J9九游会

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 itemsParameters of
Model numberECS100
Length * width * height145*105*50mm
Power supply
Voltage of input18~28V/Vpp<200m (with reverse connection protection)
Current power consumptionSingle unit < 0.4A/24V, including peripherals maximum current < 5A (24V)
Communication interface
Ethernet network1000M RJ45 *1
USB3.0* 4
CAN* 2
RS485*1
RS232*1
Input output interface
Input in5V~24V multi-function isolated digital input * 8
Output of goodsMulti-function isolation output * 4
Audio audio interface
Voice broadcastSupport (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 motionAutonomous 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 modelTwo drive differential speed, four drive differential speed
Model of steering wheel motionSingle steering wheel, double steering wheel, three steering wheel, four steering wheel
Other motion modelsDifferential assembly, McNum wheels, other customized chassis
Other Functions
Scheduling systemOptional 
Supporting design softwaresupport
Supporting application softwaresupport
Automatic chargingsupport
External touch screensupport
Pallet identificationsupport
Visual orientationsupport
Material leg identificationsupport
Following up functionsupport
Secondary location of markerssupport
Navigation laser assisted obstacle avoidancesupport
3D visual obstacle avoidancesupport
Secondary development of functional logicsupport