Sajid S’ Post

Which condition is most likely to cause erroneous conductivity readings despite correct calibration of a transmitter? A) Poor cable shielding from electrical noise B) Air bubbles trapped in the sensor cell C) Incorrect temperature compensation setting D) Fluctuating process flow rates Refer the below link for the Answer Troubleshooting of Conductivity Transmitter https://lnkd.in/gHqmdbn8

Which condition is most likely to cause erroneous conductivity readings despite correct calibration of a transmitter? A) Poor cable shielding from electrical noise B) Air bubbles trapped in the sensor cell C) Incorrect temperature compensation setting D) Fluctuating process flow rates Refer the below link for the Answer Troubleshooting of Conductivity Transmitter https://lnkd.in/gHqmdbn8

Which condition is most likely to cause erroneous conductivity readings despite correct calibration of a transmitter? A) Poor cable shielding from electrical noise B) Air bubbles trapped in the sensor cell C) Incorrect temperature compensation setting D) Fluctuating process flow rates Refer the below link for the Answer Troubleshooting of Conductivity Transmitter https://lnkd.in/gj47WnDw

Let’s learn more about Tengyue bulk ultrasonic water meters ❗❗ 1. ULTRASONIC FLOW MEASUREMENT 💧 Ultrasonic flow measurement technology is adopted 💧 No mechanical rotating parts and small pressure loss 💧 Reduce the power loss of the water pump 💧 Reduce the water supply cost of enterprises 2. MULTI-CHANNEL METERING 💧 The Multi-channel measurement method can make the measurement range more accurate and reliable. 💧 It has a strong anti-electromagnetic interference ability. 💧 With redundancy, the whole meter can still measure normally even if one of the channels is blocked or normal. 3. SELF DIAGNOSIS FUNCTIONS 💧 Flow sensor fault alarm 💧 Temperature sensor open circuit and short circuit alarm 💧 Over measurement alarm 💧 Battery undervoltage alarm

 Imagine your temperature controller is showing erratic readings, causing your process temperature to fluctuate wildly. You've checked the sensor and wiring, and they seem fine. What's the most likely culprit? A. Incorrect controller configuration B. Electrical noise interference C. Faulty heating element D. Insufficient power supply Refer the below link for the Troubleshooting of Temperature Controllers https://lnkd.in/gFYwafht

 Imagine your temperature controller is showing erratic readings, causing your process temperature to fluctuate wildly. You've checked the sensor and wiring, and they seem fine. What's the most likely culprit? A. Incorrect controller configuration B. Electrical noise interference C. Faulty heating element D. Insufficient power supply Refer the below link for the Troubleshooting of Temperature Controllers https://lnkd.in/gif7YGt2

Here the video I would like to share on how we demonstrate setting the SET PRESSURE 41.5 barg of the Pressure Reducing Regulator before we installed at the process line.

What is the control valve’s transfer function? #controlvalve #controlvalves https://lnkd.in/gc5_7Dui

Treating control valve noise with fisher whisper technology.

1. ZWHL-100P loop resistance tester is mainly used to test the contact resistance of the moving and static contact parts of the switch circuit breaker. This test is essential to ensure the normal operation and safety of power equipment. The contact resistance is mainly composed of contraction resistance and surface resistance, and its size directly reflects the quality of the conductive performance. When a large current flows, if the contact resistance is too large, it will cause the temperature of the contact point to rise, which will accelerate the oxidation of the contact surface, further increase the contact resistance, and continue to cause serious accidents. Therefore, it is necessary to measure the contact resistance regularly. 2. Test current: 50A, 100A, 150A, 200A Range: 0~100mΩ (50A) 0~50mΩ (100A) 0~25mΩ (150A) 0~20mΩ (200A)