SKF VP Series Component Lifecycle Manual

4. Technical data
4. Technical data
4.1. Volume data for VP progressive metering device sections 4.1.1 Basic design of VP progressive metering device
Volume data for VP progressive metering device sections, Table 1
Max. inlet volume flow 1000 cm
3
/min
Nominal volume Minimum volume
1
)
(at maximum
stroke)
(at compulsory stroke, design value only under
difficult conditions)
Volume per cycle
and outlet
Volume per cycle
and outlet
Number of
outlets
Description of
the sections
[cm
3
] [cm
3
]
0.10
0.05 2 1T
0.20 0.14 2 2T
0.30 0.19
2
3T
0.40 0.25
2
4T
0.50 0.30
2
5T
0.60
0.35
2
6T
0.20 0.10
1
1S
0.40 0.28
1
2S
0.60 0.38
1
3S
0.80 0.50
1
4S
1.00 0.60
1
5S
1.20 0.70
1
6S
1) See explanation in Chapter 3.2, Information on volume data.
VP progressive metering device, basic design, Table 2
Type hydraulically controlled
Mounting position Any
Ambient temperature range
-25 to + 90 °C
- with cycle indicator -20 to + 70 °C
- with piston detector
-25 to + 85 °C
Progressive metering
device sections
See Table 1
Used outlets, internal connection 3 to 20
Used outlets, external connection 1 to 19
Inlet thread
VPM (metric thread) M14x1.5
VPG (inch thread) G1/4
Outlet thread
VPM (metric thread) M10x1
VPG (inch thread) G1/8
Material
Inlet plate, separator plate and end plate Steel, tinned/nitrile-butadiene
rubber
Sections Steel, galvanized
Hydraulic system
Operating pressure max.: Oil 200 bar, grease 300 bar
Volume per outlet and cycle See Table 1
Lubricant Mineral oils, greases based on mineral oil, environ-
mentally friendly and synthetic oils and greases
Dynamic viscosity > 12 mm
2
/s
Worked penetration ≥ 265 x 0.1 mm (up to NLGI Grade 2)
- 34 -
951-230-008-EN
Version 04
EN

SKF VP Series Specifications

General

Brand	SKF
Model	VP Series
Category	Industrial Equipment
Language	English