Baumer CombiTemp - Manual (Page 3)

Page 3 Design and specifi cations subject to change without notice
Installation Manual 5850-008 www.baumerprocess.com
[mm]
71
76
7.5
12.5
85
11
Male Nipple G1/2A Male Nipple G1/2A Male Nipple G1/2A
mounted on DIN B housing mounted on ø80 mm housing
Sensor type Liquids Air
Dimension Response Insert 0.4 m/sec. 3 m/sec. 0 m/sec.
ø6 mm tube fast < 1.5 sec. < 21.4 sec. < 135.6 sec.
ø8 mm tube fast < 1.5 sec. < 33.6 sec. < 181.0 sec.
ø10 mm tube fast < 1.5 sec. < 46.8 sec. < 238.9 sec.
ø12 mm tube fast < 1.5 sec. < 59.9 sec. < 311.4 sec.
ø6 mm tube normal < 6.1 sec. < 27.2 sec. < 137.8 sec.
ø8 mm tube normal < 7.6 sec. < 47.7 sec. < 200.9 sec.
ø10 mm tube normal < 11.1 sec. < 57.8 sec. < 270.6 sec.
ø12 mm tube normal < 16.2 sec. < 70.8 sec. < 319.8 sec.
ø8 mm tube normal 5.6 mm < 13.6 sec. < 51.1 sec. < 253.1 sec.
ø10 mm tube normal 5.6 mm < 28.1 sec. < 67.0 sec. < 271.1 sec.
ø12 mm tube normal 5.6 mm < 31.3 sec. < 82.3 sec. < 289.3 sec.
Surface sensor, fl ush mounted < 1.0 sec.
Time Constant
τ
0.5
Dimensional Drawings - Mounting Details
Sensor inserts
DIN housing with G1/2A male nipple connection
and sensor insert
Note {8}
Housing shaft
DIN housing: 11.5 mm
ø80 housing: 6.5 mm
Calculation of insert length:
When ordering an insert the length must be calculated from the
formula:
Insert length = Sensor length + total body length + housing shaft
(Total body length can be calculated from the dimensional drawings on
pages 6 and 7)
Example.
Insert for a G1/2A male nipple sensor in a DIN housing, 100 mm
sensor tube, normal response sensor tip:
Housing shaft = 11.5 mm
Total body length = 27.5 + 12.5 = 40 mm (see page 6)
Sensor length = 100 mm
This insert must be ordered with a 151.5 mm sensor tube.
Housing shaft {8}
Total body length
Sensor length (L)