Gilian GilAir® Plus personal sampler, both high-flow (450-5000mL/min) and low-flow (20-499mL/min) sampling with a single pomp. Temperature & pressure compensation, real-time clock with data-logging
Gilian GilAir-3/GilAir-5 personal sampler, other Gilian sampling pumps also available, optional low-flow adapter
Bios Defender 500 Series
- No preparation needed: connect your pump and calibrate instantly
- AC or battery powered
- Portable for on-site deployment
- Precision 1%
- Continuous display of measured flow
Precision: Ranges: Battery Display Communication Dimensions Weight Case | 1% Low flow: 5 - 500 cc/min (510-L, 520-L of 530-L) Medium flow: 50 - 5.000 cc/min (510-M, 520-M of 530-M) High flow: 300 - 30.000 cc/min (510-H, 520-H of 530-H) 6V rechargeable, operating time max. 6 - 8h Illuminated graphic LCD Serial RS-232 14 x 15 x 7,5 cm 820g Hard or soft protection case available |
- Precision air flow calibration between 0.01 - 20 LPM
- Continuous real-time volumetric flow rate display
- Battery powered, compact, and lightweight for field portability
- Accurate within 2% of reading
- NIST traceable calibration certificate included
- Calibrator kit ships complete for immediate use
Range.............................................0.01 to 20 LPM
Accuracy..................... ±2% or 0.005 std. LPM, whichever is greater
Dimensions.......................5 in. × 2 in. × 1.25 in. (12.7 x 5.1 x 3.2cm)
Weight............................................................ 2.2 lbs (1 kg)
Warm Up Time........................................1 Minute
DC Power Input..........................7.5 VDC ±1.5 V,
300 mA max
Each Go-Cal calibrator is shipped complete with the following:
Calibrator, Battery pack including, 6-AA size alkaline batteries, Tubing kit,
Carrying case. NIST traceable calibration certificate, and User guide
Gilian Gilibrator II with wet bubble cell for calibration of any personal sampling pump. Three measuring cells possible with ranges 1-250mL/min, 20mL/min – 6L/min and 2-30L/min. Automatic calculation of average value out of consecutive measuring values
