PROJECTS Alcoa Algoma Ancaster High School Apollo Gold (Matheson, Ontario) Brandon lift Station Canada Salt (Pugwash, Nova Scotia) Cementation Canada Inc. (North Bay, Ontario) Dynatech Elk Valley Res EMS --- Port of Montreal Epcor Towers FNX Podoslky Goldcorp (Red Lake, Ontario) Hilton Niagara Falls Hotel Mariott Dorval Hudson Bay Store Winnipeg J.S. Redpath Limited Lakeshore Gold (Timmins, Ontario) Lovat (North York Sewage), (Theresa, Spain) Lovat (TTC Expansion) Me Noya Winnipeg Health Center North American Palladium (Thunder Bay, Ontario) Northgate Minerals Corp (Matachewan, Ontario) Picadilly Mine Projects, Picadilly Potash Corp. Pinnacle Tour A, Pinnacle Tour B Pratt & Whitney Raglan’s mining Rio Tinto Alcan Sait Temp. Bldg SeaBee Sifto Salt (Goderich, Ontario) Spectra Energy St-Mary’s Hospital TCP Press Line Trelawney Mining & Exploration (Gogama, Ontario) University of Montreal Goldcorp (Quebec) Domtar GE Osiko &High Medium POWER TRANSFORMER QUOTE FORM Specifications Enclosure primary accessories secondary PROJECTS Alcoa Algoma Ancaster High School Apollo Gold (Matheson, Ontario) Brandon lift Station Canada Salt (Pugwash, Nova Scotia) Cementation Canada Inc. (North Bay, Ontario) Dynatech Elk Valley Res EMS --- Port of Montreal Epcor Towers FNX Podoslky Goldcorp (Red Lake, Ontario) Hilton Niagara Falls Hotel Mariott Dorval Hudson Bay Store Winnipeg J.S. Redpath Limited Lakeshore Gold (Timmins, Ontario) Lovat (North York Sewage), (Theresa, Spain) Lovat (TTC Expansion) Me Noya Winnipeg Health Center North American Palladium (Thunder Bay, Ontario) Northgate Minerals Corp (Matachewan, Ontario) Picadilly Mine Projects, Picadilly Potash Corp. Pinnacle Tour A, Pinnacle Tour B Pratt & Whitney Raglan’s mining Rio Tinto Alcan Sait Temp. Bldg SeaBee Sifto Salt (Goderich, Ontario) Spectra Energy St-Mary’s Hospital TCP Press Line Trelawney Mining & Exploration (Gogama, Ontario) University of Montreal Goldcorp (Quebec) Domtar GE Osiko &High Medium POWER TRANSFORMER QUOTE FORM Specifications Enclosure primary accessories secondary PROJECTS Alcoa Algoma Ancaster High School Apollo Gold (Matheson, Ontario) Brandon lift Station Canada Salt (Pugwash, Nova Scotia) Cementation Canada Inc. (North Bay, Ontario) Dynatech Elk Valley Res EMS --- Port of Montreal Epcor Towers FNX Podoslky Goldcorp (Red Lake, Ontario) Hilton Niagara Falls Hotel Mariott Dorval Hudson Bay Store Winnipeg J.S. Redpath Limited Lakeshore Gold (Timmins, Ontario) Lovat (North York Sewage), (Theresa, Spain) Lovat (TTC Expansion) Me Noya Winnipeg Health Center North American Palladium (Thunder Bay, Ontario) Northgate Minerals Corp (Matachewan, Ontario) Picadilly Mine Projects, Picadilly Potash Corp. Pinnacle Tour A, Pinnacle Tour B Pratt & Whitney Raglan’s mining Rio Tinto Alcan Sait Temp. Bldg SeaBee Sifto Salt (Goderich, Ontario) Spectra Energy St-Mary’s Hospital TCP Press Line Trelawney Mining & Exploration (Gogama, Ontario) University of Montreal Goldcorp (Quebec) Domtar GE Osiko &High Medium POWER TRANSFORMER QUOTE FORM Specifications Enclosure primary accessories secondary power transformers V.P.I. PROCESS (VACUUM PRESSURE IMPREGNATION) The PIONEER dry type power transformer is appropriate for industrial and commercial high voltage applications (up to 25 KV). Dry type power transformer can be installed near the load center which is less likely for a liquid filled transformer. Therefore, installation costs are greatly reduced. Other advantage of dry type power transformer is that the material used is less flammable. Thereby, risk of fire is lower and this alternative is environmentally safer. Our custom CAD (computer-assisted-design) OPS software optimizes the technical designs to meet the most demanding specifications for dry type power transformer. Our design and manufacturing concept provides an excellent mix of key parameters, high efficiency and longer lifetime which results in annual savings and lower cost of ownership. Each PIONEER power transformer coil is impregnated using the V.P.I. process to ensure that the impregnated materials can penetrate the windings thoroughly. This way each transformer