IEC Compliant Infrared and Microwave Test Dummy
Whats/App: +86 156 1874 6768
Web: standard-groups.com
Standards
The system can be used to verify and evaluate compliance with the following standards:
GB/T 17743 – Electromagnetic compatibility of electrical lighting equipment
GB/T 24824 – General technical requirements for infrared detectors (relevant clauses)
IEC 63180 – Performance testing methods for infrared and microwave sensing devices
IEC 60598 – Luminaires; supplementary verification of sensing functions
IEC 62386 – Intelligent control systems; functional verification reference
Product Specifications
Simulated Human Robot
| Item | Technical Specifications |
|---|---|
| Total Height | 1.8 m (including mobile platform) |
| Mobility | Omni-directional four-wheel chassis |
| Moving Speed | 1 m/s |
| Moving Direction | Straight / 45° diagonal |
| Step Distance | 0.5 m / 1 m adjustable |
| Surface Temperature Range | 30 – 40 °C, adjustable |
| Temperature Uniformity | Uniform body surface heating |
| Heated Areas | Head and chest |
| Power Supply | Built-in rechargeable battery |
| Endurance | Capable of full-day continuous testing |
| Control | Remote / software integration |
Elevation & Rotation Platform
| Item | Technical Specifications |
|---|---|
| Elevation Range | 1 – 5 m |
| Elevation Step | 0.5 m |
| Rotation Angle | 0 – 360° |
| Rotation Accuracy | 5° / 10° adjustable |
| Mounting | Wall-mounted / ceiling lamp installation |
| Structure Material | Low-metal content design |
| Mobility | Omni-directional wheeled base |
| Control | Remote / software control |
Product Features
IEC 63180 Standardized Test Configuration: Radial and circumferential measurement points enable comprehensive detection coverage mapping.
Repeatable Human Motion Simulation: Robot movement paths, speed, and pause times are precisely controlled to eliminate human variability.
Realistic Human Thermal Radiation: Head and chest heating simulates human infrared radiation characteristics for PIR testing.
Dual-Mode Infrared & Microwave Platform: Structural design minimizes metal interference while accommodating both IR and microwave measurements.
Modular System Architecture: Robot, elevation/rotation platform, and software can operate independently or in combination, facilitating upgrades and expansion.
Accessories & Consumables
| Name | Description |
|---|---|
| Simulated Human Robot | Includes mobile chassis and heating system |
| Removable Spare Battery | Quick replacement capability |
| Remote Control | For robot and elevation/rotation platform operation |
| Elevation & Rotation Platform | Includes rotation motor and elevation mechanism |
| Sensor Lamp Mounting Fixture | Supports wall or ceiling installation |
| Control Software | Data acquisition and report export |
| Power Charger | Battery charging |
| Communication Cables | For software integration |
Testing Principle
The system simulates controlled human movement within the detection zone of sensing products, providing stable and consistent stimuli under different distances, angles, and heights.
The robot moves along pre-set paths while the elevation/rotation platform adjusts the product’s installation height and orientation.
When a sensing product is triggered, the software automatically records the spatial coordinates of the event.
This produces complete sensing performance distribution data for quantitative evaluation.
Operation Instructions
Ensure the robot’s battery is fully charged for the complete test cycle.
Preheat the head and chest heating system to the target temperature and maintain stability.
For microwave testing, avoid large metal objects that could cause reflections.
Do not enter the test area during elevation or rotation operations.
Select the appropriate test mode (Mode 1 or Mode 2) according to the sensing product type.
Experimental Procedures
Mode 1 – Linear Motion Test
Place the robot at the central origin (5 m centerline).
Move the robot to one end of the centerline.
Move at 1 m/s along a 5 m straight line to the opposite end.
Return to the origin or repeat the cycle as programmed.
Software records trigger points along the line.
Mode 2 – Angular Coverage Test
Move the robot from the central origin to the ±45° start point.
Move 3 m along the designated direction and pause.
Rotate 45° to reach the next test line start point.
Pause time adjustable between 5–60 s.
Repeat the cycle while recording trigger angles and distances.
Linked Test Procedure
Elevate the platform to the specified height.
Rotate the platform to the designated angle.
Software triggers robot to execute Mode 1 or Mode 2.
Automatically record all trigger points.
Upon completion, generate the test report and export data.
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