Rexroth Hydraulic Piston Pump A8vo200 with Good Quality Made in Shandong

China Rexroth Hydraulic Piston Pump A8vo200 with Good Quality Made in Shandong, Find details about China Engine Parts, Drive Shaft from Rexroth Hydraulic Piston Pump A8vo200 with Good Quality Made in Shandong

Basic Info.

Model NO.

A8VO200

Type

Plunger Type

Model

A8vo200

Original

China

Application

Construction Machinery

Trademark

FOCOR

Transport Package

Wooden Case for Export

Specification

piston

Origin

China

HS Code

8413606090

Model NO.

A8VO200

Type

Plunger Type

Model

A8vo200

Original

China

Application

Construction Machinery

Trademark

FOCOR

Transport Package

Wooden Case for Export

Specification

piston

Origin

China

HS Code

8413606090

Product Desciption

Rexroth hydraulic piston pump A8VO200 with Good Quality Made in shandong

Hydraulic piston double pump A8VO55, A8VO80, A8VO107, A8VO140, A8VO200

Description

Open circuit
Series 61 / 63
Control devices: LAOH2, LAOK, LAOKS, LAOKH1, LAOKH2, LAOKH3, LA1H2, LA1S, LA1K, LA1KS, EP, LA1KH1, etc.
Nominal pressure 350 bars. Peak pressure 400 bars

- Variable double pump A8VO with two axial tapered piston rotary groups of bent-axis design for hydrostatic drives in open circuits
- The flow is proportional to the input speed and to the displacement, and is infinitely variable from qV max to qV min = 0
- The pump is suitable for direct mounting on the flywheel case in diesel engines
- One common suction port for auxiliary pump and both circuits
- A wide range of control instruments is available for different control and regulating functions
- Individual power controller
- Integrated auxiliary pump with pressure-relief valve, optionally with additional pressure-reduction valve
- Power take-off for mounting axial piston and gear pumps
- Excellent power to weight ratio
- Long service life

Technical Data
Table of values (theoretical values, without efficiency and tolerances; values rounded)

Size			A8VO55	A8VO80	A8VO107	A8VO140	A8VO200
Displacement	Vg max	cm3	2 x 54.8	2 x 80	2 x 107	2 x 140	2 x 200
Displacement	Vg min	cm3	0	0	0	0	0
Gear ratio i = ninput/nrotary groups			1	1	1	1	1
Input speed at Vg max 1)	nmax 1	rpm	2500	2240	2150	2100	1950
at Vg ≤ Vg max2)	nmax	rpm	3000	2750	2450	2450	2250
Flow at nmax and Vg max	qv max	L/min	2 x 137	2 x 179	2 x 230	2 x 294	2 x 390
Power at nmax, Vgmax and Dp=350 bar	Pmax	kW	160	209	268	294 3)	325 3)
Input torque	Tmax	Nm	611	891	1192	1337 3)	1592 3)
Rotary stiffness (single rotary group)5)	cTW	Nm/rad	11213	17985	25565	41408	39505
Rotary stiffness (single rotary group)5)	cTW	Nm/rad	41442	67666	89381	146677	156876
Moment of inertia for rotary group	JTW	kgm2	0.0161	0.0209	0.0345	0.0581	0.0849
without power take-off (PTO)	JTW	kgm2	0.0126	0.0173	0.0288	0.05	0.075
Angular acceleration (single rotary group)5)	a	rad/s2	25800	21800	17100	7500	11000
Mass approx.	m	kg	82	90	116	146	180
Variation: with integrated auxiliary pump, F00, F.. 4)
Displacement with integrated auxiliary pump	Vg max	cm3	8.6	8.6	8.6 (10.7)	10.7	11 (19)4)
Effective displacement	Vg max/eff	cm3	9.7	9.7	11 (13.7)	12.7	13.6 (23.6)
Gear ratio i = ninput/naux. pump			0.887	0.887	0.78	0.843	0.804
Variation: with power take-offs, K.., F.
Max. torque at PTO	Tmax	Nm	250	350	380	450	650
Gear ratio i = ninput/nPTO			1	1	1	1	0.804