466P33.3131.F HUCO, 466P33.3131.F Datasheet - Page 4

• Manufacturer Part Number: 466P33.3131.F
• Description: COUPLING, FLEX-M, 3/8X3/8
• Manufacturer: HUCO

Specifications of 466P33.3131.F

• Coupling Body Size: 33
• Body Material: Aluminium Alloy
• Torque: 5.6N-m
• External Diameter: 33.5mm
• Bore Size: 0.375"
• Svhc: No SVHC (15-Dec-2010)
• Bore Diameter Max: 0.375"
• Bore Diameter Min: 0.375"
• External: RoHS Compliant

F L E X - M
Set screw hubs
Clamp hubs
Drive shafts
Service factors
functional, reliable, quality assured components
Peak torque values apply to uniform load, constant speed drives where
there is no misalignment or axial motion. Apply the service factors to the
application torque as appropriate, eg.,
Application torque
Service factor
∴ Adjusted torque
Select a coupler where Peak Torque exceeds 6 Nm.
Note that max compensation values are mutually exclusive. If one
parameter is set at maximum, the remaining two must be at zero.
ØB1
ØB1
for use in pairs or with
for use in pairs or with
F L E X I B L E M E M B R A N E C O U P L E R S
floating shafts
floating shafts
Ref. 460
L1
Ref. 462
L1
L
L
L1
L1
= 2 Nm
= 3
= 6 Nm
ØB2
ØB2
Unless specified otherwise, drive shafts are supplied with
inboard hubs cross-pinned and/or bonded to link shaft.
ØB1
ØB1
for precisely aligned shafts
for precisely aligned shafts
L1
L1
Ref. 466
Ref. 464
ØB3
ØB3
L
L
L1
L1
8
ØB2
ØB2
L2
ØB1
ØB1
for greater radial misalignment and
for greater radial misalignment and
lower bearing loads
lower bearing loads
L1
L1
Ref. 468
Ref. 470
ØB3
Combine the COUPLER REF in Main Table
Correct installation is important for optimum
with BORE REFS in Standard Bores Table.
ØB3
L
Coupler ref.
Ø B1 ref.
Ø B2 ref.
L
operation. See page 12 for details.
Please identify both bores e.g.
L1
HOW TO INSTALL
HOW TO ORDER
L1
470.41.3236
ØB2
ØB2
Drive shafts are
supplied to order.
Please specify:
• Coupler size
• Hub style and bore
• Keyway details
• Overall length L2
• Minimum torsional
• Quantity
diameter at each end
stiffness, if critical
R I V E T T E D S E R I E S
Typical
Typical
ØD
ØD