
Load losses (Short Circuit) 250 W (Subject to IS tolerance)
Miscellaneous losses if any 150 W
Class of Insulation Class A
TR Unit construction Hermetically sealed without conservator without breather
HT Bushing orientation Horizontal
Earthing Switch Inbuilt
Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
Range of Oil Temperature Indicator 0° C – 120° C
Class of L.V. bushing 1.1 kV Class
Class of H.V bushing Suitable for 110kVP DC
Creepage distance of HV Bushing Min. 840 mm
Paint Shade RAL 7032, Siemens Grey
Painting thickness in microns > 60 microns
List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
Rectifier
Type Full Wave Bridge
Make Autodata
Diode type Avalanche Diode
Rating 7 kW
Half wave/full wave rectification Full wave rectification
Rated current output of each rectifier set 100 mA
Rated voltage output of each rectifier set 110 kV Peak at no load
Peak inverse voltage of diode bridge 226 kV
No of Earthing terminal 2
TR Control Panel
Make Autodata
Type TRCC 110/100
Rated voltage output 415 V
Rated Current output 25 Amps
Rated frequency 50 Hz
Heat dissipation of panel 200 W
Panel enclosure protection IP 42
Suitable for Voltage variation ±10%
Suitable for Frequency variation ±5%
Thyristor rating Min. 55A
Type of over voltage protector G. D. Tube
No. Of Earthing terminal 2
Paint Shade RAL 7032, Siemens Grey
Painting thickness in microns >50 microns
Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/150mA
1.1 Make Autodata
1.2 Type TR-110/150
1.3 Power 15.3 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 37 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 150 mA
1.12 Output Power 10.5 kW
1.13 Efficiency 89%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 260litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 400 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 250 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 10.5 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 150 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/150
3.3 Rated voltage output 415 V
3.4 Rated Current output 37 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 250 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 55A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/200mA
1.1 Make Autodata
1.2 Type TR-110/200
1.3 Power 20.4 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 49 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 200 mA
1.12 Output Power 14 kW
1.13 Efficiency 90%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 260litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 600 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 400 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 14 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 200 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/200
3.3 Rated voltage output 415 V
3.4 Rated Current output 49 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 300 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 90A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/250mA
1.1 Make Autodata
1.2 Type TR-110/250
1.3 Power 25.5 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 62 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 250 mA
1.12 Output Power 17.5 kW
1.13 Efficiency 90%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 260litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 800 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 500 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 17.5 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 250 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/250
3.3 Rated voltage output 415 V
3.4 Rated Current output 62 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 300 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 90A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/300mA
1.1 Make Autodata
1.2 Type TR-110/300
1.3 Power 30.6 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 74 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110kVP DC at no load
1.11 Output Current 300 mA
1.12 Output Power 21 kW
1.13 Efficiency 90%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 260litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 1000 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 600 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 21 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 300 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/300
3.3 Rated voltage output 415 V
3.4 Rated Current output 74 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 400 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 110A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/400mA
1.1 Make Autodata
1.2 Type TR-110/400
1.3 Power 40.8 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 98 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 400 mA
1.12 Output Power 28 kW
1.13 Efficiency 91%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 260litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 1200 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 700 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 28 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 400 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/400
3.3 Rated voltage output 415 V
3.4 Rated Current output 98 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 500 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 160A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/500mA
1.1 Make Autodata
1.2 Type TR-110/500
1.3 Power 51 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 123 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 500 mA
1.12 Output Power 35 kW
1.13 Efficiency 91%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 440litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 750 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 2000 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 550 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 35 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 500 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/500
3.3 Rated voltage output 415 V
3.4 Rated Current output 123 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 500 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 160A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/600mA
1.1 Make Autodata
1.2 Type TR-110/600
1.3 Power 61.2 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 148 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 600 mA
1.12 Output Power 42 kW
1.13 Efficiency 93%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 470litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 800 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 2400 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 600 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 42 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 600 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/600
3.3 Rated voltage output 415 V
3.4 Rated Current output 148 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 600 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 250A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/700mA
1.1 Make Autodata
1.2 Type TR-110/700
1.3 Power 71.44 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 172 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110kVP DC at no load
1.11 Output Current 700 mA
1.12 Output Power 49 kW
1.13 Efficiency 92%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 490litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 850 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 2600 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 650 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 49 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 700 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/700
3.3 Rated voltage output 415 V
3.4 Rated Current output 172 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 600 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 250A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/800mA
1.1 Make Autodata
1.2 Type TR-110/800
1.3 Power 81.64 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 197 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 800 mA
1.12 Output Power 56 kW
1.13 Efficiency 93%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 490litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 900 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 2800 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 700 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 56 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 800 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/800
3.3 Rated voltage output 415 V
3.4 Rated Current output 197 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 700 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 330A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/900mA
1.1 Make Autodata
1.2 Type TR-110/900
1.3 Power 91.84 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 221 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 900 mA
1.12 Output Power 63 kW
1.13 Efficiency 93%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 500litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 900 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 3000 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 750 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 63 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 900 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/900
3.3 Rated voltage output 415 V
3.4 Rated Current output 221 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 750 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 470A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 110KVP/1000mA
1.1 Make Autodata
1.2 Type TR-110/1000
1.3 Power 102 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 246 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 110 kVP DC at no load
1.11 Output Current 1000 mA
1.12 Output Power 70 kW
1.13 Efficiency 93%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 250 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 189.2
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 520litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 1000 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 3300 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 800 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
2.0 Rectifier
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 70 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 1000 mA
2.7 Rated voltage output of each rectifier set 110 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2


