APPLICATION
The AFM-R Airflow Monitoring Stations consist of one or more FloXact™ air velocity probes, factory mounted in a rugged galvanized steel enclosure. Multiple sets of total and static pressure measurement points, placed along the length of each FloXact™ probe on an equal area base, traverse the airflow and average the measured pressures. Factory installed static and total pressure signal lines connect the individual FloXact™ probes together and terminate at the galvanized enclosure for field connection. The AFM-R is suitable for installation in ducts, fan inlets, etc. The AFM-R can be used in applications ranging from HVAC in commercial buildings to laboratories, pharmaceutical and electronics manufacturing, and healthcare settings.
AIR-TRAC™ System
AFM units are often used in combination with VAV systems to monitor the supply air volume in a large room or floor. The supply air volume signal is used to control/balance a VAV terminal in the corresponding return air duct. This means that the system is balanced under all load conditions, ensuring quiet operation and the most energy-efficient installation.
FEATURES AND BENEFITS
- Housing: Galvanized steel construction with ribs (1.2 mm).
- Flanges: 30mm, corner holes ø10x17mm
- Operating temperature +10 to 50°C
- Storage temperature 0 to 70°C, max RH 95%.
- Optional double-walled construction (25mm insulation).
- Optional with air flow director, 99.5% free space.
- Other construction available on request.
- Airflow sensor: Multi-point averaging FloXact™ sensor. Unique shape creates an amplified signal (minimum 2.5x Pdyn) with very low pressure drop and noise level.
- All regulators are pressure independent and factory calibrated.
- When units are ordered with controls supplied ‘free of charge’ by third parties, wiring diagrams, calibration instructions, calibration tools and mounting instructions must be supplied free of charge.
- All controls are mounted on the right side of the unit as standard when looking in the direction of the airflow unless otherwise requested.