offers the highest mechanical strength and rapid heat dissipating, this step prolongs life expectancy. ADVANTAGES CHARACTERISTICS (most usual ratings) COIL Canadian approvals: 5Kv 10MVa 15Kv 10Mva 25Kv 10Mva Up to 25 000 volts. Insulation Class “H”, 220°C used on all transformers with standard 150°C rise. Frequency: 60 Hz. Coils are layer, disk or section windings depending on the voltage class. All windings coils, designed with wire or foil conductors which minimize Eddy losses and provide the highest short circuit strength. CORE The core consists of high quality cold rolled oriented grain steel with low specific losses. Core laminations are free of burrs and stacked minimizing tha lamination joint gaps. Uniform pressing and stiffness ensure low noise level. Energy efficient C802-2 (latest revision), NRCAN, UL TP-1 and D.O.E ASSEMBLING The coils are held rigidly in place between high compression insulators for the highest ability t to resist short circuit forces. Low voltage bus bars bolted to the upper and lower core clamps with standoff insulators Uniform core lamination, coil compacting and strong mechanical structure ensures low noise level for the transformer during lifetime operation. Taps: standards 4 taps at 2.5%, 2 over, and 2 under rated voltage. Impedance & Audible sound level designed to CSA C9 and C22.2-47 standard. OPTIONS Copper or Aluminum windings. Electrostatic shield (s). Temperature rise: 80°C and 115°C. Frequency: 50 Hz. Terminals with flexible connectors. Lightning arrestors. Neutral Ground Resistor Heavy Duty. Mine Duty. Forced air cooling fans. Fan provisions. Digital thermometer. Enclosure NEMA 3R. Custom bus-bar coordination with circuit breaker STANDARD PRODUCTION TEST All Power Transformers tested in accordance with the CSA standards. • • • • • • Winding resistance measurements. Voltage ratio measurements. Polarity. Exciting current. No load losses Load loss and Impedance voltage. TYPE TEST / OPTIONAL TEST • • • • Temperature Rise Test Sound level. Basic impulse level (BIL). Partial Discharge power transformers V.P.I. PROCESS (VACUUM PRESSURE IMPREGNATION) The PIONEER dry type power transformer is appropriate for industrial and commercial high voltage applications (up to 25 KV). Dry type power transformer can be installed near the load center which is less likely for a liquid filled transformer. Therefore, installation costs are greatly reduced. Other advantage of dry type power transformer is that the material used is less flammable. Thereby, risk of fire is lower and this alternative is environmentally safer. Our custom CAD (computer-assisted-design) OPS software optimizes the technical designs to meet the most demanding specifications for dry type power transformer. Our design and manufacturing concept provides an excellent mix of key parameters, high efficiency and longer lifetime which results in annual savings and lower cost of ownership. Each PIONEER power transformer coil is impregnated using the V.P.I. process to ensure that the impregnated materials can penetrate the windings thoroughly. This way each transformer offers the highest mechanical strength and rapid heat dissipating, this step prolongs life expectancy. ADVANTAGES CHARACTERISTICS (most usual ratings) COIL Canadian approvals: 5Kv 10MVa 15Kv 10Mva 25Kv 10Mva Up to 25 000 volts. Insulation Class “H”, 220°C used on all transformers with standard 150°C rise. Frequency: 60 Hz. Coils are layer, disk or section windings depending on the voltage class. All windings coils, designed with wire or foil conductors which minimize Eddy losses and provide the highest short circuit strength. CORE The core consists of high quality cold rolled oriented grain steel with low specific losses. Core laminations are free of burrs and stacked minimizing tha lamination joint gaps. Uniform pressing and stiffness ensure low noise level. Energy efficient C802-2 (latest revision), NRCAN, UL TP-1 and D.O.E ASSEMBLING The coils are held rigidly in place between high compression insulators for the highest ability t to resist short circuit forces. Low voltage bus bars bolted to the upper and lower