3.0 TR Control Panel
3.1 Make Autodata
3.2 Type TRCC 110/1000
3.3 Rated voltage output 415 V
3.4 Rated Current output 246 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 800 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 470A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • 90KVP/
    100mA
  • 90KVP/
    150mA
  • 90KVP/
    200mA
  • 90KVP/
    250mA
  • 90KVP/
    300mA
  • 90KVP/
    400mA
  • 90KVP/
    500mA
  • 90KVP/
    600mA
  • 90KVP/
    700mA
  • 90KVP/
    800mA
  • 90KVP/
    900mA
  • 90KVP/
    1000mA
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/100mA
1.1 Make Autodata
1.2 Type TR-90/100
1.3 Power 8.3 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 20 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 100 mA
1.12 Output Power 5.8 kW
1.13 Efficiency 87%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 240litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 500 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 200 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 150 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 5.8 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 100 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/100
3.3 Rated voltage output 415 V
3.4 Rated Current output 20 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 100 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 55A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET90KVP/150mA
1.1 Make Autodata
1.2 TypeTR-90/150
1.3 Power 12.4 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation±10%
1.6 Rated primary Current 30 Amps
1.7 Rated Frequency50 Hz
1.8 Suitable for Frequency variation± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 150 mA
1.12 Output Power8.7 kW
1.13 Efficiency88%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system33 % ±10%
1.19 Enclosure protectionIP 55
1.20 Transformation Ratio 153.4
1.21 Form factorVoltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of OilMineral Oil as per IS:335
1.24 Total oil requirement (approx.) 240litres
1.25  Dielectric strength of oil (with 2.5mm)60 kV
1.26 Flash Point of oil>140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 500 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit)350 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 250 W
1.31 Class of InsulationClass A
1.32 TR Unit constructionHermetically sealed without conservator without breather
1.33 HT Bushing orientationHorizontal
1.34 Earthing SwitchInbuilt
1.35 Class of insulating winding  
(I) L.V. Class A
(II) H.V.Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV BushingMin. 750 mm
1.40 Paint ShadeRAL 7032, Siemens Grey
1.41 Painting thickness in microns> 60 microns
1.42 List of TR set ProtectionPressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip
  
