1972328, 1972546, C6DF10884A, C6DZ10884A, C6DZ10884B, C6MF10884A, C6MF10884B, C6TF10884A, C6TF10884B, C9WF10884A, C9WF10884B, D0HZ10884A, D0OF10884A, D0OF10884B, D0WF10884A, D0WF10884B, D0ZF10884A, D0ZF10884B, D2HF10884AA, D2WF10884AA, D2ZF10884AA, D5RY10884A, D9TZ10884A, F1851, SW389, SW551, SW552, SW553, SW888, SW921, SW922, SW924DP
Don't take chances with old, questionable, or faulty coolant temperature sending units that can give misleading information to you and your vehicle's computer. Standard Motor Products replacement coolant temperature senders are designed to exceed OEM specifications for dependable, accurate, maintenance-free operation. These coolant fan switches are available in many sizes and configurations to fit a wide range of cars spanning several decades. Trust your vehicle's electrical system needs to Standard Motor Products.
The Intermotor™ brand has built its reputation by engineering and distributing a full line of genuine import parts – parts that are unrivalled for quality, original look, fit, form & function, as well as coverage.
FORD | BRONCO | 1966-1969 | FORD | CUSTOM | 1965-1967 | FORD | E-100 | 1969 | FORD | E-200 ECONOLINE | 1969 | FORD | E-300 ECONOLINE | 1969 | FORD | ECONOLINE | 1966-1967 | FORD | F-100 | 1967-1969 | FORD | F-250 | 1967-1969 | FORD | F-350 | 1967-1969 | FORD | F800 | 1992-1993 | FORD | GALAXIE | 1965-1967 | FORD | LTD | 1965-1968 | FORD | MUSTANG | 1965-1969 | FORD | P-100 | 1966-1969 | FORD | P-350 | 1966-1969 | FORD | RANCHERO | 1967-1968 | FORD | TORINO | 1973 | LINCOLN | MARK II | 1957 | MAZDA | B2300 | 1994-1997 | MERCURY | COMET | 1966-1968 | MERCURY | MARQUIS | 1967 | MERCURY | MONTEGO | 1968-1972 |
Features & Benefits Include:- In design, SMP specifies custom wax formulations that will expand when heated, activate a snap action electrical contact and transfer the electrical signal to the fan controller
- In manufacture, SMP custom forms the wax pellets for different temperature range specifications. All units are calibrated & tested to confirm switch actuation at their specified temperature
- 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
- In production, all thermal switches are factory-calibrated to make electrical contact at the specified lower-temperature set point
- SMP's switches feature a robust design with high grade materials to meet the stringent demands of today's service professional
|