Product Specifications
The Only Air Sampling Pump Incorporating All Desired Features
Gilian GilAir Plus is a new-generation sampling pump developed taking into account user demands and field research. It can be used with suitable media and accessories in dust, aerosol, gas, and VOC/vapour sampling; it also supports gas bag sampling applications.
Low and High Flow Applications in a Single Instrument
Thanks to QuadMode™ technology, it covers an operating range of 20–5,100 cc/min in constant flow and 1–5,100 cc/min in constant pressure without an external low-flow adapter. It reduces the requirement for separate pumps for low and medium/high flow samplings.
Superior Features, Compact Design
Despite its wide operating range, its portable form factor is well suited to personal occupational hygiene sampling. Flow rate, sampling runtime, volume, battery status, and operating parameters can be viewed on the large LCD screen.
Motion Detection, Bluetooth, and Data Management
Motion detection and Bluetooth connectivity on compatible configurations help inspect the pump without disturbing the worker. Datalog/STP models and the Gilian Connect infrastructure support the management of sampling records.
Temperature and Pressure Correction
The STP model measures ambient temperature and barometric pressure, allowing it to correct sampling volume and flow to selected standard conditions; it supports flow accuracy against variations arising from altitude.
Charging, Programming, and SmartCal™
Optional docking stations facilitate charging, data transfer, reporting, and automated calibration routines on compatible models. Advanced functions such as programmed start/stop, constant flow or constant pressure modes, and fault management are provided.
Bluetooth Capability and Smart Field Operation
• Worker/device motion sensor
• Bluetooth connectivity and remote inspection
• Gilian Connect mobile application support
• QuadMode™ air sampling technology
• Selectable automatic fault recovery
• STP temperature and pressure correction (STP model)
• Real-time data acquisition and reporting facilities (model dependent)










