High shock load applications
HS Series “high shock” turbine flowmeters are specifically designed to withstand pressure spikes that create hydraulic shock waves in fluids when actuators or rams are activated. This water hammer effect can dislodge the internals or sheer rotor blades off other turbine designs. The HS Series is based on the FT design providing the same high level of accuracy, with added benefits of a ruggedized housing and reinforced rotor to eliminate protential damage from fluid shock.
QUICK SPECS
High line pressures and hydraulic shock load applications
Accuracy: ±0.25%
Repeatability: ±0.05% of reading
Linearity: ±0.1% (100:1) with linearizing electronics
Flow Rates: 0.03 to 450 GPM (0.1 to 1,700 LPM)
Materials of Construction: 316 SS housing and 430F SS rotorEnd Fittings: NPT, MS, SAE 4-Bolt and Dynamic Beam SealOperating Pressure: Size and end fitting dependent
Custom Engineered Solutions Available on Request
High shock load applications
HS Series “high shock” turbine flowmeters are specifically designed to withstand pressure spikes that create hydraulic shock waves in fluids when actuators or rams are activated. This water hammer effect can dislodge the internals or sheer rotor blades off other turbine designs. The HS Series is based on the FT design providing the same high level of accuracy, with added benefits of a ruggedized housing and reinforced rotor to eliminate protential damage from fluid shock.
QUICK SPECS
- High line pressures and hydraulic shock load applications
- Accuracy: ±0.25%
- Repeatability: ±0.05% of reading
- Linearity: ±0.1% (100:1) with linearizing electronics
- Flow Rates: 0.03 to 450 GPM (0.1 to 1,700 LPM)
- Materials of Construction: 316 SS housing and 430F SS rotorEnd Fittings: NPT, MS, SAE 4-Bolt and Dynamic Beam SealOperating Pressure: Size and end fitting dependent
- Custom Engineered Solutions Available on Request
