Standard Motor Products TS-184 Engine Cooling Fan Switch

Buyer fitment guide only intended as reference. Please use catalogue search by vehicle to ensure proper fitment.

• BWD Intermotor TFS560
• Beck/Arnley 2011383
• Beck/Arnley 2011388
• Beck/Arnley 2011604
• CARQUEST Standard 51767
• Four Seasons 36513
• Four Seasons 36544
• Kem RF108
• Mighty 6-1980
• ACDelco 15-5935
• ACDelco 19021197
• ACDelco 19189528
• ACDelco 88923707
• ACDelco E1879A
• ACDelco E1892
• Advan-tech 6N6
• VEMO V70-99-0010
• Airtex 1S2002
• Airtex 1S4379
• MTE-THOMSON 3724
• MTE-THOMSON 3724.85/80
• MTE-THOMSON 3727
• CARQUEST Premium By WELLS 53-13758
• CARQUEST Premium By WELLS 53-13840
• Echlin FS211
• Duralast SW2164
• Duralast SW539
• Santech MT0551
• Santech MT0958
• Toyota 8942810090
• Toyota 8942810100
• Toyota 8942810110
• Toyota 8942820060
• T Series TS184T
• Import Direct 17-1099
• CARTEK 8508
• Import Direct Ignition 17-1099
• BWD TFS560
• Original Engine Management 8508
• Duralast CFSA17
• ACDelco 155935
• Beck/Arnley 2011383
• Beck/Arnley 2011388
• Beck/Arnley 2011604
• CARQUEST Premium By WELLS 5313758
• CARQUEST Premium By WELLS 5313840
• Mighty 61980
• VEMO V70990010

• As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product
• In design, we specify custom wax formulations that will expand when heated, activate a snap action electrical contact and transfer the electrical signal to the fan controller
• In manufacturing, we custom form the wax pellets for different temperature range specifications. All units are calibrated and tested to confirm switch actuation at their specified temperature
• In production, all thermal switches are factory-calibrated to make electrical contact at the specified lower-temperature set point
• Robust design and high grade materials meet the stringent demands of today's service professional
• The switch is designed using a formed bimetallic contact arm. The bimetal contact movement is achieved using the different expansion rates of two metals fused together. This is a creep action device, provides precise performance