Page 1634 - MiSUMi 2025

Temperature Sensors, Standard Screw Mount, K-Thermocouple /

PT100 Type

QK-Thermocouple
F
Stainless steel 60
Sheath nickel plated spring
L 10 48 Red (+)
3
Heat
Screw Lead Wire Shrink Tube M4 Y-Shaped Crimp Terminal Blue (-)

Part Number Total Length F Wire Operating
Type (m) Screw Size L (mm) Sensor Type Temperature Range Temperature Range
1
C-MSNDML6 2 M6×1.0 65 K-Thermocouple 0~300°C 200°C
5
Ordering Part Number (Type) - Total Length F (m)
Example C-MSNDML6 - 2

Cartridge Heaters QPrecautions
E The sheath type can be bent (minimum bending radius: sheath diameter×5), but the part of the temperature detection range (20mm at
the front end) cannot be bent; the protection tube type cannot be bent for use, otherwise it will not measure the temperature correctly.
E To connect long thermocouple wires, be sure to use the compensating wire.
E Please strictly observe the heat resistance temperature of each part in product page. Please note that even the upper limit of the
P.24-006 E Do not apply large external force or vibration.
temperature measurement is very high, if the heat resistance temperature is exceeded, it may occur wire breakage or disconnection.
Temperature Sensors E Please pay attention to the heat resistance temperature of the sleeve part.
E Please keep the upper limit of the temperature below the temperature measurement range of the product. If the casing temperature
exceeds the heat resistance temperature, there is high possibility to cause wire breakage problem.
P.24-014 QUsage Method
Thermocouples should not be installed too close to the heater, the installation depth should be at least 8 to 10 times the diameter
Temperature Controllers overheating or cold air to enter the heating chamber. Therefore, this gap must be filled with insulating material such as insulating earth
of the sheath. The gap between the sheath and protection sheath and the mounting hole if not filled with insulation may cause
to stabilize the heat in the chamber. Air convection affects the accuracy of the heating process. The sleeve should not be installed too
close to the heating chamber to avoid exceeding 100°C. The installation of the thermocouple should be avoided as much as possible
from strong magnetic and electric fields. Therefore, the thermocouple and power cable should not be installed close to each other to
gas temperature inside the tube, the thermocouple needs to be installed in the opposite direction of circulation and in full contact with
P.24-022 avoid errors caused by signal interference. Do not install the thermocouple with the low-flow measuring medium. When measuring the
the gas.
Heat Insulating Plates QPT100 F

nickel plated spring
P.24-025 Protective Tube 48 Stainless steel 60 Red (-)
10
L
24 3 Red (-)
Heaters / Temperature Sensors / Heat Insulating Plates Part Number Total Length F Screw M6 L (mm) Sensor Type Temperature Range Temperature Range
Heat
Shrink Tube
Lead Wire
Blue (+)
M4 Y-Shaped Crimp Terminal
Wire Operating
Screw Size
(m)
Type
C-MSNDPML6
5 1 2 M6×1.0 65 PT100 0~200°C 200°C
Ordering Part Number (Type) - Total Length F (m)
Example C-MSNDPML6 - 2
QPrecautions
E Please keep the upper limit of the temperature below the temperature measurement range of the product. If the casing temperature
exceeds the heat resistance temperature, there is high possibility to cause wire breakage.
QUsage Method
Resistors should not be installed too close to the door or the heater, and the installation depth should be at least 8 to 10 times the diameter
of the sheath. The gap between the sheath and protection sheath and the temperature mounting hole if not filled with insulation may cause
overheating or cold air to enter the heating chamber. Therefore, this gap must be filled with insulating material such as insulating earth to
stabilize the heat in the chamber. Air convection affects the accuracy of the heating process. The sleeve should not be installed too close
to the heating chamber to avoid exceeding 100°C. The installation of the temperature measuring resistor should be avoided as much as
possible from strong magnetic and electric fields. Therefore, the temperature measuring resistor and power cable should not be installed
close to each other to avoid errors caused by signal interference. Do not install the temperature measuring resistor with the low-flow
measuring medium. When measuring the gas temperature inside the tube, the temperature measuring resistor needs to be installed in the
opposite direction of circulation and in full contact with the gas.
24-019 Temperature Sensors 24-020