A6VM Rexroth Hydraulic Motor

Related products

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

Poclain MS MSE Hydraulic Motor

Hydraulic motor high torque eaton char-lynn-6000 series

Eaton Char-Lynn 6000 Hydraulic Motor

Hagglunds CB Piston Motor

Rexroth Hagglunds CA Hydraulic Motor

Parker TC Torqmotor

ALM3 Aluminum Gear Motor

Marzocchi ALM Hydraulic Gear Motor ALM1

A6VE Rexroth Hydraulic Motor

Rexroth A4FM Piston Motor

Contact Us

A6VM Rexroth Hydraulic Motor

A6VM Sizes 28 to 200（28,55,80,107,140,160,200,250,355,500,1000）

Nominal pressure 5800 psi (400 bar)

Maximum pressure 6500 psi (450 bar)

A6VM Sizes 250 to 1000

Nominal pressure 5100 psi (350 bar)

Maximum pressure 5800 psi (400 bar)

Chat Now

Characteristic

1. Multifunctional hydraulic motor design:
The A6VM variable motor adopts an axial tapered piston rotor assembly and an oblique shaft design, and is suitable for open and closed hydraulic circuits. Suitable for both mobile and stationary applications, it offers a wide control range to meet high speed and torque requirements, with infinitely variable displacement from Vg max to Vg min = 0.

2. Wide range of applications and high cost-effectiveness:
The A6VM Rexroth Hydraulic Motor is ideally suited for mobile and stationary applications where the output speed is dependent on pump flow and motor displacement. The output torque increases as the pressure difference between the high-pressure side and the low-pressure side increases, and the displacement also increases. It has a wide control range, can realize static hydraulic transmission, and has a variety of control devices to choose from. Cost savings are achieved by eliminating the need for a gear speed mechanism and using a motor that is compact, robust and has a long service life.

3. Powerful and efficient performance:
A6VM motors feature high power density, excellent starting characteristics and minimal swing torque, and stand out for their compact, durable design. It provides long service life and cost-effectiveness by eliminating the gear speed mechanism, while meeting the needs of a variety of applications with its wide control range and multiple control options.

Rexroth A6VM Motor Parameter

A6VM:A6VM28,A6VM55,A6VM80,A6VM107,A6VM140,A6VM160,A6VM200,A6VM250,A6VM355,A6VM500,A6VM1000

Rexroth A6VM Piston Motor
Size		NG		28	55	80	107	140	160
displacement		Vg max	cm3	28.1	54.8	80	107	140	160
		Vg min	cm3	0	0	0	0	0	0
		Vg x	cm3	18	35	51	68	88	61
Maximum rotational	at Vg max	nnom	rpm	5550	4450	3900	3550	3250	3100
speed2) (while adhering to	at Vg < Vg x	nmax	rpm	8750	7000	6150	5600	5150	4900
the maximum permissible	(see diagram
inlet flow)	on page 9)
	where Vg 0	nmax	rpm	10450	8350	7350	6300	5750	5500
Inlet flow3)	at nnom and	qv max	l/min	156	244	312	380	455	496
	Vg max
Torque4)	at Vg max and	T	Nm	179	349	509	681	891	1019
	Δp = 400 bar
	at Vg max and	T	Nm	157	305	446	596	778	891
	Δp = 350 bar
Rotary stiffness	Vg max toVg/2	cmin	kNm/rad	6	10	16	21	34	35
	Vg/2 to 0	cmin	kNm/rad	18	32	48	65	93	105
	(interpolated)
Moment of inertia for rotary group		JTW	kgm2	0.0014	0.0042	0,008	0.0127	0.0207	0.0253
Maximum angular acceleration		α	rad/s²	47000	31500	24000	19000	11000	11000
Case volume		V	l	0.5	0.75	1.2	1.5	1.8	2.4
Weight approx.		m	kg	16	28	36	46	61	62

Size		NG		200	250	355	500	1000
displacement		Vg max	cm3	200	250	355	500	1000
		Vg min	cm3	0	0	0	0	0
		Vg x	cm3	76	205	300	417	1000
Maximum rotational	at Vg max	nnom	rpm	2900	2700	2240	2000	1600
speed2) (while adhering to	at Vg < Vg x	nmax	rpm	4600	3300	2650	2400	1600
the maximum permissible	(see diagram
inlet flow)	on page 9)
	where Vg 0	nmax	rpm	5100	3300	2650	2400	1600
Inlet flow3)	at nnom and	qv max	l/min	580	675	795	1000	1600
	Vg max
Torque4)	at Vg max and	T	Nm	1273	‒	‒	‒	‒
	Δp = 400 bar
	at Vg max and	T	Nm	1114	1391	1978	2785	5571
	Δp = 350 bar
Rotary stiffness	Vg max toVg/2	cmin	kNm/rad	44	60	75	115	281
	Vg/2 to 0	cmin	kNm/rad	130	181	262	391	820
	(interpolated)
Moment of inertia for rotary group		JTW	kgm2	0.0353	0,061	0,102	0,178	0.55
Maximum angular acceleration		α	rad/s²	11000	10000	8300	5500	4000
Case volume		V	l	2.7	3	5	7	16
Weight approx.		m	kg	78	100	170	210	430

