Printing A Protocol - SARAD RTM 1688-2 Manual

All sequential records with a time distance to the last record equal to the integration interval
are interpreted later as one measurement series. The measurement may be interrupted as
often as desired to finish the old and start a new measurement series. There is no limit for the
number of series. Single point measurements are also possible.

Printing a protocol

The RTM 1688-2 enables the direct printout of acquired data on the portable protocol printer.
Only the last acquired measurement series can be printed. Connect the printer to the RTM
1688-2 by the adapter cable (9-pin SUB-D male to 3-pin round connector) included in the
delivery. To switch on the printer press the right button at the panel. The LED is constant,
green. Note: after about 30 seconds, the printer switches in the sleep mode if no print job is
carried out. To start a protocol print, the instrument has to set in stand-by mode - stop the
measurement in case of a running sample. Start the printing out by pressing the "TOGGLE"
button for at least 5 Seconds (wait for four beeps). During printing out the display will show
the phrase "...print protocol". If a new series was started unintended, the measurement may
be stopped again before completing the first interval. The print data remain valid as long.
The protocol header contains the serial number of the instrument, the start and the end of a
measurement series, the Radon and Thoron average concentrations and the time period used
for averaging (between start and end of the test). The header is followed by the records of the
measurement series containing time stamp, Radon and Thoron concentration and
environmental sensor readings.
 SARAD GmbH 2023
_________________________
RTM1688 SN:XXXXX
Begin 06/12/23 12:34
End 06/12/24 17:34
Average
Radon
Thoron
_________________________
04/27/06
Radon 1234567Bq/m³±12%
Thoron 1234567Bq/m³±12%
25.5°C 56%rH
... more records
__________________________
Manual_RTM1688-2_EN_24-02-2023.docx
12.2Hrs
1234567Bq/m³
1234567Bq/m³
15:32
1002mbar
RTM 1688-2
11