MiBoxer HPS1-RF 24GHz Microwave Radar Presence Sensor
Subordinate New Brand
Product Features
- Microwave radar presence sensor with high-sensitivity micro-motion detection capabilities, able to sense chest movements and subtle body actions to achieve static human presence detection.
- Built-in relay for direct connection to lighting fixtures, with AC100-240V wide voltage output.
- Enables automatic lighting control: lights on when people are present, lights off when they leave.
- Can be used as a single sensor or networked with multiple sensors to cover different area sizes.
- When networked, single-point triggering can achieve multi-sensor linkage for blind-spot-free sensing across the entire area.
- Adjustable sensing distance and light sensitivity via DIP switch, with a sensing range of 3-8 meters.
Diagram Description: An illustration shows the sensor's appearance, resembling a small, circular device with internal orange components, suggesting its electronic nature.
Product Specifications
| Product Name | MiBoxer 24GHz Microwave Radar Presence Sensor | Waterproof Rating | IP20 |
|---|---|---|---|
| Model | HPS1-RF | Working Temperature | -10~40°C |
| Input/Output Voltage | AC100-240V 50/60Hz | EMC Standard (EMC) | ETSI EN 301 489-1 V2.2.3 ETSI EN 301 489-3 V2.3.2 |
| Output Current | Max 10A | ||
| Microwave Frequency | 24GHz | Safety Standard (LVD) | EN 61347-2-11: 2001+A1:2019 EN 61347-1: 2015+A1:2021 EN 62493:2015+A1:2022 |
| Sensing Distance | 3~8 meters | ||
| Communication Protocol | 2.4GHz RF | Radio Equipment (RED) | ETSI EN 300 400 V2.2.1 |
| Control Distance | -10~40°C | Certification | CE, EMC, LVD, RED |
Dimensions
Diagram Description: Three circular diagrams illustrate the sensor's dimensions. One shows a height of 46.5mm and a diameter of 55mm. Another shows a diameter of 78mm. A third diagram indicates a height of 67mm.
Detection Angle and Distance
Diagram Description: Three illustrations depict detection scenarios. The first shows a person standing still, indicating detection is possible. The second shows a person moving, with a detection radius of 5-8m for motion and 4-5m for presence. The third illustration shows a cone of detection with an angle of 120°.
Pairing: Sensor with Light
Pair the host sensor with the light. Slave sensors do not need to be paired with the light.
- Step 1: Disconnect power, then reconnect after 10 seconds.
- Step 2: Within 3 seconds of the light turning on, press the "SET" button on the host device 3 times.
- Step 3: The light will slowly flash 3 times, indicating successful pairing.
⚠️ If the light does not flash, pairing has failed. Please repeat the steps. (Note: Already paired lights cannot be paired again.)
Clearing Code: Sensor with Light
- Step 1: Disconnect power, then reconnect after 10 seconds.
- Step 2: Within 3 seconds of the light turning on, press the "SET" button on the host device 5 times.
- Step 3: The light will flash rapidly 10 times, indicating successful code clearing.
⚠️ If the light does not flash, code clearing has failed. Please repeat the steps. (Note: Lights that have not been paired do not require code clearing.)
Single Unit Connection Diagram
Suitable for small areas.
Diagram Description: A connection diagram shows AC100-240V input and AC100-240V output, with a single sensor connected to a light fixture. A warning symbol indicates that the sensor must be set as the host.
Diagram Description: A network connection diagram illustrates multiple sensors connected in a network. It shows that one sensor must be set as the host (HOST) and others as slave (SUB). A warning symbol indicates that the sensor must be set as the host.
Network Connection Diagram
Diagram Description: A diagram illustrates the process of networking sensors. It shows setting a slave device by pressing "SET" once, and then setting the host device by pressing "SET" three times within 3 seconds. A green indicator light on the sensor flashing three times signifies successful network configuration.
⚠️ If the light does not flash, pairing has failed. Please repeat the steps. (Note: Already paired devices cannot be paired again.)
Application Diagram
2.4G wireless signal transmission distance up to 30 meters.
Input: AC100-240V, Output: AC100~240V
Diagram Description: Multiple connection diagrams show how MiBoxer 2.4GHz series lights or controllers can be connected with sensors in both single-unit and networked configurations, illustrating input and output connections for master and slave units.
Large Space Application
Each area can be configured according to the networking application, and the host can be placed in any position.
Diagram Description: Three diagrams show different area configurations (1-zone, 2-zone, N-zone) with multiple sensors. Each diagram illustrates the placement of HOST and SUB sensors. A note indicates that the distance between two sensors should be greater than 2 meters.
Important Notes
- Turn off the power before installing the equipment to ensure safety.
- Please check if the input voltage is consistent with the device.
- Non-professional users should not disassemble the equipment directly, as it may cause damage.
- Do not use the equipment in areas with large metal surfaces or strong electromagnetic waves nearby, as this will seriously affect the control distance.
- Do not use in humid or high-temperature environments for extended periods.
Certifications: CE, UKCA, RoHS
Made in China