2.0 RECTIFIER  
2.1 Type Full Wave Bridge
2.2 MakeAutodata
2.3 Diode typeAvalanche Diode
2.4 Rating 8.7 kW
2.5 Half wave/full wave rectificationFull wave rectification
2.6 Rated current output of each rectifier set150 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2
  
  
  
3.0 RECTIFIER CONTROL PANEL  
3.1 Make Autodata
3.2 Type TRCC 90/150
3.3 Rated voltage output 415 V
3.4 Rated Current output30 Amps
3.5 Rated frequency50 Hz
3.6 Heat dissipation of panel200 W
3.7 Panel enclosure protectionIP 42
3.8 Suitable for Voltage variation±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 55A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal2
3.13 Paint ShadeRAL 7032, Siemens Grey
3.14 Painting thickness in microns>50 microns
3.15 ControllerCalculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/200mA
1.1 Make Autodata
1.2 Type TR-90/200
1.3 Power 16.55 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 40 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 200 mA
1.12 Output Power 11.6 kW
1.13 Efficiency 90%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 240litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 500 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 400 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 300 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 11.6 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 200 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/200
3.3 Rated voltage output 415 V
3.4 Rated Current output 40 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 200 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 90A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/250mA
1.1 Make Autodata
1.2 Type TR-90/250
1.3 Power 20.7 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 50 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 250 mA
1.12 Output Power 14.5 kW
1.13 Efficiency 90%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 240litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 500 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 600 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 400 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 14.5 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 250 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/250
3.3 Rated voltage output 415 V
3.4 Rated Current output 50 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 250 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 90A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/300mA
1.1 Make Autodata
1.2 Type TR-90/300
1.3 Power 24.8 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 60 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 300 mA
1.12 Output Power 17.4 kW
1.13 Efficiency 91%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 240litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 500 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 600 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 400 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 17.4 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 300 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/300
3.3 Rated voltage output 415 V
3.4 Rated Current output 60 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 300 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 110A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus

Technical Specification

  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/400mA
1.1 Make Autodata
1.2 Type TR-90/400
1.3 Power 33.1 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 80 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90kVP DC at no load
1.11 Output Current 400 mA
1.12 Output Power 23.2 W
1.13 Efficiency 92%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 240litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 500 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 800 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 500 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 23.2 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 400 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/400
3.3 Rated voltage output 415 V
3.4 Rated Current output 80 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 300 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 160A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/500mA
1.1 Make Autodata
1.2 Type TR-90/500
1.3 Power 41.4 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 100 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 500 mA
1.12 Output Power 29 kW
1.13 Efficiency 91%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 400litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 600 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 1500 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 500 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 29 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 500 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/500
3.3 Rated voltage output 415 V
3.4 Rated Current output 100 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 350 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 160A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/600mA
1.1 Make Autodata
1.2 Type TR-90/600
1.3 Power 49.65 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 120 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 600 mA
1.12 Output Power 34.8 kW
1.13 Efficiency 91%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 440litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 700 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 1800 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 600 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 110 kVP DC
1.39 Creepage distance of HV Bushing Min. 840 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 34.8 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 600 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/600
3.3 Rated voltage output 415 V
3.4 Rated Current output 120 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 400 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 250A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/700mA
1.1 Make Autodata
1.2 Type TR-90/700
1.3 Power 57.92 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 140 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 700 mA
1.12 Output Power 40.6 kW
1.13 Efficiency 92%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 460litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 750 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 2000 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 650 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 40.6 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 700 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/700
3.3 Rated voltage output 415 V
3.4 Rated Current output 140 Amps
3.5 Rated frequency 50 Hz
3.6 Heat dissipation of panel 500 W
3.7 Panel enclosure protection IP 42
3.8 Suitable for Voltage variation ±10%
3.9 Suitable for Frequency variation ±5%
3.10 Thyristor rating Min. 250A
3.11 Type of over voltage protector G. D. Tube
3.12 No. Of Earthing terminal 2
3.13 Paint Shade RAL 7032, Siemens Grey
3.14 Painting thickness in microns >50 microns
3.15 Controller Calculus
  • Compact Design. Occupies less floor space.
  • Low Loss Design. Less temperature rise.
  • Very high Efficiency.
  • Higher grade material used.
  • Conventional / Hermetically sealed design.
  • HVR with inbuilt / External Earthing Switch.
  • Mineral Oil / Silicon Oil filled HVR.
  • Rectifier diode with avalanche characteristic
  • DSP control
  • Man Machine Interface
  • Advanced control features
  • Working Range: 75kV to 120kV; 100 to 2500mA
  • Economical
  • Significantly more advanced than the incumbent ESP technology in India
  • Reduced Voltage Stress on Transformer winding
  • Designed for easy servcing
  • ERDA surge voltage tested.
1.0 RECTIFIER/ TR SET 90KVP/800mA
1.1 Make Autodata
1.2 Type TR-90/800
1.3 Power 66.2 kVA
1.4 Rated Primary Voltage 415 V
1.5 Suitable for Voltage variation ±10%
1.6 Rated primary Current 160 Amps
1.7 Rated Frequency 50 Hz
1.8 Suitable for Frequency variation ± 5%
1.9 No of phases primary 2-ph
1.10 Output Voltage 90 kVP DC at no load
1.11 Output Current 800 mA
1.12 Output Power 46.4 kW
1.13 Efficiency 92%
1.14 No. of Primary taps supplied Nil
1.15 Tap Voltage Not applicable
1.16 1 minute power frequency withstand voltage 3 kV
1.17 Impulse withstand voltage 170 kVP (Only for transformer)
1.18 % of impedance system 33 % ±10%
1.19 Enclosure protection IP 55
1.20 Transformation Ratio 153.4
1.21 Form factor Voltage – 1.1,Current – 1.3
1.22 Type of Cooling ONAN
1.23 Type of Oil Mineral Oil as per IS:335
1.24 Total oil requirement (approx.) 480litres
1.25  Dielectric strength of oil (with 2.5mm) 60 kV
1.26 Flash Point of oil >140°C
1.27 Type of oil level gauge Sight Glass
1.28 No Load losses at expected operating voltage 800 W (Subject to IS tolerance)
1.29 Load losses (Short Circuit) 2200 W (Subject to IS tolerance)
1.30 Miscellaneous losses if any 700 W
1.31 Class of Insulation Class A
1.32 TR Unit construction Hermetically sealed without conservator without breather
1.33 HT Bushing orientation Horizontal
1.34 Earthing Switch Inbuilt
1.35 Class of insulating winding
(I) L.V. Class A
(II) H.V. Class B
1.36 Range of Oil Temperature Indicator 0° C – 120° C
1.37 Class of L.V. bushing 1.1 kV Class
1.38 Class of H.V bushing Suitable for 90 kVP DC
1.39 Creepage distance of HV Bushing Min. 750 mm
1.40 Paint Shade RAL 7032, Siemens Grey
1.41 Painting thickness in microns > 60 microns
1.42 List of TR set Protection Pressure Release Valve
Oil Temp. Indicator – I – Alarm
Oil Temp. Indicator – II – Trip
Pressure High – Trip
Low Oil Level – Trip
TR set Grounded – Trip


2.0 RECTIFIER
2.1 Type Full Wave Bridge
2.2 Make Autodata
2.3 Diode type Avalanche Diode
2.4 Rating 46.4 kW
2.5 Half wave/full wave rectification Full wave rectification
2.6 Rated current output of each rectifier set 800 mA
2.7 Rated voltage output of each rectifier set 90 kV Peak at no load
2.8 Peak inverse voltage of diode bridge 226 kV
2.9 No of Earthing terminal 2






3.0 RECTIFIER CONTROL PANEL
3.1 Make Autodata
3.2 Type TRCC 90/800
3.3 Rated voltage output