Features
- Standard head mounting shell can be install in any types industry transmitter housing
- Accept various temperature sensor signal input
- Output two-wire standard current signal
- HART protocol valid
- Mini-USB port allowed user free to configuration input signal type and range, output signal range
Specification
Input of ZP-05 HART Temperature Transmitter:
Input signal | Resistance temperature detector (RTD), thermocouple (TC) |
Cold-junction compensation | -20 -60°C |
Compensation precision | ±1°C @ temperature scope |
Output:
Output signal | 4-20mA, overlaid HART protocol |
Load resistance | RL≤(Ue-12)/0.021 |
Output current of upper and lower limit overflow alarm |
IH=21mA, IL=3.8mA |
Other:
Supply voltage | DC12-40V |
Temperature drift | 0.0075%FS/°C |
Response time | Reach to 90% of the final value for 700ms |
Used environmental temperature | -40 – 80°C |
Storage temperature | -40 – 100°C |
Insulation strength (between input and output) |
1500Vrms (1 min, without spark) |
Insulation resistance (between input and output) |
≥100MΩ(under the 500 VDC) |
Aseismicity | 4g/2 – 150Hz |
Installation angle | Unlimited |
Installation area | B-type top cassette installation |
Electromagnetic compatibility | Conform to GB/T18268 industrial equipment application requirements, equal IEC 61326-1 |
Input type and transmission accuracy:
Model | Type | Measurement scope | Minimum measurement scope | Conversion accuracy (larger value) |
Resistance temperature detector (RTD) |
Pt100 | -200~850°C | 20°C | ± 0.1%range Or± 0.2°C |
Cu50 | -50~150°C | 20°C | ± 0.1%range Or± 0.2°C | |
Thermocouple (TC) |
B | 100~1820°C | 500°C | ± 0.1%range Or± 1.5°C |
E | -100~1000°C | 50°C | ± 0.1%range Or± 0.5°C | |
J | -100~1200°C | 50°C | ± 0.1%range Or± 0.5°C | |
K | -180~1372°C | 50°C | ± 0.1%range Or± 0.5°C | |
N | -180~1300°C | 50°C | ± 0.1%range Or± 0.5°C | |
R | -50~1768°C | 500°C | ± 0.1%range Or± 1.5°C | |
S | -50~1768°C | 500°C | ± 0.1%range Or± 1.5°C | |
T | -200~400°C | 50°C | ± 0.1%range Or± 0.5°C |
Notes:
- The above accuracy data were obtained by testing at an ambient temperature of
20 °C ± 2 °C. - The output precision “%” is relative to the set range.
- The cold end compensation error needs to be added to the thermocouple measurement, and the internal cold end compensation error is ≤±1°C.