MCR140-X Drive
|
Out of stock
Part Number: MCR140-X
Bulk shipping information: 9 Pcs/Ctn
Bulk Shipping Information: 9 Pcs/Ctn
|
 MCR140-X 140mm Radiator & pump combo MCR140-X 140mm Radiator & pump combo the MCR140-X installed |
|
|
Product Description
The patent pending MCR140-X Drive 140mm copper and brass radiator includes a built-in windowed illuminated reservoir, and an integrated high pressure pump (MCP30 model).
Applications for this product are multiple:
- As a standalone item, the MCR140-X Drive is a perfect DIY solution for users who already own an all-in-one CPU cooler, and simply wish to install a secondary cooling system for one or several liquid cooled graphics cards without tearing down their existing cooling system.
- the MCR140-X can also be used as the foundation for a CPU cooling system in space constrained applications by simply adding a CPU waterblock and relevant accessories,
- or it can be used as a secondary pump/radiator/reservoir combo in complex systems requiring two pumps in series.
As a DIY item, the MCR140-X ships without fan, coolant, or fittings. The product is compatible out of the box with all G1/4 fittings, so any tubing can be installed at the user's choice.
What you need to build a graphics or CPU cooling system using the MCR140-X Drive as foundation:
- A waterblock for your graphics card or your CPU
- A 140mm fan
- Tubing of your choice
- 2 pairs of G1/4 fittings for the tubing size that you want to use, with clamps if using barb fittings, or without clamps if using compression fittings
- Coolant
The MCR140-X carries Swiftech limited 3 year warranty.
Tab 1
| Specifications
|
| Radiator Material
|
Brass tubes, louvered copper fins, 12~14 FPI
|
| Dimensions
|
150mm x 140mm x 90mm
|
| Radiator and pump thread class
|
G 1/4
|
| Radiator Installation hardware
|
Standard: (4) 6-32 x 1 3/16 (30mm) Philips screws
|
| Pump speed control
|
PWM
|
| Pump Speed range
|
1200 ~ 3000 RPM
|
| Pump nominal voltage
|
12 VDC
|
| Pump nominal power
|
6W
|
| Pump Bearing type
|
Ceramic shaft, PTFE bearing
|
| Pump Power connector
|
SATA
|
| Pump RPM & PWM connector
|
Mini 4-pin
|
| Pump MTBF
|
60,000 hours
|
| ROHS
|
Compliant
|
Tab 2
| Quick Installation Guide (pdf)
|
|
| PWM Troubleshooting
|
"All the devices connected to my PWM splitter work at 100% but I cannot vary their speed"
- Check that the splitter mini-4 pin PWM signal cable is correctly connected to the CPU_Fan connector of the motherboard
- Enable "Manual Fan Control" in the motherboard BIOS
"The device(s) connected to my PWM splitter do not work"
- Check that the splitter power cable is connected to the power supply
- Check that the non-functioning device female 4-pin connector is correctly inserted in all 4 pins of the splitter connector: in effect, it may be possible to inadvertently offset the female connector by one pin by slightly forcing its insertion, so be careful about this!
"I am getting a "CPU fan error" when I turn on the computer"
- Make sure that a device is connected to channel 1 of the PWM splitter. If the motherboard CPU_Fan header does not read an RPM signal, it will return such error by default.
- Check that the device connected to Channel 1 of the PWM splitter is correctly inserted in its connector.
- Check that the power cable of the PWM splitter is connected to power supply.
"I connected the PWM splitter to an auxiliary 4-pin connector that was indicated as PWM capable by my Motherboard manual, but I can't vary the speed of my devices"
- Other than the CPU_Fan connector which is PWM enabled by default, most of the motherboards 4-pin connectors feature two methods of speed adjustment in order to allow control of both types of fans, the 3-pins which are voltage controlled, and the 4-pins which are PWM controlled. As a result, the PWM functionality must be enabled in the BIOS before it can actually work. Please consult your motherboard manual for a "how To".
- Since the "CPU_Fan" motherboard connector is PWM enabled by default, we recommend that you connect the splitter to the CPU_Fan connector in order to ascertain its functionality.
"I am connecting the splitter to a PWM fan controller instead of the motherboard, and it doesn't work"
- Not all PWM fan controllers are compatible. Please read this white paper for further explanations and a list of compatible devices.
|
Tab 3 no data |
140x140x25mm Fan, PWM control, 9 blade design, optimized for liquid cooling, 35~90 CFM, 700+/- 25% ~ 1800+/- 10% RPM, <8.3 ~ <28.8 dB/A, 4 pin, Z bearing, 12v, 0.25A
|
G1/4 compatible replacement outlet port fitting for MCP30 built-in pump
|
Extreme performance CPU Waterblock
|
High-performance carbon micro-particle based, non-conductive and non-capacitive thermal compound
|
End User Reviews
| 
|
|