Product Description
Gain comprehensive insight into your indoor air quality with the Ace Instruments 6 Parameter Indoor Air Quality Monitor. Featuring a 10" full color TFT display with built-in sensors, the monitor is designed for wall mounting and accurate tracking across most indoor environments, detecting temperature, humidity, CO₂, TVOC, PM2.5, and PM10 levels simultaneously (with PM1 also available as an additional readout on the display).
With built-in RS-485 Modbus communication, the AI-IAQ-10 monitors, records, and transmits critical IAQ metrics to a BMS, enabling remote monitoring alongside local visibility. The monitor also features a built-in audio buzzer alarm, freely programmable in the field for all monitored parameters, and can be disabled where reducing disturbance to building occupants matters. Users can opt for Wi-Fi communication for live data access and downloadable reports for audit purposes.
The AI-IAQ-10 is designed to be a prominent display of critical building air quality parameters, real-time temperature, humidity, CO₂, TVOC, PM1, PM2.5, and PM10, satisfying the occupant-visible display requirements referenced under WELL Building Standard feature A08 (Air Quality Monitoring and Awareness), and supporting continuous monitoring approaches recognized under LEED v5, RESET Air, and Fitwel.
The AI-IAQ-10 can be customised according to what the customer needs, including parameter selection, communication options, alarm configuration, and display settings, allowing the monitor to be tailored to the specific air quality priorities of each project.
Six Parameters, One Screen
The key difference from a standard multi-parameter sensor is that all six readings are visible simultaneously on a single 10" screen, not just logged to a BMS, making the AI-IAQ-10 suited to spaces where occupants and staff benefit from seeing air quality conditions directly, not only where data needs to reach a control system.
- Temperature
Displayed continuously alongside the other five parameters, giving facility staff a full thermal comfort picture without switching screens. - Humidity
Read out in real time on the touchscreen, helping flag conditions that support mold growth or occupant discomfort before they become noticeable.
- CO₂
Shown as a live figure on the display, giving an immediate, visible signal of ventilation performance to anyone standing near the monitor. - TVOC
Presented on-screen as chemical off-gassing occurs, useful for spotting pollution events from renovation, cleaning, or new furnishings as they happen.
- PM2.5
Tracked continuously on the touchscreen interface, with values updating in real time as fine particle concentrations shift throughout the day. - PM10
Displayed alongside PM2.5 for a fuller particulate picture, supporting the kind of occupant-visible reporting referenced under WELL feature A08.
An additional PM1 reading is also displayed on-screen alongside these six, giving facility staff extra visibility into the finest particle fraction without it being a headline monitored parameter.
Features
- 10" Full Color TFT Display: Large, high-visibility screen showing all six parameters simultaneously in real time, without needing to cycle through separate screens
- Six-Parameter Monitoring: Tracks temperature, humidity, CO₂, TVOC, PM2.5, and PM10 from a single wall-mounted unit, with PM1 also shown as an additional readout
- Secured Touchscreen Access: The touchscreen interface is only accessible once the front cover is removed, preventing unauthorized use by occupants or passers-by while still allowing facility staff on-site configuration
- Field-Programmable Alarm Buzzer: Built-in audio buzzer alarm configurable for all monitored parameters, with the option to disable audible alerts where occupant disturbance is a concern
- Dual Communication Options: RS-485 Modbus for direct BMS or EMS integration, or Wi-Fi for live dashboard access and downloadable reports, selectable at the time of ordering
- Low-Profile Wall Mounting: Slim 40mm depth enclosure suited to public-facing and occupied spaces without a bulky footprint
- Green Building Compliance Support: Occupant-visible display aligns with WELL Building Standard feature A08, while continuous six-parameter monitoring supports LEED v5, Fitwel, and BREEAM assessment requirements
- Customizable Configuration: Parameter selection, communication options, alarm settings, and display configuration can be tailored to specific project requirements
Applications
- Airports:
Monitors air quality across large, high-traffic public spaces where occupant comfort and ventilation performance are constantly tested by variable passenger volumes - Workspaces:
Supports occupant comfort and productivity in offices and meeting rooms by tracking the full range of factors affecting indoor air quality - Educational Institutions:
Tracks classroom and campus air quality, supporting healthier learning environments across densely occupied teaching spaces - Auditoriums & Museums:
Monitors air quality in large public gathering spaces and controlled environments, where both occupant comfort and, in museums, artefact preservation considerations may apply
Ensure Compliance with Green Building Standards
WELL Building Standard
WELL Building Standard feature A08, "Air Quality Monitoring and Awareness" in WELL v2, renamed "Air quality monitoring and feedback" in the newer WELL v6, rewards making live air quality data visible to occupants, not just to building management. Real-time displays of indoor environmental parameters, including temperature, are required per 930 m² (10,000 sq ft) of regularly occupied space. Separately, this information must be shown on screens mounted at a height of 3.6 to 5.6 ft, with at least one screen per 5,400 sq ft of regularly used space, updated at least every 15 minutes, displaying either raw parameter concentrations or a color-coded qualitative result. A wall-mounted touchscreen continuously displaying live readings at this mounting height directly supports this requirement.
