CarrLaneCatalog_2019ed-c.pdf

CARR LOCK® SYSTEM


SUBPLATE: CARBON STEEL
RECEIVER BUSHINGS: 4340 STEEL, HEAT TREATED RC 50-54, BLACK OXIDE FINISH




Carr Lock® Subplates are precision-machined steel
plates with Carr Lock® Receiver Bushings installed
in a standard pattern. These subplates serve as the
foundation of an efficient quick-change fixturing
system. The 14 x 36 subplate shown here has (15)
20mm Face-Mount Receiver Bushings to allow
mounting a variety of Fixture Plates and vise
plates.
Subplates should generally be large enough to
cover most of the machine table, for maximum
fixture flexibility, but should never extend beyond
Carr Lock® Subplate the machine table. For maximum quick-change
14 x 36 benefits, subplates are usually left permanently
on the machine table while only the mounted
For HAAS® VF-2 fixtures or vises are exchanged.
The Carr Lock® System is extremely accurate. All
Receiver-Bushing installation holes are located
+/-.0002" from their primary reference hole.
Clamping repeatability is +/-.0005", while bushing
concentricity is .0002" TIR. The resulting x/y-
axis repeatability of a mounted fixture plate is
+/-.0028" considering all tolerance accumulation.
Made in USA.












9
®
Carr Lock System Kits
System Kits include everything you need to set
up an efficient quick-change fixturing system. Kits
include a Carr Lock® subplate, one or more Carr

Lock® Fixture Plates, plus all required Carr Lock®
Clamps and subplate-mounting components (Sure-
Lock™ Fixture Keys, T Nuts, and Socket-Head Cap
Screws).



CARR LOCK® SUBPLATE
ACCEPTS REQUIRES
®
®
FOR SUBPLATE SUBPLATE CARR LOCK CARR LOCK
PART NO. MACHINE SIZE THICKNESS FIXTURE PLATES CLAMPS
14 X 14 (2) CL-1414-00-CLFP (8) CL-20-CLC-0.75
CL-1436-01-CLSP HAAS® VF-2 14 X 36 1.250
Jigsaw (3) C-1016-0L1-CLFP (9) CL-20-CLC-0.75
CARR LOCK® SYSTEM KITS
SYSTEM KIT INCLUDES
CARR LOCK® CARR LOCK® CARR LOCK® SOCKET-HEAD SURE-LOCK™
SUBPLATE FIXTURE PLATE CLAMPS T NUTS CAP SCREWS FIXTURE KEYS
PART NO. 14 x 36 14 x 14 20mm 5/8 1/2-13 5/8
CL-1436-00-CLSK (1) CL-1436-01-CLSP (2) CL-1414-00-CLFP (8) CL-20-CLC-0.75 (8) CL-2-TN (8) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK
CL-1436-01-CLSK (1) CL-1436-01-CLSP (3) CL-1016-01-CLFP (9) CL-20-CLC-0.75 (8) CL-2-TN (8) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK



www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 349

CARR LOCK® SYSTEM


SUBPLATE: CARBON STEEL
RECEIVER BUSHINGS: 4340 STEEL, HEAT TREATED RC 50-54, BLACK OXIDE FINISH












Version 00 Version 01








Carr Lock® Subplates
16 x 26
For HAAS® VF-1YT
Carr Lock® Subplates are precision-machined steel
plates with Carr Lock Receiver Bushings installed
in a standard pattern. These subplates serve
as the foundation of an efficient quick-change
fixturing system. The 16 x 26 subplates shown
here have either (12) or (8) 20mm Face-Mount
Receiver Bushings, depending on the version, to
allow mounting a variety of Fixture Plates and vise
plates.
Subplates should generally be large enough to
cover most of the machine table, for maximum
fixture flexibility, but should never extend beyond
the machine table. For maximum quick-change
benefits, subplates are usually left permanently
on the machine table while only the mounted
fixtures or vises are exchanged.
9
Carr Lock® System Kits The Carr Lock® System is extremely accurate. All
System Kits include everything you need to set Receiver-Bushing installation holes are located
up an efficient quick-change fixturing system. Kits +/-.0002" from their primary reference hole.
include a Carr Lock® subplate, one or more Carr Clamping repeatability is +/-.0005", while bushing
Lock® Fixture Plates, plus all required Carr Lock® concentricity is .0002" TIR. The resulting x/y-
Clamps and subplate-mounting components (Sure- axis repeatability of a mounted fixture plate is
Lock™ Fixture Keys, T Nuts, and Socket-Head Cap +/-.0028" considering all tolerance accumulation.
Screws). Made in USA.


