The product image may differ
VFU
10.8 cm³
Direction of rotation
clockwise rotating
p1 max.
260 bar
Please choose a variant
Article
HK 2P 41 41 FSRA
HK 2P 41 42 FSRA
HK 2P 43 41 FSRA
HK 2P 43 42 FSRA
HK 2P 45 41 FSRA
HK 2P 45 42 FSRA
HK 2P 47 41 FSRA
HK 2P 47 42 FSRA
HK 2P 49 41 FSRA
HK 2P 49 42 FSRA
HK 2P 51 41 FSRA
HK 2P 51 42 FSRA
HK 2P 53 41 FSRA
HK 2P 53 42 FSRA
HK 2P 55 41 FSRA
HK 2P 55 42 FSRA
HK 2P 57 41 FSRA
HK 2P 57 42 FSRA
Register now to get access to our online shop
Register now and access our complete product range and many exclusive services.
Product details for
HK 2P 47 42 FSRA
VFU
10.8 cm³
Direction of rotation
clockwise rotating
p1 max.
260 bar
p2 max.
280 bar
p3 max.
300 bar
Min. speed
700 r/min
Max. speed
3,500 r/min
A
98.2 mm
B
47.5 mm
All characteristics
Characteristics
Design
- Gear pump group 2.
Connection drive side
- Hole pattern 100 x 72 - Ø 80.
Shaft
- Conical shaft 1:5.
Connection suction side
- pump flange, German standard
Flange size suction side
- LK Ø 40 mm / M 6
Connection pressure side
- pump flange, German standard
Flange size pressure side
- LK Ø 35 mm / M 6
Material
- housing: aluminium
- front flange, end cover: aluminium.
Media
- HL - HLP DIN 51524 Part 1/2
Viscosity
- 20 to 100 cSt
Customs tariff number
- 84136031
All characteristics
Product description
Notes
Ordering information
Product variants
18 Results
Search
Show dimensional drawing
Identifier
4.2 cm³
anti-clockwise rotating
260 bar
280 bar
6 cm³
anti-clockwise rotating
260 bar
280 bar
8.4 cm³
anti-clockwise rotating
260 bar
280 bar
10.8 cm³
anti-clockwise rotating
260 bar
280 bar
10.8 cm³
clockwise rotating
260 bar
280 bar
14.4 cm³
anti-clockwise rotating
250 bar
270 bar
14.4 cm³
clockwise rotating
250 bar
270 bar
VFU = conveying volume per revolution
LK = pitch circle diameter
p1 = continuous pressure
p2 = working pressure
p3 = maximum pressure
Shows 10 of 18
Column selection
VFU (cm³)
Direction of rotation
p1 max. (bar)
p2 max. (bar)
p3 max. (bar)
Min. speed (r/min)
Max. speed (r/min)
A (mm)
B (mm)
VFU = conveying volume per revolution
LK = pitch circle diameter
p1 = continuous pressure
p2 = working pressure
p3 = maximum pressure
