What does Error Code 32 indicate on a TSI Instruments Power Tool?
If your TSI Instruments Power Tool displays Error Code 32, it means that while performing user calibration of the accessory temperature/humidity probe, the correct probe was not found. The accessory temperature/humidity probe was either not plugged in or is faulty.
What does Error Code 31 mean on a TSI Instruments Power Tool device?
If your TSI Instruments Power Tool displays Error Code 31, it means the pressure calibration voltage at 5 in. H2O must be less than the pressure calibration voltage at 15 in. H2O. Make sure calibration pressures are correct.
What does Error Code 30 mean on my TSI Instruments Power Tool?
If your TSI Instruments Power Tool displays Error Code 30, it indicates that the pressure calibration voltage at 1 in. H2O must be less than the pressure calibration voltage at 5 in. H2O. Ensure that the calibration pressures are correct.
What does Error Code 36 indicate on a TSI Instruments Power Tool?
If your TSI Instruments Power Tool displays Error Code 36, it means the flap closed pressure was less than the flap open pressure, or the flap open versus flap closed pressure ratio exceeds allowed limits. Try taking the data again.
What does Error Code 35 mean on a TSI Instruments Power Tool?
If your TSI Instruments Power Tool shows Error Code 35, it indicates that the barometric pressure measured was greater than 40.00 in. Hg. This means the barometric pressure is too high to take a reading.
What does Error Code 34 signify on a TSI Instruments Power Tool?
If your TSI Instruments Power Tool displays Error Code 34, it means the barometric pressure measured was less than 15.00 in. Hg. The barometric pressure is too low to take a reading.
What does it mean when my TSI Instruments Power Tool shows '8888' flashing?
If the display on your TSI Instruments Power Tool is flashing “8888”, it means the temperature is too high to measure. Check the specifications page for the maximum temperature.
What does error code 11 mean on my TSI Instruments Power Tool?
If your TSI Instruments Power Tool shows Error Code 11, it indicates that the AC adapter voltage is too high. Ensure you are using the correct AC adapter.
What does Error Code 10 mean on a TSI Instruments Power Tool?
If your TSI Instruments Power Tool is showing Error Code 10, it means that the AC adapter voltage is too low. You should use the correct AC adapter.
Why is '888888' flashing on the display of my TSI Instruments Power Tool?
If your TSI Instruments Power Tool displays “888888” flashing, it indicates that the pressure is too high to measure, or if measuring velocity or flow, the pressure at that velocity is too high. Refer to the specifications page to check the maximum pressure.
General| Data Logging | Yes |
|---|---|
| Storage Temperature | 14 to 140 °F (-10 to 60 °C) |
| Battery Type | Four size AA batteries or optional AC adapter |
| Measurement Range | 50 to 2500 fpm (0.25 to 12.7 m/s) |
| Accuracy (Air Velocity) | ±3% of reading |
| Display | LCD |
Information on contacting customer service for instrument issues and repairs.
Provides a detailed overview of the components included with the EBT/PH models.
Guides on preparing the instrument before operation, including power source selection.
Instructions on how to power the micromanometer using the AC adapter.
Details on powering the micromanometer using AA-size batteries.
Explains the function of each key on the micromanometer keypad for operation.
Guides on selecting the appropriate measurement device or probe for the task.
Options for deleting all sample data, data for a specific Test ID, or a single sample.
How to enter or adjust K-factors to calibrate velocity and flow measurements.
Instructions on enabling or disabling back pressure compensation for accurate flow readings.
Step-by-step procedure for performing back pressure compensated flow measurements.
Procedures for performing user calibration of the micromanometer's sensors.
Option to switch between user-calibrated and factory-calibrated settings.
Instructions for connecting to a PC and downloading data using software.
Details on using the polling command for real-time data acquisition.
Procedures for taking flow measurements without back pressure compensation.
How to initiate and take individual flow measurements.
Steps for taking and holding running average flow measurements.
Detailed steps for performing accurate flow measurements with back pressure compensation.
Information on annual calibration services and shipping procedures.
Common symptoms, possible causes, and corrective actions for instrument issues.
Lists specific error codes, their causes, and recommended corrective actions.
Recommended practices for verifying flow measurements using alternate methods.
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