CARR LOCK® SUBPLATES
ACCEPTS REQUIRES
FOR SUBPLATE SUBPLATE CARR LOCK® CARR LOCK®
PART NO. MACHINE SIZE THICKNESS FIXTURE PLATES CLAMPS
12 X 14 (2) CL-1214-00-CLFP (8) CL-20-CLC-0.75
CL-1626-00-CLSP 14 X 14 (1) CL-1414-00-CLFP (4) CL-20-CLC-0.75
HAAS® VF-2 16 X 26 1.250 400 x 400mm (1) CL-400400-00-CLFP (4) CL-20-CLC-0.75
16 X 20 (1) CL-1620-00-CLFP (4) CL-20-CLC-0.75
CL-1626-01-CLSP
Jigsaw (2) CL-1016-01-CLFP (6) CL-20-CLC-0.75
CARR LOCK® SYSTEM KITS
SYSTEM KIT INCLUDES
CARR LOCK® CARR LOCK® CARR LOCK® SOCKET-HEAD SURE-LOCK™
SUBPLATES FIXTURE PLATES CLAMPS T NUTS CAP SCREWS FIXTURE KEYS
PART NO. 16 x 26 12 x 14 20mm 5/8 1/2-13 5/8
CL-1626-00-CLSK (1) CL-1626-00-CLSP (2) CL-1214-00-CLFP (8) CL-20-CLC-0.75 (6) CL-2-TN (6) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK
CL-1626-01-CLSK (1) CL-1626-01-CLSP (2) CL-1016-01-CLFP (6) CL-20-CLC-0.75 (6) CL-2-TN (6) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK


350 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CARR LOCK® SYSTEM


SUBPLATE: CARBON STEEL
RECEIVER BUSHINGS: 4340 STEEL, HEAT TREATED RC 50-54, BLACK OXIDE FINISH


Carr Lock® Subplates are precision-machined steel
plates with Carr Lock® Receiver Bushings installed
in a standard pattern. These subplates serve as the
foundation of an efficient quick-change fixturing
system. The 16 x 36 subplate shown here has
(15) 20mm Face-Mount Receiver Bushings to
allow mounting a variety of fixture plates and vise
plates.
Subplates should generally be large enough to
cover most of the machine table, for maximum
fixture flexibility, but should never extend beyond
the machine table. For maximum quick-change
benefits, subplates are usually left permanently
on the machine table while only the mounted
Carr Lock® Subplate fixtures or vises are exchanged.
16 x 36 The Carr Lock® System is extremely accurate. All
For HAAS® VF-2YT Receiver-Bushing installation holes are located
+/-.0002" from their primary reference hole.
Clamping repeatability is +/-.0005", while bushing
concentricity is .0002" TIR. The resulting x/y-
axis repeatability of a mounted fixture plate is
+/-.0028" considering all tolerance accumulation.
Made in USA.














9
Carr Lock® System Kits
System Kits include everything you need to set
up an efficient quick-change fixturing system. Kits
include a Carr Lock® subplate, one or more Carr
Lock® Fixture Plates, plus all required Carr Lock®
Clamps and subplate-mounting components (Sure-
Lock™ Fixture Keys, T Nuts, and Socket-Head Cap
Screws).