core clamps with standoff insulators Uniform core lamination, coil compacting and strong mechanical structure ensures low noise level for the transformer during lifetime operation. Taps: standards 4 taps at 2.5%, 2 over, and 2 under rated voltage. Impedance & Audible sound level designed to CSA C9 and C22.2-47 standard. OPTIONS Copper or Aluminum windings. Electrostatic shield (s). Temperature rise: 80°C and 115°C. Frequency: 50 Hz. Terminals with flexible connectors. Lightning arrestors. Neutral Ground Resistor Heavy Duty. Mine Duty. Forced air cooling fans. Fan provisions. Digital thermometer. Enclosure NEMA 3R. Custom bus-bar coordination with circuit breaker STANDARD PRODUCTION TEST All Power Transformers tested in accordance with the CSA standards. • • • • • • Winding resistance measurements. Voltage ratio measurements. Polarity. Exciting current. No load losses Load loss and Impedance voltage. TYPE TEST / OPTIONAL TEST • • • • Temperature Rise Test Sound level. Basic impulse level (BIL). Partial Discharge power transformers V.P.I. PROCESS (VACUUM PRESSURE IMPREGNATION) The PIONEER dry type power transformer is appropriate for industrial and commercial high voltage applications (up to 25 KV). Dry type power transformer can be installed near the load center which is less likely for a liquid filled transformer. Therefore, installation costs are greatly reduced. Other advantage of dry type power transformer is that the material used is less flammable. Thereby, risk of fire is lower and this alternative is environmentally safer. Our custom CAD (computer-assisted-design) OPS software optimizes the technical designs to meet the most demanding specifications for dry type power transformer. Our design and manufacturing concept provides an excellent mix of key parameters, high efficiency and longer lifetime which results in annual savings and lower cost of ownership. Each PIONEER power transformer coil is impregnated using the V.P.I. process to ensure that the impregnated materials can penetrate the windings thoroughly. This way each transformer offers the highest mechanical strength and rapid heat dissipating, this step prolongs life expectancy. ADVANTAGES CHARACTERISTICS (most usual ratings) COIL Canadian approvals: 5Kv 10MVa 15Kv 10Mva 25Kv 10Mva Up to 25 000 volts. Insulation Class “H”, 220°C used on all transformers with standard 150°C rise. Frequency: 60 Hz. Coils are layer, disk or section windings depending on the voltage class. All windings coils, designed with wire or foil conductors which minimize Eddy losses and provide the highest short circuit strength. CORE The core consists of high quality cold rolled oriented grain steel with low specific losses. Core laminations are free of burrs and stacked minimizing tha lamination joint gaps. Uniform pressing and stiffness ensure low noise level. Energy efficient C802-2 (latest revision), NRCAN, UL TP-1 and D.O.E ASSEMBLING The coils are held rigidly in place between high compression insulators for the highest ability t to resist short circuit forces. Low voltage bus bars bolted to the upper and lower core clamps with standoff insulators Uniform core lamination, coil compacting and strong mechanical structure ensures low noise level for the transformer during lifetime operation. Taps: standards 4 taps at 2.5%, 2 over, and 2 under rated voltage. Impedance & Audible sound level designed to CSA C9 and C22.2-47 standard. OPTIONS Copper or Aluminum windings. Electrostatic shield (s). Temperature rise: 80°C and 115°C. Frequency: 50 Hz. Terminals with flexible connectors. Lightning arrestors. Neutral Ground Resistor Heavy Duty. Mine Duty. Forced air cooling fans. Fan provisions. Digital thermometer. Enclosure NEMA 3R. Custom bus-bar coordination with circuit breaker STANDARD PRODUCTION TEST All Power Transformers tested in accordance with the CSA standards. • • • • • • Winding resistance measurements. Voltage ratio measurements. Polarity. Exciting current. No load losses Load loss and Impedance voltage. TYPE TEST / OPTIONAL TEST • • • • Temperature Rise Test Sound level. Basic impulse level (BIL). Partial Discharge