Dimension

poocca will help you find the correct model and help you successfully purchase the right product that suits you. Welcome to call or send an email for consultation.

Application

The Rexroth A6VM motor is primarily employed in various machinery, including construction equipment, agricultural machinery, and industrial applications. Renowned for its reliability and efficiency, it powers hydraulic systems in diverse sectors requiring high-performance and robust hydraulic solutions.

Shipping & Payment

A6VM Rexroth Hydraulic Motor

A6VM Sizes 28 to 200（28,55,80,107,140,160,200,250,355,500,1000） Nominal pressure 5800 psi (400 bar) Maximum pressure 6500 psi (450 bar) A6VM Sizes 250 to 1000 Nominal pressure 5100 psi (350 bar) Maximum pressure 5800 psi (400 bar)

Chat Now

Characteristic

Rexroth A6VM Motor Parameter

A6VM:A6VM28,A6VM55,A6VM80,A6VM107,A6VM140,A6VM160,A6VM200,A6VM250,A6VM355,A6VM500,A6VM1000

Rexroth A6VM Piston Motor
Size		NG		28	55	80	107	140	160
displacement		Vg max	cm3	28.1	54.8	80	107	140	160
		Vg min	cm3	0	0	0	0	0	0
		Vg x	cm3	18	35	51	68	88	61
Maximum rotational	at Vg max	nnom	rpm	5550	4450	3900	3550	3250	3100
speed2) (while adhering to	at Vg < Vg x	nmax	rpm	8750	7000	6150	5600	5150	4900
the maximum permissible	(see diagram
inlet flow)	on page 9)
	where Vg 0	nmax	rpm	10450	8350	7350	6300	5750	5500
Inlet flow3)	at nnom and	qv max	l/min	156	244	312	380	455	496
	Vg max
Torque4)	at Vg max and	T	Nm	179	349	509	681	891	1019
	Δp = 400 bar
	at Vg max and	T	Nm	157	305	446	596	778	891
	Δp = 350 bar
Rotary stiffness	Vg max toVg/2	cmin	kNm/rad	6	10	16	21	34	35
	Vg/2 to 0	cmin	kNm/rad	18	32	48	65	93	105
	(interpolated)
Moment of inertia for rotary group		JTW	kgm2	0.0014	0.0042	0,008	0.0127	0.0207	0.0253
Maximum angular acceleration		α	rad/s²	47000	31500	24000	19000	11000	11000
Case volume		V	l	0.5	0.75	1.2	1.5	1.8	2.4
Weight approx.		m	kg	16	28	36	46	61	62

Size		NG		200	250	355	500	1000
displacement		Vg max	cm3	200	250	355	500	1000
		Vg min	cm3	0	0	0	0	0
		Vg x	cm3	76	205	300	417	1000
Maximum rotational	at Vg max	nnom	rpm	2900	2700	2240	2000	1600
speed2) (while adhering to	at Vg < Vg x	nmax	rpm	4600	3300	2650	2400	1600
the maximum permissible	(see diagram
inlet flow)	on page 9)
	where Vg 0	nmax	rpm	5100	3300	2650	2400	1600
Inlet flow3)	at nnom and	qv max	l/min	580	675	795	1000	1600
	Vg max
Torque4)	at Vg max and	T	Nm	1273	‒	‒	‒	‒
	Δp = 400 bar
	at Vg max and	T	Nm	1114	1391	1978	2785	5571
	Δp = 350 bar
Rotary stiffness	Vg max toVg/2	cmin	kNm/rad	44	60	75	115	281
	Vg/2 to 0	cmin	kNm/rad	130	181	262	391	820
	(interpolated)
Moment of inertia for rotary group		JTW	kgm2	0.0353	0,061	0,102	0,178	0.55
Maximum angular acceleration		α	rad/s²	11000	10000	8300	5500	4000
Case volume		V	l	2.7	3	5	7	16
Weight approx.		m	kg	78	100	170	210	430

Dimension

poocca will help you find the correct model and help you successfully purchase the right product that suits you. Welcome to call or send an email for consultation.