CARR LOCK® SUBPLATES
ACCEPTS REQUIRES
FOR SUBPLATE SUBPLATE CARR LOCK® CARR LOCK®
PART NO. MACHINE SIZE THICKNESS FIXTURE PLATES CLAMPS
14 X 14 (2) CL-1414-00-CLFP (8) CL-20-CLC-0.75
400 x 400mm (2) CL-400400-00-CLFP (8) CL-20-CLC-0.75
CL-1636-01-CLSP HAAS® VF-2YT 16 X 36 1.250
16 x 20 (1) CL-1620-00-CLFP (4) CL-20-CLC-0.75
Jigsaw (3) CL-1016-01-CLFP (9) CL-20-CLC-0.75
CARR LOCK® SYSTEM KITS
SYSTEM KIT INCLUDES
CARR LOCK® CARR LOCK® CARR LOCK® SOCKET-HEAD SURE-LOCK™
SUBPLATE FIXTURE PLATE CLAMPS T NUTS CAP SCREWS FIXTURE KEYS
PART NO. 16 x 36 14 x 14 20mm 5/8 1/2-13 5/8
CL-1636-00-CLSK (1) CL-1636-01-CLSP (2) CL-1414-00-CLFP (8) CL-20-CLC-0.75 (8) CL-2-TN (8) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK
CL-1636-01-CLSK (1) CL-1636-01-CLSP (3) CL-1016-01-CLFP (9) CL-20-CLC-0.75 (8) CL-2-TN (8) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK





www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 351

CARR LOCK® SYSTEM


SUBPLATE: CARBON STEEL
RECEIVER BUSHINGS: 4340 STEEL, HEAT TREATED RC 50-54, BLACK OXIDE FINISH




Carr Lock® Subplates are precision-machined steel
plates with Carr Lock® Receiver Bushings installed
in a standard pattern. These subplates serve as the
foundation of an efficient quick-change fixturing
system. The 400 x 400mm subplate shown here
has (4) 20mm Face-Mount Receiver Bushings for
mounting fixture plates.
Subplates should generally be large enough to
Carr Lock® Subplate cover most of the machine table, for maximum
400 x 400mm fixture flexibility, but should never extend beyond
the machine table. For maximum quick-change
benefits, subplates are usually left permanently
on the machine table while only the mounted
fixtures or vises are exchanged.
The Carr Lock® System is extremely accurate. All
Receiver-Bushing installation holes are located
+/-.0002" from their primary reference hole.
Clamping repeatability is +/-.0005", while bushing
concentricity is .0002" TIR. The resulting x/y-
axis repeatability of a mounted fixture plate is
+/-.0028" considering all tolerance accumulation.
Made in USA.













9
Carr Lock® System Kits
System Kits include everything you need to set
up an efficient quick-change fixturing system. Kits
include a Carr Lock® subplate, one or more Carr
Lock® Fixture Plates, plus all required Carr Lock®
Clamps and subplate-mounting components (Sure-
Lock™ Fixture Keys, T Nuts, and Socket-Head Cap
Screws).





CARR LOCK® SUBPLATE
ACCEPTS REQUIRES
FOR SUBPLATE SUBPLATE CARR LOCK® CARR LOCK®
PART NO. MACHINE SIZE THICKNESS FIXTURE PLATES CLAMPS
400 x 400mm (1) CL-1214-00-CLFP (4) CL-20-CLC-0.75
CL-400400-00-CLSP Various 400 x 400mm 1.250
14 X 14 (1) CL-1414-00-CLFP (4) CL-20-CLC-0.75
CARR LOCK® SYSTEM KIT
SYSTEM KIT INCLUDES
CARR LOCK® CARR LOCK® CARR LOCK® SOCKET-HEAD SURE-LOCK™
SUBPLATE FIXTURE PLATE CLAMPS T NUTS CAP SCREWS FIXTURE KEYS
PART NO. 400 x 400mm 400 x 400mm 20mm 5/8 1/2-13 5/8
CL-400400-00-CLSK (1) CL-400400-00-CLSP (1) CL-400400-00-CLFP (4) CL-20-CLC-0.75 (6) CL-2-TN (6) CL-1/2-13X1.50-SHCS (2) CL-6250-SLFK




352 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CARR LOCK® SYSTEM


SUBPLATE: CARBON STEEL
RECEIVER BUSHINGS: 4340 STEEL, HEAT TREATED RC 50-54, BLACK OXIDE FINISH


Carr Lock® Subplates are precision-machined steel
plates with Carr Lock® Receiver Bushings installed
in a standard pattern. These subplates serve as the
foundation of an efficient quick-change fixturing
system. The 500 x 1000mm subplate shown
here has (18) 20mm and (8) 25mm Face-Mount
Receiver Bushings to allow mounting a variety of
fixture plates and vise plates.

