AW-Lake launches TH Series High Accuracy Turbine Flow Meter

AW-Lake, a flow instrumentation manufacturer, has launched its TH Series High Accuracy Turbine Flow Meter, a precision liquid flow measurement solution for challenging industrial applications where every fraction of a per cent in accuracy is critical

Precision machining, tight internal tolerances, and stainless-steel construction provide stable, long-term performance in continuous operation. Designed for low-viscosity liquids such as oils, water, and several process chemicals, the TH Turbine meter delivers laboratory-grade performance in a field-ready package.

High measurement accuracy

The TH Turbine meter has a measuring accuracy specified to ±0.5% under controlled conditions with linearisation, with repeatability as tight as ±0.1% for high-confidence flow control. This accuracy supports operations such as batching, dosing, blending, and test stands, where even a small deviation can create scrap or off-spec product.

Industrial-grade design

The design can support high operating pressures and a broad fluid temperature range for oilfield, process, and general industrial service, thanks to its all-welded stainless-steel construction, hardened rotor support, and precision bearings, delivering durability in harsh, high-duty-cycle systems.

Flexible integration

Flexible integration is enabled by multiple line sizes and flow ranges covering applications from low-flow test loops to high-flow transfer lines. The turbine can be paired with electronic displays, transmitters, or wireless totalisers for seamless integration with PLCs, DCS, and plant historians.

For engineers requiring a turbine flow meter that combines high accuracy and repeatability, fast response times, and a rugged design, the TH Series has been developed to provide a tightly controlled measurement platform for critical liquid processes.