Need help?Do you have a question about the TLV Pocket TrapMan PT1 and is the answer not in the manual?
The main unit for steam trap and bearing inspection, featuring ultrasonic and temperature measurement capabilities.
Protective case for storing and carrying the PT1 device, ensuring visibility of the display and keypad.
Audio output accessory for listening to measurements and operational feedback from the PT1.
Power source for the PT1 device, typically AAA alkaline batteries, required for operation.
Strap for attaching the device for portability and safety, preventing accidental drops during use.
Explains the meaning of DANGER, WARNING, CAUTION, and PROHIBITED symbols used in the manual for safe operation.
Covers critical safety rules for device usage, environment, handling, and preventing injury or damage.
Details precautions for battery insertion, use, charging, and proper disposal to prevent hazards.
Explains how ultrasonic sound is produced by fluid passing through small holes in steam traps or valves.
Describes the correlation between ultrasonic sound intensity and the amount of steam leakage.
How shock pulses generated by bearing collisions indicate wear or lubrication issues.
Simultaneous measurement of surface temperature alongside ultrasonic sound for diagnostics.
Automatic inspection and judgment of steam trap operational conditions (Good, Caution, Leaking, etc.).
Automatic inspection of valve seals to determine condition and closure status (Good, Caution, Leaking).
Data collection for bearing operational characteristics and wear determination based on vibration analysis.
Measures temperature alongside ultrasonic sound without requiring separate equipment.
How measurements automatically begin upon probe contact and stop after a set duration or probe removal.
Details on automatic data saving and the memory capacity for measurements in different modes.
Sensor for measuring ultrasonic sound and surface temperature on contact with the object.
Interface for user to select modes, records, data, and control power ON/OFF.
Screen showing the operational mode and measurement results.
Port for connecting earphones to listen to audio feedback during measurements.
Visual signal indicating the status of the present measurement by being lit or flashing.
Protects the probe when the unit is stored or not in use.
Secures the battery compartment from accidental opening.
Houses the two AAA batteries that power the PT1 device.
Points for attaching the carrying strap for secure handling and portability.
Step-by-step guide for correctly inserting AAA batteries into the PT1 device.
Instructions for turning the PT1 device on, off, and its automatic shut-off feature.
Procedure for safely removing and reattaching the probe cap to protect the sensor.
How to prepare the measurement surface for accuracy, ensuring it is smooth and flat.
Correct method for applying the probe perpendicular and steady to the measurement surface.
Importance of measuring from the same spot for trend analysis and accurate comparisons.
Maximum allowable surface temperature and indications for exceeding it.
Setting the inspection mode and selecting record numbers for steam trap diagnosis.
Detailed steps for taking measurements and understanding the data displayed during steam trap diagnosis.
Configuring operating pressure, condensate load factor, and steam trap type for accurate diagnosis.
Interpreting automatic judgement results and proceeding with subsequent inspections or saving data.
Setting the inspection mode and record numbers for valve diagnosis.
Steps for taking valve leak measurements and understanding the outcomes.
Interpreting automatic valve diagnosis results and proceeding to the next inspection.
Overview of special features for bearing inspections and how to select the Bearing mode.
Procedures for taking bearing measurements, setting record numbers, and managing data.
Understanding measurement displays, averaging data, and proceeding after bearing inspection.
How to select the mode and record number to delete existing data from PT1 memory.
Explains options like Data Clear, All Clear, and Cancel for data removal.
How to enter and navigate through the PT1 settings menu.
Configuring device mode and data display for bearing inspections (Full, AVG & Temp, Peak & CF).
Adjusting earphone volume, calculation type, and LED indicator flash settings.
Adjusting LCD contrast, engineering units, and display language.
Instructions on how to insert and secure the PT1 in its soft case.
Steps for plugging the earphones into the device jack and their proper use.
How to attach the strap for portability and preventing drops during use.
A guide to identifying and resolving common operational issues with the PT1 device.
Details on product name, measured items, temperature range, power source, and dimensions.
Specifies the duration and scope of the product warranty, including exclusions.
Explains the importance and recommended frequency of probe calibration for maintaining accuracy.
Information on how to contact TLV offices worldwide for technical assistance and service inquiries.
The main unit for steam trap and bearing inspection, featuring ultrasonic and temperature measurement capabilities.
