HD32.1
- 23 -
V2.1
The first line of the display indicates the acronym
“CO2”,
indicating that the measurement of
carbon dioxide concentration
detected by the
CO
2
probe
with SICRAM module is visualized on
the display.
The measurement unit in
ppm
(parts per million) can’t vary.
When you start the instrument up, it realizes a warm-up (the heating) of at least 30 seconds of the
probe before visualizing CO
2
measurement. The writing “warm-up” stays on for other 30 seconds
together with the measurement to indicate that the indicated values could not already be within the
declared accuracy limits. When the writing “warm-up” switches off, the instrument is working.
The probe is calibrated by the company and usually doesn’t request any other intervention by the
user.
However, there is the possibility to calibrate again: see the chapter that deals with the Probe "
Probe
HD320B2 for the measurement of CO
2
carbon dioxide concentration
".
Pushing the
function key F3
when there is the writing
next
on the last line you go on visualizing
the measurements detected by
CO
2
probe complete with SICRAM module. The visualization is the
following one:
The first line of the display indicates the symbol
“CO”,
indicating that the measurement of
carbon
monoxide concentration
detected by the
CO probe
with SICRAM module is visualized on the
display.
The measurement unit in
ppm
(parts per million) can’t vary.
When you start the instrument up, it realizes a warm-up (the heating) of at least 30 seconds of the
probe before visualizing CO measurement. The writing “warm-up” stays on for other 30 seconds
together with the measurement to indicate that the indicated values could not already be within the
declared accuracy limits. When the writing “warm-up” switches off, the instrument is working.
The probe is calibrated by the company and usually doesn’t request any other intervention by the
user.
However, there is the possibility to calibrate again: see the chapter that deals with the Probe "
Probe
HD320A2 for the measurement of CO
carbon monoxide concentration
".
Pushing the
function key F3
at the end of the cycle, when on the last line of the display there is the
indication
next
, you go back to the visualization of the measurements detected by the Pt100 probe.
If one of the probe described is not connected to the instrument when switching on, the
corresponding visualization does not appear.
Summary of Contents for HD32.1
Page 6: ...HD32 1 6 V2 1 Thermal Microclimate HD32 1...
Page 78: ...HD32 1 78 V2 1 MIN 350 MAX 1020 120 AP471 S4...
Page 106: ...HD32 1 106 V2 1 Moderate Environment Norm ISO 7730...
Page 107: ...HD32 1 107 V2 1 Moderate Environment Norm ISO 7730...
Page 108: ...HD32 1 108 V2 1 Moderate Environment Norm ISO 7730...
Page 109: ...HD32 1 109 V2 1 Moderate Environment Norm ISO 7730...
Page 110: ...HD32 1 110 V2 1 Moderate Environment Norm ISO 7730...
Page 111: ...HD32 1 111 V2 1 Moderate Environment Norm ISO 7730...
Page 112: ...HD32 1 112 V2 1 12 2 WARM ENVIRONMENT Norm ISO 7243 Norm ISO 7243...
Page 113: ...HD32 1 113 V2 1 Warm Environment Norm ISO 7243...
Page 114: ...HD32 1 114 V2 1 Warm Environment Norm ISO 7243 Norm ISO 7243...
Page 115: ...HD32 1 115 V2 1 Warm Environment Norm ISO 7243...
Page 116: ...HD32 1 116 V2 1 Warm Environment Norm ISO 7243...
Page 117: ...HD32 1 117 V2 1 Warm Environment Norm ISO 7243...
Page 118: ...HD32 1 118 V2 1 12 3 DISCOMFORT ANALYSIS Norm ISO 7730 Norm ISO 7730...
Page 119: ...HD32 1 119 V2 1 Discomfort Analysis Norm ISO 7730...
Page 120: ...HD32 1 120 V2 1 Discomfort Analysis Norm ISO 7730...
Page 121: ...HD32 1 121 V2 1 Discomfort Analysis Norm ISO 7730...
Page 122: ...HD32 1 122 V2 1 Discomfort Analysis Norm ISO 7730...
Page 123: ...HD32 1 123 V2 1 Discomfort Analysis Norm ISO 7730...
Page 124: ...HD32 1 124 V2 1 Discomfort Analysis Norm ISO 7730...
Page 125: ...HD32 1 125 V2 1 12 4 HOT ENVIRONMENT Norm ISO 7933 Norm ISO 7933...
Page 126: ...HD32 1 126 V2 1 Hot Environment Norm ISO 7933...
Page 127: ...HD32 1 127 V2 1 Hot Environment Norm ISO 7933...
Page 128: ...HD32 1 128 V2 1 Hot Environment Norm ISO 7933...
Page 129: ...HD32 1 129 V2 1 Hot Environment Norm ISO 7933...
Page 130: ...HD32 1 130 V2 1 Hot Environment Norm ISO 7933...
Page 131: ...HD32 1 131 V2 1 Hot Environment Norm ISO 7933...
Page 132: ...HD32 1 132 V2 1 12 5 COLD ENVIRONMENT Norm ISO 11079 Norm ISO 11079...
Page 133: ...HD32 1 133 V2 1 Cold Environment Norm ISO 11079...
Page 134: ...HD32 1 134 V2 1 Cold Environment Norm ISO 11079...
Page 135: ...HD32 1 135 V2 1 Cold Environment Norm ISO 11079...
Page 136: ...HD32 1 136 V2 1 Cold Environment Norm ISO 11079...
Page 137: ...HD32 1 137 V2 1 Cold Environment Norm ISO 11079...
Page 138: ...HD32 1 138 V2 1 Cold Environment Norm ISO 11079...
Page 139: ...HD32 1 139 V2 1 Cold Environment Norm ISO 11079...
Page 140: ...HD32 1 140 V2 1 12 6 PHYSICAL QUANTITIES...
Page 153: ...HD32 1 153 V2 1 NOTES...
Page 154: ...HD32 1 154 V2 1 NOTES...
Page 155: ......