current output type temperature sensor jienlu
Brand:jienlu
Measurement Range:0~100℃ customizable
Overload Pressure:200%FS
Process Connection:G1/4 customizable
Overall Accuracy：±0.5%
Long-term Stability: ±0.3%FS/Year
Operating Temperature: 0~100℃
Storage Temperature:-40~125℃ customizable
Output Signal:0~10V、0~5V、4~20mA、IIC、485
Protection level:IP65
Insulation:＞100MΩ 250VDC
CE Certification:EMC:IEC61326-1B
IEC61000-4-2 IEC61000-4-3
IEC61000-4-4 IEC61000-4-5
A current output temperature sensor is a device used to measure temperature and output temperature data as an electrical current signal. It offers several superior features that make it highly effective in various applications. Here are some of the key advantages of current output temperature sensors:
Superior Features
1. High Precision:
- Provides accurate temperature measurements, typically with high resolution and low measurement error.
2. Stability:
- Capable of maintaining a stable output signal over long periods, suitable for long-term monitoring and control applications.
3. Interference Resistance:
- Current output signals are less susceptible to electromagnetic interference, allowing stable operation in complex electromagnetic environments.
4. Good Linearity:
- Exhibits a good linear relationship between temperature and current signal, simplifying signal processing and conversion.
5. Wide Measurement Range:
- Can cover a broad temperature range, meeting the needs of various industrial and scientific applications.
6. High Reliability:
- Typically designed to be robust, capable of operating reliably in harsh environments such as high temperatures, high humidity, and vibrating conditions.
7. Easy Integration:
- Current output signals are compatible with common control systems and data acquisition systems, making integration into existing automation systems straightforward.
8. Low Power Consumption:
- Most current output temperature sensors are designed to be low power, suitable for long-term use and battery-powered applications.
Applications
- Industrial Automation: Used for monitoring and controlling temperatures in industrial equipment and processes.
- Building Monitoring: Employed in HVAC systems in buildings for temperature control and management.
- Automotive Industry: Monitors temperatures in automotive engines and exhaust systems to optimize performance and safety.
- Energy Management: Used in power and energy systems to monitor equipment temperatures and prevent overheating and failures.
These superior features make current output temperature sensors essential tools in various temperature measurement and control applications, enhancing system reliability and accuracy.