Hach FH950 Handheld Flow Meter
A lightweight, battery-powered handheld flow meter designed to provide accurate flow velocity and level measurements.Full product information
- Versatile solution for environmental and wastewater monitoring applications
- Ideal for flow calibration and verification
- Quick and easy programming and data transfer
- Minimise time on site and manual data transfer
- Designed for accuracy and efficiency
- Maintenance free electromagnetic sensor
The perfect handheld solution for wastewater and environmental flow monitoring.
Knowledge gained through years of in-the-field flow measurement experience has come together in the Hach FH950 Handheld Flow Meter ideal for use in environmental and wastewater flow measurement applications.
The lightweight, battery-powered Hach FH950 was designed to provide accurate flow velocity and level measurements while simplifying the entire measurement process in rugged field environments. Multiple user-friendly features designed into the FH950 allow you to quickly and easily determine stream velocities for required discharge measurements, calibrate area velocity flow meters, or verify primary devices such as weirs and flumes.
The FH950’s rugged, lightweight and user-friendly design allows for easy set-up, operation and data management. With an easy-to-use, menu-driven user interface that is readable even in bright sunlight, the FH950 has the ability to store both velocity and level information within the handheld device, minimising field time by up to 50%. Once the data is collected, simply download to a PC via the USB connection, eliminating the need for labour intensive manual data transfer.
Available with either flow velocity only or velocity and level capabilities, the FH950’s electromagnetic sensor has no moving parts and never requires mechanical maintenance.
With an innovative and compact sensor shape with intelligently-designed flow characteristics, the FH950 delivers reliable measurements at low velocities, in very shallow water, and in turbulent flow conditions. It even takes accurate readings in sediment, weed or debris-choked water.
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