Displacement | 12.6 -130.0 cm3/rev |
Working pressure | 28 - 40 MPa |
Revolutions max. | 300 - 3000 rpm |
Power max. | 14 - 124 kW |
Start torque max. | 2.0 - 20.7 Nm/MPa |
Weight | 8.4 - 18.2 kg |
SCM 012-130 DIN is a series of axial piston motor
particularly suitable for mobile hydraulics. SCM 012-
130 DIN is of the bent-axis type with spherical pistons.
The design gives a compact motor with few moving parts,
high starting torque and high operational reliability. It covers the entire displacement range 12-130 cmᶟ/rev. with max.
pressure 400 bar.
It ́s high level of reliability is due to the choice of materials,
hardening methods, surface structures and the quality
assured manufacturing process.
Other advantages:
Displacement | 12.6 - 130.0 cm3/rev |
Working pressure | 33 - 40 MPa |
Revolutions max. | 300 - 8250 rpm |
Power max. | 20 - 255 kW |
Start torque max. | 2.0 - 20.5 Nm/MPa |
Weight | 9.0 - 35 kg |
Sunfab’s SCM 012-130 SAE is a range of robust axial piston motors especially
suitable for mobile hydraulics.
SCM 012-130 SAE is of the bent-axis type with spherical pistons. The design
results in a compact motor with few
moving parts, high starting torque and high reliability. It covers the entire
displacement range 12-130 cm³ ⁄rev. at a maximum pressure of 400 bar. It
features double tapered roller bearings, which permits high shaft loads and
gives superb speed performance.
The high level of reliability is based on the choice of materials, hardening
methods, surface structures and the quality assured manufacturing process.
Sunfab also offers a two-bolt flange, SAE B2 012- 034 in the SCM family. The
design features double tapered roller bearings, which permits high shaft loads
and gives superb speed performance.
Other advantages:
Displacement | 12.6 - 34.2 cm3/rev |
Working pressure | 35 - 40 MPa |
Revolutions max. | 6500 - 8250 rpm |
Power max. | 50 - 110 kW |
Start torque max. | 2.0 - 5.4 Nm/MPa |
Weight | 9.5 kg |
SCM 012-130 ISO is a range of robust axial piston motors especially
suitable for mobile hydraulics.
SCM 012-130 ISO is of the bent-axis type with spherical pistons. The design
results in a compact motor with few
moving parts, high starting torque and high reliability. It covers the
entire displacement range 12-130 cmᶟ ⁄rev. at a maximum pressure of 400 bar.
It ́s well dimensioned, double tapered roller bearings permit high shaft
loads and lead to excellent speed characteristics. The motor ́s high level
of reliability is based on the choice of materials, hardening methods,
surface structures and the quality assured manufacturing process.
Other advantages:
Displacement | 25.4 - 108.0 cm3/rev |
Working pressure | 35 - 40 MPa |
Revolutions max. | 300 - 7000 rpm |
Power max. | 40 - 230 kW |
Start torque max. | 4.0 - 17.1 Nm/MPa |
Weight | 11 - 26 kg |
Sunfab’s SCM 025-108 M2 is a range of robust axial piston motors with
cartridge flange especially suitable for winch-, slewing-, wheel- and track
drives.
SCM 025-108 M2 is of the bent-axis type with spherical pistons. The design
results in a compact motor with few moving parts, high starting torque and
high reliability. The SCM 025-108 M2 covers the entire displacement range
25- 108 cmᶟ ⁄rev. at a maximum pressure of 400 bar.
It ́s well dimensioned, double tapered roller bearings permit high shaft
loads and lead to excellent speed characteristics. It ́s high level of
reliability is based on the choice of materials, hardening methods, surface
structures and the quality assured manufacturing process.
