Handy Sampler – APM160
Key Features
Suction Pump – Bilt-in Rotary Vane Pump
Rotameter – 0-3LPM with Flow Control
Timer (Battery Operated) – 3 Digital Display in Minutes with Provision of display of total run time & delay time
Battery – Rechargeable Maintenance Free Battery
Running Time – 1-999Min
Delay Time – 1-99 Min
Power Supply – 220V (+/-) 10V AC, 50Hz with Battery Charger and Rechargeable
Operation Time – 10-12 hr with Full Charge
Charge Time – 4-6 hours
Sampling Train Housing – Consisting of 2nos, 35ml glass impingers
Applications
- Industrial air monitoring
- Pollution control board inspections
- Environmental testing laboratories
- Stack and ambient air sampling
Download BrochureProduct Description
The Handy Sampler – APM160 is a compact, portable, and highly efficient air sampling device designed for accurate environmental monitoring in field and laboratory conditions. Built with a high-performance rotary vane suction pump, this sampler ensures reliable and consistent airflow for precise sample collection.
Featuring a 0–3 LPM rotameter with flow control, users can easily adjust and monitor flow rates for different sampling requirements. The battery-operated 3-digital display timer offers precise control over sampling duration, showing total run time and delay time to suit specific monitoring needs.
Powered by a rechargeable maintenance-free battery, the Handy Sampler delivers 10–12 hours of continuous operation on a full charge, making it perfect for extended fieldwork. The device recharges fully within 4–6 hours and operates on a standard 220V AC, 50Hz power supply with an included battery charger.
Its sampling train housing includes two 35 ml glass impingers, ensuring safe and efficient collection of air samples. With a programmable run time of 1–999 minutes and delay time of 1–99 minutes, the APM160 gives professionals full control over their sampling process.
Whether for industrial hygiene studies, environmental compliance, or academic research, the Handy Sampler APM160 by Serrax Technologies offers durability, portability, and precision—making it an essential tool for reliable air quality monitoring.
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