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Isolated Temperature Transmitter
The Isolated temperature transmitter produced by Wepower Electronic  has strong compatibility, high precision, supports multiple input and output, and is easy to install.
Features And Advantages Of Isolated Temperature Transmitter:
Isolated Temperature Transmitter can be used with industrial measurement and control systems such as DCS, PLC, etc. Enhancing the field environment’s dependability and system appropriateness in order to enhance and supplement the analog I/O plug-in function. In order to satisfy the user’s needs for both local monitoring and remote data collecting, thermal resistance, thermocouple temperature transmitter, and finishing temperature transmitting and isolation of transmission can work together.
The Isolated temperature transmitter produced by Wepower Electronic  has strong compatibility, high precision, supports multiple input and output, and is easy to install. Professional needs are entrusted to the professional Wepower Electronic!
Programming And Calibration:
There are two ways to choose:
-
On-site Handheld Programmer: This device has a large screen, all features, and is convenient to use, but it is little expensive. It can also do functional programming and measurement calibration for this instrument.
- Simple Programmer: Operation of a single-line LCD menu, instantaneous function configuration of the instrument, portability and versatility, and affordability.
Because our products adopt a digital structure and adopt advanced technologies such as ambient temperature self-compensation and zero point automatic calibration, it can ensure that the accuracy is within the specified range for many years without frequent calibration.
Parameters:
| Isolated Temperature Transmitter | |
| Input | |
| Input Signal | RTD: PT100, Cu50 and other RTD signals |
| Thermocouple: K, T,E,J, N, R,S, B, Wre325, Wre326, BA1, BA2 | |
| Output | |
| Output Signal | 4-20mA; 0-20mA; 0-10mA; 0-5V; 0-10V; 1-5V; Customized |
| Output Load Resistance | DC current: 0~10mA: ≤700Ω; 4~20mA: ≤600Ω; 0~±10mA: ≤1kΩ; 0~±20mA: ≤500Ω |
| DC voltage: 0(1)~5V: ≥1MΩ; 0~10V: ≥2MΩ;0~±5V: ≥1MΩ; 0~±10V: ≥2MΩ | |
| Please specify your requirements before order if greater output load capacity is required | |
| Other Parameters | |
| Power Supply | DC24V,±10%;AC85-265V |
| Current Consumption | ≤70mA(1 in 1 out, 24V power supply, output 20mA); |
| ≤90mA(1 in 2out, 24V power supply, output 20mA); | |
| ≤100mA(2 in 2 out, 24V power supply, output 20mA); | |
| Accuracy | 0.2%F.S. |
| Response Time | Less than 0.5s |
| Temperature Drift | 0.005%F.S./℃ (-20℃~+55℃) |
| Isolation Intensity | 1500V AC/1min(between input-output-power) |
| Insulation Resistance | ≥100MΩ(between input-output-power) |
| Working Temperature & Humidity& Allowed Pressure | -20℃~+55℃ 10%RH~90%RH (40℃) 80kpa-106Kpa |
| EMC | Complies with GB/T 18268(IEC61326-1) |
| Applicable Equipment | 2-wires or 3-wires RTD |
| Signal Type | Measurements Range | Minimum Range | Output Accuracy | ||
| Thermocouples (TC) |
T | -200~400℃ | 25℃ | ±0.4℃/0.2% | |
| E | -200~1000℃ | 25℃ | ±0.4℃/0.2% | ||
| J | – 210~1200℃ | 25℃ | ±0.4℃/0.2% | ||
| K | -200~1372℃ | 25℃ | ±0.4℃/0.2% | ||
| N | -200~1300℃ | 25℃ | ±0.4℃/0.2% | ||
| R | 0~1768℃ | 100℃ | ±0.8℃/0.2% | ||
| S | 0~1768℃ | 100℃ | ±0.8℃/0.2% | ||
| B | 150~1820℃ | 100℃ | ±1.0℃/0.2% | ||
| mV input | -120~120mV | 10mV | ±10μV /0.2% | ||
| -1000~1000mV | 50mV | ±100μV /0.2% | |||
| Resistance Temperature (RTD) |
Pt50 | -200~850℃ | 10℃ | ±0.15℃/0.2% | |
| Pt100 | -200~850℃ | 10℃ | ±0.15℃/0.2% | ||
| Pt500 | -200~850℃ | 10℃ | ±0.1℃/0.2% | ||
| Pt1000 | -200~850℃ | 10℃ | ±0.1℃/0.2% | ||
| Ohm input | 0~500 Ω | 100Ω | ±0.2 Ω/0.2% | ||
| 0~4500 Ω | 100Ω | ±1.0 Ω/0.2% | |||
 
Dimension:
1 in/1 out:
1 in/2 out