Protective case for storing and carrying the PT1 device, ensuring visibility of the display and keypad.
Audio output accessory for listening to measurements and operational feedback from the PT1.
Power source for the PT1 device, typically AAA alkaline batteries, required for operation.
Strap for attaching the device for portability and safety, preventing accidental drops during use.
Explains the meaning of DANGER, WARNING, CAUTION, and PROHIBITED symbols used in the manual for safe operation.
Covers critical safety rules for device usage, environment, handling, and preventing injury or damage.
Details precautions for battery insertion, use, charging, and proper disposal to prevent hazards.
Explains how ultrasonic sound is produced by fluid passing through small holes in steam traps or valves.
Describes the correlation between ultrasonic sound intensity and the amount of steam leakage.
How shock pulses generated by bearing collisions indicate wear or lubrication issues.
Simultaneous measurement of surface temperature alongside ultrasonic sound for diagnostics.
Automatic inspection and judgment of steam trap operational conditions (Good, Caution, Leaking, etc.).
Automatic inspection of valve seals to determine condition and closure status (Good, Caution, Leaking).
Data collection for bearing operational characteristics and wear determination based on vibration analysis.
Measures temperature alongside ultrasonic sound without requiring separate equipment.
How measurements automatically begin upon probe contact and stop after a set duration or probe removal.
Details on automatic data saving and the memory capacity for measurements in different modes.
Sensor for measuring ultrasonic sound and surface temperature on contact with the object.
Interface for user to select modes, records, data, and control power ON/OFF.
Screen showing the operational mode and measurement results.
Port for connecting earphones to listen to audio feedback during measurements.
Visual signal indicating the status of the present measurement by being lit or flashing.
Protects the probe when the unit is stored or not in use.
Secures the battery compartment from accidental opening.
Houses the two AAA batteries that power the PT1 device.
Points for attaching the carrying strap for secure handling and portability.
Step-by-step guide for correctly inserting AAA batteries into the PT1 device.
Instructions for turning the PT1 device on, off, and its automatic shut-off feature.
Procedure for safely removing and reattaching the probe cap to protect the sensor.
How to prepare the measurement surface for accuracy, ensuring it is smooth and flat.
Correct method for applying the probe perpendicular and steady to the measurement surface.
Importance of measuring from the same spot for trend analysis and accurate comparisons.
Maximum allowable surface temperature and indications for exceeding it.
Setting the inspection mode and selecting record numbers for steam trap diagnosis.
Detailed steps for taking measurements and understanding the data displayed during steam trap diagnosis.
Configuring operating pressure, condensate load factor, and steam trap type for accurate diagnosis.
Interpreting automatic judgement results and proceeding with subsequent inspections or saving data.
Setting the inspection mode and record numbers for valve diagnosis.
Steps for taking valve leak measurements and understanding the outcomes.
Interpreting automatic valve diagnosis results and proceeding to the next inspection.
Overview of special features for bearing inspections and how to select the Bearing mode.
Procedures for taking bearing measurements, setting record numbers, and managing data.
Understanding measurement displays, averaging data, and proceeding after bearing inspection.
How to select the mode and record number to delete existing data from PT1 memory.
Explains options like Data Clear, All Clear, and Cancel for data removal.
How to enter and navigate through the PT1 settings menu.
Configuring device mode and data display for bearing inspections (Full, AVG & Temp, Peak & CF).
Adjusting earphone volume, calculation type, and LED indicator flash settings.
Adjusting LCD contrast, engineering units, and display language.
Instructions on how to insert and secure the PT1 in its soft case.
Steps for plugging the earphones into the device jack and their proper use.
How to attach the strap for portability and preventing drops during use.
A guide to identifying and resolving common operational issues with the PT1 device.
Details on product name, measured items, temperature range, power source, and dimensions.
Specifies the duration and scope of the product warranty, including exclusions.
Explains the importance and recommended frequency of probe calibration for maintaining accuracy.
Information on how to contact TLV offices worldwide for technical assistance and service inquiries.
General| Accuracy | ±10% |
|---|---|
| Power Supply | Rechargeable Li-ion battery |
| Battery Life | Up to 8 hours continuous use |
| Sampling Method | Pump-assisted sampling |
| Data Storage | Internal memory |
| Interface | USB |
| Display | LCD |
| Storage Temperature | -20°C to 50°C |
To Next Page