Mechasol threaded thermowells are utilized when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument, and permits removal of a sensing instrument without shutting down the process. A perfect solution for protecting the process and extending product service life.

Key Features:

• Straight, Stepped or Tapered designs

• One piece bar stock

• Wide selection of sizes, material and dimensions

• Stamped with date code, material and heat numbers

Specifications:

• Process connection: 1/2", 3/4" and 1" NPT

• Bore size: .260", .385"​​ 

Mechasol flanged thermowell is used when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument, and permits removal of a sensing instrument without shutting down the process. Thermowells are offered in a wide selection of materials, sizes and dimensions; a perfect solution for protecting the process and extending product service life.​​ 

Key Features:

• One piece bar stock

• Wide selection of materials

• Selection of shank styles

• Stamped with date code, material and heat numbers

Specifications:

• Raised face, flat face and ring joint versions (ASME B16.5)

• Process connection: 1", 1 1/2" and 2"

• Bore size: .260", .385"

• Flange ratings: 150, 300, 600, 900, 1500 and 2500 class

Mechasol socket weld thermowell is used when pressure, high velocity and corrosive process media exist. Serving to isolate and protect, it also allows the sensing instrument to be removed without requiring process shut down. An ideal solution for ensuring system operation.​​ 

Key Features:

• One piece bar stock

• Wide selection of materials

• Stamped with date code, material and heat numbers

• Optional lagging configuration

Specifications:

• Process connection: 3/4" and 1"

• Bore size: .260", .385"

Mechasol Van Stone thermowell is used when pressure, high velocity and corrosive process media exist. Designed to mate between two existing flanges. Serving to isolate and protect, it also allows the sensing instrument to be removed without requiring process shut down. An ideal solution for ensuring system operation.​​ 

Key Features:

• Wide selection of materials

• Stamped with date code, material and heat numbers

Specifications:

• Fits: 1" and 1 1/2" lap joint flanges

• Bore size: .260", .385"​​ 

Mechasol weld-in thermowell is used when pressure, high velocity and corrosive process media exist. Serving to isolate and protect, it also allows the sensing instrument to be removed without requiring process shut down. An ideal solution for ensuring system operation.​​ 

Key Features:

• Wide selection of materials

• Stamped with date code, material and heat numbers

Specifications:

• Process connection: 1 1/2" diameter

• Bore size: .260", .385"​​ 

Mechasol sanitary thermowell is utilized when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument, and permits removal of a sensing instrument without shutting down the process. Thermowells are offered in a wide selection of materials, sizes and dimensions; a perfect solution for protecting the process and extending product service life.​​ 

Key Features:

• Wide selection of materials

• Selection of shank styles

• Stamped with date code, material and heat numbers

Specifications:

• Tri-clamp®​​ process connection: 1", 1 1/2" and 2"

• Bore size: .260", .385"

• Surface finish:​​ 
  8-12 Ra (standard)​​ 
  4-12 Ra (optional)

Vortexwell which doesn’t require a velocity collar and is cost effective for the end user in terms of purchase, installation and maintenance costs.

• Helical strake design

• Stable pressure field

• No velocity collar required

The sampling probe and sample system is designed for the representative measurement ​​ and trace elements such as moisture, H2S and mercury faster, more simply and more efficiently.

Fixed or Retractable Sampling Probe

Helical strakes to eliminate vortex shedding and the need for wake calculations , Aerodynamic probe tip to actively reject particulate minimizing the need for filtration and allowing a small bore to optimize sample transit time

Conditioning Unit

Eliminating retrograde condensation due to the Joule Thomson effect

Sample System

Simple, optimized system to deliver representative sample to any analyzer with no dead volume, threaded connections or components in the sample pathway . Simple concepts and decades of detailed engineering allows very quick and simple customization to suit any application​​