About RF Level Switches for ESP Hopper
TheRF level Sensor operates on the basis of RF absorption measurement.The electronic unit generates a sinusoidal wave, applied to theelectrode creating a field around it. RF environment absorptionchanges (electrical loss) around the electrode are reflected onchanges of generator supply current. Such changes, caused by theincrease in level is amplified and used to energies the relay.
Themain drawback of the conventional method is that after the level hasonce increased and then decreased, there may be a coating left on theprobe which is sensed by the instrument as though the level is stillon the probe.
InJAYCEEADMITT a COAT GUARD and Trance Conductance amplifier are incorporated in the circuit having its output exactly at the samevoltage and phase at all times as its input.
Theoutput is connected through the shield of the low capacitanceco-axial cable to the concentric tube on the sense probe, calledshield element. Since both the elements, sense and shield are exactlyat the same potential and phase at all times, there is no currentflow through the cable. Thus there is no change in calibration due tocoating on the probe and the temperature effect of the cable.
Reliable High-Temperature Level DetectionDesigned to withstand operating temperatures as high as 450C, these RF Level Switches offer consistent, accurate level sensing for challenging ESP hopper conditions. Industrial-grade stainless steel and ceramic insulation enhance durability and maximize operational lifespan.
Flexible Power Options and Versatile UseChoose from standard 230 VAC or efficient 24 V DC voltage options for seamless integration into varied electrical systems. The compact, Silver Blue design allows easy installation and compatibility with ESP hoppers in numerous industrial sectors across India.
FAQs of RF Level Switches for ESP Hopper:
Q: How do RF Level Switches for ESP Hopper operate under high temperatures?
A: These switches use rugged stainless steel casings and ceramic insulation to maintain performance up to 450C, making them suitable for demanding ESP hopper environments with extreme heat.
Q: What benefits do RF Level Switches offer compared to traditional level sensors?
A: RF Level Switches provide contactless detection, reducing maintenance by minimizing wear. Their adaptability to high temperatures and robust materials enhance longevity and accuracy in material level monitoring.
Q: When should I use an RF Level Switch in my ESP hopper system?
A: RF Level Switches are ideal when continuous, reliable monitoring of material levels is required in high-temperature electrostatic precipitator hoppers, ensuring efficient operation and preventing overflows or blockages.
Q: Where can I source RF Level Switches for ESP hoppers in India?
A: You can procure these switches from reputable exporters, manufacturers, service providers, and suppliers based in India, offering reliable support and customization to suit your application needs.
Q: What is the process for installing an RF Level Switch in an ESP hopper?
A: Installation involves mounting the switch on the ESP hopper wall, connecting it to either a 230 VAC or 24 V DC power supply, and calibrating the device for accurate level sensing according to material properties and operating conditions.
Q: How does the ceramic insulation contribute to the switchs performance?
A: Ceramic insulation ensures high resistance to heat and electrical leakage, which protects the internal components and guarantees stable operationeven in harsh, elevated temperature environments.
Q: What usage advantages does the Silver Blue stainless steel body provide?
A: The Silver Blue stainless steel housing offers superior corrosion resistance, maintains structural integrity at high temperatures, and ensures the switchs appearance and performance remain unaffected over time.
Send Inquiry
Send Inquiry
Send Inquiry
Send SMS
