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.
What does Error Code 43 mean on a TSI Instruments Power Tool?
If your TSI Instruments Power Tool shows Error Code 43, it means the device couldn't send RS232 data because the receiving device was busy for more than 10 seconds. To resolve this: * Ensure that the printer or computer is ready to receive data. * Check the RS232 interface cable for any issues.
What to do if the TSI Instruments Power Tool has a flashing symbol on the display?
If you see a flashing symbol on the display of your TSI Instruments Power Tool, it typically indicates: * Low battery charge. You should replace or recharge the batteries. * Dirty battery contacts. Cleaning the battery contacts might resolve the issue.
General| Model | ProHood PH720 |
|---|---|
| Storage Temperature | -4 to 140°F (-20 to 60°C) |
| Type | Airflow Instruments |
| Measurement Range | 25 to 2500 CFM |
| Accuracy | ±3% of reading |
| Operating Temperature | 40 to 122°F (4 to 50°C) |
| Battery Life | 10 hours |
| Battery Type | Four AA-size batteries (alkaline or rechargeable) |
| Display | Digital LCD |
| Weight | 2.2 lb (1 kg) |
| Dimensions | 12.5 x 12.5 x 3.5 in (318 x 318 x 89 mm) |
| Probe Length | Not applicable |
| Probe Diameter | Not applicable |
| Airflow Range | 85 to 2, 550 m3/h (50 to 1, 500 cfm) |
Overview of the Alnor EBT720/EBT721 and AIRFLOW PH720/PH721 instruments and their features.
Descriptions of essential tools like Pitot tubes and static pressure probes for measurements.
Descriptions of accessories like capture hoods and probes for enhanced measurements.
Instructions for unpacking the instrument and checking components against the packing list.
Guidance on powering the micromanometer using AC adapter or batteries.
Procedure to connect the pitot tube to the micromanometer's pressure ports.
Procedure to connect the static pressure probe to the micromanometer.
Steps for securely mounting the micromanometer onto the capture hood base.
Procedure to connect the velocity matrix to the micromanometer's positive and negative ports.
Procedure to connect the air flow probe to the micromanometer.
Steps for connecting temperature or temperature/humidity probes to the micromanometer.
Explanation of the function and use of each key on the micromanometer keypad.
Definitions of key terms used in the manual, such as Sample, Logging Interval, and Test ID.
A practical guide to taking sample pressure readings with the instrument.
Guide to selecting the appropriate measurement device or tool for the task.
Set time, date, units, parameters, logging, display modes, and manage sample data.
Set RS232 output, baud rate, format, and download data to printers or computers.
Guide to user and factory calibration procedures for accurate measurements.
Identification and description of the components of the capture hood assembly.
Instructions for assembling and installing different sizes of capture hoods.
Detailed steps for assembling the direct inflow measurement hood for biological safety cabinets.
Methods for taking flow measurements without backpressure compensation.
Procedure for taking flow measurements with backpressure compensation enabled.
Explanation of error messages and how to handle them during measurements.
Guidelines for cleaning the fabric hood, micromanometer, manifold, and cases.
Information on recommended annual calibration and shipping procedures.
Lists symptoms, possible causes, and corrective actions for instrument malfunctions.
Explanation of error codes, their causes, and recommended actions.
Explanation of how capture hood placement affects air flow and measurement.
Recommended practices for validating capture hood measurements using velocity traverses.
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