T14-18-10-STD-HT-TI GE High Temperature Titanium Alloy Process Sensor Assembly
T14-18-10-STD-HT-TI is a GE industrial temperature sensor assembly built with high-temperature titanium alloy materials, designed for process monitoring under harsh corrosive and high-temperature working conditions. The HT-TI titanium construction delivers superior anti-corrosion performance against chemical media, while the standardized STD structural form supports convenient installation into thermowells. Every unit undergoes rigorous temperature cycling, pressure tightness and signal consistency testing before delivery. It accurately captures real-time process temperature and transmits stable measurement signals to control systems. Widely used in chemical, energy and offshore facilities, it serves as a reliable spare assembly, extending service life and lowering failure risks in aggressive production environments.
Description
T14-18-10-STD-HT-TI GE high temperature titanium alloy process sensor assembly is a precision temperature measuring component tailored for demanding industrial process control environments. Developed according to GE industrial instrument specifications, this sensor assembly focuses on stable temperature acquisition in high-temperature, high-humidity and chemically corrosive working conditions. The HT-TI designation represents titanium alloy construction, which distinguishes it from ordinary stainless steel sensors and greatly expands its adaptability to complex process media containing chloride, weak acid and other corrosive components. All finished assemblies pass multi-dimensional factory verification including long-duration thermal aging, pressure resistance inspection and signal repeatability testing to guarantee consistent measurement performance during long-cycle continuous operation.
The product adopts standardized T14 series mechanical structure with model specification 18-10, supporting direct insertion installation with matching thermowell accessories. Optimized internal sensing element layout ensures fast thermal response and reduces measurement lag caused by medium temperature fluctuation. Titanium alloy probe material features lightweight, high tensile strength and excellent corrosion resistance. It maintains stable mechanical properties at elevated operating temperatures and avoids surface oxidation and pitting corrosion commonly seen on conventional metal probes. Sealing structure adopts high-temperature resistant packing components, effectively preventing process medium penetration and protecting internal sensing circuits.
In practical system deployment, the assembly undertakes core temperature monitoring tasks. It converts physical temperature changes into standardized electrical signals and transmits data to DCS, PLC or local temperature transmitters to support closed-loop process regulation. When original measurement assemblies degrade or malfunction, T14-18-10-STD-HT-TI can be deployed as a direct compatible replacement. Standardized interface dimensions eliminate the need for on-site mechanical modification, shortening equipment maintenance downtime and restoring normal monitoring rapidly.
For operation and maintenance management, the outstanding medium tolerance of titanium alloy construction cuts frequent sensor replacement cycles in corrosive process loops. Stable measurement data helps operators accurately track production parameters and avoid quality deviations caused by temperature monitoring errors. This assembly is extensively selected for chemical processing plants, power generation systems, wastewater treatment and offshore industrial facilities.
Balancing high temperature resistance, corrosion protection and interchangeable standard structure, T14-18-10-STD-HT-TI GE titanium temperature sensor assembly provides a durable measurement solution for harsh industrial sites. It delivers dependable temperature data support and strengthens the stability and safety of the whole industrial automatic control system.
Get a Quote