Overview of the features of the Rosemount high-density temperature measurement series

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The Rosemount High Density Temperature Measurement series features innovative temperature measurement technology suitable for high-density applications; it helps to reduce installation and operation costs. It supports thermoresistors, thermocouples, ohm, millivolt measurements, and offers housing options as well as intrinsically safe design, allowing it to be installed in areas near any process – including hazardous areas – even in locations that were previously difficult to monitor. It provides industry-leading measurement verification and diagnostics capabilities, enabling the detection of various process issues such as sensor performance degradation, problems with sensor wiring connections, high vibration levels that affect measurements, and abnormal changes in the process. High-density temperature measurement can improve performance through high-density transmitters; these transmitters use an electronic unit to transmit multiple measurement values, are installed close to the process, which reduces the length of sensor wiring and enhances measurement reliability. Diagnosis based on these measurements helps to avoid unnecessary process shutdowns, problems related to measurement errors, and unsafe process conditions. It detects measurement anomalies and takes preventive measures before a shutdown is necessary, thereby determining the validity of data points that exceed the alarm limits. The Rosemount high-density temperature measurement series can detect measurement faults and take action before process efficiency and safety are compromised, as well as identify abnormally rapid changes in the process rate before an alarm is triggered. High-density temperature measurement is a solution for measuring multiple points that are close to each other, such as the bearing temperatures of pumps and motors, distillation towers, furnaces and boiler reactors, oil storage tanks, etc. Simplified installation reduces wiring costs, eliminates the need for signal editing cabinets, requires less wiring and termination, involves fewer devices, and enables faster startup. Powerful information can be obtained through the data boards of the new devices, while multi-layer wireless network security solutions ensure the safety of data transmission.