Our electronics SYSTRADA LSWIM|Reference provides the highest technology available for weight measurement and calculation of the gravity center in the most diverse applications. Thanks to its three modes of operation (static weighing for internal control, gravity center calculation and low-speed dynamic weighing) and combined with the appropriate load receptor, they provide an advanced solution for any demanding requirement.
The range of instruments SYSTRADA LSWIM|Reference has been designed around our unique device Systratec CORE, and the signal acquisition stage from the load receptors has been entrusted to our Systratec LCGRID expansion module. The combination of these two innovative technologies makes it possible to build electronic instruments whose computing power, communications versatility and precision exceed any of other existing solutions on the market.
Seeking maximum flexibility in the final installation, we manufacture our electronic SYSTRADA LSWIM|Reference in suitcase, desktop and rack format to fit perfectly to your processes and your workplace.
Systratec CORE inside
32-bit RISC processor with FPU and hardware DSP instructions, WiFi, Bluetooth, Ethernet, RS232 / 485/422 serial communications, capacitive or resistive touch screen … High-End technology applied to metrology.
Systratec LCGrid inside
Signal amplification by instrumentation grade OA with zero-drift technique, signal acquisition by simultaneous 24-bit sigma-delta converters and specific noise immunity circuitry. The maximum requirement in load cell signal processing.
We leave nothing to chance. From the connectors for the steel measuring lines, to the push button, everything has been designed with the utmost care to ensure years of service.
Do you need to control your electronics remotely and wirelessly? Do you want to install an additional specific communications protocol? Do you want your measurement data to be sent and stored in the cloud for later front-end web processing? Our engineers will thoroughly adapt the firmware to meet your specific requirements.
Three format factors
Available in desktop format and standard rack format for permanent installations. Also available in suitcase format for portable installations.
Static weighing and gravity center calculation applications.
In static weighing, the object to be weighed must be placed on the loading platforms and remain stationary for a few seconds until the weight measurement is stable. If it is a multi-axle vehicle, each axle must be positioned on the weighing system, waiting for a few seconds before continuing with the next axle
Carriers and logistics operators
The portable system for static and dynamic axle weighing of road vehicles.
Applications in dynamic weighing
In Low-Speed dynamic weighing, the vehicle circulates on the weighing system -without stopping- at a constant speed of 5 to 8 kilometers per hour. Using special algorithms, the weighing system provides the information concerning the dynamic mass per axle and the total dynamic mass.
Compared to our static weighing systems, in exchange for a slight decrease in the system’s accuracy, the customer obtains a great increase in the weighing process’ efficiency, which in most cases substantiates its installation in certain applications that do not require subjection to Legal Metrology.
Calculation of goods flows
Estimation of road indicators
Transport Inspection Areas
Carriers and logistics operators
Systratec REFERENCE axle weighing platform
Combine our electronics with our axle-by-axle weighing platforms. By choosing the appropriate electronics, the weighing system can be used either for static weighing applications or for dynamic weighing of trucks and other transport vehicles, crossing the scale without stopping at a speed up to 8 km / h. Static axle-by-axle weighing systems can be approved for Legal Metrology applications, providing certified weight value per axle in transport vehicles, and total weight as the sum of the axle weights. Dynamic weighing systems are intended for Industrial Metrology or internal control applications.