REXROTH Hydraulic fixed pump compatibleA2FO125 HBOETH BOLE HYDRAULIC

Rexroth A2FO Series 6 Axial Piston Variable Pump

HBOETH BOLE HYDRAULIC A2FO 125 Pump

Dimensions sizes 5, 10, 12, 16, 23, 28, 32, 45,56, 63,80, 90,107, 125,
Dimensions sizes 160, 180,200,250,355,500,710,1000
Series 6
Size Nominal pressure/Maximum pressure
5 315/350 bar
10 to 200 400/450 bar
250 to 1000 350/400 bar
Open circuit

1.Fixed displacement pump A2FO of axial piston, bent axis design suitable for hydrostatic drives in open circuits.
2.Suitable for use in mobile or industrial applications.
3.Output flow is proportional to drive speed and displacement.
The drive shaft bearings design to give the service life expected in these areas of operation.
4.Careful selection of the displacements offer, permit sizes to match to practically every application.
5.Favourable power / weight ratio
6.Compact and economical design
7.Optimum efficiency

Product Detail

Technical Data

Conventional Models

Product Pictures

Company Profile

product detail

Rexroth A2FO Series 6 Axial Piston Variable Pump

HBOETH BOLE HYDRAULIC A2FO56 Pump

––Fixed pump with axial tapered piston rotary group of bent-axis design, for hydrostatic drives in an open circuit
––For use in mobile and stationary appliSAARions
––The flow is proportional to the drive speed and displacement
––The drive shaft bearings are designed for the bearing service life 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

Size		NG		125	160	180	200	250	355	500	710	1000
Displacement geometric, per revolution		Vg	cm3	125	160.4	180	200	250	355	500	710	1000
Speed maximum		nnom	rpm	1600	1450	1450	1550	1500	1320	1200	1200	950
		nmax	rpm	3000	2650	2650	2750	1800	1600	1500	1500	1200
Flow at nnom		qV	L/min	200	233	261	310	375	469	600	852	950
Power at	Δp = 350 bar	P	kW	117	136	152	181	219	273	350	497	554
	Δp = 400 bar	P	kW	133	155	174	207	–	–	–	–	–
Torque at Vg and	Δp = 350 bar	T	Nm	696	893	1003	1114	1393	1978	2785	3955	5570
	Δp = 400 bar	T	Nm	796	1021	1146	1273	–	–	–	–	–
Rotary stiffness		c	kNm/rad	11.9	17.4	18.2	57.3	73.1	96.1	144	270	324
Moment of inertia for rotary group		JGR	kgm2	0.0116	0.022	0.022	0.0353	0.061	0.102	0,178	0.55	0.55
Maximum angular acceleration		a	rad/s2	4500	3500	3500	11000	10000	8300	5500	4300	4500
Case volume		V	L	0.8	1.1	1.1	2.7	2.5	3.5	4.2	8	8
Mass (approx.)		m	kg	32	45	45	66	73	110	155	325	336

Technical Data

Conventional Models

R909410176	A2FO125/61-NBB05-S
R902021813	A2FO125/61L-PAB05
R902161074	A2FO125/61L-PAB05
R902137532	A2FO125/61L-PAB05
R902021763	A2FO125/61L-PBB05
R902137531	A2FO125/61L-PBB05
R902137530	A2FO125/61L-PBB05
R902161272	A2FO125/61L-VAB05
R902099319	A2FO125/61L-VBB05
R902137910	A2FO125/61L-VBB05
R902193844	A2FO125/61L-VBB05
R902088785	A2FO125/61L-VBB05-S
R902227777	A2FO125/61L-VBB05-Y
R909409641	A2FO125/61R-PAB05
R902137715	A2FO125/61R-PAB05
R902161192	A2FO125/61R-PAB05
R909409642	A2FO125/61R-PBB05
R902138190	A2FO125/61R-PBB05
R902137699	A2FO125/61R-PBB05
R902137723	A2FO125/61R-PBB05
R902137802	A2FO125/61R-PBB05
R902193301	A2FO125/61R-PBB05-S
R909438903	A2FO125/61R-PPB05
R902138142	A2FO125/61R-PPB05
R902205942	A2FO125/61R-PPB05
R902160957	A2FO125/61R-PPB05
R902138472	A2FO125/61R-PPB05
R909429955	A2FO125/61R-VAB05
R902223058	A2FO125/61R-VAB05
R909428789	A2FO125/61R-VBB05
R902161402	A2FO125/61R-VBB05
R902137986	A2FO125/61R-VBB05
R902193121	A2FO125/61R-VBB05
R902033367	A2FO125/61R-VBB05-S
R902137564	A2FO125/61R-VBB05-S
R902137565	A2FO125/61R-VBB05-S
R902160947	A2FO125/61R-VBB05-S
R909423038	AA2FO125/61-NSD55
R902047122	AA2FO125/61L-NBD55
R902047052	AA2FO125/61L-NSD55
R902138068	AA2FO125/61L-VBD55
R909418915	AA2FO125/61R-NBD55
R902201672	AA2FO125/61R-VBD55
R902161044	AA2FO125/61R-VSD05-S