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XLF-A6VM Axial Piston Fixed Pump Pressure max 450 bar Flow rate 5 to 1000

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Model:
A6VM
Brand:
XLF
Code:
00001

Product Description

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Product technical data

XLF-A6VM Axial Piston Fixed Pump Features

- Fixed pump with axial tapered piston rotary group ofbent-axis design, for hydrostatic drives in an open circuit

- For use in mobile and stationary applications- The flow is proportional to the drive speed and displacement

- The drive shaft bearings are designed for the bearing servicelife requirements usually encountered in these areas

- High power density

- Small dimensions

- High total efficiency

- Economical design

- One-piece tapered piston with piston rings for sealing

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XLF-A6VM Axial Piston Fixed Pump Product detail picture

A6VM (1)

A6VM (2)

A6VM (3)

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Application Video

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XLF-A6VM Axial Piston Fixed Pump Technical data

Technical data
Size				NG			28	55		80	107		140		160
Geometric displacement,per revolution1				Vg maxcm⊃3;			28.1	54.8		80	107		140		160
				Vg mi cm⊃3;			0	0		0	0		0		0
				Vgx cm⊃3;			18	35		51	68		88		61
Maximum rotational at Vgma				TLngr rpm			5550	4450		3900	3550		3250		3100
speed⊃2;)(while adhering to the maximum permissible		at Vg<Vgx see diagram on page 9)		Mmax rpm			8750	7000		6150	5600		5150		4900
nlet flow) where Vg				11m rpm			10450	8350		7350	6300		5750		5500
Inlet flow3 at nnom and Vg max				qv ma l/min			156	244		312	380		455		496
Torque4 at Vg mx and Ap=400 bar				T Nm			179	349		509	681		891		1019
at Vg max and Ap =350 bar				T Nm			157	305		446	596		778		891
Rotary stiffness Vg max toVg/2				Cmin kNm/rad			6	10		16	21		34		35
V/2 to 0 (interpolated				Cmin kNm/rad			18	32		48	65		93		105
Moment of inertia for rotary group				Jrw kgm2			0.0014	0.0042		0,008	0.0127		0.0207		0.0253
Maximum angular acceleration				d rad/s2			47000	31500		24000	19000		11000		11000
Case volume				V			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
Geometric displacement,per revolution1				Vg max	cm⊃3;		200		250	355		500		1000
				Vg min	cm⊃3;		0		0	0		0		0
				Vgx	cm⊃3;		76		205	300		417		1000
Maximum rotational speed⊃2;)(while adhering the maximum permissible nlet flow) nlet flow⊃3;) Torque4 Rotary stiffness	at Vgma toat Vp<V₂ (see diagram on page 9 where Vgo at nnom and Vg ma at Vg max and Ap=400 bar at Vg max and Ap =350 bar Vg mx toVg/2			7tnom	rpm		2900		2700	2240	2000			1600
				Nmas	rpm		4600		3300	2650		2400		1600
				70ma	rpm		5100		3300	2650		2400		1600
				9v max	l/min		580		675	795		1000		1600
				T	Nm		1273			一
				T	Nm		1114		1391	1978		2785		5571
				Cmin	kNm/rad		44		60	75		115		281
	Vg/2 to 0(interpolated)			Cmin	kNm/rad		130		181	262		391		820
Moment of inertia for rotary group Maximum angular acceleration Case volume Weight approx				Jnw	kgm⊃2;		0.0353		61	0,102		178		0.55
				a	rad/s⊃2;		11000		10000	8300		5500		4000
				V			2.7		3.00	5.0		7.0		16.0
				m	kg		78		100	170		210		430