| Image | Part Number | Manufacturer | Description | Series | Circuit | Termination Style | Mounting Type | Manufacturer Part Number | Count Rate | Package / Case | Polarization | Trip Temperature Threshold |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1NT01L-7950 | Sensata Technologies | THERMOSTAT SPST-NC 150C 9A 250QC | 1NT | SPST-NC | Quick Connect | Chassis Mount | - | - | Cylinder with Mounting Flange | - | - | |
| 315000230082 | Honeywell Sensing and Productivity Solutions | HERMETIC THERMOSTAT | 3150 | - | Solder Lug | Chassis Mount | - | - | Module | - | - | |
| 2455R02990944 | Honeywell Sensing and Productivity Solutions | AUTO RESET THERMOSTAT | 2455R | - | Quick Connect | Chassis Mount | - | - | Cylinder with Mounting Flange | - | - | |
| A1011005 | Cantherm | THERMOSTAT A10 110 5C AUTO RESET | A10V | SPST-NC | User Defined | Chassis Mount | - | - | Module | - | - | |
| OHD3-60M | KEMET | SENSTHERMOHD3 60C 6W MAKE | OHD™ Thermal Guard | SPST-NO | Solder Lug | Chassis Mount | - | - | Module | - | - | |
| 2455R97630001 | Honeywell Sensing and Productivity Solutions | AUTO RESET THERMOSTAT | 2455R | - | Quick Connect | Chassis Mount | - | - | Cylinder with Mounting Flange | - | - | |
| F20A150051ZA0060 | Cantherm | THERMOSTAT 150 DEG C NC 2SIP | F20 | SPST-NC | Wire Leads - 4" (101.6mm) | Through Hole | - | - | 2-SIP, Potted | - | - | |
| 3455RM 83260023 | Honeywell Sensing and Productivity Solutions | MANUAL RESET THERMOSTAT | 3455RM | - | Solder Lug | Chassis Mount | - | - | Cylinder | - | - | |
| 2455RC 81000381 | Honeywell Sensing and Productivity Solutions | AUTO RESET THERMOSTAT | 2455RC | SPST-NC | Quick Connect | Chassis Mount | - | - | Cylinder with Mounting Flange | - | - | |
| C51AAA060A-045A | Sensata Technologies | THERMOSTAT PROBE 3/8-18 THD 60F | 5100 | SPST-NO | Screw Terminal | In Line | - | - | Cylinder | - | - |
Mechanical temperature sensors, including thermostats, are devices designed to detect changes in temperature and trigger mechanical actions based on preset temperature thresholds. These sensors typically employ bimetallic strips, gas-filled capsules, or wax-filled chambers that expand or contract in response to temperature changes, causing mechanical switches to open or close. Mechanical thermostats are commonly used in appliances, HVAC systems, and industrial equipment for tasks such as temperature regulation, overheat protection, and temperature-dependent control. While mechanical thermostats offer simplicity and reliability, they may have limited accuracy and response time compared to electronic temperature sensors. Nevertheless, mechanical temperature sensors remain in use in applications where cost-effectiveness and robustness are primary considerations.