LIT-PX139

heating systems. These proprietary C2i™ technologies are a result of engineered ingenuity and they provide progressive condition monitoring, process safety, and system-wide integration, which are instrumental components of process integrity. Condition Monitoring Condition Monitoring, a major element of predictive maintenance, can provide accurate, real-time health status of process equipment to reduce unexpected equipment downtime and expensive repairs. It serves notice of deteriorating conditions and allows for preventive and corrective actions to be scheduled at the optimal time and before the equipment ultimately fails. Parameter Diagnostics, an advanced C2i™ control technology, is a powerful condition monitoring feature that should be utilized on all vital process heating equipment. Expected values for common parameters, such as temperature, voltage, current, and power, and their respective rates-of-change, are entered as reference point values during controller programming. These values are continuously monitored

during normal operation to identify and report on unacceptable levels or significant changes. Such variations can be indicative of developing equipment problems. As an example, elevated load or leakage current readings, measured in Amperes (Amps), can be a clear symptom of imminent electric heater issues. In such a case, SCR power controllers equipped with proprietary C2i™ algorithms will automatically adjust the output power to a safe level and enable an alarm condition. C2i™ Technology also provides condition monitoring on non-traditional process variables, such as battery health. Exclusive firmware developed by Chromalox seamlessly integrates wireless temperature sensing into its heat trace control systems. An industry first, this firmware distinguishes between wired and wireless circuits to provides three levels of remaining battery life for each wireless temperature transmitter on the system. As a result, process uptime is maximized and facility owners have the peace of mind knowing that service may be properly planned well before the transmitter battery expires.

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