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Industrial Hydraulics & Field Engineering Technical Guides

Practical technical guides for field engineers, maintenance crews, and technicians covering circuit schematic analysis, root cause troubleshooting, and system efficiency.

Technical Guides & Engineering Articles

Critical hydraulic challenges encountered in industrial operations, root-cause diagnostics, and remediation procedures.

ENGINEERING CALCULATION SUITE

Hydraulic System Sizing & Power Calculators

Calculate cylinder push/pull forces, stroke velocity, flow rate, and required motor power with theoretical formulas in real time.

Hydraulic Cylinder Force & Speed Analysis

Calculate push/pull forces and travel velocity based on piston diameter, rod diameter, system pressure, and pump flow.

ISO 6022 // DYNAMIC SIMULATION
mm
mm
bar
L/min
THEORETICAL ENGINEERING OUTPUTS
F = p · A | v = Q / A
Push Force (F_push)
125.7 kN (12.8 Ton)
Pull Force (F_pull)
80.4 kN (8.2 Ton)
Push Velocity (v)
8.5 cm/s

Pump Flow Rate & Electric Motor Power Sizing

Size theoretical flow rate and drive power using pump geometric displacement, electric motor RPM, and working pressure.

DIN 51524 // POWER ANALYSIS
cc/rev
RPM
bar
THEORETICAL ENGINEERING OUTPUTS
Q = (V_g · n) / 1000 | P = (Q · p) / 510
Theoretical Flow Rate
40.6 L/dk
Required Motor Power
14.3 kW (19.5 HP)
FLOWART ENGINEERING

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