Parker Bent Axis Fixed Motors – Series F11

Parker Bent Axis Fixed Motors Small Frame - Series F11

Parker Bent Axis Fixed Motors – Series F11

The F11 motor is a robust design motor, and can be used in numerous applications in both open and closed loop circuits. Rexton Hydraulic is leading supplier, repair and maintenance services expert to keep your Parker Bent Axis Fixed Motors – Series F11 working in optimum condition.

Series : Parker F11
Model Size : F11-005, F11-006, F11-010, F11-012, F11-014, F11-019.
Nominal Pressure 350 Bar (Psi 5075)
Maximum Pressure 420 Bar (Psi 6000)
Used in a wide range of applications – • Material Handling Equipment, • Mining, • Oil & Gas,.• Agriculture Machinery, • Construction Equipment, • Forestry Equipment.

Request A Quote

Share Product:

Description
Technical Specifications
Product Models
Data Link

Parker Bent Axis Fixed Motors (Series F11) are fixed displacement motors that are both rugged and versatile enough for applications in both open-loop and closed-loop systems. Maximum pressure capability up to 420 bar (6091 psi) and a continuous operating pressure of up to 350 bar (5076 psi) make them ideal in high-speed applications. The displacement size varies from 5 to 19 cc, allowing the versatility of the F11 Series across varied industrial applications.

The F11 Series is developed with lightweight pistons and compact rotating components that allow it to reach very high speeds—14,000 rpm. The 40° bent-axis design provides a compact, effective motor with a high power-to-weight ratio. Constructed in CETOP, ISO, SAW, and SAE versions, these motors are easily implemented in various hydraulic systems. F11 series are globally recognized for their low noise levels, smooth operation, and high level of torsional vibrations.

Parker F11 motors have been engineered with robust, heavy-duty roller bearings to handle considerable axial and radial loads, ensuring long service life. The simple construction minimizes maintenance requirements, and their unique piston and timing gear design provides ease of synchronization of the shaft with the cylinder barrel. These features make this F11 Series extremely reliable for applications needing consistent, high-performance operation under tough conditions.

Technical Specifications

Body Material: Cast Iron

Drain Option: Yes

Charge Pump Included: No

Circuit Path: Open

Configuration: Single

Control Method: No

Energy Recovery Capability: Yes

Filter Included: NO

For Fluid Type: Standard Hydraulic Fluids

Maximum Displacement: 19 cm³/rev, 1.16 inch³/rev

Maximum Flow Rate: 17.56 gal/min, 66.5 L/min

Maximum Fluid Temperature: 115 °C, 239 °F

Minimum Fluid Temperature: -40 °F

Maximum Noise Level: 80 dBA

Maximum Operating Pressure: 420 bar, 6090 psi

Radial Load Capacity: 400 kg, 880 lb

Maximum Operating Speed: 14000 RPM

Maximum Kinematic Viscosity: 1000 cSt, 4664 SUS

Minimum Kinematic Viscosity: 8 cSt, 37.3 SUS

Weight: 11 kg Max., 24.2 lb Max.

Media: Hydraulic, Hydraulic Fluids

Mounting Option: SAE, ISO, CETOP, CARTRIDGE

Port Connection: SAE, ISO, BSPP

Port Type: Straight Threaded

Port Location: Rear Ports

Pump Type: Piston, Fixed

Direction of Rotation: Clockwise, Counter Clockwise, Bi-Rotational

Sensor Type: Speed, Rotation

Shaft Type: SAE, ISO

Thru-Drive Capability: No

Technical Specifications

Technical Data

Frame size F11			005	006	010	012	014	019
Displacement	[cm³/rev]		4.9	6.0	9.8	12.5	14.3	19.0
Operating pressure	[bar]	max intermittent¹⁾	420	420	420	420	420	420
Operating pressure	[bar]	max continuous	350	350	350	350	350	350
Motor operating speed	[rpm]	max intermittent¹⁾	14 000	11 200	11 200	10 300	9 900	8 900
Motor operating speed	[rpm]	max continuous³⁾	12 800	10 200	10 200	9 400	9 000	8 100
Max pump selfpriming speed²⁾	[rpm]	L or R function; max	4 600	–	4 200	3 900	3 900	3 500
Motor input flow	[l/min]	max intermittent¹⁾	69	67	110	129	142	169
Motor input flow	[l/min]	max continuous	63	61	100	118	129	154
Drain temperature³⁾	[°C]	max	115	115	115	115	115	115
Drain temperature³⁾	[°C]	min	-40	-40	-40	-40	-40	-40
Theoretical torque at 100 bar	[Nm]		7.8	9.5	15.6	19.8	22.7	30.2
Mass moment of inertia	[kg m²]	(x10-³)	0.16	0.39	0.39	0.40	0.42	1.1
Weight	[kg]		4.7	6.5	6.5	7.5	7.5	11