IKV Electronic control system is designed for AGV, the mobile robot platform developed electronic control system, the system including onboard controllers, I / O interface board, magnetic navigation sensors, HMI human-machine interface components, default support two kinds of magnetic navigation and inertial navigation the way.
IKV by using the electronic control system and AGV Ike Weir drive unit, users can easily develop an independent brand AGV products, automatic navigation, automatic transport function.
IKV AGV electronic control system, using CANBUS bus architecture supports modular construction and extension, it can achieve a variety of interfaces and complex AGV movement. Wherein the onboard controllers for high-performance embedded industrial platform that supports a network interface, WIFI interfaces, CAN interface and RS232 interface, built-in real-time LINUX system and Ike Weir navigation and control software, has good scalability, intelligent AGV products the basic platform.
IKV I / O interface boards, each board can support 40 channel I / O interfaces, each interfaces using optical coupling isolation mode, the user can control Ike Weir software vendor for I / O interfaces defined event , the action definition, so independent and dynamic interactive features PLC, elevators, access control and so on.
IKV magnetic navigation sensors, high precision linear magnetic navigation sensors, the length of only 480mm from 160mm ranging support CANBUS interface, using DSP processing, it can output high-precision analog signal is developed by independent Ike Weir IP products can be adapted to the magnetic navigation AGV, inertial navigation AGV, mobile robot platform products.
IKV HMI human-machine interface with touch screen interface, using QT platform, with powerful features good scalability, support CANBUS interface can be defined independently run path, RFID site properties, speed, flag and other information bifurcation, AGV is the best choice for a stand-alone.
1, industrial design, rich interface;
2, easy to use, easy to wire;
3, based on CAN bus, scalability;
4, remote online software upgrade, have good maintainability;
5, support for magnetic navigation / inertial navigation mode, out of the box;
6, the use of real-time Linux operating system, powerful;
7, advanced motion control algorithm, motion smoother;
8, a variety of security mechanisms;
9, support independent differential, differential chain, steering and other servo drive unit.
Platform | Embedded computer platform | |
CPU | AMD LX800 | |
operating system | RTlinux | Free license, industry-standard |
input I/O | 22 | Optical isolation, the maximum can be expanded to 88 |
output I/O | 18 | The maximum can be expanded to 72 |
RS232 Serial ports | 3 | |
CAN port | 2 | Optical isolation |
Ethernet port | 1 | 100M network interface, support WIFI expansion |
PWM | 2 | Connected to the motor controller |
Protection class | IP40 | |
RFID Recognition | Support | |
Manual control mode | Tablet control | |
Control mode | Traffic Control Software | |
Real-time operating status | TCP/IP Protocol output | |
Terminals | Industrial Automotive Terminals | |
Navigation | Magnetic navigation and inertial navigation |