Single Dosing Unit Software I 410 SDU
The I 410 SDU software satisfies most needs to produce a product dose by making a weight check in the industrial environment.
It enables simultaneous management of 1 to 4 single constituent dosing processes. Independent parameter settings are possible for each process:
– metrological characteristics of the measurement channel,
– dosing type: loading, unloading, possible management of big-bag unloading,
– assignment of inputs/outputs,
– set points file,
– printed information,
– etc…
At the same time as the dosing functions, the I 410 system checks and monitors thresholds and tolerances on each channel such as:
– the check on dosing as a function of the capacity and a full limit before starting dosing,
– the dosing check carried out on the gross or net value of the weight,
– tolerance check on doses made,
– dosing in automatic cycles (in loading mode),
– automatic correction of in-flight error,
– the tare type used to record the weight of the package or the container,
– the flow check.
– multi-cycle operation.
Bending beam load cells BBL – From 10 to 500 kgPrecia-Molen Bending beam load cells BBL – From 10 to 500 kg
The Bending Beam Load (BBL) cell is composed of a proof body and stainless steel bellows.
The welding of the bellows to the proof body provides a hermetic seal giving an IP 68 protection.
Its accuracy class C3 approval allows the BBL load cell to be used in an industrial environment where high levels of accuracy are required.
Digital compression load cell ASL – 50tPrecia-Molen Digital compression load cell ASL – 50t
The ASL is a digital compression load cell based on single column technology particularly suitable for weighing applications on weighbridges.
It is made of stainless steel and is compact, and sealed under prolonged immersion (IP 68).
Tension load cell TVN – From 50 to 5000 kgThe principle used by the TVN load cell is measuring the deformation of a beam to which a shear force is applied. It uses strain gauges installed as a Wheatstone bridge to convert the force into an electrical signal.