Other advantages:
Displacement max. | 12.6 - 108.0 cm3/rev. |
Theoretical oil flow (500 rpm) | 6.3 - 54.0 l/min |
Theoretical oil flow (1000 rpm) | 12.6 - 108.0 l/min |
Theoretical oil flow (1500 rpm) | 18.9 - 162.0 l/min |
Working pressure max. | 400 bar |
Weight | 8.3 - 17.0 kg |
Other advantages:
Displacement | 41.2 - 63.6 cm3/rev. |
Theoretical oil flow (500 rpm) | 20.6 - 31.8 l/min |
Theoretical oil flow (1000 rpm) | 41.2 - 63.6 l/min |
Theoretical oil flow (1500 rpm) | 61.8 - 95.4 l/min |
Working pressure max. | 400 bar |
Weight | 9.8 kg |
Other advantages:
Displacement | 83.6 - 108.0 cm3/rev. |
Theoretical oil flow (500 rpm) | 41.8 - 54.0 l/min |
Theoretical oil flow (1000 rpm) | 83.6 - 108.0 l/min |
Theoretical oil flow (1500 rpm) | 125.4 - 106.0 l/min |
Working pressure max. | 400 bar |
Weight | 17.0 kg |
Other advantages:
Displacement | 90.0 - 130.0 cm3/rev. |
Theoretical oil flow (500 rpm) | 45.0 - 65.0 l/min |
Theoretical oil flow (1000 rpm) | 90.0 - 130.0 l/min |
Theoretical oil flow (1500 rpm) | 135.0 - 195.0 l/min |
Working pressure max. | 300 bar |
Weight | 11.7 - 17.0 kg |
Other advantages:
Displacement | 83.6 - 108.0 cm3/rev. |
Theoretical oil flow (500 rpm) | 41.0 - 52.0 l/min |
Theoretical oil flow (1000 rpm) | 81.0 - 105.0 l/min |
Theoretical oil flow (1500 rpm) | 122.0 - 157.0 l/min |
Theoretical oil flow (2000 rpm) | 162.0 - 210.0 l/min |
Theoretical oil flow (2500 rpm) | 203.0 - 262.0 l/min |
Theoretical oil flow (3000 rpm) | 243.0 - 314.0 l/min |
Working pressure max. | 400 bar |
Weight | 17.0 kg |
Other advantages:
Displacement | 12.6 - 108.0 cm3/rev. |
Theoretical oil flow (500 rpm) | 6.3 - 54.0 l/min |
Theoretical oil flow (1000 rpm) | 12.6 - 108.0 l/min |
Theoretical oil flow (1500 rpm) | 18.9 - 162.0 l/min |
Working pressure max. | 400 bar |
Weight | 8.7 - 19.0 kg |
Other advantages:
Displacement | 12.6 - 130.0 cm3/rev. |
Theoretical oil flow (500 rpm) | 6.3 - 65.0 l/min |
Theoretical oil flow (1000 rpm) | 12.6 - 130.0 l/min |
Theoretical oil flow (1500 rpm) | 18.9 - 195.0 l/min |
Working pressure max. | 35 - 40 MPa |
Weight | 7.5 - 29.5 kg |
Other advantages:
Displacement A+B | 56.0 + 26.0 cm3/rev. |
Theoretical oil flow (600 rpm) | 33.5 + 15.5 l/min |
Theoretical oil flow (1000 rpm) | 56.0 + 26.0 l/min |
Theoretical oil flow (1200 rpm) | 67.0 +31.0 l/min |
Theoretical oil flow (1500 rpm) | 84.0 + 39.0 l/min |
Theoretical oil flow (1800 rpm) | 100.5 +46.5 l/min |
Working pressure max. | 400 bar |
Weight | 18 kg |
Other advantages:
Displacement A+B | 56.0 + 26.0 cm3/rev. |
Theoretical oil flow (600 rpm) | 33.5 + 15.5 l/min |
Theoretical oil flow (1000 rpm) | 56.0 + 26.0 l/min |
Theoretical oil flow (1200 rpm) | 67.0 +31.0 l/min |
Theoretical oil flow (1500 rpm) | 84.0 + 39.0 l/min |
Theoretical oil flow (1800 rpm) | 100.5 +46.5 l/min |
Working pressure max. | 400 bar |
Weight | 22.5 kg |
Other advantages:
Displacement | 20.3 x 2 - 63.0+31.5 cm3/rev |
Theoretical oil flow (500 rpm) | 10.1 x 2 - 31.5 +15.7 l/min |
Theoretical oil flow (1000 rpm) | 20.3 x 2 - 63 + 31.5 l/min |
Theoretical oil flow (1500 rpm) | 30.4 x 2 - 94.5 + 47.2 l/min |
Working pressure max. | 350 bar |
Weight | 22.0 kg |
Other advantages:
Displacement | 20.3 x 2 - 63.0 + 31.5 cm3/rev. |
Theoretical oil flow (500 rpm) | 10.1 x 2 - 31.5 +15.7 l/min |
Theoretical oil flow (1000 rpm) | 20.3 x 2 - 63 31.5 l/min |
Theoretical oil flow (1500 rpm) | 30.4 x 2 - 94.5+ 47.2 l/min |
Working pressure max. | 350 bar |
Weight | 23.5 - 24.5 kg |
Other advantages:
Displacement | 40.7 + 20.3 - 63.0 + 31.5 cm3/rev. |
Theoretical oil flow (500 rpm) | 20.3 + 10.1 - 31.5 + 15.7 l/min |
Theoretical oil flow (1000 rpm) | 40.7 + 20.3 - 63.0 + 31.5 l/min |
Theoretical oil flow (1500 rpm) | 61.0 + 30.4 - 94.5 + 47.5 l/min |
Working pressure max. | 350 bar |
Weight | 22.0 kg |
Other advantages: