The special design and internal baffles of Taco Air Scoops slow water velocity to separate the air from solution. Thanks to this design, Taco Air Scoops efficiently remove air to provide noiseless, air-free hydronic heating, cooling or combination systems. They also provide an economic way to integrate air elimination by the connection of either a plain steel or diaphragm expansion tank. Quality features include one piece, cast iron construction, and engineered baffle to separate air from water, maximum operating pressure of 125 PSI and maximum operating temperature of 300 F (135 C).
Air Eliminators 53
The special design and internal baffles of Taco Air Scoops slow water velocity to separate the air from solution. Thanks to this design, Taco Air Scoops efficiently remove air to provide noiseless, air-free hydronic heating, cooling or combination systems. They also provide an economic way to integrate air elimination by the connection of either a plain steel or diaphragm expansion tank. Quality features include one piece, cast iron construction, and engineered baffle to separate air from water, maximum operating pressure of 125 PSI and maximum operating temperature of 300 F (135 C).
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
The special design and internal baffles of Taco Air Scoops slow water velocity to separate the air from solution. Thanks to this design, Taco Air Scoops efficiently remove air to provide noiseless, air-free hydronic heating, cooling or combination systems. They also provide an economic way to integrate air elimination by the connection of either a plain steel or diaphragm expansion tank. Quality features include one piece, cast iron construction, and engineered baffle to separate air from water, maximum operating pressure of 125 PSI and maximum operating temperature of 300 F (135 C).
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
The special design and internal baffles of Taco Air Scoops slow water velocity to separate the air from solution. Thanks to this design, Taco Air Scoops efficiently remove air to provide noiseless, air-free hydronic heating, cooling or combination systems. They also provide an economic way to integrate air elimination by the connection of either a plain steel or diaphragm expansion tank. Quality features include one piece, cast iron construction, and engineered baffle to separate air from water, maximum operating pressure of 125 PSI and maximum operating temperature of 300 F (135 C).
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
The special design and internal baffles of Taco Air Scoops slow water velocity to separate the air from solution. Thanks to this design, Taco Air Scoops efficiently remove air to provide noiseless, air-free hydronic heating, cooling or combination systems. They also provide an economic way to integrate air elimination by the connection of either a plain steel or diaphragm expansion tank. Quality features include one piece, cast iron construction, and engineered baffle to separate air from water, maximum operating pressure of 125 PSI and maximum operating temperature of 300 F (135 C).
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow
Taco In Line Air Separators are applied in commercial, institutional and industrial applications for the removal of free air in water or water/glycol systems. The In Line designed air separator utilizes the advantages resulting from large body diameter in relation to the entering nozzle diameter. The design of in line air separators depends upon the lowering of the system fluid velocity within the separator the change in direction of fluid flow within the unit, and buoyant force direct air to the automatic air vent normally positioned at the top of the separator.
Taco In Line Air Separators are applied in commercial, institutional and industrial applications for the removal of free air in water or water/glycol systems. The In Line designed air separator utilizes the advantages resulting from large body diameter in relation to the entering nozzle diameter. The design of in line air separators depends upon the lowering of the system fluid velocity within the separator the change in direction of fluid flow within the unit, and buoyant force direct air to the automatic air vent normally positioned at the top of the separator.
Taco In Line Air Separators are applied in commercial, institutional and industrial applications for the removal of free air in water or water/glycol systems. The In Line designed air separator utilizes the advantages resulting from large body diameter in relation to the entering nozzle diameter. The design of in line air separators depends upon the lowering of the system fluid velocity within the separator the change in direction of fluid flow within the unit, and buoyant force direct air to the automatic air vent normally positioned at the top of the separator.
Improve comfort and system performance - Achieve hydraulic separation between primary and secondary circuits - Prevent hydraulic coupling of pumps or pumps in series in primary secondary configurations - Prevent unanticipated or ghost flows in connected primary and secondary circuits - Control system is not affected by flow in a connected circuit - Integral pall ring microbubble high efficiency air and dirt separator eliminates separate air separator - Requires less mechanical room space than separate components Integral air vent pall ring technology has been used for many years in the processing industry. Taco’s application of pall rings to hydronic air and dirt separation is new to the HVAC industry. While air bubbles are separated by the pall rings through a process known as coalescence, dirt particles are actually caught and sifted to the bottom of the tank, where they can be removed through a blowdown valve. The 5900 Series provides higher efficiency, with reduced pressure drops, so a somewhat smaller pump may be used for maximum efficiency.
The Taco 4900 Series Air Separators are designed for the complete elimination of air from closed loop heating and cooling systems up to a maximum temperature of 240 F and a maximum pressure of 150 psi. The principle on which the Taco 4900 Series Air Separator is based is a patented and proven method of removing gases from water: the PALL ring process. Minimal pressure loss - Vent can be closed - Large surface contact area - Protective vent plate - Maximum air removal - Expansion tank connection tapping - No minimum run of pipe requirement - Bi-directional flow