Palletized Fixture Accessories
Thread-In Coupling Cavity
M MIN.
C+.1/-0.0
D+0.2/-0.0
N MAX.
G
R S PLCS
T
H+0.1/-0.0
*ALTERNATIVE
K
B H7
L+0.1/-0.0
A
P
B
A
f7
R.5
2
P
Q MAX.
60°
COUPLING MECHANISMS
E+0.5/-0.0
F+0.2/-0.0
0.20 X 45
MECHANISMS CAVITY
R.5
R.5
U
Thread-In Coupling Cavity
Model No.
End Type
Nom. Dia.
Torque (Nm)
A BCDE FGHKLMNPQRST U
45-6101-30 45-6102-30 45-6101-50 45-6102-50
M20 x 1.5 18 21.5 10 N/A 31 29 N/A 13 11.2 28 5 15.5 7 2.6 2 21.5 20.5 M24 x 1.5 22 21.5 10 23.5 31 29 12 12.5 11.2 28 5 18.5 7 2.8 4 21.5 24.5
Mech.
3
15
Mech.
5
20
*ALTERNATIVE
M MIN.
N
G
ROUNDED EDGE
L
K
P
R.5
R S PLCS
A
H
B
P
A
B H7
f7
K-18
1.6
N
2
2
COUPLING NIPPLES
D +0.2/-0.0
60°
C
20°
NIPPLE CAVITY
R.5
R.5
ILMV561001 REV D
U
* Only one passage is required, choose option best fit for your application.
Thread-In Coupling Cavity
Model No.
End Type
Nom. Dia.
Torque (Nm)
A BCDGHKLMNP RSU
45-6111-30 Nipple 3
15 M20 x 1.5 16 23 8.4 25.9 9.8 13 4.5 19 5 15.5 2.6 2 20.5
45-6112-30 45-6111-50 45-6112-50
Nipple 5
20 M24 x 1.5 20 25 8.5 27 13.5 14 4.5 19 5 18.5 2.8 4 24.5
Pressure Drop vs Flow
Coupling Force vs Pressure
*Coupling Force Equations: ND3: F (kN) = .0094 * P (bar) ND5: F (kN) = .0154 * P (bar) - Minimum required coupling force between nipple and mechanism resulting from hydraulic operating pressure. - Must be externally countered by some mechanical means.
Model No. Model No.
Flow Rate (I/min)
Operating Pressure, P (bar)
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