Điện Trở Sấy Ống Gió HVAC
Mail: jan.tran@wili.com.vn
Liện hệ:0356 975 994 ( Jan Tran)
Điện Trở Sấy Ống Gió HVAC
Điện Trở Sấy Ống Gió HVAC thường được sử dụng để làm nóng không khí và / hoặc các dòng xử lý khí trong các ứng dụng sưởi ấm quá trình hoặc phòng môi trường. Các ứng dụng bao gồm: kiểm soát độ ẩm, sưởi ấm sơ bộ máy móc, sưởi ấm tiện nghi HVAC.
Điện Trở Sấy Ống Gió HVAC cháy nổ RXDF và XDF nguy hiểm được thiết kế để sưởi ấm không khí hoặc khí trong các môi trường nguy hiểm có các chất dễ nổ, chẳng hạn như nhà máy lọc dầu, mỏ than, nhà máy hóa dầu và nhà máy xử lý nước thải.
- Voltage Range
- 120 to 600 VAC
- Max. air inlet temp
- 25°C (77°F), max. air outlet temp. 54°C (130°F)
- Agency Approval
- CSA
AIR DUCT HEATERS (DF, DI SERIES)Duct Heater
Caloritech™ Air Duct Heaters are designed for use in comfort heating applications such as makeup air heating, air preheating, air handling equipment, fan coils, terminal reheating, multizone reheating, heat pump auxiliary systems and return air heating. Unlike open coil designs, duct heaters fitted with tubular elements are not subject to hazards of electrical shock, which allows installation closer to a register or grille. DFF Series – Flanged Duct Heater with finned tubular heating elements DIF Series – Insert Duct Heater with finned tubular heating elements The finned tubular elements are constructed using a steel tube with corrugated steel fins wrapped around it and brazed together. This design increases the heat transfer surface of the element and resulting in a lower operating temperature than non-finned tubular designs and a more economical heater. DFT Series – Flanged Duct Heater with non-finned Incoloy® tubular heating elements DIT Series – Insert Duct Heater with non-finned Incoloy® tubular heating elements The non-finned incoloy® element design should be chosen where high humidity or slightly corrosive contaminants may be present in the air stream, as this type of element features higher corrosion-resistance than the finned element design.SEE PRODUCT
- Voltage Range
- Up to 600V
- Wattage
- 2.5 to 62.5 kW
- Certification
- CSA C/US, CE Approved
RDFF – COMMERCIAL FLANGED DUCT HEATERFlanged Duct Heater
The Ruffneck™ RDFF Commercial Flanged Duct Heater with finned tubular (Calrod® type*) elements is designed for use in comfort heating applications, such as make-up air heating, air pre-heating, air handling equipment, fan coils, terminal reheating, multi-zone reheating, heat pump auxiliary systems and return air heating. The finned tubular elements are constructed using a steel tube with a corrugated steel fin wrapped around it and brazed together, which increases the heat transfer surface of the element resulting in a lower operating temperature than the non-finned tubular element designs.SEE PRODUCT
- Voltage Range
- Up to 600V
- Wattage
- 2.5 to 62.5 kW
- Certification
- CSA C/US, CE Approved
RDFT – COMMERCIAL FLANGED DUCT HEATERFlanged Duct Heater
The Ruffneck™ RDFT Commercial Flanged Duct Heater with non-finned tubular (Calrod® type*) elements is designed for use in comfort heating applications, such as make-up air heating, air pre-heating, air handling equipment, fan coils, terminal reheating, multi-zone reheating, heat pump auxiliary systems and return air heating. The non-finned incoloy® element design should be chosen where high humidity or slightly corrosive contaminants may be present in the air stream, as this type of element features higher corrosion-resistance than the finned element design. Unlike open coil designs, duct heaters fitted with tubular elements are not subject to hazards of electrical shock, which allows installation closer to a register or grille.SEE PRODUCT
- Voltage Range
- Up to 600V
- Wattage
- 2.5 to 62.5 kW
- Certification
- CSA C/US, CE Approved
RDIF – COMMERCIAL INSERT DUCT HEATERInsert Duct Heater
The Ruffneck™ RDIF Commercial Insert Duct Heater with finned tubular (Calrod® type*) elements is designed for use in comfort heating applications, such as make-up air heating, air pre-heating, air handling equipment, fan coils, terminal reheating, multi-zone reheating, heat pump auxiliary systems and return air heating. The finned tubular elements are constructed using a steel tube with a corrugated steel fin wrapped around it and brazed together, which increases the heat transfer surface of the element resulting in a lower operating temperature than the non-finned tubular element designs.SEE PRODUCT
- Voltage Range
- Up to 600V
- Wattage
- 2.5 to 62.5 kW
- Certification
- CSA C/US, CE Approved
RDIT – COMMERCIAL INSERT DUCT HEATERInsert Duct Heater
The Ruffneck™ RDIT Commercial Insert Duct Heater with non-finned tubular (Calrod® type*) elements is designed for use in comfort heating applications, such as make-up air heating, air pre-heating, air handling equipment, fan coils, terminal reheating, multi-zone reheating, heat pump auxiliary systems and return air heating. The non-finned incoloy® element design should be chosen where high humidity or slightly corrosive contaminants may be present in the air stream, as this type of element features higher corrosion-resistance than the finned element design. Unlike open coil designs, duct heaters fitted with tubular elements are not subject to hazards of electrical shock, which allows installation closer to a register or grille.SEE PRODUCT
RXDF – EXPLOSION-PROOF DUCT HEATERExplosion-Proof Duct Heater
The Ruffneck™ RXDF Explosion-Proof Duct Heater is designed for heating air or gases in hazardous environments where potentially explosive substances are present, such as oil refineries, coal mines, petrochemical plants and sewage treatment plants. They use heavy walled carbon steel finned tubular (Calrod® Type)* elements with nickel plated finish to provide safe, efficient, low temperature heat transfer.SEE PRODUCT
- Approvals
- cCSAus approved
- Wattage
- Up to 50kW
XDF – EXPLOSION-PROOF DUCT HEATERDuct Heater
The Caloritech™ XDF Explosion-Proof Duct Heater is designed for heating air or gases in hazardous environments where potentially explosive substances are present, such as oil refineries, coal mines, petrochemical plants and
