01.04
01.04
01.01 modification is a sensitive element for all modifications of CTxx temperature sensors.
These sensors are designed for temperature measurement in liquid and gaseous non-corrosive media, and also corrosive media that do not damage protective cover material.
01.03 and 01.26 modification sensors are recommended to be used with UNKJ thermowells.
01.04 and 01.33 modification sensors are recommended for solid surface temperature measurement.
Cable end of temperature sensor can be bent to locate hot junction in required measurement area. Bend radius is not less than five times of cable diameter. Depending on modification the sensor can be equipped with movable, welded or spring-loaded fitting.
Sensors can be of explosion protection type 0ExiaIICT6 X or 1ExdIICT6 according to GOST 30852.10-2002. For further details see "Alternative designs & Ordering information" below.
Terminal heads can be equipped with transmitters with 4-20 mА DC output signal and/or digital signal via HART, PROFIBUS-PA, FOUNDATION Fieldbus protocol. It is recommended to use heads of 16, 23, 28 modifications for easy wire connection to transmitters. Terminal head can be equipped with standard or special-purpose cable gland. For further details see "Alternative designs & Ordering information" below.
Hot junction |
one |
Ungrounded or |
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two |
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Vibration resistance |
V3 group, for 01.02 modification -- F3 |
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Nominal (rated) pressure |
6.3 MPa |
01.03, 01.26 modifications |
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0.1 MPa |
01.04, 01.34 modifications |
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Seismic resistance MSK-64 |
grade 9 for unit installation up to 70 m above zero mark |
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Climatic category GOST 15150 |
UHL2Ambient temperature: |
-60..+120ºС for general purpose products |
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-60..+85 ºС for Ex version with analogous signal |
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-55..+85ºС for products with unified output signal |
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Calibration |
- MI 3090-2007 – for sensor fitting length 20 - 250 mm, without measuring transmitters; |
Group of operating conditions |
Probability of |
Specified lifetime |
Mean |
Guarantee |
I |
0.95 for 40 000 hours |
5 years |
10 years |
5 years |
II |
0.95 for 16 000 hours |
2 years |
4 years |
2 years |
III |
0.95 for 8 000 hours |
1 year |
2 years |
1 year |
IV |
Not rated |
Not rated |
Not rated |
Not rated |
Measurement accuracy of sensors with 4-20 mА DC signal and/or digital signal via HART protocol are given taking into account accuracies of thermocouple itself, transmitter and transmitter's cold junction compensation.
Output signal |
Symbol |
Measurement accuracy |
Output |
Symbol |
Measurement accuracy |
4-20mА |
c0Т40 |
±0,4% ∙tn* or ±1,5°С |
4-20mА+HART |
c1N25 |
±0,25%∙ tn or ±0,9°С; |
c1Т50 |
±0,5%∙ tn or ±2,0°С |
c0N40 |
±0,4%∙ tn or ±1,2°С; |
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c2Т80 |
±0,8%∙ tn or ±2,5°С; |
c1N50 |
±0,5%∙ tn or ±1,7°С; |
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|
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c2N80 |
±0,8%∙ tn or ±2,5°С; |
* - tn sensor adjustment range should be multiplied by specified value in %. Select higher value.
CT type |
Application |
Group of operating conditions |
Calibration |
Cable selection |
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Sheath |
Sheath material |
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CTK |
– 40 .. + 600 |
I |
5 years |
3; 4.5; 6 |
S321; S316; T310; Т446; T600 |
– 200 ..+ 800 |
II |
2 years |
3; 4.5; 6 |
S321 |
|
– 200..+ 900 |
3; 4.5; 6 |
S316; T310; T600 |
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– 200..+ 1000 |
III |
1 year |
3 |
T310; Т446; T600 |
|
– 200..+ 1100 |
4.5; 6; |
T310; Т446; T600 |
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– 40..+ 1300 |
IV |
Not rated |
4.5; 6; |
T600 |
|
CTN |
– 40 ..+ 800 |
I |
5 years |
3; 4.5; |
Т310; Т600; Т740 |
– 200 ..+ 1000 |
II |
2 years |
3 |
T310; T600 |
|
– 200 ..+ 1100 |
4.5 |
T310; T600 |
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3; 4.5; |
Т740 |
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– 200 ..+ 1100 |
III |
1 year |
3 |
Т740, Т600 |
|
– 200 ..+ 1200 |
4.5 |
Т740 |
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– 40 ..+ 1300 |
IV |
Not rated |
4.5 |
Т740 |
|
CTL |
– 40 ..+ 600 |
I |
5 years |
3; 4; 4.6; 5; 6 |
S10 |
– 100 . + 800 |
II |
2 years |
3; 4; 4.6; 5; 6 |
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CTJ |
– 40 ..+ 760 |
II |
2 years |
3; 4.5; |
S321, S316 |
CTM |
– 40 ..+ 200 |
II |
2 years |
3; 4.5; |
S10; S321 |
– 200 ..+ 370 |
III |
1 year |
Response time τ 0,63:
Hot junction |
Sensor response time depending on diameter, s |
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d = 3,0 |
d = 4,0 |
d = 4,5; 4,6 |
d = 5,0 |
d = 6,0 |
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Insulated from sheath |
1.0 |
1.5 |
2.0 |
3.0 |
4.0 |
Uninsulated from sheath |
0.5 |
1.0 |
1.0 |
1.5 |
2.0 |
CTK |
|
Exi |
01.03 |
— |
А |
21 |
— |
c1 |
H50 |
— |
U |
|
— |
Т310 |
|
— |
3 |
— |
L |
/ |
l |
|
|
1 |
|
2 |
3 |
|
4 |
5 |
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6 |
7 |
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8 |
9 |
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10 |
11 |
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12 |
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13 |
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14 |
|
15 |
NN |
Parameter name |
Code |
Description |
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1 |
Sensor type |
CTK, CTL, CTN, CTJ, CTM |
Mineral insulated cable thermocouple with type according to IEC 60584 and ASTM E230 |
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2 |
Explosion protection |
Not filled |
general purpose electrical equipment |
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Exi |
0ExiaIICT6 X, intrinsically safe circuit |
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Exd |
1ExdIICT6, explosion-proof enclosure |
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3 |
Modification |
01.03 |
with movable fitting and stop ring |
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01.04 |
