Baumer CombiTemp TCR6 Instructions page 2

English
Sensor tube and
process connection
Material
Sensor tube diameter
R½ (½" BSPT)
G½A, G¾A
M18 × 1,5
M20 × 1,5
½" NPT
Connection A A/F
Without 18.5 Ø18
G½, R½ 20.5 22.0
M18, M20 20.5 22.0
½" NPT 20,5 22.0
G½ nipple 40,0 27.0
G¾ nipple 44,5 32.0
G1 nipple 47,5 36.0
G½ union 51.0 27.0
G¾ union 51.0 32.0
Response time (time constant)
Sensor Sensor Insert
diameter tip
Ø6 mm Fast
Standard
8 mm Fast
Standard
Standard Yes
10 mm Fast
Standard
Standard Yes
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Stainless steel, AISI 316L
Ø6, Ø8 or Ø10 mm
G½A G½
G¾A G¾
G1
L
25...3.000
25...3.000
Connection
25...3.000
G½
25...3.000
R½
25...3.000
M18, M20
25...3.000
½" NPT
25...3.000
G½, G¾,
25...3.000
G1 nipple
G½, G¾ union
25...3.000

0,5
Liquid Air
0,4 m/sec 3 m/sec 0 m/sec
<1,5 sec <21,4 sec <135,6 sec
<6,1 sec <27,2 sec <137,8 sec
<1,5 sec <33,6 sec <181,0 sec
<7,6 sec <47,7 sec <200,9 sec
<13,6 sec <51,1 sec <253,1 sec
<1,5 sec <46,8 sec <238,9 sec
<11,1 sec <57,8 sec <270,6 sec
<28,1 sec <67,0 sec <271,1 sec
Operating instructions: 11119033 02
CombiTemp™ TCR6
Operating instructions
Sensor element specifications (DIN/EN/IEC 60751)
Sensor element
Accuracy (sensor element)
Single element
Double element
Connection
Sensor element
Accuracy (sensor element)
Connection
DIN form B
head
71
Norm
DIN 3852 form A
ISO 7/1
ISO 261
ANSI/ASME
ISO 228/1
ISO 228/1
°C
Air
100
1
80 2
3
60
40
1: Sensor without thermowell (Embedded sensor)
20
2: Sensor with thermowell, with thermal compound
3: Sensor with thermowell, without thermal compound
0 1 2 3
Note: When a thermowell is used, the time delay increases.
The delay is the time duration for the sensor to reflect the correct
temperature after a temperature change in the media.
Pt100
Class B ±(0,3 + 0,005×t)°C
- 1/3 B ±1/3 × (0,3 + 0,005×t)°C
- 1/6 B ±1/6 × (0,3 + 0,005×t)°C
Class A ±(0,15 + 0,002×t)°C
1 × Pt100
2 × Pt100
2-wire or 4-wire
Pt1000
Class B ±1/3 × (0,3 + 0,005×t)°C
2-wire
76
Sensor tip
Standard Fast response
4 5 6 7 8 9 10 Minutes
M20
Ø4 × 20 mm
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