Oil Thermostat In-Line Mishimoto | MMOP-EXTFC | Mishimoto
Mishimoto

Oil Thermostat In-Line Mishimoto | MMOP-EXTFC | Mishimoto

151,30 £
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Description

Mishimoto high Performance intercooler, watercooler, oilcooler and oil-catch cans Oil Thermostat In-Line Mishimoto Mishimoto high Performance intercooler, watercooler, oilcooler and oil-catch cans Category: Oil Sandwich Plates and Components Install Torque Specs: 20-33 N*M (operating range) for all straight fittings and banjo bolts. Do not exceed the maximum torque rating of 47N*M. Caution: It is the installer/s responsibility to check all thermostat plugs, NPT plugs, line fittings, and other connections to assure they are fully tightened before operating the vehicle. Mishimoto recommends that you check all connections at regular intervals, especially during the first few miles after installation. Overall Height: 100mm Overall Length: 52mm Overall Width: 33mm Overall Size With Fittings Attached: 100 x 109 x 33mm (4) - M20 x 1.5 Ports Purchase includes: Remote Thermostatic Oil Plate (4) -10AN Fittings w/ Dowty Seals Heat Sink Built-in Thermostat 85°C Universal Mounting Bracket Necessary Hardware Looking for ideal fluid temperature regulation for your next project? Mishimoto has the answer with our innovative, ingenious In-Line Oil Thermostat. This sleek unit features a perfect blend of both form and function, and is precision-engineered to properly regulate engine oil, transmission fluid, or any other driveline fluid. The Mishimoto In-Line Oil Thermostat is CNC-machined from a single piece of billet 6061 aluminum. This component is ideal for projects where space or clearance places a constraint on using a standard oil sandwich plate. The included thermostat regulates temperatures at 85°C, which is easily interchanged with our 71°C and 93°C thermostat units to accommodate to any project. This in-line thermostat includes four -10AN fittings with dowty seals for leak-free line connections. Additionally, this thermostat includes a CNC-machined heat-sink which provides an enhancement in style and helps to reduce fluid temperatures.