Medical Skin Temperature Probe with disk 9.5mm, Medical temperature sensor of body surface
Brief Introduction
Medical Skin Temperature Probe with disk 9.5mm is one type of NTC themermister. Medical temperature sensor of body surface is composed of NTC element, high stability medical temperature probe and wire cable. It widely apply for human body surface temperature measurement. And this ntc temperature sensor is manufactured from Hefei Jingpu Sensor Technology Co.,Ltd.
Specification:
Skin temperature sensor (also known as body temperature probe) according to the use of sub-main surface temperature probe, body temperature probe and disposable body temperature line. The body temperature probe is mainly used to measure the surrounding skin temperature, body temperature probe for nasopharyngeal temperature, esophageal temperature, rectal temperature, tympanic membrane temperature, bladder temperature measurements. In addition, in the case of heating or dialysis of blood, the temperature of the blood can also be monitored by a medical temperature sensor suitable for encapsulation.
Body temperature is one of the main vital signs of the human body. Human body temperature to be maintained at 37 ºC basically stable, in order to ensure the normal operation of metabolism and other functions, which is the common characteristics of all mammals.
With the development of monitoring technology and the development of body temperature research, people in clinical anesthesia work more and more attention to the body temperature index.
Product construction
| Product name |
Medical skin temperature probe |
| Ended connector |
6.3mm mono plug |
| Probes (metal disk) |
Dial adult: 12mm; Children: 9.5 mm |
| Feature |
Accurate temperature measurement |
| Length |
500mm~ 4500mm |
| Resistance value |
2.252kΩ/10kΩ |
Compatible for all YSl 400 series monitor devices. For example GE, HP, Nihon Kohden, Philips, Siemens, Mindray, Edan, Biolight etc. Standard resistance 10kΩ and 2.252kΩ,standard precision (25~45) ºC ± 0.1ºC(Other resistance or precision requirement can be customized.)
JP400 series reusable temperature probes are fully compatible with YSI 400 series electronic medical thermometers and temperature modules.
JP400 series reusable temperature probes are available for skin (surface) and central (rectal) applications.
Product Images
JP400 medical skin temperature probe be suitable for use with adult and pediatric patients.
High Accuracy - JP400 series temperature probes are accurate to ±0.1ºC between 32ºC and 42ºC. Accuracies are ±0.2ºC between 0ºC and 70ºC.
Interchangeability - JP400 series temperature probes are interchangeable with every other probe of the same series.
Traceability - JP400 Series reusable temperature probes have part, lot and serial numbers to ensure equipment compatibility and product traceability.
High Durability - Molded construction and strain relieves of JP400 series reusable temperature probes provides long product life.
JP cuffs hoses meet the requirements of MDD 93/42/EEC&MDD 2007/47/EC and CE marked.
Product Package
FAQ:
1) How can I learn more about NTC thermistor accuracy including: Accuracy, Interchangeability, Beta Tolerance, Tolerance Comparison, Stability, Drift, and Moisture induced Failure?
When designing the best temperature probe for a specific application, the process is a series of choices to meet your application requirements while juggling key parameters. Selecting for the best temperature sensor is a critical part of the process.
2) When designing an NTC thermistor, what are some of the testing considerations?
Thermistors are heat sensitive devices that are affected by all sources of heat energy. They are effected by ambient temperature, self-heat, conducted heat, thermal and solar radiation, etc. A proper test set up revolves around getting sufficient control of these effects, and quantifying or minimizing their influence.
3) How are temperature sensors used in flow measurement applications?
NTC thermistors are most often used in temperature measurements or control applications where the power is kept to a minimum to prevent self-heating error. However, a thermistor that is purposely self-heated significantly above temperature can be used as a flow detector.
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