Hydraulic fluid power — Positive displacement pumps and motors — Dimensions and identification code for mounting flanges and shaft ends — Part 1: Inch series shown in metric units

Hydraulic fluid power — Dimensions and identification code for mounting flanges and shaft ends of displacement pumps and motors — Part 1: Inch series shown in metric units

Hydraulic fluid power — Positive displacement pumps and motors — Dimensions and identification code for mounting flanges and shaft ends — Part 2: 2 and 4-hole flanges and shaft ends — Metric series

Hydraulic fluid power — Positive displacement pumps and motors — Dimensions and identification code for mounting flanges and shaft ends — Part 2: Two- and four-hole flanges and shaft ends — Metric series

Hydraulic fluid power — Dimensions and identification code for mounting flanges and shaft ends of displacement pumps and motors — Part 2: Metric series

Hydraulic fluid power — Dimensions and identification code for mounting flanges and shaft ends of displacement pumps and motors — Part 2: Metric series — Technical Corrigendum 1

Hydraulic fluid power — Positive displacement pumps and motors — Dimensions and identification code for mounting flanges and shaft ends — Part 3: Polygonal flanges (including circular flanges)

Hydraulic fluid power — Positive displacement pumps and motors — Dimensions and identification code for mounting flanges and shaft ends — Part 3: Polygonal flanges (including circular flanges)

Hydraulic fluid power — Pumps and motors — Geometric displacements

Hydraulic fluid power — Pumps, motors and integral transmissions — Parameter definitions and letter symbols

Hydraulic fluid power — Determination of characteristics of motors — Part 1: At constant low speed and at constant pressure

Hydraulic fluid power — Determination of characteristics of motors — Part 1: At constant low speed and at constant pressure

Hydraulic fluid power — Determination of characteristics of motors — Part 1: At constant low speed and constant pressure

Hydraulic fluid power — Determination of characteristics of motors — Part 2: Startability

Hydraulic fluid power — Determination of characteristics of motors — Part 2: Startability

Hydraulic fluid power — Determination of characteristics of motors — Part 2: Startability

Hydraulic fluid power — Determination of characteristics of motors — Part 3: At constant flow and at constant torque

Hydraulic fluid power — Positive displacement pumps, motors and integral transmissions — Determination of steady-state performance

Hydraulic fluid power — Positive-displacement pumps, motors and integral transmissions — Methods of testing and presenting basic steady state performance

Hydraulic fluid power — Positive-displacement pumps, motors and integral transmissions — Methods of testing and presenting basic steady state performance

Hydraulic fluid power — Test code for the determination of airborne noise levels — Part 1: Pumps

Hydraulic fluid power — Test code for determination of airborne noise levels — Part 1: Pumps

Hydraulic fluid power — Test code for the determination of airborne noise levels — Part 2: Motors

Hydraulic fluid power — Test code for determination of airborne noise levels — Part 2: Motors

Hydraulic fluid power — Test code for determination of airborne noise levels — Part 3: Pumps — Method using a parallelepiped microphone array

Hydraulic fluid power — Determination of derived displacement of positive displacement pumps and motors — Part 1: Two-step Toet-method & Hydraulic fluid power

Hydraulic fluid power — Determination of derived displacement of positive displacement pumps and motors — Part 2: Zero-Pressure-Intercept-Method

Hydraulic fluid power — Positive displacement pumps and motors — Determination of derived capacity

Hydraulic fluid power — Positive displacement pumps and motors — Determination of derived capacity

Hydraulic fluid power — Fixed displacement pumps — Flow degradation due to classified AC Fine Test Dust contaminant — Test method

Hydraulic fluid power — Determination of pressure ripple levels generated in systems and components — Part 1: Precision method for pumps

Hydraulic fluid power — Determination of pressure ripple levels generated in systems and components — Part 1: Method for determining source flow ripple and source impedance of pumps

Hydraulic fluid power — Determination of pressure ripple levels generated in systems and components — Part 2: Simplified method for pumps

Hydraulic fluid power — Determination of pressure ripple levels generated in systems and components — Part 3: Method for motors

Hydraulic fluid power — Test code for the determination of sound power levels of pumps using sound intensity techniques: Engineering method — Part 1: Pumps

Hydraulic fluid power — Electrically controlled hydraulic pumps — Test methods to determine performance characteristics

Water hydraulics — Water-hydraulic pumps — Methods of testing and representing basic steady-state performance