![Pfeiffer Vacuum TPR-270 Скачать руководство пользователя страница 15](http://html1.mh-extra.com/html/pfeiffer-vacuum/tpr-270/tpr-270_operating-instructions-manual_1534980015.webp)
Accessories
15
10
Accessories
11
Technical data and dimensions
11.1 General
Conversion table: pressure units
11.2 Technical data
Designation
TPR 270
Mating connector
B 4707 283 MA
Sensor cable, 3 m
PT 448 250 -T
Sensor cable, 6 m
PT 448 251 -T
Sensor cable, 10 m
PT 448 252 -T
mbar
bar
Pa
hPa
kPa
Torr
mm Hg
mbar
1
1 · 10
-3
100
1
0.1
0.75
bar
1 · 10
3
1
1 · 10
5
1000
100
750
Pa
0.01
1 · 10
-5
1
0.01
1 · 10
-3
7.5 · 10
-3
hPa
1
1 · 10
-3
100
1
0.1
0.75
kPa
10
0.01
1000
10
1
7.5
Torr
mm Hg
1.33
1.33 · 10
-3
133.32
1.33
0.133
1
1 Pa = 1 N/m
2
Parameter
TPR 270
TPR 270
Connections for transmitter
6-pole female cable con-
nector, screw-fastened
6-pole female cable con-
nector, screw-fastened
Flange (in)
DN 16 ISO-KF, Stainless
steel 1.4307
DN 16 CF-F, Stainless
steel 1.4307
Protection category
IP 40
IP 40
Output signal: Pressure range
1.5-8.5 V
1.5-8.5 V
Power consumption max.
At 24 V < 1 W
At 24 V < 1 W
Seal
Metal
Metal
Pressure max.
max. 4000 kPa
max. 4000 kPa
Feedthrough
Glass
Glass
Accuracy: % of measurement
< 2 • 10
-3
hPa: < factor 2,
1 • 10
-3
- 20 hPa: ± 10 %,
20 - 1000 hPa: ± 30 %
< 2 • 10 hPa: < factor 2,
1 • 10
-3
- 20 hPa: ± 10
%, 20 - 1000 hPa: ±
30 %
Weight
105 g
135 g
Materials in contact with media
Tungsten, stainless steel
1.4307, nickel
Tungsten, stainless
steel 1.4307, nickel
Measurement range max.
1000 hPa
1000 hPa
Measurement range min.
1 · 10
-4
hPa
1 · 10
-4
hPa
Sensor cable length
≤
150 (5 x 0.25 mm
2
);
≤
200 (5 x 0.34 mm
2
) m
≤
150 (5 x 0.25 mm
2
);
≤
200 (5 x 0.34 mm
2
) m
Method of measurement
Thermal conductivity,
pressure measurement in-
dependent (Pirani)
Thermal conductivity,
pressure measurement
independent (Pirani)
Temperature: Operating
+5-+60 °C
+5-+60 °C
Temperature: Storage
-40-+70 °C
-40-+70 °C
Supply: Voltage
15-30 V DC
15-30 V DC
Repeatability: % of measurement
1 · 10
-3
- 1 hPa ± 5 %
1 · 10
-3
- 1 hPa ± 5 %