2.252kohm or 10kohm Skin Temperature Sensor for Human Body Cavity Temperature Measurement
JP401 SERIES
2.252KΩ/10KΩ
25ºC~45ºC (±0.1ºC)
Brief Instruction:
Medical human body cavity temperature sensor ( esophageal/ rectal temperature probe) be used for human body cavity temperature measurement, Used for the patient monitors. The sensor is composed of epoxy bead and Mono audio plug 6.3mm. Meanwhile, we also accept the customized plug or connector. The rated resistance value is 2.252kΩ or 10kΩ. The measured temperature tolerance is within (25~45)ºC ±0.1ºC, which is compatible for the replacement YSI400 series sensor.
Features:
Epoxy encapsulation
Reusability
Temperature tolerance
(25~45)ºC±0.1ºC
Operating temperature range: 0ºC~50ºC
Application:
Suitable for medical monitoring equipment
Structure and Dimensions:(Unit: mm)
| NO. |
Name |
Material Specification |
QTY. |
Remarks |
| 1 |
Chip |
NTC |
1 |
/ |
| 2 |
Probe |
Epoxy Resin |
1 |
gray |
| 3 |
Wire |
24AWG/1C OD3.1 Shielded round sheath wire |
1 |
gray |
| 4 |
Plug |
6.3MP-φ6.3*31-50 |
1 |
gray |
Standard packing (inner packing): 1 pcs/polybag
Product: Images:
Operation Notice:
1. Application: Temperature measure ;
2. The current flowing through the NTC is controlled within the Pmax range to avoid the measurement error caused by the self-heating of the component.
3. Avoid excessive heat shock,The hot air blow should be at least 30mm to the probe in case heat shrink protection tube need to be attached.
4. Storage Temperature 0ºC~50ºC,30%~80%RH;Avoid in a corrosive gas and sunlit environment; After opening the package, it needs to be sealed again.
5. According to the structure of the Glass coating NTC thermistor, when the end-user is installed, to avoid the epoxy head being subjected to too much tensile force and bending force from the lead wire, The lead wire shall be controlled at a bending point or a force point on a lead wire 6mm or less below the sealing head. So as not to hurt the chip, resulting in resistance drifting and even open circuit, especially when the component is heated.
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