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$169.00
- Description
- Specifications
- Manual and Resources
This accurate measurement meter is built with a precision of ±0.1%FS across the selected range. Featuring smart measurement technology, it supports both RTD and thermocouple inputs, linearizes signals, and delivers a stable 4–20 mA output for reliable control and monitoring.
As a reliable measurement meter, it includes surge and full pulse protection on both input and output, shielding the device from thunder strikes and voltage fluctuations caused by high-power equipment cycles. This robust protection ensures dependable operation in a wide range of demanding applications.
Thanks to its low power consumption design, the transmitter minimizes heat-induced drift, resulting in improved long-term stability and consistent performance over time.
The transmitter offers flexible probe options, making it convenient for users to build a complete and reliable measurement system. System-level calibration of both transmitter and probe ensures an unbroken traceability chain to trustworthy data—data you can rely on. Annual calibration services help sustain high accuracy instruments for years of dependable use.
Engineered to measure with accuracy, the DIP switch design allows quick on-site setup, while advanced PC software enables users to program ranges and error handling precisely.
Crafted as a quality lab instrument, it delivers durability and repeatability in both industrial and laboratory environments. Every component is selected for performance and reliability.
The transmitter is truly built for accuracy, integrating refined hardware design with comprehensive configuration software to maintain optimal measurement integrity throughout its lifecycle.
With calibration traceable to national standards and support for up to seven calibration points, the device offers science-grade accuracy that meets the rigorous demands of scientific, clinical, and regulatory environments.
Combining intuitive DIP switch configuration and PC-based programming, the device delivers smart measurement tech that adapts easily to a variety of use cases and simplifies field configuration.
Overall, this transmitter ensures calibrated performance through its professional-grade setup, making it a trusted solution wherever accurate, stable, and traceable measurement is essential.
Input Max. offset |
100% |
RTD Input |
Pt50, Pt100, Pt200, Pt500, Pt1000 Ni50, Ni100, Ni120, Ni1000 Cu50, Cu100 |
Cable resistance per wire |
50Ω per lead |
Sensor current |
≤0.3mA |
Effect of sensor cable resistance (3-wire) |
<0.001Ω/Ω |
Linear resistance |
0Ω to 20000Ω |
Thermocouple input |
B, E, J, K, N, R, S, T, C, D |
Internal cold end compensation |
Pt1000, -50°C to 105°C |
External cold end compensation |
Pt100, -200°C to 850°C |
Cable resistance per wire |
10KΩ per lead maximum |
Output Current |
4 to 20mA/20mA to 4mA optional |
Linear current output |
3.8mA to 20.75mA programmable |
Load (@ current output) |
≤(Vsupply-12)/0.02 Ω |
Output load stability |
≤0.01% of span/100 Ω |
Output sensor error detection |
Circuit open: ≤3.6mA Circuit short: 20.75mA to 21.6mA configurable |
Output updating time |
100ms |
Power supply |
12V to 30V DC |
Internal power dissipation |
43mW to 0.65W |
Response time (programmable) |
0 to 60s |
Voltage drop |
12V DC |
Warm-up time |
3min |
Programming |
Loop power |
Accuracy |
0.1%FS selected range |
Signal dynamics, input |
24 bit |
Signal dynamics, output |
16 bit |
Effect of supply voltage change |
<0.002% of span/ VDC |
EMC immunity influence |
<±0.5% of span |
Operating temperature |
-40°C to 85°C |
Operating relative humidity |
<95%rh (non-condenation) |
Operating relative humidity |
<95%rh (non-condenation) |
Operating relative humidity |
<95%rh (non-condenation) |
Protection grade |
IP67/IP00 |
Calibration temperature |
22°C to 28°C |
Temperature coefficient |
0.008% FS /1℃ |
Dimensions/ Weight approx. |
Φ44mm x 24mm/ 46g |
Wire size |
≤2.0mm2 stranded wire |
Vibration |
2 to 100Hz, 4g |
ATEX |
Ex ia IIC T4 NEPSI |