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INSULATED THERMOCOUPLE WIRE

INSULATED THERMOCOUPLE WIRE

FEATURE

  1. These are the thermocouple wires insulated with some kinds of insulation materials such as vinyl, fluorine resin(the same as teflon), glass wool, polyester, and so on. We have a variety of insulated thermocouples in our stock.
  2. The unit is 100 m.
  3. In JIS standard, + pole is insulated with red and - pole is insulated with white.
  4. Outer insulation's colors are the same as the colors of compensation wires in JIS.
  5. In case of ASTM standard, the colors indicating types of thermocouples is used for + pole insulations, and red color is used for - pole insulations.
  6. Please refer to Standards' colors guide
  7. Types of Measuring Junctions

Types of Measuring Junctions

Exposed Type (Code: W) Mold Type (Code: M) Sheet Couple Type (Code: S)
This is the most popular type of Insulated Thermocouples.

This model is appled for chemical-solution and errosion environment. (Only for fluorine resin insulation. Applicable Temp. -200 to +200℃)

This type has excellent performance for measuring surface temperature on pipes and temperature in narrow space. (Only for fluorine resin insulation. Applicable Temp. up to +150℃)

JIS Standard Insulated Thermocouple

SPECIFICATION
Type of insulation Applicable Temp. Type of
T/C
Color of Insulation Code Wire O/D
(mm)
(Insulation O/D)
(mm)
Vinyl -20∼ +90℃ K Blue TC-K-G 0.1 (1×1.5)
0.2 (1.2×1.8)
0.32 (2×3)
0.65 (3×4.2)
J Yellow TC-J-G
E Purple TC-E-G
T Brown TC-T-G
Glass Wool +20∼ +200℃ K Blue TC-K-H 0.1 (1.2×1.8)
0.2 (1.2×1.8)
0.32 (1.2×1.8)
0.65 (1.5×2.3)
J Yellow TC-J-H
E Purple TC-E-H
T Brown TC-T-H
Fluorine resin -200∼ +200℃ K Blue TC-K-F 0.1 (0.7×1.2)
0.2 (1.0×1.5)
0.32 (1.2×1.8)
0.65 (1.2×2.5)
J Yellow TC-J-F
E Purple TC-E-F
T Brown TC-T-F
Glass Wool Outer shield +20∼ +200℃ K TC-K-HSOS 7/0.322.9×4.6
J TC-J-HSOS
Polyester -20∼ +120℃ K TC-K-P 0.1 (0.11)
0.2 (0.21)
0.32 (0.33)
T TC-T-P

ASTM Standard Insulated Thermocouple

SPECIFICATION
Type of
insulation
Normal Applicable Temp.(℃) Type of
T/C
Color of Insulation Code Wire O/D
(mm)
(Insulation O/D)
(mm)
Wire Insulation
Glass Wool 500 480 K Brown/ Yellow TC-K-HA 0.32 (1.0×1.8)
0.5 (1.2×2.0)
0.8 (1.3×2.2)
600
700
High Temp Glass Wool 600 700 K Brown TC-K-HH 0.5 (1.8×3.1)
Silica Fiber 900 870 N White TC-N-SF 0.8 (2.5×3.9)
700 K TC-K-SF
Ceramic Fiber 900 1200 N White TC-N-CF 0.8 (2.5×3.9)
700 K TC-K-CF
Kapton 600 300 K Brown TC-K-KP 0.5 (1.1)
Cotton 300 90 J Black TC-J-CO 0.25 (1.8)

Note: In ASTM standard, the inner insulations’ colors are opposite to JIS standard; red is for – pole.

UL Certified Insulated Thermocouple (UL FILE No116321)

The insulated thermocouples are passed UL tests and certified by the standard. The insulation colors are the ASTM standard colors.

SPECIFICATION: Type of insulation: Teflon temperature resistibility: 204℃

Code

Insulation Color (Outer/ Inner)

Wire Diameter

Insulation O/D

Resistance Value? (?/m)

J20-1-507-UL

Black/

0.8

3.7×5.2

1.2

+pole:Black

– pole: Red

K20-1-507-UL

Yellow/

0.8

3.7×5.2

1.9

+ pole: Yellow

– pole: Red

T20-1-507-UL

Brow/

0.8

3.7×5.2

1.0

+ pole: Brown

– pole: Red

E20-1-507-UL

Purple/

0.8

3.7×5.2

2.4

+ pole: Purple

– pole: Red

TECHNICAL DATA

RESPONSE TIME

FEP MOLD TYPE AND EXPOSED TYPES INSULATED THERMOCOUPLE

Response time to 63.2% (time constant) and 90% of temperature shift in stir water and still air when temperature shift from T1 to T2 is 100% is as follow.

FEP MOLD TYPE

EXPOSED TYPE

OD(o) STIR WATER
FEP MOLD 63.2% EXPOSED 63.2% FEP MOLD 90% EXPOSED 90%
0.05 0.5 <0.01 1.3 0.01
0.32 2.9 0.15 6.6 0.35
0.64 4.9 0.27 11 0.63

OD(o)

STILL AIR

FEP MOLD 63.2%

EXPOSED 63.2%

FEP MOLD 90%

EXPOSED 90%

0.05

5.6

0.5

13

1.2

0.32

62

6.1

74

14.1

0.64

47

11.6

109

26.7

TEST CONDITION

TYPE OF ELEMENT K FEP MOLD TYPE INSULATED THERMOCOUPLE
K EXPOSED TYPE INSULATED THERMOCOUPLE
TEST TEMP.
T1:LOW TEMP.->T2:HIGH TEMP.
  ROOM TEMP.->BOILED WATER
ROOM TEMP.->100℃ STILL AIR
T2:HIGH TEMP.->T1:LOW TEMP.
  ROOM TEMP.->O℃
100℃ STILL AIR->ROOM TEMP.
TEST METHOD The product’s measuring point is set in room temperature. Then, the response time is measured at time constant and 90% of response time after it is put in stir water and still air that have enough temperature difference with room temperature, instantly.
Response time is an average of T1->T2 and T2->T1.
STANDARD JIS C1602 THERMOCOUPLE
Notification
This data is measured in a specified environment. By the actual measuring environment, and condition, the result will be different.

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