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TSI Instruments 5200 Series User Manual

TSI Instruments 5200 Series
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Command Set 21
(0 to 65535) that has been multiplied by 100 (Series 4000) or by
1,000 (Series 4100). Therefore, you must divide the integer that is
returned by 100 or 1000 to get the correct result. The termination
sequence for binary is 0xff 0xff.
If no begin-trigger is set, the data acquisition begins immediately
upon processing of the command. If a begin-trigger is set (set with
SBTxnnn.nn), the data acquisition begins as soon as the begin-
trigger condition is detected. If no end-trigger is set, then nnnn
samples will be used in the integral. If an end-trigger is set (set with
SETxnnn.nn), the acquisition will stop either when the end-trigger
condition is detected or when nnnn samples has been acquired;
whichever comes first. After the command is finished, a termination
sequence is sent to signal the end of the transfer.
Example 2) VA1000
Request volume measurement with at most 1000 samples, data
returned in ASCII.
Returns volume data as follows: OK <CR><LF> 130.651 <CR><LF>
Example 3) VB1000
Request volume measurement with at most 1000 samples, data
returned in binary.
Returns data as follows: 0x00 0x33 0x09 0xff 0xff
After conversion, the data would look like: 130.65

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TSI Instruments 5200 Series Specifications

General IconGeneral
Measurement TypeAir Velocity, Air Temperature
Air Velocity Range0 to 30 m/s
AccuracyAir Velocity: ±3% of reading or ±0.015 m/s (±3 ft/min), whichever is greater; Air Temperature: ±0.5 °C (±1 °F)
Resolution0.1 °C for air temperature
Data LoggingYes
DisplayLCD with backlight

Summary

Chapter 1: Flow Meter Identification

Meter Front

Identifies components on the front view of the flow meter.

Meter Back

Identifies components on the back view of the flow meter.

Chapter 2: Connecting Computer to Flow Meter

Direct USB NDIS Interface

Details the process of connecting using a direct USB link with an NDIS driver.

RS232 Communication Utilizing a USB A to RS232 Adapter

Explains how to establish communication via RS232 using a USB to RS232 adapter.

Chapter 3: ASCII Protocol

Command Format

Defines the structure and case-sensitivity rules for ASCII serial interface commands.

Chapter 4: Command Set

Commands for Flow Rate, Temperature, Pressure, and Volume

Lists commands for retrieving flow, temperature, and pressure data.

Measurement Setup Commands

Details commands for configuring measurement triggers and sample rates.

Miscellaneous Commands

Covers commands for serial number, default settings, and aliases.

Display Commands

Explains commands used to control the LCD display update rate.

Chapter 5: Troubleshooting

Frequently Asked Questions

Technical Contacts

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