195 Temperature Switch Stainless Steel

The 195 Temperature Switch Stainless Steel (MPN 195-TS) is a precision thermal management component engineered for demanding automotive, industrial, and specialized equipment applications where reliable temperature regulation is mission-critical. Manufactured by SPAL Advanced Technologies, this compact stainless steel switch serves as a fail-safe thermal cutoff or activation device, commonly deployed in cooling system circuits where consistent performance under variable operating temperatures directly impacts system longevity and operational safety. Whether integrated into high-performance cooling fans, auxiliary systems, or thermal management assemblies, this temperature switch provides dependable operation in harsh environments where corrosion resistance and repeatability are non-negotiable.

Built from corrosion-resistant stainless steel construction, the 195 Temperature Switch offers superior durability against moisture, salt spray, and aggressive environmental exposure—critical advantages in field-deployed applications. The switch activates at precisely 195 degrees, providing exact thermal management without drift or hysteresis variance that would compromise system efficiency. Its compact form factor (3.8 x 0.75 x 3.85 inches) and minimal weight (0.08 lbs) allow seamless integration into OEM and aftermarket thermal systems without adding unnecessary mass or requiring structural reinforcement, while the stainless steel material ensures consistent electrical conductivity and eliminates galvanic corrosion risk when paired with dissimilar metals in cooling circuits.

This component is ideal for technicians, mechanics, and system designers working with high-demand cooling applications in vehicles, industrial equipment, or specialized systems requiring precise thermal switching. The stainless steel construction makes it particularly suited for marine environments, off-road platforms, and climates with high humidity or salt exposure where standard switches would fail prematurely. Direct replacement or retrofit applications benefit from the switch's standardized threading and electrical interface, though verification of connection type and amperage rating against your specific cooling circuit is recommended before installation to ensure optimal safety and performance.