Burster 1427, Руководство по эксплуатации

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Page 16
5.2.1 Function

Push the MENU key at standard mode.

Call up the “Function” parameter with cursor key ▲ or ▼ .

Set the decade to the desired mode.
To do this, use the cursor keys
◄ and ►.
The available modes are shown at the following.
The Menu Items are displayed at the lower row. After selecting an item and pressing the button ENT, the
identifier of the new selected temperature/resistance function is shown at the upper row. The selected
function is valid even if the instrument is switched off and on again (except of Short and Open functions).
R
Resistance mode. The total range of resistance is 1.00 000 Ω t o 1 200 000 Ω.
Pt(68)
Simulation of Pt temperature sensors according to standard IEC751 (temperature scale IPTS68,
coefficient 1.3850). The range of setting is –200
°
C to 850
°
C (-328
°
F to 1562
°
F).
The parameter R0 (resistance at 0
°
C) is variable in the range 10 Ω to 20 000 Ω.
Pt(90)
Simulation of Pt temperature sensors according to standard DIN EN 60751 (temperature scale ITS90,
coefficient 1.3851). The range of setting is –200
°
C to 850
°
C (-328
°
F to 1562
°
F).
The parameter R0 (resistance at 0
°
C) is variable in the range 10 Ω to 20 000 Ω.
Pt(US)
Simulation of Pt temperature sensors according to standard US/JIS (temperature scale ITS90,
coefficient 1.3916). The range of setting is –200
°
C to 850
°
C (-328
°
F to 1562
°
F).
The parameter R0 (resistance at 0 ° C) is variable in the range 10 Ω to 20 000 Ω.
Ni
Simulation of Ni temperature sensors according to standard DIN43760 (coefficient 6180). The Range of
setting is –60
°
C to 300
°
C (-76
°
F to 572
°
F).
The parameter R0 (resistance at 0 ° C) is variable in the range 10 Ω to 20 000 Ω.