Specifications
Brand Name :
Hefei Jingpu Sensor Technology Co., Ltd
Model Number :
JP400
Certification :
CE,ROHS,ISO
Place of Origin :
Hefei, Anhui, China
MOQ :
1000
Price :
USD 0.1-5 /PCS
Payment Terms :
L/C, T/T, Western Union
Supply Ability :
200 Million per Year
Delivery Time :
2-6Weeks
Packaging Details :
Carton packing
Shipping :
Shipping, Air, or Express
Model :
MF5A-7
Resistance :
R25℃=2.252kΩ
Beta Value :
B25/50=3935K
Accuracy :
±0.1℃
Tube :
PVC OD(2.85-0.1) * (15±3)
Wire :
stranded wire 28AWG 1/0.3TS OD0.58
Size :
13Fr
Description

13Fr R25℃ 2.252KΩ Medical Temperature Probe

Product Description:

The 13Fr R25℃=2.252KΩ Medical Temperature Probe is a specialized medical device used to measure temperature in a clinical setting. Let's break down the specifications:

  • 13Fr: This refers to the size of the catheter, specifically its diameter. The "Fr" unit is commonly used in medicine to measure the outer diameter of catheters and other medical instruments. The exact numerical value of the diameter may vary depending on the specific manufacturer or model.

  • R25℃: This term indicates the reference resistance of the temperature probe at 25 degrees Celsius (°C). In this case, the reference resistance is 2.252 kilohms (KΩ). The reference resistance is the resistance value of the probe at a standardized temperature, which is often used as a baseline for calibration and measurement.

So, the temperature probe has a reference resistance of 2.252KΩ at 25°C, which provides a baseline for temperature measurement. By measuring the actual resistance of the probe, the temperature can be inferred using appropriate calibration curves or algorithms specific to the device.

Overall, the 13Fr R25℃=2.252KΩ Medical Temperature Probe is designed for accurate temperature monitoring in medical procedures, providing resistance-based temperature measurements calibrated to the reference resistance at 25°C.


Features:

R25℃=2.252

B25/50=3935K

Length: 400±15mm

Tube: PVC OD(2.85-0.1)*(15±3)

28AWG 1/0.3TS OD0.58 stranded wire 200℃


Application:

10Fr 2.252K Medical Temperature Probe is widely used to measure the cavity temperature of human body.


Structure and Dimensions:(Unit:mm)

High Precision 2.252KΩ 13Fr Human Body Cavity Temperature ProbeHigh Precision 2.252KΩ 13Fr Human Body Cavity Temperature ProbeHigh Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe

High Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe


Parameter Sheet:

Rec. at 25℃(kΩ) Beta value (In air)Pmax(mW) δ(mW/℃) thermal time constant τ(sec.) Operating Temperature Range TL-TH(℃) Total length
L(mm)
1 B25/85=3435 / / / / /
1.5 B25/50=3850
1.5 B25/50=3935
2 B25/85=3550
2 B25/85=3935
2.08 B25/85=3580
2.2 B25/50=3935
3 B25/50=3950
5 B25/50=3470
5 B25/50=3950
8 B25/100=3988
10 B25/85=3435
10 B25/50=3470
10 B25/50=3935
10 B25/50=3950
20 B25/50=3950
47 B25/50=3950
50 B25/50=3950
50 B25/50=4200
100 B25/50=4200
200 B25/50=4200
500 B25/50=4450
1000 B25/85=4600

Product Images:

High Precision 2.252KΩ 13Fr Human Body Cavity Temperature ProbeHigh Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe

High Precision 2.252KΩ 13Fr Human Body Cavity Temperature ProbeHigh Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe


Send your message to this supplier
Send Now

High Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe

Ask Latest Price
Watch Video
Brand Name :
Hefei Jingpu Sensor Technology Co., Ltd
Model Number :
JP400
Certification :
CE,ROHS,ISO
Place of Origin :
Hefei, Anhui, China
MOQ :
1000
Price :
USD 0.1-5 /PCS
Contact Supplier
video
High Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe
High Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe
High Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe
High Precision 2.252KΩ 13Fr Human Body Cavity Temperature Probe

Hefei Jingpu Sensor Technology Co., Ltd

Verified Supplier
3 Years
anhui, hefei
Since 2014
Business Type :
Manufacturer
Total Annual :
2000000-5000000
Employee Number :
100~200
Certification Level :
Verified Supplier
Contact Supplier
Submit Requirement