TESCOM industrial pressure regulators are engineered to deliver precise and reliable pressure control in demanding industrial environments. As part of the Emerson portfolio, TESCOM regulators are designed for applications where accuracy, safety, and long-term performance are critical, particularly in systems operating at high pressures or handling sensitive gases and fluids.

These regulators are used to reduce and maintain downstream pressure across a wide range of industrial processes, ensuring stable operation and protecting downstream equipment from pressure fluctuations. TESCOM offers a broad range of pressure regulator designs, including pressure reducing regulators, back-pressure regulators, and dome-loaded regulators, allowing systems to be configured for both simple and highly specialised pressure control requirements.

TESCOM high purity regulators are designed for applications where precise pressure control and contamination prevention are critical. As part of the Emerson portfolio, these regulators are engineered to support clean, stable operation in systems handling high-purity gases and fluids, where even minimal contamination can impact performance, safety, or product quality.

High purity TESCOM regulators are commonly used in industries such as semiconductor manufacturing, laboratories, analytical instrumentation, pharmaceuticals, hydrogen systems, and specialty gas distribution. Their designs focus on maintaining consistent pressure while minimising particle generation, dead space, and potential leak paths within the regulator body.

TESCOM on/off shutoff valves are designed to provide reliable isolation in industrial and high-pressure systems where safe, positive shut-off is essential. As part of the Emerson portfolio, these valves are engineered for applications that require dependable sealing, repeatable operation, and long-term performance under demanding conditions.

These shutoff valves are commonly used to start or stop the flow of gases and liquids in pressure control systems, instrumentation lines, and process applications. TESCOM on/off valves are often installed alongside pressure regulators and instrumentation components to ensure safe isolation during maintenance, system changes, or emergency shutdowns.

Electric controls are used to automate, monitor, and regulate pressure and flow within industrial process systems. When integrated with regulators, shutoff valves, and instrumentation components, electric controls enable precise operation, remote functionality, and improved system safety across a wide range of applications.

In pressure control and instrumentation systems, electric controls are commonly used to operate valves, provide position feedback, manage setpoints, and interface with wider control systems such as PLCs, DCS, and SCADA. This allows processes to be monitored and adjusted in real time, reducing manual intervention and improving consistency.

Instrumentation valves are used to isolate, control, and direct the flow of fluids and gases within measurement and control systems. They play a critical role in ensuring the safe and accurate operation of pressure gauges, transmitters, analysers, and other instrumentation equipment used across industrial process applications.

These valves are commonly installed in instrumentation lines to allow equipment to be safely isolated during maintenance, calibration, or system changes without disrupting the wider process. Instrumentation valves are also used to manage flow paths within sampling systems, pressure control assemblies, and analytical installations.