MiBoxer HPS1-RF Microwave Radar Human Presence Sensor (24GHz)
Model: HPS1-RF
Features
- Microwave radar humanity presence sensor combined radar technology with smart calculation and non-contact detecting device.
- High sensitive ability to detect tiny actions like breathing or chest expansion, reacting static humanity presence.
- Built-in relay and connect with light directly, AC100-240V output.
- Working with smart lighting, turn on light while detecting humanity and turn off light while nobody is detected.
- It can work individually or create networking for multi devices depending on different applications.
- The rest devices will be triggered if any single one is detected and ensure that the full range can be detected without any blind area.
- The detecting distance from 3m to 8m, it can be set up via DIP switch.
Product Parameters
| Product Name: | Microwave Radar Human Presence Sensor (24GHz) | IP Rating: | IP20 |
| Model: | HPS1-RF | Working Temperature: | -10~40°C |
| Input/Output Voltage: | AC100-240V 50/60Hz | EMC Standards (EMC): | ETSI EN 301 489-1 V2.2.3 ETSI EN 301 489-3 V2.3.2 |
| Output Current: | Max 10A | Safety standards (LVD): | EN 61347-2-11: 2001+A1: 2019 EN 61347-1: 2015+A1:2021 EN 62493:2015+A1:2022 |
| Microwave Frequency: | 24GHz | Radio equipment (RED): | ETSI EN 300 400 V2.2.1 |
| Detection Distance: | 3~8m | Certification: | CE, EMC, LVD, RED |
| Protocol: | 2.4GHz RF | Control Distance: | 30m |
Size:
The sensor has a cylindrical shape with a diameter of approximately 78mm and a height of 46.5mm. The mounting hole diameter is 55mm, and the overall height including the mounting bracket is 67mm.
Detecting Angle and Distance
The sensor provides 360° seamless sensing with a detection angle of 120°. It can detect human bodies even without any actions. The moving detection radius is 5-8m, and the available detection radius for static presence is 4-5m. It can detect movements as slow as 0.3m/s, and even breathing rhythms can trigger the light.
Link: Pairing Sensor with Light
Only pair the master sensor with lights. Subordinate sensors do not need to be paired.
- Turn off the light for 10 seconds and turn it on again.
- Short press the "SET" button 3 times on the master sensor.
- The light flashes 3 times slowly, indicating the link is successful.
Attention: If the light does not flash, the link has failed. Please repeat the above steps. Linking cannot be done again if the remote has already finished linking.
Unlink: Cleaning Code for Sensor and Light
- Turn off all lights for 10 seconds and turn them on again.
- Short press the "SET" button 5 times on the master sensor.
- The lights blink 10 times quickly, meaning unlinking is done successfully.
Attention: If the light is not blinking quickly, unlinking has failed. Please follow the above steps again. Lights that have not been linked do not need to be unlinked.
Offline Application Connection Diagram
This diagram illustrates the setup for a narrow area. It shows the input (AC100-240V) and output (AC100-240V) connected to the sensor. A relay output of Max 10A is also indicated. The connection uses 2.4GHz RF with a 30m control distance. The diagram emphasizes that the sensor must be set to the master device (HOST) for offline applications.
MiBoxer 2.4GHz Series Light and Controller
Networking Application Connection Diagram
For networking applications, only one master sensor (HOST) is needed in one area. The rest are subordinate sensors (SUB).
Sensor Networking
- Short press "SET" one time on the subordinate sensor to enter pairing mode.
- Short press "SET" three times on the master sensor.
- Configuration is completed once the green indicator on the subordinate sensor flashes three times slowly.
Attention: If the indicator on the subordinate sensor does not flash, the configuration has failed. Please repeat the above steps. Sensor networking is completed and cannot be repeated.
Application Schematic Diagram
The 2.4G wireless signal transmitting distance is 30m. Input: AC100-240V, Output: AC100~240V.
This section shows schematic diagrams for connecting multiple sensors in a network. It depicts a Host Device connected to MiBoxer 2.4GHz Series Light and Controller, with subordinate devices (SUB-Device) also connected. The diagrams illustrate different network configurations.
Wide Application
Configuration can be completed in every area, and the master sensor can be installed in any place.
The diagrams show 1-Zone, 2-Zone, and N-Zone configurations, indicating how multiple sensors can be networked. A key requirement is that the distance between two sensors must be over 2m.
Attention
- Ensure power is off when installing products for safety.
- Please check if the input voltage is consistent with the device.
- Non-professional users are not allowed to disassemble the device directly, as it may cause damage.
- Do not use the device near large metal areas or areas with strong electromagnetic waves, as this can seriously affect the control distance.
- Please do not use the device in humid or high-temperature environments for extended periods.
The product has certifications including CE, UK CA, and RoHS. It is made in China.
