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Ideal for monitoring pump performance and media flows in hydraulic systems.
Flows up to 150 GPM (568 Lpm). Pressures up to 6000 PSI (414 bar). Use these flow meters to setup, adjust and test hydraulic pumps, motors, cylinders and more! The only way to test a pump and motors safely and effectively is to use a flow meter.Specifications:…
Ideal for monitoring pump performance and media flows in hydraulic systems.
Why choose a reverse flow, flow meter?
Generally, one-way flow, inline flow meters have an integral check valve assembly that prevents the oil from flowing in reverse. This feature is safe when testing hydraulic pumps, but creates a potential hazard when testing double-acting cylinders and reversible motors.
Due to area difference, when flow is restricted at the rod-end of a double-acting, single-rod cylinder, the forces can cause the pressure to increase to a hazardous level – as much as two times the pressure relief valve setting!
Flows up to 150 GPM (568 Lpm). Pressures up to 6000 PSI (414 bar). Use these flow meters to setup, adjust and test hydraulic pumps, motors, cylinders, and more! The only way to test a pump and motors safely and effectively is to use a flow meter.Specifications:…
Ideal for testing in bi-directional applications – hydraulic cylinder testing and hydrostatic transmissions.
Flows up to 100 GPM (375 Lpm). Pressures up to 6000 PSI (414 bar). Rugged and Reliable – These meters are constructed with all metal pressure vessels that allow safe & permanent installation. Bi-Directional – Measures bi-directional flow measurement for liquids. Use these flow meters to set up, adjust, and test hydraulic pumps, motors, cylinders, and more! The only way to test a pump and motors safely and effectively is to use a flow meter.Specifications:…
Flow Indicators are designed for continuous monitoring or intermittent use commissioning and servicing hydraulic systems up to 6000 psi (420 bar). The large clear 2-1/2″ (63 mm) diameter dial ensures that quick checks can be made to determine pump performance and setting of flow control valves. They can be used on mobile and industrial hydraulic circuits. Also lubrication and coolant systems using oil.
These direct acting flow indicators can be installed in hazardous areas or on applications where no power is available. The flow indicator design ensures good reliability and minimizes the effects of contamination.
The flow indicator consists of a sharp edged orifice and tapered metering piston.
The piston movement is directly proportional to flow rate and the sharp edge orifice minimizes the effects of viscosity. The piston is magnetically coupled to the rotary pointer assembly which registers on a clear 2-1/2″ (63 mm) scale displayed in Lpm and US GPM.
The FI750 flow indicators should not be installed in circuits where the flow is reversed.
Features:…
Flow Indicators are designed for continuous monitoring or intermittent use commissioning and servicing hydraulic systems up to 5000 PSI, 345 bar.
The large clear 63mm diameter dial ensures that quick checks can be made to determine pump performance and the setting of flow control valves. They can be used on mobile and industrial hydraulic circuits. Also, lubrication and coolant systems using oil.
These direct-acting flow indicators can be installed in hazardous areas or on applications where no power is available. The flow indicator design ensures good reliability and minimizes the effects of contamination.
The flow indicator consists of a sharp-edged orifice and tapered metering piston.
The piston movement is directly proportional to flow rate and the sharp edge orifice minimizes the effects of viscosity. The piston is magnetically coupled to the rotary pointer assembly which registers on a clear 2 1/2” (63 mm) scale displayed in US GPM and LPM.
The FI1500 flow indicators should not be installed in circuits where…
Flow Indicators are designed for continuous monitoring or intermittent use commissioning and servicing hydraulic systems up to 6000 psi (420 bar). The large clear 2-1/2″ (63 mm) diameter dial ensures that quick checks can be made to determine pump performance and setting of flow control valves. They can be used on mobile and industrial hydraulic circuits. Also lubrication and coolant systems using oil.
These direct-acting flow indicators can be installed in hazardous areas or in applications where no power is available. The flow indicator design ensures good reliability and minimizes the effects of contamination.
The flow indicator consists of a sharp-edged orifice and tapered metering piston.
The piston movement is directly proportional to the flow rate and the sharp edge orifice minimizes the effects of viscosity. The piston is magnetically coupled to the rotary pointer assembly which registers on a clear 2-1/2″ (63 mm) scale displayed in Lpm and US GPM.
The FI750 flow indicators should not be installed in circuits…
