Product Description
Power Requirements- 24V DC: 24V DC10%
- 12V DC: 12V DC20%
Power Sensitivity Better than 0.1% of span for eachpower supply range. Power Line Fuse 250mA fuse is installed (standard).- Power Consumption
- Power24V DC12V DC
- Current Output50mA max.70mA max.
- Voltage Output20mA max.25mA max.
INPUT SECTION- Input Resistance1Mmin. with or without power.
- Allowable Input Voltage Continuous: 120% of the rated input
- value Instantaneous: 1.5 times the rated
- input value (within 5 seconds) Crest Factor3 max.
- Ranges AvailableWithin the range between 0-10mV AC and 0-300V AC.
Precision and Flexibility in Temperature MeasurementEngineered for adaptability, this temperature transmitter accommodates a range of thermocouple types, enabling accurate monitoring across vast temperature spans. The device's 16-bit ADC and 0.1% full-scale accuracy deliver precise, real-time data, ideal for critical industrial processes. Its single or dual analog outputs provide integration flexibility, streamlining control system compatibility and enhancing operational efficiency in diverse applications.
Easy Integration and Reliable IsolationThe transmitter's slim, plug-in design enables straightforward DIN rail mounting, saving valuable control cabinet space. Offering galvanic isolation of up to 1500 VDC, it ensures robust signal integrity and operational safety. The programming feature via PC simplifies configuration, allowing users to customize settings for unique application requirements while maintaining isolation and reliability in demanding environments.
FAQ's of Slim Plug-In Thermocouple Temperature Transmitter With Isolated Single-Dual Output:
Q: How do I configure the Slim Plug-In Thermocouple Temperature Transmitter for my application?
A: You can configure the transmitter using a PC with compatible programming software. This process allows selection of input thermocouple type, output range (4-20 mA/0-10 V), and other parameters to match your specific measurement needs.
Q: What thermocouple types are supported by this transmitter?
A: This device supports a wide range of thermocouple types, including J, K, T, E, S, R, and B, allowing measurement across a range from -200C to 1800C, depending on the selected thermocouple.
Q: When should I consider using the dual output option?
A: The dual output option is beneficial when you require temperature data to be transmitted to two separate control systems or need simultaneous monitoring and control at different locations.
Q: Where can this transmitter be installed?
A: It is designed for standard 35mm DIN rail mounting, making it suitable for control panels in industrial environments. The IP20-rated ABS housing provides protection in typical panel installations but should be shielded from direct dust and moisture.
Q: What process advantages does the galvanic isolation provide?
A: Galvanic isolation up to 1500 VDC helps prevent ground loops, enhances signal accuracy, and protects connected equipment from voltage spikes and electrical disturbances, thereby improving overall system reliability.
Q: How does the automatic cold junction compensation work?
A: The transmitter incorporates sensors to automatically adjust temperature readings for cold junction variations, ensuring high measurement accuracy without manual intervention.
Q: What are the main benefits of choosing this slim plug-in transmitter model?
A: Key benefits include space-saving DIN rail mounting, rapid response time, reliable galvanic isolation, flexible single or dual isolated outputs, high-resolution conversion, simple PC-based configuration, and broad compatibility with various thermocouple types.