LEED (Leadership in Energy and Environmental Design)
LEED v5's Indoor Air Quality Performance credit offers up to 10 points through Option 1, Continuous Indoor Air Monitoring. Projects install building-grade monitors measuring CO₂, PM2.5, and TVOC continuously, with CO₂ read every 15 minutes and PM2.5/TVOC read hourly, for at least three months within the 12-month reporting period. Two points are earned automatically just for measuring each of the three parameters, with up to 4 additional points available for meeting stricter concentration thresholds on CO₂ (below 1,000 ppm for 1 point, below 800 ppm for 2 points) and PM2.5 (below 15 µg/m³ for 1 point, below 12 µg/m³ for 2 points). Temperature and relative humidity monitoring is also typically required alongside these three pollutants for BD+C and ID+C project types. A six-parameter monitor like the AI-IAQ-10 covers every parameter this credit assesses.
Fitwel
Fitwel's Indoor Air Quality Assessment awards points for testing or monitoring a defined set of parameters, PM2.5, CO2, and temperature are core requirements, with at least three of TVOC, relative humidity, ozone, CO, formaldehyde, or NO2 also required. Full credit requires meeting this across at least five of the required elements. Unlike WELL, Fitwel doesn't have a separate requirement to display this data prominently to occupants, its scoring is based on the testing or monitoring itself, not on visible reporting. The AI-IAQ-10 satisfies the measurement side of this scorecard, though the display feature isn't something Fitwel specifically credits.
BREEAM (Building Research Establishment Environmental Assessment Method)
BREEAM's Hea 02 Indoor Air Quality credit centers on an Indoor Air Quality Plan (a prerequisite in newer scheme versions), ventilation design to manage CO2 in areas with variable occupancy, low-VOC material specification, and post-construction air testing before occupancy. Continuous CO2 monitoring is specifically referenced as a measure for detecting and controlling variations tied to changeable occupancy patterns. While BREEAM's core testing requirement centers on TVOC and formaldehyde at minimum, ongoing CO2 monitoring supports the credit's broader ventilation performance intent.
Specifications
Gain insight into your IAQ solution and know technical specifications
Touchscreen Display & Field Programmability
The 10" full color TFT display shows live readings on the front face, but the touchscreen interface itself is only accessible once the front cover is removed. This design prevents unauthorized use by occupants or passers-by, while still giving facility staff a straightforward way to access settings and configure alarms directly on-site when needed. At just 40mm deep, the enclosure is designed for a low-profile wall mounting that suits public-facing and occupied spaces alike. The built-in audio buzzer alarm is freely programmable in the field across all monitored parameters, giving facility teams control over alert thresholds without needing BMS access, and the option to disable audible alerts where occupant disturbance is a concern.
BMS Integration & Remote Access
The AI-IAQ-10 offers RS-485 Modbus communication for direct BMS or EMS integration, allowing monitored parameters to feed into centralized building systems for monitoring, logging, and automated response. Alternatively, Wi-Fi communication provides live data access and downloadable reports, supporting audit and compliance documentation without requiring a hardwired BMS connection.
Frequently Asked Questions (FAQs)
1. What is the AI-IAQ-10 Indoor Air Quality Monitor?
The AI-IAQ-10 is a wall-mounted indoor air quality monitor with a 10-inch full-color touchscreen that continuously measures multiple indoor air quality parameters. It is designed for commercial buildings, hospitals, schools, airports, museums, offices, and other indoor environments where continuous environmental monitoring is important. The monitor supports RS485 Modbus communication for BMS integration and optional Wi-Fi connectivity for remote monitoring.
2. What parameters does the AI-IAQ-10 monitor?
The AI-IAQ-10 continuously measures:
- Carbon Dioxide (CO₂)
- Temperature
- Relative Humidity
- PM2.5
- PM10
- Total Volatile Organic Compounds (TVOC)
Monitoring these parameters together provides a complete picture of indoor air quality and occupant comfort.
3. Why is indoor air quality monitoring important?
Poor indoor air quality can affect occupant health, comfort, productivity, and building performance. Continuous monitoring helps identify ventilation problems, airborne particles, elevated carbon dioxide, excessive humidity, and chemical pollutants before they become serious issues.
4. Why does the AI-IAQ-10 monitor six different parameters?
Indoor air quality cannot be evaluated using a single measurement.
Each parameter provides different information:
- CO₂ indicates ventilation effectiveness and occupancy.
- PM2.5, and PM10 indicate airborne particulate pollution.
- TVOC measures chemical pollutants released from indoor materials and activities.
- Temperature and humidity affect occupant comfort, HVAC efficiency, and microbial growth.
Monitoring all six parameters together provides a complete understanding of indoor environmental conditions.
5. What is the advantage of a 10-inch touchscreen display?
The large full-color touchscreen allows users to view all air quality parameters simultaneously without connecting to a separate computer or Building Management System.
