Molex 4-Pin, 453g, Transparent/Black
The Maelstrom 5 1/4" Dual Bay Reservoir is an advanced, versatile, and elegant coolant storage & recirculation system capable of operating either as a standalone unit, or with a single or a dual MCP35 class pump (MCP350, 355 or 35x).
Instant visualization of coolant level, cool factor:
Fits in two 5 1/4" Bays with or without the pump(s) installed;
The image to the left shows the Maelstrom bay reservoir filled with various coolant colors.
Instant visualization of critical temperature data
Coolant temperature display (in degrees Celsius).
Precise coolant level monitoring
Graduated level
Convenience & safety: Easy filling, no spills
Extra large fill-port opening with finger-grip ribs on the chrome plated brass cap.
Reliable operations
- Anti-vortex/anti-bubbles system;
- A tube surrounding the pump inlet features various size openings in its wall and prevents the formation of a vortex, and air entrainment in the loop;
- An open-cell sponge further traps micro-bubbles before their can re-enter the inlet.
Performance, versatile loop configuration
- Up to 3 return lines can be installed for loop parallelization;
- Shown here with 3/4" compression fittings to illustrate compatibility.
Cosmetic appeal: elegant and robust
Solid black-anodized aluminum face-plate with robust brass inserts for invisible fixation.
Cosmetic appeal: light up the coolant, cool factor
Two pre-drilled holes for installing 3mm diodes (1 UV-LED is included).
Compatibility with all existing G1/4 fittings (compression, etc..)
G1/4 port standard.
Included 1/2" hose barbs & hose clamps
Bonus: reduced cost of ownership (not included by our competitors).
When assessing various component temperatures in a conventional (non-refrigerated) liquid cooling system, ambient air is the primary baseline from which everything else derives, i.e. no heat-generating component can ever be cooler than, or equal to ambient. The second temperature data that can also be considered as a baseline is the coolant temperature: it reflects the sum of the ambient air temperature plus the temperature resulting from the component(s) heat load multiplied by the thermal resistance factor (in layman terms the heat dissipation efficiency) of the entire loop.
Thus, monitoring the coolant temperature in a liquid cooling system is essential at two levels: 1/ as an absolute value, you can monitor the cooling system health and be visually alerted of potential issues (overheating), and 2/ as a relative value compared to that of the ambient air, it provides a meaningful indicator of the system thermal performance and in particular its ability to dissipate the heat generated by the components under load. In this respect, the following table may provide a general guideline to assess the thermal performance of your liquid cooling system; please note that audible noise considerations will dramatically affect the qualifiers listed below. In effect, the lower the noise requirements are relative to the heat load, and the higher the thermal efficiency demand will be placed upon the system.
