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Flow Dividers 2CFD50 - Integrated Hydraulics


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2CFD SERIES FLOW DIVIDER/COMBINER
2CFD50
OUTLET (4)
OUTLET (2)
4 2
ran—r-/ N—r-r1 — —I I ' h
r
O
o
.J
13
3
INLET (3)
SPECIFICATIONS
Figures based on: Oil Temp = 40°C Viscosity = 40 cSt
APPLICATION
The 2CFD range of flow divider/combiner valves gives division of input flow into two equal parts and re-combination of flow in the reverse direction. Pressure compensation ensures that whether dividing or combining, equal flow is maintained over a wide range of pressure variation. A typical use of these valves is to divide a pump flow to operate two actuators (which may be under different load conditions and at different pressures) and to re-combine the return flows to synchronise actuator movement. Flow variation is within ±10% with the maximum variation of pressure and inlet flow and under normal conditions will be
Rated Flow
Up to 40 litres/min (10.5 US GPM)
Ratio Division
50/50 Standard.
Max Pressure
350 bar (5000 psi)
Cartridge Material
All working parts hardened and ground steel. Zinc plated external steel body
Body Material
Standard aluminium (up to 210 bar*) Add suffix '377' for steel option
Mounting Position
Unrestricted
Cavity Number
A12744
Torque Cartridge into Cavity
34 Nm (25 lbs ft)
Weight
2CFD50 0.10 kg (0.23 lbs) 2CFD55 0.44 kg (0.98 lbs)
Seal Kit Number
SK1065 (Nitrile) SK1065V (Viton)
Recommended Filtration Level
BS5540/4 Class 18/13 (25 micron nominal)
Operating Temp
-20°C to +90°C
Nominal Viscosity Range
5 to 500 cSt
10
OPERATION
Inlet flow passes through the two matched orifices in the spools, through the spools and out of the radial holes in the sleeve. The matched orifices and the compensating springs ensure that the flow is divided equally, excess flow in either direction causes the spool to move and close the radial holes in the sleeve until equilibrium is restored. In the reverse direction the spools close together and regulate the flow in through the radial ports.
FEATURES
One valve synchronises in both directions. Matched spools give high accuracy under load and pressure imbalance conditions. Cartridge construction gives versatility of application. A valve may be fitted into a line body, a custom designed Hydraulic Integrated Circuit or other hydraulic equipment.
*For applications above 210 bar please consult our technical department or use the steel body option. Integrated Hydraulics Ltd Integrated Hydraulics Inc
Collins Road, Heathcote Ind. Est., Warwick, CV34 6TF, UK. 7047 Spinach Drive, Mentor, Ohio 44060, USA
Tel: +44 (0) 1926 881171 Fax: +44 (0) 1926 315729 Tel: (440) 974 3171 Fax: (440) 974 3170
Website: www.integratedhydraulics.com Website: www.integratedhydraulics.com
10-115.D

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