The temperature transmitter is very important for you to accurately grasp the production and development process of the enterprise. A high-voltage live display is a prompt safety device that is directly installed on the indoor electrical equipment to visually display whether the electrical equipment has operating voltage. When the equipment has operating voltage, the display window of the display flashes to warn people that the high-voltage equipment is electrified, and there is no indication when there is no electricity. The device is generally installed in incoming busbars, circuit breakers, main transformers, switch cabinets and other places that need to be shown whether it is live or not. The installation of the desuperheater guide rail in the cabinet is small and light, and the microcirculation in the cabinet is improved. The lower working environment temperature can reach -40°C for one second, and the automatic temperature control surface temperature is low and will not corrode, ensuring the safety of surrounding components. A fault indicator refers to a short-circuit and ground-fault indicator, which is a device used to detect short-circuit and ground faults. In line fault detection, it is used with the fault locator. At present, fault indicators are widely used in line troubleshooting in my country.
Single-point temperature transmitters set the standard for innovation and reliability in control systems for production development processes. Emerson can solve problems by providing transmitters to meet the needs of various data applications in enterprise plants.
Excellent Single-Point Measurement Solutions Emerson offers more than 200,000 temperature transmitters each year, each one consistent with the instrument’s exceptional quality and reliability. Configure and calibrate finished components to your specifications, simplify installation with industry-leading accuracy and stability, and maximize process efficiency. Optimize your limited resources, SIS certified transmitters and previous safety documentation and ensure products meet safety standards with preventive maintenance diagnostics.
Extended uptime, hot backup and sensor drift alerts; with an advanced dual sensor transmitter, the risk of process shutdown can be reduced by 80%. The hot standby function automatically detects sensor failures and switches to a backup sensor for measurement, and the sensor drift alarm function detects sensor aging failures, facilitating your regular maintenance.
Maximize availability with thermocouple diagnostics and min/max temperature tracking.
The Thermocouple Aging Diagnostic System features a continuous health check for the cause of thermocouple failure, including wire thinning, corrosion, poor contact, and sensor contamination. It monitors thermocouple loop resistance for early detection of equipment failure symptoms so you can take effective action before your process development is severely impacted by your business.
Min/Max temperature tracking records historical data for each temperature, extreme process and ambient temperature so you can easily eliminate process failures and process compliance.
Reduce maintenance costs with advanced transmitter design. The dual-chamber housing of the temperature transmitter provides protection against electromagnetic noise, moisture, and corrosiveness. This advanced housing design protects the transmitter from water or harmful electromagnetic surges. The temperature transmitter’s field mount transmitter housing provides IP6X protection and is fully compatible with the 644 Enhanced Function Module, simplifying installation and maintenance.
Smart Wireless gives you a deeper understanding of how your factory works.
Special point wireless products can be easily installed based on existing HART configuration tools and methods. It minimizes wiring and engineering resources, and has a brand new built-in antenna to get your project online as quickly as possible
Post time: Oct-27-2022