Specifications

Thermocouple Temperature Transducers
Thermocouple temperature transducers use the electromotive force of the thermocouple to
measure the temperature and output DC current or DC voltage proportional to the
temperature of the part being monitored.
Applications
Temperature measurement of devices such as high-temperature furnaces
Transmission of temperature signals to temperature monitors or temperature
control equipment
T-51/T-101 Series
Transducers
135
T-101TC
T-101TCZ
Non-
insulated
Insulated
0.5
K
(Chromel/Alumel)
T
(Copper/Constantan)
J
(Iron/Constanan)
E
(Chromel/Constantan)
R, S
(rhodium/platinum)
-200~1200°C
-200~ 350°C
-200~ 800°C
-200~ 800°C
0~1600°C
100°C
120°C
100°C
100°C
500°C
0.6kg
0.7kg
1% P-P or less
1s or less
Upper limit
110VAC
%
50 and 60Hz
Consumption
VA: 3
+10
-15
1mA
5mA
4~20mA
0~100mV
1V
5V
10V
1~5V
: 0~5kΩ
: 0~1kΩ
: 0~600Ω
: 5kΩ~∞
: 5kΩ~∞
: 5kΩ~∞
: 10kΩ~∞
: 5kΩ~∞
Outer shape
Box
Accuracy
(grade)
Between input
and output
Model name
Input Output (DC)
Thermocouple
Measurable range
BurnoutVoltage or current and load
Auxiliary power
supply
Weight
Delivery period
classification
Minimum
span
Ripple/Response
speed
0~ 100
0~ 500
0~ 150
0~ 600
0~ 200
0~ 800
0~ 250
0~1000
0~ 300
0~1200
0~ 400
0~1000
0~1600
0~1200 0~1300 0~1400 0~1500
300~1300
1000~1400
400~1400
1100~1600
400~1600
1300~1600
800~1300 800~1600
-50~ 100
-200~ 200
-50~ 150
-200~ 400
-50~ 200 -100~ 50 -100~ 100
0~ 100
0~ 400
0~ 150
0~ 500
0~ 200
0~ 600
0~ 250
0~ 800
0~ 300
100~ 200 300~ 600 400~ 800 400~1000 600~ 800 600~1200
-50~ 100 -50~ 150
0~ 100 0~ 300 0~ 500 0~ 600
50~ 150 300~ 600
-10~ 90
-50~ 150 -100~ 300
0~ 120 0~ 150 0~ 200 0~ 300 0~ 400
Input sensor Measurement range (°C)
K
(CA)
T
(CC)
J
(IC)
R
•
S
E
(CRC)
Please specify the input temperature range so that it is within the measurable range of
the thermocouple and ensure that the span value is at least the minimum span value.
Example: In the case of an R thermocouple, 0~500°C or 100~600°C is specified as
the input temperature range.
The input signal source resistance (thermocouple sensor resistance value +
compensation wire round trip resistance value) must be 100Ω or less.
Influence of the signal source resistance: approx. 0.1mV/Ω or less with respect to the
thermal electromotive force.
The accuracy (grade) indicates the accuracy of the temperature transducer only and
does not include the error of the thermocouple sensor. Additionally, the customer is
required to provide the thermocouple sensor.
When thermocouple input stops, burnout output is performed on the positive side.
Standard
product
Immediate delivery
 Quasi-standard
product
Within 20 days
Special
product
21 to 60 days
Symbol
Reference delivery period
Delivery period classification
Auxiliary
power
supply
Input
24V±10%
100, 105, 110, 115, 120V
200, 210, 220, 230, 240V
As indicated in the table above.
0.1~20mA, 50mV~10V
T-101TC, T-101TCZ
DC
Output
AC
The voltage tolerance of an AC auxiliary power supply is %.
+10
-15
*1
*2
*3
*4
Manufacturable range
T-101TCZ
Examples of standard input specifications