A10FM Fixed Displacement Motor

Related products

Vickers Hydraulic Vane Motor 25M 35M 45M 50M

Casappa PLM PLP Gear Pump Motor

Sauer Danfoss OMV Series Motor

Danfoss OMS Orbit Motor

Sauer Danfoss OMR Motor

Parker TE Series Motor

Torqmotor™ TB Series Light Duty Motor

Rexroth A4FM Piston Motor

Rexroth A2FE Fixed Piston Motors

Rexroth AZMF Hydraulic Gear Motor

Contact Us

A10FM Fixed Displacement Motor

A10FM Size 10…63(10,11,14,16,18,23,28,37,45,58,63)

Nominal pressure 280 bar

Peak pressure 350 bar

Open and closed circuit

Chat Now

Characteristic

Versatile Hydrostatic Transmission: The Rexroth A10FM motor is designed with a swash plate configuration for hydrostatic transmission and is suitable for both open and closed circuit scenarios.

Performance dynamics: Output speed is related to inlet flow, while output torque increases with the pressure gradient between the high- and low-pressure sides.

Wide range of applications: suitable for mobile and industrial applications, with long service life and high allowable output speed.

Compact and efficient design: The A10FM fixed displacement motor features the proven A10 rotary group, high power-to-weight ratio, installation space-saving plug-in version, low noise level and adheres to SAE standards for mechanical and hydraulic connections. Optional integrated anti-cavitation valve for specific applications such as fan drives.

Parameter

A10FM Size :A10FM10,A10FM11,A10FM14,A10FM16,A10FM18,A10FM23,

A10FM28,A10FM37,A10FM45,A10FM58,A10FM63

Size				10	11	14	16	18	23
Displacement		V	cm3	10,6	11,5	14,1	16,1	18	23,5
Displacement		g max	cm3	10,6	11,5	14,1	16,1	18	23,5
Speed2) max. at Vg max		n0 max	min-1	5000	4200	4200	4200	4200	4900
Inlet ﬂow
at n0 max		qV0 max	L/min	53	48	59	68	76	115
Power at n0 max	Δp = 280 bar	Po max	kW	24,7	22,5	27,6	31,6	35,3	53,6
Torque at Vg max	Δp = 280 bar	Tmax	Nm	47	51	63	72	80	105
Moment of inertia (about drive axis)		J	kgm2	0,0006	0,00093	0,00093	0,00093	0,00093	0,00017
Actual starting torque
at n = 0 min-1 Δp = 280 bar			Nm	37,5	30	45	53	67,5	75
Angular acceleration, max.			rad/s2	8000	6800	6800	6800	6800	5500
Torsional stiffness Shaft R			Nm/rad	–	–	–	–	14835	28478
Shaft W			Nm/rad	–	–	–	–	–	–
Shaft C			Nm/rad	15084	18662	18662	18662	18662	30017
Case volume			L	0,1	0,15	0,15	0,15	0,15	0,6
Weight		m	kg	5	6,5	6,5	6,5	6,5	12


Size					28	37	45	58	63
Displacement			V	cm3	28,5	36,7	44,5	58	63,1
Displacement			g max	cm3	28,5	36,7	44,5	58	63,1
Speed2)
max. at Vg max			n	min-1	4700	4200	4000	3600	3400
			0 max
Inlet ﬂow
at n0 max			qV0 max	L/min	134	154	178	209	215
Power
at n0 max	Δp = 280 bar		Po max	kW	62,5	71,8	83,1	97,4	100,1

Torque at Vg max	Δp = 280 bar		Tmax	Nm	127	163	198	258	281
Moment of inertia			J	kgm2	0,00017	0,00033	0,00033	0,0056	0,0056
(about drive axis)			J	kgm2	0,00017	0,00033	0,00033	0,0056	0,0056
Actual starting torque at n = 0 min-1 Δp = 280 bar				Nm	105	125	170	205	230
Angular acceleration, max.				rad/s2	5500	4000	4000	3300	3300
Torsional stiffness		Shaft R		Nm/rad	28478	46859	46859	80590	80590
		Shaft W		Nm/rad	–	38489	38489	60907	60907
		Shaft C		Nm/rad	30017	46546	46546	87667	87667
Case volume				L	0,6	0,7	0,7	0,8	0,8
Weight			m	kg	12	17	17	22	22

