Insol as a partner of National Instruments - one of the world's leading manufacturers of equipment, offers:
Providing high-precision measurements
Programmable
Automation Controllers (PAC) produced by National Instruments, allow to carry
out high-precision measurements that are required for industrial control
systems. Sharing LabVIEW and NI controllers provides a fast connection to
thousands of different industrial sensors, as well as specialized input-output
system, which allows the collection of data at high speed and with high
resolution in industrial infrastructure.
Signal analysis by using integrated math functions and signal processing
LabVIEW
includes thousands of advanced functions created specifically for process
measurement and control in the industry. Such a rich set of tools greatly
simplifies the solution of problems in areas such as advanced signal analysis,
frequency analysis, digital signal processing, and others. In addition, the
packages are functional LabVIEW add-ons can be expanded in such areas as
engineering machine vision, motion control and monitoring of the technical
condition of machines and plants.
Increase efficiency and capacity by using advanced management methods
Using
LabVIEW allows for almost any control algorithms - from the conventional PID
controller to control based on advanced nonlinear algorithms. Development of
the optimal control algorithm "from scratch" or establish on the
basis of built-in LabVIEW function blocks can significantly improve the
effectiveness of the control system as a whole. In addition, the developer
provides the ability to create multiple parallel high-speed control loops based
on FPGA and processor supporting calculations in real time.
Flexibility and performance solutions with FPGA
LabVIEW provides the ability to program the FPGA controller NI CompactRIO. Using equipment with FPGA (NI CompactRIO and NI Single-Board RIO), allows faster and easier to implement the trigger, synchronization, control and signal processing based on a specific set of analog and digital input-output channels.