
Measuring cell 10 mbar 30 mbar 100 mbar 500 mbar
Influence of the sys-
tem pressure to the
zero point
±0.28 % of URL/
7 bar
±0.70 % of URL/
70 bar
±0.42 % of URL/
70 bar
±0.14 % of URL/
70 bar
Influence of the sys-
tem pressure to the
span
±0.28 % of URL/
7 bar
±0.70 % of URL/
70 bar
±0.42 % of URL/
70 bar
±0.14 % of URL/
70 bar
Measuring cell 3 bar 16 bar 40 bar
Influence of the system
pressure to the zero point
±0.14 % of URL/7 bar ±0.14 % of URL/70 bar ±0.14 % of URL/70 bar
Influence of the system
pressure to the span
±0.14 % of URL/7 bar ±0.14 % of URL/70 bar ±0.14 % of URL/70 bar
Total accuracy
Total Performance - Basic version
The speci fication "Total Performance" comprises non-linearity incl. hysteresis and non-
repeatability, thermal change of the zero point and static pressure influence (p
st
= 70 bar).
Total Performance
- 316L, Alloy, gold-rhodium diaphragm ±0.15 % of the set span
12)13)
- Tantalum diaphragm ±0.30 % of the set span
14)15)
Total Error - basic version
The speci fication "Total Error" comprises the longterm stability and the total performance.
Diaphragm material Measuring range Total Error
316L-, Alloy-, Gold-Rhodium < 500 mbar 0.33 % of the measuring range end
value/year
from 500 mbar 0,20 % of the measuring range final
value
Tantalum < 500 mbar 0.48 % of the measuring range end
value/year
from 500 mbar 0.35 % of the measuring range end
value/year
12)
For measuring ranges ≥ 500 mbar up to TD 2 : 1
13)
All specifications apply to the temperature range +10 … +60 °C
(+50 … +140 °F).
14)
For measuring ranges ≥ 500 mbar up to TD 2 : 1
15)
All specifications apply to the temperature range +10 … +60 °C
(+50 … +140 °F).
78 Differential pressure transmitter DPT10 - metal measuring diaphragm • Profibus PA
11 Supplement
37245-EN-100120
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