Hi, iv been wondering if these could be used with 690 or some sort?
idea was cooling the liquid itself in a modified Zalman Reserator XT using the blocks with tecs but mby they could be set on a 690
version 1
Liquid exchanger to rapidly remove heat from the hot side of TECs or TEGs. Most efficient method of removing heat from multiple TECs or TEGs.
Measures: 5.75 x 5.75 x 1.15 inches
Inlet and Outlet on opposite sides.
Usable flat area of 5.20 x 5.20 inches (132 x132 mm)
Liquid volume (internal) is 205 ml.
18 mounting holes tapped for 6-32 screws
Inlet & outlet tapped 3/8 " NPT: Comes with 2 pieces brass 1/2" ID hose barb fittings.
Will accomodate;
Single TECs or TEGs up to 132 x 132mm
2 to 4 TECs or TEGs up to 62 x 62mm
2 to 4 TECs or TEGs up to 50 x 50mm
2 to 9 TECs or TEGs up to 40 x 40mm
2 to 16 TECs or TEGs up to 30 x 30mm
CNC Machined from a solid billet of aluminum with an O-ring seal. Internal flow path is easily serviceable by removing screws and cover.
This water block has been tested with a heat load of up to 1600 watts. All indications showed that it could handle higher loads.
version 2
Same as standard WBA-4.0-0.92-AL-01 Except with thicker (0.37") cover with counter bored holes for screws. Provides a flat surface with no screw heads protruding.
Liquid exchanger to rapidly remove heat from the hot side of TECs or TEGs. Most efficient method of removing heat from a peltier cooler TEC or TEG.
Measures: 4.0 x 4.0 x 1.1 inches
Inlet and Outlet on opposite sides.
Usable flat area of 3.54 x 3.54 inches (90 x 90 mm)
10 mounting holes tapped for 6-32 screws
Inlet & outlet tapped 1/4" NPT: Comes with 2 pieces brass 1/2" ID hose barb fittings.
Will accomodate;
Single TECs or TEGs up to 90 x 90mm
2, 3, or 4 TECs or TEGs up to 40 x 40mm
2 to 8 TECs or TEGs up to 30 x 30mm
CNC Machined from a solid billet of aluminum with an O-ring seal. Internal flow path is easily serviceable by removing screws and cover.
This water block has been tested with a heat load of up to 1200 watts. All indications showed that it could handle higher loads.
version 3
All copper water block Liquid exchanger to rapidly remove heat from the hot side of peltier TECs or TEGs. Most efficient method of removing heat from a thermoelectric TEC or TEG.
TECs and TEGs can be mounted to both sides thereby allowing heat removal from two 40x40mm TECs at the same time.
All copper construction allows for parts and components to be soldered to water block for maximum thermal conduction.
Measures: 1.62 x 1.62 x 0.55 inches
Inlet and Outlet on the same side.
Usable flat area of 1.62 x 1.62 inches (41 x 41 mm) per side
Inlet & outlet tapped 1/16" NPT: Comes with 2 pieces Nylon barbed tube fittings for 3/16" ID tubing.
Will accomodate per side;
Single TECs or TEGs up to 40 x 40mm
2, 3, or 4 TECs up to 20 x 20mm
CNC Machined from a solid billet of copper. Brazed together to a 100 psi rated watertight seal.
Minimum flow rate: 0.1 gpm. Maximum flow rate: 2.5 gpm.
sounds good?, whats your opinion?
Edited by DinaAngel - 10/5/12 at 1:45pm
idea was cooling the liquid itself in a modified Zalman Reserator XT using the blocks with tecs but mby they could be set on a 690
version 1
Liquid exchanger to rapidly remove heat from the hot side of TECs or TEGs. Most efficient method of removing heat from multiple TECs or TEGs.
Measures: 5.75 x 5.75 x 1.15 inches
Inlet and Outlet on opposite sides.
Usable flat area of 5.20 x 5.20 inches (132 x132 mm)
Liquid volume (internal) is 205 ml.
18 mounting holes tapped for 6-32 screws
Inlet & outlet tapped 3/8 " NPT: Comes with 2 pieces brass 1/2" ID hose barb fittings.
Will accomodate;
Single TECs or TEGs up to 132 x 132mm
2 to 4 TECs or TEGs up to 62 x 62mm
2 to 4 TECs or TEGs up to 50 x 50mm
2 to 9 TECs or TEGs up to 40 x 40mm
2 to 16 TECs or TEGs up to 30 x 30mm
CNC Machined from a solid billet of aluminum with an O-ring seal. Internal flow path is easily serviceable by removing screws and cover.
This water block has been tested with a heat load of up to 1600 watts. All indications showed that it could handle higher loads.
version 2
Same as standard WBA-4.0-0.92-AL-01 Except with thicker (0.37") cover with counter bored holes for screws. Provides a flat surface with no screw heads protruding.
Liquid exchanger to rapidly remove heat from the hot side of TECs or TEGs. Most efficient method of removing heat from a peltier cooler TEC or TEG.
Measures: 4.0 x 4.0 x 1.1 inches
Inlet and Outlet on opposite sides.
Usable flat area of 3.54 x 3.54 inches (90 x 90 mm)
10 mounting holes tapped for 6-32 screws
Inlet & outlet tapped 1/4" NPT: Comes with 2 pieces brass 1/2" ID hose barb fittings.
Will accomodate;
Single TECs or TEGs up to 90 x 90mm
2, 3, or 4 TECs or TEGs up to 40 x 40mm
2 to 8 TECs or TEGs up to 30 x 30mm
CNC Machined from a solid billet of aluminum with an O-ring seal. Internal flow path is easily serviceable by removing screws and cover.
This water block has been tested with a heat load of up to 1200 watts. All indications showed that it could handle higher loads.
version 3
All copper water block Liquid exchanger to rapidly remove heat from the hot side of peltier TECs or TEGs. Most efficient method of removing heat from a thermoelectric TEC or TEG.
TECs and TEGs can be mounted to both sides thereby allowing heat removal from two 40x40mm TECs at the same time.
All copper construction allows for parts and components to be soldered to water block for maximum thermal conduction.
Measures: 1.62 x 1.62 x 0.55 inches
Inlet and Outlet on the same side.
Usable flat area of 1.62 x 1.62 inches (41 x 41 mm) per side
Inlet & outlet tapped 1/16" NPT: Comes with 2 pieces Nylon barbed tube fittings for 3/16" ID tubing.
Will accomodate per side;
Single TECs or TEGs up to 40 x 40mm
2, 3, or 4 TECs up to 20 x 20mm
CNC Machined from a solid billet of copper. Brazed together to a 100 psi rated watertight seal.
Minimum flow rate: 0.1 gpm. Maximum flow rate: 2.5 gpm.
sounds good?, whats your opinion?
Edited by DinaAngel - 10/5/12 at 1:45pm
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