A10FM Fixed Displacement Motor Dimension

Order Code

A10FM Fixed Displacement Motor

A10FM Size 10…63(10,11,14,16,18,23,28,37,45,58,63) Nominal pressure 280 bar Peak pressure 350 bar Open and closed circuit

Chat Now

Characteristic

Versatile Hydrostatic Transmission: The Rexroth A10FM motor is designed with a swash plate configuration for hydrostatic transmission and is suitable for both open and closed circuit scenarios.

Performance dynamics: Output speed is related to inlet flow, while output torque increases with the pressure gradient between the high- and low-pressure sides.

Wide range of applications: suitable for mobile and industrial applications, with long service life and high allowable output speed.

Parameter

A10FM Size :A10FM10,A10FM11,A10FM14,A10FM16,A10FM18,A10FM23,

A10FM28,A10FM37,A10FM45,A10FM58,A10FM63

Size				10	11	14	16	18	23
Displacement		V	cm3	10,6	11,5	14,1	16,1	18	23,5
Displacement		g max	cm3	10,6	11,5	14,1	16,1	18	23,5
Speed2) max. at Vg max		n0 max	min-1	5000	4200	4200	4200	4200	4900
Inlet ﬂow
at n0 max		qV0 max	L/min	53	48	59	68	76	115
Power at n0 max	Δp = 280 bar	Po max	kW	24,7	22,5	27,6	31,6	35,3	53,6
Torque at Vg max	Δp = 280 bar	Tmax	Nm	47	51	63	72	80	105
Moment of inertia (about drive axis)		J	kgm2	0,0006	0,00093	0,00093	0,00093	0,00093	0,00017
Actual starting torque
at n = 0 min-1 Δp = 280 bar			Nm	37,5	30	45	53	67,5	75
Angular acceleration, max.			rad/s2	8000	6800	6800	6800	6800	5500
Torsional stiffness Shaft R			Nm/rad	–	–	–	–	14835	28478
Shaft W			Nm/rad	–	–	–	–	–	–
Shaft C			Nm/rad	15084	18662	18662	18662	18662	30017
Case volume			L	0,1	0,15	0,15	0,15	0,15	0,6
Weight		m	kg	5	6,5	6,5	6,5	6,5	12


Size					28	37	45	58	63
Displacement			V	cm3	28,5	36,7	44,5	58	63,1
Displacement			g max	cm3	28,5	36,7	44,5	58	63,1
Speed2)
max. at Vg max			n	min-1	4700	4200	4000	3600	3400
			0 max
Inlet ﬂow
at n0 max			qV0 max	L/min	134	154	178	209	215
Power
at n0 max	Δp = 280 bar		Po max	kW	62,5	71,8	83,1	97,4	100,1

Torque at Vg max	Δp = 280 bar		Tmax	Nm	127	163	198	258	281
Moment of inertia			J	kgm2	0,00017	0,00033	0,00033	0,0056	0,0056
(about drive axis)			J	kgm2	0,00017	0,00033	0,00033	0,0056	0,0056
Actual starting torque at n = 0 min-1 Δp = 280 bar				Nm	105	125	170	205	230
Angular acceleration, max.				rad/s2	5500	4000	4000	3300	3300
Torsional stiffness		Shaft R		Nm/rad	28478	46859	46859	80590	80590
		Shaft W		Nm/rad	–	38489	38489	60907	60907
		Shaft C		Nm/rad	30017	46546	46546	87667	87667
Case volume				L	0,6	0,7	0,7	0,8	0,8
Weight			m	kg	12	17	17	22	22