AW-Lake, flow instrumentation manufacturer, has launched the TH Series High Accuracy Turbine Flow Meter, a precision liquid flow measurement solution for demanding industrial applications where every fraction of a percent in accuracy matters. 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 many process chemicals, the TH Turbine meter delivers laboratory-grade performance in a rugged, field-ready package.

The flow meter offers measurement accuracy that is specified to ±0.5% under controlled conditions with linearization, with repeatability as tight as ±0.1% for high-confidence flow control. This accuracy supports critical operations such as batching, dosing, blending, and test stands where even small deviations can create scrap or off-spec product.

Its industrial-grade design features all-welded stainless-steel construction, hardened rotor support, and precision bearings deliver durability in harsh, high-duty-cycle systems. The design supports high operating pressures and broad fluid temperature ranges for oilfield, process, and general industrial service.

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

For engineers who require a turbine flow meter that combines high accuracy and repeatability, fast response times, and a rugged design, the TH Series offers a tightly controlled measurement platform for critical liquid processes.