SENSO8 Car Park IAQ Sensor LRS10701-MN00/SEN10701-MN00
Advanced Air Quality Monitoring for Parking Lots
Prefer another courier for your delivery? Contact us for special shipping arrangements.
Car parks are places where vehicle emissions and other pollutants are concentrated. Long-term exposure to heavily polluted air can lead to respiratory diseases, cardiovascular problems and other health issues. Regular monitoring of air quality in car parks provides valuable information about vehicle emissions and air pollution, and the data can help car park managers formulate and improve relevant construction and management strategies. For example, they can adjust the operation of ventilation system according to the monitoring results to improve air circulation and take other measures to reduce the concentration of pollutants.
The Senso8 car park IAQ sensor provides a simple and cost-effective solution for monitoring carbon monoxide (CO), nitrogen dioxide (NO2), ambient temperature and humidity in car park environments.
Key Features
- 4-in-1 Sensors Cost-effective Solution: provides a simple and cost effective solution for Carbon Monoxide (CO), Nitrogen Dioxide (NO2) and Ambient Temperature & Humidity monitoring
- IoT Connectivity: Enables integration with IoT systems for remote monitoring and data analysis, facilitating proactive management of air quality and maintenance scheduling.
- Easy Installation: Designed for easy installation and setup, allowing for quick deployment in toilet facilities without significant downtime or disruption.
- Long Battery Life: Equipped with 2 x 3.6VC type ER26500 batteries, providing a service life of up to 4.5 years, minimizing the need for frequent battery replacements.
- Alarms with LED Indicator: Multi-color LED bar for air quality index indication.
- WELL v2.2 Compliant Sensor Device: For car park facilities seeking compliance with the WELL v2.2 building standard, the SENSO8 environmental sensor plays a crucial role in monitoring and maintaining indoor air quality within acceptable ranges. Integrated into the car park's air quality monitoring system, these sensors continuously track key air pollution indicators such as nitrogen oxides (NO2), and carbon monoxide (CO), as specified by the WELL v2.2 guidelines.
Use Case 1: Parking IoT Odor Monitoring
Application: Parking Areas—Air Quality Management
Description: In parking areas, the Odor IAQ Sensor is utilized to detect and monitor odor levels, particularly from vehicle emissions or other sources. Integrated with gas sensors designed to detect CO and NO2, these sensors provide comprehensive monitoring of air quality in parking lots. If odor levels indicate potential ventilation issues or air quality concerns, facility management receives alerts, allowing them to investigate and address the issue promptly to maintain a pleasant environment for building occupants and visitors.
Use Case 2: WELL v2.2 Air Quality Compliance Monitoring for Indoor Car Parks
Application: Building Certification Compliance (WELL v2.2 Standard)
For car park facilities seeking compliance with the WELL v2.2 building standard, the SENSO8 environmental sensor plays a crucial role in monitoring and maintaining indoor air quality within acceptable ranges. Integrated into the car park's air quality monitoring system, these sensors continuously track key air pollution indicators such as nitrogen oxides (NO2), carbon monoxide (CO), as specified by the WELL v2.2 guidelines.
By providing real-time data on these critical air quality parameters, facility managers can ensure that the indoor car park environment promotes health and well-being, aligning with the requirements of the WELL v2.2 standard. The system can automatically adjust the ventilation system (e.g., fans, air intake/exhaust) to maintain optimal air quality and comply with WELL v2.2 odor and air purity criteria.
Package Inclusions
- 1 x Sensor
- 1 x Wall Mounting Kits
Documentation
Questions and Answers
Have a Question?
Be the first to ask a question about this.
Product Reviews
Carbon Monoxide (CO) | Nitrogen Dioxide(NO2) | Temperature | Humidity | |
Range | 0 ~ 100ppm | 0~5ppm | -20°C ~ 60°C | 10 ~ 100% RH |
Precision | 0.5ppm | 0.05ppm | ±0.6℃ (-20℃~ -10℃) ±0.4℃ (-10℃~ 5℃) ±0.2℃ (5℃~ 60℃) |
±4%RH (10-20%RH) ±2%RH (20-80%RH) ±4%RH (80-100%RH) |
NB-IoT Specification (SEN10701-MN00) |
LoRaWAN Specification (LRS10701-MN00) |
|||
Input Power | Battery:2 x 3.6V C Size ER26500 Battery or DC Power:8.5-15V DC, max. 1A Power Adapter |
|||
Battery Life | Up to 3.5 years | Up to 4.5 years² | ||
Measuring period | Battery: Every 15 mins DC Power: Every 5 mins |
Battery: Every 10 mins DC Power: Every 10 mins |
||
Data upload interval (heartbeat) | Battery: Every 60 mins DC Power: Every 5 mins |
Battery: Every 10 mins DC Power: Every 10 mins |
||
Operating Temperature | -30~50°C | |||
Storage Humidity | <95% RH | |||
Storage Temperature | -30~60°C | |||
Dimension | 119 x 119 x 37.5 mm(LxWxH) | |||
Installation | Wall Mounting Bracket | |||
Antenna Type | Internal antenna | |||
Weight | About 175g (not including battery or DC power supply) | |||
Wireless Connectivity | LTE Cat NB1 (NB-IoT) | LoRaWAN® | ||
Frequency | B1, B3, B5, B8, B20 | EU868/US915/AU915/AS923 | ||
Transmit Power | 23 dBm | 14dBm | ||
Sensitivity | -116 dBm | -140dBm | ||
Mode | - | OTAA Class A(Connect to LoRaWAN Network) |
- Based on 60 mins heartbeat interval for NB-IoT models, LED color bar light off
- Based on 10 mins heartbeat interval for LoRa models, LED color bar light off
User Manual