Multipoint Temperature Sensor Assemblies

3 products

This collection features multipoint temperature sensor assemblies that allow monitoring of temperature at several points within a single probe. These assemblies are ideal for processes where uniformity and profiling are essential, such as in reactors, silos, or large industrial equipment. By delivering simultaneous readings across different depths or zones, they provide detailed data that supports better process control, energy management, and safety. With precise engineering and reliable construction, these assemblies meet the needs of complex monitoring applications.

Frequently Asked Questions

The MPTC-02 utilizes specialized heat sink contact sensors to bridge the gap between the internal sensor and the guide tube wall. This design maximizes thermal conductivity, providing significantly faster response times and more accurate readings in high-speed industrial processes.

The MPTC-01 is engineered for applications with severe space constraints where traditional bulky probes cannot be installed. Its miniature profile allows for multiple independent temperature readings along a flexible lead wire, making it perfect for pilot plants and small-scale reactors.

The MPTC-03 features a flexible design that allows individual thermocouples to be positioned at various depths without a rigid support structure. This "Free Hanging" configuration is easier to maneuver into large distillation columns or storage tanks where internal obstructions might prevent the use of rigid probes.

The MPTC-04 is built with a robust outer guide tube that shields the delicate internal RTD or thermocouple elements from mechanical stress. This construction is essential for maintaining sensor integrity in high-pressure, high-velocity, or turbulent process environments common in refining and chemical plants.

Yes, these multipoint assemblies can be manufactured with a variety of sheath materials including 316 Stainless Steel, Inconel 600, and Incoloy 800. These material options ensure the sensors remain durable and accurate when exposed to aggressive chemicals or extreme industrial heat.

By consolidating several sensing junctions into a single entry point, these assemblies allow operators to accurately map temperature gradients across a vertical or horizontal plane. This data is critical for optimizing chemical reactions, preventing hot spots, and ensuring consistent product quality in large reactors.