Ion Science SF6 P1:p - Manual (Page 25)

SF6 P1:p MANUAL Ion Science Ltd
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Setting up the operating parameters
02 Total Hours .......................... : Total operating hours
03 Battery Hours ....................... : Operating hours running the instrument off the battery
04 Active Hours ........................ : Operating hours of active measurement operation
05 Cal. Factor THIS MODE ...... : Calibration factor in the active display mode
06 Software Version ................. : Software version of the instrument
07 Author .................................. : The project manager of the software department
08 Pneumatic System Type ...... : STANDARD or HIGHSENS instrument
09 Pneumatic Sys. Version ...... : Software version of the pneumatic system
10 REM ..................................... : Remarks for the base unit, normally blank
Technical data of the handset
[ TECH. DATA READOUT ] / [ HANDGUN ]
The following data on the handset can be read out:
01 Serial Number ...................... : Serial number of the handset
02 Hours ................................... : Number of operating hours
03 Rated Flow Value ................ : Calibration value for the taken in air flow
04 No-Flow Value ..................... : Reference value
05 Software Version ................. : Software version of the handset
Readout of all calibration factors
[ TECH. DATA READOUT ] / [ CAL. FACTORS ]
After operating this button, first the calibration factors for the “Leak rate” operating modes are displayed. The
button [ ppm >> ]
will display the calibration factors for the “Concentration” operating mode.
For each individual calibration factor, the following additional information is displayed:
- (calibrated on :) Date and time of the final calibration
- (in Mode :) The display mode used for this
- (using Reference :) The actual value of the calibration source used
- (with Sensor S/N :) The SmartSensor used.
I f at the additional information “(-UNKNOWN-)” is indicated, then the corresponding calibration factor will still
be at its factory default value. Based on this additional information it is possible at any time to determine
whether the final calibration, for example in the case of calibration intervals defined by the customer, is still
valid or if in the meantime the SmartSensor was replaced. A Cross Mode calibration (see 0, Coupling
calibration factors (“Cross Mode Calibration”)) can also be identified based on the type of display mode used.
Technical data of the SmartSensor
[ TECH. DATA READOUT ] / [ SMARTSENSOR ]
The following information on the SmartSensor is available:
01 Serial Number .......... : Serial number of the SmartSensor
02 Hours ....................... : Number of operating hours (is reset after maintenance by ISM).
03 First used ................. : Date of first start-up
04 Initial Vacuum .......... : Initial operating vacuum pressure
05 Last used ................. : Date of last usage
06 Final Vacuum ........... : Vacuum pressure during last usage
07 Writes ....................... : Write access counter for the memory of the SmartSensor
08 Noise ........................ : Share of noise in percent in the sensor signal, i.e. an indicator for the signal quality.
Should in the case of a good SmartSensor be under 0.20%. At the latest when the
value increases to over 1%, the SmartSensor must be considered as being worn
out.
09 REM ......................... : An optional remark on the SmartSensor, normally blank.