The touchscreen also provides easy access to settings, alarm configuration, and system information, making operation simple for facility managers and maintenance personnel.
6. Where is the AI-IAQ-10 commonly installed?
Typical applications include:
- Commercial offices
- Hospitals
- Educational institutions
- Airports
- Museums
- Auditoriums
- Conference rooms
- Hotels
- Shopping malls
- Pharmaceutical facilities
- Laboratories
- Government buildings
These applications are also highlighted in the product brochure.
7. What is PM2.5 and why is it important?
PM2.5 refers to airborne particles smaller than 2.5 micrometres. These fine particles can penetrate deep into the lungs and may affect respiratory health. Continuous PM2.5 monitoring helps maintain healthier indoor environments and supports better HVAC filtration management.
8. Why is carbon dioxide monitoring important?
Carbon dioxide is an indicator of ventilation effectiveness and occupancy. Rising CO₂ levels often indicate insufficient fresh air, which may lead to drowsiness, reduced concentration, and poor indoor air quality. Monitoring CO₂ allows the HVAC system to adjust ventilation based on actual occupancy.
9. Why is TVOC monitoring important?
Total Volatile Organic Compounds (TVOC) represent airborne chemical pollutants released from paints, furniture, cleaning products, adhesives, office equipment, and building materials.
Monitoring TVOC helps identify indoor chemical pollution and supports healthier indoor environments.
10. Can the AI-IAQ-10 be integrated with a Building Management System (BMS)?
Yes. The AI-IAQ-10 supports RS485 Modbus communication, allowing all measured parameters to be transmitted to a Building Management System, PLC, or SCADA system for centralized monitoring and control. Optional Wi-Fi connectivity is also available for cloud-based monitoring and report generation.
11. Can the monitor generate alarms?
Yes. The AI-IAQ-10 includes a built-in audio buzzer alarm that can be programmed individually for each monitored parameter. Alarm settings can be adjusted on-site and the buzzer can be disabled if required to minimize disturbance to occupants.
12. Can the AI-IAQ-10 improve HVAC energy efficiency?
Yes. By continuously monitoring CO₂, particulate matter, TVOC, temperature, and humidity, the Building Management System can adjust ventilation according to actual indoor conditions. This demand-based control improves indoor air quality while reducing unnecessary HVAC energy consumption.
13. Is the AI-IAQ-10 suitable for continuous monitoring?
Yes. The AI-IAQ-10 is designed for reliable 24×7 continuous monitoring in commercial, healthcare, educational, pharmaceutical, industrial, and public buildings.
14. Does the monitor require calibration?
The monitor is factory calibrated before shipment. Periodic verification and calibration are recommended to maintain long-term measurement accuracy, particularly in critical indoor air quality applications.
15. Does the AI-IAQ-10 Satisfy WELL Feature A08?
Yes, functionally. A wall-mounted 10" touchscreen displaying live temperature, humidity, CO₂, TVOC, PM1, PM2.5, and PM10 readings, continuously and locally, matches this clause's requirements almost exactly: it's a real-time display, mountable within the specified height range, and updates continuously rather than on a fixed interval. Whether it counts toward the credit officially depends on installation density (screens per sq ft) and whether the specific sensor models are WELL-accepted, that's a project-level compliance question for the certifying consultant, not something the hardware alone guarantees.
16. Is installation easy?
Yes. The slim wall-mounted enclosure, approximately 40 mm deep, allows simple installation in both new buildings and retrofit projects. The supplied power adapter and communication options make system integration straightforward.
17. What are the advantages of using the AI-IAQ-10?
Key benefits include:
- Simultaneous monitoring of seven indoor air quality parameters
- Large 10-inch full-color touchscreen
- Built-in sensors
- RS485 Modbus communication
- Optional Wi-Fi connectivity
- Programmable audible alarms
- Easy BMS and PLC integration
- Continuous 24×7 monitoring
- Reliable industrial-grade performance
- Low maintenance
These features are listed in the product brochure.
18. Who typically uses the AI-IAQ-10?
The AI-IAQ-10 is widely used by:
- Facility managers
- HVAC contractors
- Building automation integrators
- Hospital engineering departments
- School administrators
- Airport facility managers
- Museum operators
- Pharmaceutical manufacturers
- Laboratory managers
- Commercial building owners
19. Why choose ACE Instruments?
ACE Instruments has over 30 years of experience in manufacturing indoor air quality and environmental monitoring solutions. Customers choose our products for their reliable sensing technology, industrial-grade construction, easy BMS integration, large touchscreen interface, calibration support, responsive technical assistance, and proven performance across commercial, healthcare, pharmaceutical, educational, and industrial applications.
20. How do I choose the right Indoor Air Quality Monitor?
Choosing the right AI-IAQ-10 depends on your building type, monitoring objectives, communication requirements, installation location, and integration needs. Our application engineers can help you select the most suitable indoor air quality monitoring solution for offices, hospitals, schools, airports, museums, laboratories, pharmaceutical facilities, and other environments requiring continuous monitoring of CO₂, particulate matter, TVOC, temperature, and humidity.
