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Application:
Sensing temperature of bearings or other surfaces related to reciprocating engines or industrial equipment. Used On: Natural gas, diesel or gasoline engines, pumps, compressors, and rotating equipment..
Bearing Temperature Detectors
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Model Number
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Description
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Pneumatic / Hydromechanical ( Fusible Eutectic Material )
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Vent Valve. For manual or mechanical tripping applicationwhere manual reset is desired. Recommended for use with Model 4102 Connecting Rod Bearing Temperature Detector
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Connecting Rod Bearing Temperature Detector. Detects a single setting of 174°F, 197°F, 217°F, 228°F, 253°F, 291°F, 343°F, on rotating bearing or other types of surfaces. No calibration required. Use Model 4095 Vent Valve or Model 4395 Trip Switch.
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Miniature Connecting Rod Bearing Temperature Detector. Detects a single setting of 174°F, 197°F, 217°F, 228°F, 253°F, 291°F, 343°F, on bearing or other types of surfaces. No calibration required. Use Model 4095 Vent Valve or Model 4395 Trip Switch.
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Main Bearing Temperature Sensing Valve. Detects a single setting of 174°F, 197°F, 217°F, 228°F, 253°F, 291°F, 343°F, on bearing or other types of surfaces. No calibration required.
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Miniature Main Bearing Temperature Sensing Valve. Detects a single setting of 174°F, 197°F, 217°F, 228°F, on bearing or other 253°F, 291°F, 343°F, types of surfaces. No calibration required.
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Electric
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Temperature Sensor Thermocouple/RTD. Allows for continuous temperature monitoring of critical machine parts, typical applications is bearing temperature monitoring in large rotating equipment.
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Trip Switch. Electric switch that is mechanically tripped by Model 4102 Connecting Rod Bearing Temperature Detector.
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Eutectic Temperature Sensing Switch. Detects a single setting of 174°F, 197°F, 217°F, 228°F, 253°F, 291°F, 343°F, on any type of bearing or other related surfaces. No calibration required.
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This and other information from AMOT provide product or system options for further investigation by users having technical expertise. Before you select or use any product or system, it is important that you analyze all aspects of your application and review the information concerning the product in the current product catalog. The user, through its own analysis and testing, is responsible for making the final selection of the system and components and assuring that all performance, safety and warning requirements of the applications are met.
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