Mercotac
For those customers who require a miniaturization of the manifold, but who do not want “made in China” solutions that sin for low quality and poor reliability, Enerspin offers the original American Mercotac® solution. These products, whose undisputed quality has made them famous all over the world, use mercury for signal conduction. We have dedicated a brief discussion in this article which we recommend you read. Below you will find the Mercotac® products distributed by Enerspin with their peculiarities and downloadable data sheets.
Model 205
The Mercotac 205 is ideal for 2-way applications, such as thermocouples, strain gages, test equipment, wind turbine blade sensor due to its compactness, high signal quality, low rotation torque. Also available in high speed (205-H) and low torque / low temperature (205-L) models.
Model 230
The Mercotac 230 is ideal for 2-way applications. The main features are compactness, high signal quality and low rotation torque.
Model 330
The Mercotac 330 is ideal for 3-way applications. The main features are compactness, high signal quality and low rotation torque.
Model 331
The Mercotac 331 is ideal for 3-way (2 + 1) applications. The main features are compactness, high signal quality and low rotation torque.
Model 430
The Mercotac 430 is ideal for 4-way applications such as heated rollers, where powering the resistances and temperature control with thermocouple is foreseen. The main features are compactness, high signal quality and low rotation torque.
Model 435
The Mercotac 435 is ideal for 400V three-phase 4-way applications such as heated rollers where powering the resistors or other three-phase applications is required. The main features are compactness, high signal quality and low rotation torque.
Model 630
The Mercotac 630 is ideal for 6-way applications. The main features are compactness, high signal quality and low rotation torque.
& nbsp;
Model 830
The Mercotac 830 is ideal for 8-way applications. The main features are compactness, high signal quality and low rotation torque.