1.measure DC V, DC mV, resistance ,TC and RTD 2.Outputs resistance, simulation of TC and RTD 3.Automatic and manual cold end Basic Introduction Function
1) It allows you to measure DC V, DC mV, resistance ,TC and RTD.
2) Outputs resistance, simulation of TC and RTD.
3) Automatic and manual cold end temperature compensation for TC.
4) Manual stepping, automatic stepping, 0~100% phase step and ramp output.
5)Super-strong protection:The waterproof grade is IP67. Automatic protection against
the signal terminals connect to the 220V.
Summary of Source and Measure FunctionsFunction | Measure | Source |
DC V | 0~30V | Not available |
DC mV | 0~120mV | 0mV~100mV |
Resistance | 0~3200Ω | 0~3200Ω |
RTD | Pt100, Pt1000, Cu50, Cu100 | Pt100, Pt1000, Cu50, Cu100 |
TC | E,J,K,T,B,R,S,N | E,J,K,T,B,R,S,N |
Others | Stepping output, ramp, phase step output, user-defined range | |
Temperature Measurement
1.Using Thermocouple (TC)
The calibrator supports eight standard thermocouples, including J, K, T, E, R, S, B, N.
Lower table summarizes the ranges and characteristics of the supported thermocouples
Graduation | Positive lead material | Positive wire (H) color | Negative lead material | Specified span°C | |
ANSI* | IEC** | ||||
E | Chrome-nickel | Mauve | Purple | Constantan | -200~950 |
N | Nickel-chrome-silicon | Orange | Pink | Nickel-silicon-magnesium | -200~1300 |
J | Iron | White | Black | Constantan | -200~1200 |
K | Chrome-nickel | Yellow | Green | Alumel | -200~1370 |
T | Copper | Blue | Brown | Constantan | -200~400 |
B | Platinum (30% rhodium) | Grey | Platinum (6% rhodium) | 600~1800 | |
R | Platinum (13% rhodium) | Black | Orange | Platinum | -20~1750 |
S | Platinum (10% rhodium) | Black | Orange | Platinum | -20~1750 |
* Negative conductor (L) regulated as American National Standard (ANSI) is always red. *Negative conductor (L) regulated as International Electro-technical Commission (L) is always white. | |||||
The calibrator accepts Pt100, Pt1000, Cu50 and Cu100, etc. The calibrator accepts RTD measurements inputs in two-, three-, or four-wire connections, with the three-wire connection the most common. A four-wire configuration provides the highest measurement precision, and two-wire provides the lowest measurement precision
Temperature Calibrator
