Precia Molen Process Weighing Software I 410 PWS
The I 410 PWS software enables the I 410 weight indicator to be integrated into an industrial process controlled by a PLC or a PC.
The main features are:
– simultaneous display of 10 weighing channels.
– communication with a PLC or PC in process or regulated mode.
– the monitoring of 4 weight thresholds and an analogue 4-20 mA output for each channel.
– support of remote display and printing devices.
The operating parameters within the I 410 system are independently configurable for each channel and are structured in files based on four levels of access via password:
• Engineer:
Metrological adjustment and Input/Output configuration.
• Supervisor:
Configuration, Serial port
• Operator:
Configuration of thresholds.
• User:
Limited rights for viewing and printing.
This modular approach and segmentation of parameters enables the I 410 system to be easily integrated into the majority of industrial processes. It also provides security of operation by denying access to unauthorised operators.
Precia Molen Ürünleri ile uygun rekabetçi fiyatları almak için müşteri temsilcimiz ile http://www.imajteknik.com.tr/bize-ulasin veya Fiyat teklifi formunu doldurarak mesaj bırakmanız halinde satış mühendislerimiz en kısa zamanda sizinle irtibat kuracaklardır
Compression load cell TSL – From 5 to 30 tPRECIA MOLEN COMPRESSION LOAD CELL TSL – FROM 5 TO 30 T
The TSL load cell is a low profile compression load cell made of welded hermetically sealed stainless steel.
Precision up to ± 0.05%. Spherical load button for optimum alignment of the load.
Allowable forces on the kit:
The maximum static horizontal force along the centre line of the locking strip (1) is 8 kN.
The maximum vertical tear off force is 20 kN for the 15 t kit and 35 kN for the 30 t kit.
Shear beam load cell CMI – from 500 to 5000 kgPRECIA MOLEN Shear beam load cell CMI – from 500 to 5000 kg
The working principle of the CMI load cell is to measure the deformation of a beam subjected to shear stress. The strain gauges are arranged to form a Wheatstone bridge, converting the mechanical force exerted on the load cell into an electrical signal.