Novasina launches new differential pressure of measuring instruments with automatic zero point alignment!

The new Pascal ST/Z of measuring instruments works after the static differential pressure measurement principle. This is based on silicon a diaphragm, which deforms by the application of pressure and spends thus an appropriate measured value. This technology exhibits however certain physical borders. Due to mechanical load and material fatigue a zero drift adjusts itself after a certain time. Around these " nat�rliche" Characteristic of the diaphragm to avoid, developed Novasina a new system, which accomplishes a zero point alignment automatically. Thus the drift behavior is extremely improved at the same time and position dependence when assembling is eliminated. The new equipment is maintenance-free and can be taken after assembly without previous zero point adjustment immediately in enterprise. All the same in which position it was installed (horizontal or vertically). If necessary it can be configured locally by means of a Windows software. The various configuration options cover: Password protection, scaling and adjustment of the similar exits, attitude of the alarm threshold, manual zero point alignment, on/off adjustment, filter attitude u.v.m..4 different Pascal ST/Z of models, in each case for the measuring range 0 to 50 Pa and 0 to 200 Pa, stand to the selection. Thus nearly all applications can be covered, and be offered for each need the optimal solution. An above average accuracy, stability and an assembly friendliness offers these new measuring instruments generation at prices below average. Owing to durchdachtem Design a singular price/achievement relationship was reached. The printing monitoring and regulation in the pure area become the children's game. The equipment must be only attached and fed, the remainder makes the Pascal ST/Z completely automatically. An increase in value with the installation and a cost reduction with enterprise and maintenance.�

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