best offers Supco EM60 Dual-Channel Differential Digital Thermocouple Thermometer with Probes, -200 to 1300 Degrees C, -328 to 2372 Degrees F, Accuracy of + or - 0.1% of reading + 0.7 Degree C
Amazon: Customer Reviews: Supco EM60 Dual-Channel Differential 5 stars. "Works great, doesn't cost alot." This device works well and is very accurate. I bought it to monitor before and after coil temps on my heat pump. Two things
The Supco EM60 dual-input digital differential thermometer with probes is for use in applications requiring a broad range of temperature measurements including superheat measurements, food service applications, and heating, ventilation, and air-conditioning system maintenance. When using a K-type thermocouple, it measures temperature from -200 to 1300 degrees C (-328 to 2372 degrees F). When using a J-type thermocouple, it measures temperature from -200 to 1200 degrees C (-328 to 2192 degrees F). It has a best accuracy of + or - 0.1% of reading + 0.7 degree C (1.4 degrees F). The thermometer a
Supco EM60 Dual-Channel Differential Digital Thermocouple Thermometer with Probes, -200 to 1300 Degrees C, -328 to 2372 Degrees F, Accuracy of + or - 0.1% of reading + 0.7 Degree C
yutube/B00571LUGK/facebokgogle bloger/416ggeklVCL.jpgpicasaweb
==>> Check Today Price <<==speedtest
Supco EM60 Dual-Channel Differential Digital Thermocouple Features :
- Digital thermometer with probes for applications requiring a broad range of temperature measurements, including superheat measurements, food service applications, and heating, ventilation, and air-conditioning system maintenance
- Measures temperature from -200 to 1300 degrees C (-328 to 2372 degrees F), with a best accuracy of + or - 0.1% of reading + 0.7 degree C (1.4 degrees F)
- Accepts K-type thermocouple probes, for a broader temperature measurement range than a thermistor sensor, or J-type thermocouple probes, for higher accuracy than K-type sensor
- Dual-channel thermometer with two inputs for measuring the temperature of two samples at the same time
- Displays current temperature for either input channel, the highest or lowest temperature reading for a session, or the difference between the two channels
No comments:
Post a Comment