TPEs for portable power analyzer frame

Spain-based Circutor SA has chosen to use a compound of the THERMOLAST® K family for the outer cover of its new MYeBOX® power analyzers. These thermoplastic elastomers (TPEs) combine cost-efficient processing with excellent adhesion to polycarbonate. They protect the portable devices against shock and impact and are certified according to UL94 HB.

 

In recent years, about 30% of electricity generated in the European Union has come from renewable sources, with wind and solar making up the biggest part, followed by water and biofuels  – and the proportion is steadily increasing. At the same time, the energy output from these different sources is more variable and needs more intensive regulation, which requires that power quality and grid quality be precisely controlled and monitored, particularly in industrial areas of application.

 

The portable MYeBOX analyzers from Circutor (Spain) do this work in an efficient and sturdy device protected by a nonslip frame made of THERMOLAST K from KRAIBURG TPE.

 

 

The UL94 HB-listed TPE is characterized by cost-effective processability in multi-component injection molding. This processing capability with TPE not only allows high productivity and excellent energy efficiency but also avoids the problem of stress cracking, which often occurs particularly with polycarbonate. In addition, the material’s recyclability significantly reduces the amount of waste produced. KRAIBURG TPE supported the customer in both material selection and testing and color matching the compound.

 

MYeBOX from Circutor is a portable power analyzer available in two versions that feature multiple inputs and communications interfaces including 3G and WLAN for data-driven and cloud-based digitized applications in line with the current trend towards industry 4.0. The device measures all important electrical parameters in single-phase, two-phase and three-phase installations, records system events and transients, and also monitors power quality in compliance with the EN 61000-4-30 standard. Typical applications include the recording of consumption values, load profiles, voltage disturbances, and harmonic studies for performing remote analyses and audits. The device’s features include a capacitive keyboard and an LCD screen capable of displaying graphics.