Product Overview
The CHUERA-C630 Intelligent IoT Illuminance Monitor is developed for applications requiring continuous monitoring of lighting conditions.
Lighting levels can directly influence working efficiency, visual comfort and environmental quality. The C630 provides real-time illuminance data, helping users understand changes in light conditions and make better decisions for lighting adjustment.
With intelligent communication capability, the device can be integrated into monitoring systems for centralized data collection and management.
Accurate Illuminance Detection
The C630 provides precise light intensity measurement with a wide detection range.
Measurement range:
0–65535Lux
Display range:
0–20Wlux
The device uses a sensitive light detection element to capture changes in surrounding illumination and provide reliable monitoring data.
This allows users to evaluate lighting conditions more effectively in different environments.
Real-Time Lighting Condition Monitoring
Light intensity may change due to weather, equipment operation, building structure and surrounding conditions.
The CHUERA-C630 supports continuous monitoring and helps users track:
Illumination changes
Light distribution conditions
Environmental brightness variations
Long-term lighting trends
Real-time data allows users to adjust lighting systems according to actual conditions.
Intelligent Wireless Communication
The CHUERA-C630 supports ZigBee and LoRa wireless communication.
Wireless transmission provides flexible installation options and reduces complex wiring requirements in large monitoring areas.
The collected illuminance data can be transferred to intelligent management platforms for remote viewing and centralized analysis.
Smart Lighting Management
Proper lighting management helps improve energy efficiency and create comfortable environments.
The C630 provides data support for:
Lighting adjustment
Energy management
Environmental evaluation
Smart building control
By monitoring actual illumination conditions, users can avoid insufficient or excessive lighting.
Stable Operation Under Different Conditions
The device is designed for reliable operation in various environments.
Operating conditions:
Working temperature:
-10°C to +50°C
Working humidity:
0–80%RH
The stable structure allows the monitor to work continuously in indoor and industrial environments.
Fast Response to Light Changes
Lighting conditions may change quickly in different application scenarios.
The CHUERA-C630 provides:
Response time:
1 second
Data refresh interval:
1 second
Fast response enables the system to capture illumination changes and provide updated monitoring information quickly.
Compact Sensor Structure
The C630 adopts a compact sensing design for convenient installation.
The small structure allows flexible placement in different monitoring locations while maintaining reliable measurement performance.
It is suitable for applications where space efficiency and continuous monitoring are required.
Intelligent Environmental Monitoring Integration
The CHUERA-C630 can be integrated with intelligent environmental monitoring systems.
Through wireless communication, users can achieve:
This helps improve the efficiency of lighting management systems.
Technical Information
Model: CHUERA-C630
Product Type: Intelligent IoT Illuminance Monitor
Power Supply: DC9V
Communication Method: ZigBee / LoRa
Working Temperature: -10°C to +50°C
Working Humidity: 0–80%RH
Measurement Range: 0–65535Lux
Display Range: 0–20Wlux
Measurement Accuracy: ±5%
Resolution: 0.1Lux
Start-Up Stabilization Time: 10 seconds
Data Refresh Interval: 1 second
Response Time: 1 second
Product Features
Real-time illuminance monitoring
Wide light intensity measurement range
High sensitivity light detection
Supports ZigBee and LoRa communication
Fast response to lighting changes
Suitable for smart lighting systems
Compact installation design
Supports remote monitoring applications
Application Areas
The CHUERA-C630 is suitable for environments requiring continuous light intensity monitoring.
Typical applications include:
Smart buildings
Industrial workshops
Office lighting management
Schools and educational facilities
Laboratories
Commercial spaces
Exhibition halls
Public lighting systems
Agricultural lighting environments
Energy-saving lighting projects
Improving Lighting Management Efficiency
Lighting conditions are an important part of environmental management.
Traditional lighting adjustment often depends on manual inspection, making it difficult to respond quickly to changing conditions.
The CHUERA-C630 provides continuous illuminance monitoring, allowing users to understand actual lighting conditions and optimize lighting systems based on real data.
By combining accurate measurement with intelligent communication technology, the device supports more efficient and smarter lighting management.
FAQ
What does the CHUERA-C630 measure?
The CHUERA-C630 measures light intensity and provides real-time illuminance monitoring data.
What is the measurement range of the illuminance monitor?
The device supports an illuminance measurement range of 0–65535Lux.
What is the accuracy of the C630?
The measurement accuracy is ±5%.
What communication methods does the device support?
The C630 supports ZigBee and LoRa wireless communication.
How quickly does the monitor update lighting data?
The device provides a 1-second data refresh interval and a 1-second response time.
Where can the CHUERA-C630 be used?
It can be used in smart buildings, factories, offices, laboratories, public spaces and lighting management systems.
Can the illuminance monitor support remote monitoring?
Yes. The device supports integration with intelligent monitoring systems for remote data management.
What operating conditions can the C630 support?
The device can operate at temperatures from -10°C to +50°C with humidity levels from 0–80%RH.
Why is illuminance monitoring important?
Continuous illuminance monitoring helps maintain suitable lighting conditions, improve energy efficiency and support smarter environmental management.
Is the C630 suitable for long-term monitoring?
Yes. The device is designed for continuous operation and stable light Environment monitoring.
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