- Joined
- Jun 1, 2003
- Location
- Ashland, KY
http://www.dtekcustoms.com/index.asp?PageAction=VIEWPROD&ProdID=140
Detailed Description
This is a pre-order of the black anodized D-Tek badged version of this pump. Pictures will be available when the stock is received.
The CSP750 is the first brushless DC pump designed to address the specific needs of PC liquid cooling systems. High flow rate, compact size, easy installation, attractive polished anodized case, with the ability to use your computers existing 12V DC power source makes the CSP750 a must for anyone considering liquid cooling.
Compact Size:
The CSP750 dimensions are approx 2” x 2” x 2" when compared to a typical 110V pumps the CSP750 uses considerably less space, leaving room in your case for additional components.
High Flow:
The CSP750 flow rates typically exceed those found in 110V pumps. This is accomplished by direct mounting of a large impeller, specifically designed to provide maximum flow under the low restriction conditions found in most PC installations, to a powerful brushless DC motor. A comparison of the CSP750?s impeller that of a typical 110V pump clearly shows the reasons for the CSP750?s exceptional performance
Adjustable Outlet:
The CSP750 pump housing is seal to the motor unit via an large reusable O-ring. This permits the outlet to be moved to any of four positions, allowing for adjustment to the pump, instead of your plumbing, simplifying installation.
Multi Unit:
Do to the small size and low power consumption (3-6W) of the the CSP750, multi unit install is possible. When liquid cooling graphic cards and or chip sets this provides an advantage by isolating the flow path ensuring zero thermo transfer from the CPU. As an additional benefit the flow across the CPU will also increase (see user guide for more multi unit install information).
Long life:
Within the sealed motor compartment is a powerful brushless DC motor rated for 50,000 hours of continuous operation (15 years typical use, 5.7 years 24/7). Because the motor is brushless and shaft mounted to high quality ball bearings there is minimal noise, vibration, and power use (3-6W).
Detailed Description
This is a pre-order of the black anodized D-Tek badged version of this pump. Pictures will be available when the stock is received.
The CSP750 is the first brushless DC pump designed to address the specific needs of PC liquid cooling systems. High flow rate, compact size, easy installation, attractive polished anodized case, with the ability to use your computers existing 12V DC power source makes the CSP750 a must for anyone considering liquid cooling.
Compact Size:
The CSP750 dimensions are approx 2” x 2” x 2" when compared to a typical 110V pumps the CSP750 uses considerably less space, leaving room in your case for additional components.
High Flow:
The CSP750 flow rates typically exceed those found in 110V pumps. This is accomplished by direct mounting of a large impeller, specifically designed to provide maximum flow under the low restriction conditions found in most PC installations, to a powerful brushless DC motor. A comparison of the CSP750?s impeller that of a typical 110V pump clearly shows the reasons for the CSP750?s exceptional performance
Adjustable Outlet:
The CSP750 pump housing is seal to the motor unit via an large reusable O-ring. This permits the outlet to be moved to any of four positions, allowing for adjustment to the pump, instead of your plumbing, simplifying installation.
Multi Unit:
Do to the small size and low power consumption (3-6W) of the the CSP750, multi unit install is possible. When liquid cooling graphic cards and or chip sets this provides an advantage by isolating the flow path ensuring zero thermo transfer from the CPU. As an additional benefit the flow across the CPU will also increase (see user guide for more multi unit install information).
Long life:
Within the sealed motor compartment is a powerful brushless DC motor rated for 50,000 hours of continuous operation (15 years typical use, 5.7 years 24/7). Because the motor is brushless and shaft mounted to high quality ball bearings there is minimal noise, vibration, and power use (3-6W).
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