with spring-loaded fitting |
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01.26 |
with welded fitting |
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01.33 |
for equipment welding |
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4 |
Cable gland |
0 |
standard cable gland |
Not permitted for 1ExdIICT6 |
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А |
for unarmoured cable in metal hose RZCH-15 |
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В |
for unarmoured cable in metal hose MRPI-15 |
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C |
for unarmoured cable in metal hose DN18 |
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D |
for unarmoured cable in metal hose DN20 |
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E |
for unarmoured cable in metal hose DN12 |
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F |
for pipe assembly, М20х1,5 internal thread |
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G |
for pipe assembly, output external thread G1/2 |
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H |
for unarmoured cable, 6.5 - 14 mm diameter |
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I |
for unarmoured cable, 3.2 - 8.7 mm diameter |
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J |
for cable with internal/external sheath diameter: 6,1-11,7/9,5-15,9, single-line wire armoured cable |
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К |
for cable with internal/external sheath diameter: 3,1-8.7/6,1-11,5, all armour types |
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L |
for cable with internal/external sheath diameter: 6,5-14/12,5-20,9, all armour types |
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5 |
Sensor terminal |
10; 13 |
plastic head |
IP55 |
general purpose |
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15; 16; 17; 18; 19 |
aluminium head |
IP66/IP68 |
1ExdIICT6 / 0ExiaIICT6 X |
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20; 22 |
aluminium head |
IP65 |
general purpose |
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14, 21; 23; 24; 25; 26; 28; 29 |
aluminium head |
IP66 |
0ExiaIICT6Х or general purpose |
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27 |
stainless steel |
IP66 |
0ExiaIICT6Х or general purpose |
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6 |
Sensor class designation |
c0; c1; c2 |
For further details see table 5 page 2-9 |
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7 |
Output signal, transmitter accuracy symbol, see table 5, page 2-10 |
Not filled |
analogous signal (mV) according to NSC |
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Т40 |
For terminal heads >14 |
4-20 mА |
for c0 |
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Т50; Т70 |
for c1 |
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Т80; Т100 |
for c2 |
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N25 |
4-20 mА +HART |
Individual sensor calibration (c1) |
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H40 |
for c0 |
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H50 |
for c1 |
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H80 |
for c2 |
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8 |
Thermocouple hot junction design |
G |
grounded junction, |
general purpose |
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U |
ungrounded junction, |
1ExdIICT6 / 0ExiaIICT6 X / general purpose |
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9 |
Number of wire couple |
Not filled |
1 wire couple |
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2 |
2 wire couples (2 junctions) |
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10 |
Cable outer sheath material |
S10 |
Steel 12Cr18Ni10Т (only for CTL) |
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S321 |
AISI 321 |
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S316 |
AISI 316 |
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Т310 |
AISI 310 |
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Т446 |
AISI 446 |
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Т600 |
INCONEL 600 |
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Т740 |
ALLOY 740 |
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11 |
Cable sheath thickness |
Not filled |
standard sheath thickness (see table 1 introduction) |
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D |
double sheath thickness (see table 1 introduction) |
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12 |
Outer diameter |
3; 4; 4.5; 4.6; 5; 6 |
size (mm) on Customer's choice |
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13 |
Probe length |
10÷100 000 |
probe length L to the working end, mm |
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14 |
Extension neck length l |
Not filled |
if equal to 120 mm or there are no mounting elements |
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30÷500 |
specify dimension in mm, oif 120 mm doesn't fit |
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15 |
Additional data/Fitting standard size |
Not filled |
if fitting M20x1.5 or no fitting is used |
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Specify thread size |
in other cases |
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30х10х6 |
Welded element size doe 01.34 |
CTJ 01.04-020 – c1N50 - U – С321 - 3 - 120 |
Product type |
CT |
cable thermocouple |
Type of TC |
J |
iron-constantan |
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Explosion protection |
― |
general purpose |
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Modification |
01.04 |
spring-loaded |
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Cable gland |
0 |
standard |
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Wring (terminal head code) |
20 |
IP65 |
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Tolerance class |
c1 |
first class |
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Output signal (accuracy class) |
N50 |
4-20 mА, HART |
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Junction type, number of pairs |
U |
one, ungrounded |
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Cable sheath material |
S321 |
Steel AISI 321 |
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Cable diameter |
3 |
mm |
|
Probe length |
120 |
mm |
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Extension neck length |
― |
120 mm |
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* Seat depth L+35=120+35=155 mm (Spring stroke 35 mm) |