ECS100
Lite Controller
Self-developed streamlined motion controller, smaller size, higher performance, suitable for industrial AMR (latent jack-up, collaborative compound, roller, etc.), service mobile robot and other types of mobile robot products. Built-in a variety of navigation algorithms, support a variety of motion models, to achieve industrial design, mass production to improve the cost performance.
Functional items | Parameters of |
Model number | ECS100 |
Length * width * height | 145*105*50mm |
Power supply | |
Voltage of input | 18~28V/Vpp<200m (with reverse connection protection) |
Current power consumption | Single unit < 0.4A/24V, including peripherals maximum current < 5A (24V) |
Communication interface | |
Ethernet network | 1000M RJ45 *1 |
USB3.0 | * 4 |
CAN | * 2 |
RS485 | *1 |
RS232 | *1 |
Input output interface | |
Input in | 5V~24V multi-function isolated digital input * 8 |
Output of goods | Multi-function isolation output * 4 |
Audio audio interface | |
Voice broadcast | Support (3.5mm audio interface) |
Indicator light interface | |
Indicator light | Running status light, communication light |
Parameters of function | |
Accuracy of positioning | ±5mm (reflector navigation), ±10mm (SLAM natural navigation) |
Speed of navigation | ≤1.5m/s |
Angle control accuracy | ±0.5° |
Control of motion | Autonomous obstacle avoidance driving, fixed route driving, obstacle avoidance fixed route mixed driving |
Map Area (Single map) | ≤400000㎡ (support multi-map navigation) |
Model of motion | |
Differential motion model | Two drive differential speed, four drive differential speed |
Model of steering wheel motion | Single steering wheel, double steering wheel, three steering wheel, four steering wheel |
Other motion models | Differential assembly, McNum wheels, other customized chassis |
Other Functions | |
Scheduling system | Optional |
Supporting design software | support |
Supporting application software | support |
Automatic charging | support |
External touch screen | support |
Pallet identification | support |
Visual orientation | support |
Material leg identification | support |
Following up function | support |
Secondary location of markers | support |
Navigation laser assisted obstacle avoidance | support |
3D visual obstacle avoidance | support |
Secondary development of functional logic | support |