Subplates should generally be large enough to
cover most of the machine table, for maximum
fixture flexibility, but should never extend beyond
the machine table. For maximum quick-change
benefits, subplates are usually left permanently
on the machine table while only the mounted
fixtures or vises are exchanged.

The Carr Lock® System is extremely accurate. All
Carr Lock® Subplate Receiver-Bushing installation holes are located
+/-.0002" from their primary reference hole.
500 x 1000mm Clamping repeatability is +/-.0005", while bushing
concentricity is .0002" TIR. The resulting x/y-
axis repeatability of a mounted fixture plate is
+/-.0028" considering all tolerance accumulation.
Made in USA.












Carr Lock® System Kits
System Kits include everything you need to set
up an efficient quick-change fixturing system. Kits 9
include a Carr Lock® subplate, one or more Carr
Lock® Fixture Plates, plus all required Carr Lock®
Clamps and subplate-mounting components (Sure-
Lock™ Fixture Keys, T Nuts, and Socket-Head Cap
Screws).



CARR LOCK® SUBPLATE
ACCEPTS REQUIRES
FOR SUBPLATE SUBPLATE CARR LOCK® CARR LOCK®
PART NO. MACHINE SIZE THICKNESS FIXTURE PLATES CLAMPS
14 X 14 (2) CL-1414-00-CLFP (8) CL-20-CLC-0.75
400 x 400mm (2) CL-400400-00-CLFP (8) CL-20-CLC-0.75
CL-5001000-01-CLSP Various 500 x 1000mm 1.250 16 x 20 (1) CL-1620-00-CLFP (4) CL-20-CLC-0.75
500 x 500mm (2) CL-500500-00-CLFP (8) CL-25-CLC-1.00
Jigsaw (3) CL-1016-01-CLFP (12) CL-20-CLC-0.75
CARR LOCK® SYSTEM KITS
SYSTEM KIT INCLUDES
CARR LOCK® CARR LOCK® CARR LOCK® SOCKET-HEAD SURE-LOCK™
SUBPLATES FIXTURE PLATES CLAMPS T NUTS CAP SCREWS FIXTURE KEYS
PART NO. 14 x 26 12 x 14 20mm 5/8 1/2-13 5/8
CL-5001000-00-CLSK (1) CL-5001000-01-CLSP (2) CL-1414-00-CLFP (8) CL-20-CLC-0.75 (8) CL-3-TN (8) CL-1/2-13X1.50-SHCS (2) CL-18-SLFK
CL-5001000-01-CLSK (1) CL-5001000-01-CLSP (2) CL-400400-00-CLFP (8) CL-20-CLC-0.75 (8) CL-3-TN (8) CL-1/2-13X1.50-SHCS (2) CL-18-SLFK
CL-5001000-02-CLSK (1) CL-5001000-01-CLSP (2) CL-500500-00-CLFP (8) CL-25-CLC-1.00 (8) CL-3-TN (8) CL-1/2-13X1.50-SHCS (2) CL-18-SLFK
CL-5001000-03-CLSK (1) CL-5001000-01-CLSP (4) CL-1016-01-CLFP (12) CL-20-CLC-0.75 (8) CL-3-TN (8) CL-1/2-13X1.50-SHCS (2) CL-18-SLFK




www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 353

CARR LOCK® SYSTEM


FIXTURE PLATE: MIC-6 PRECISION-MACHINED CAST ALUMINUM
LINER BUSHINGS: 1144 STEEL, HEAT TREATED RC 58-64, BLACK OXIDE FINISH



Carr Lock® Fixture Plates
Carr Lock® Fixture Plates are precision-machined MIC-6 cast aluminum plates
available in a wide range of standard sizes to use as a base for building quick-
change fixtures. To fasten the Carr Lock® Fixture Plate to a subplate, begin by
inserting a Carr Lock® Clamp into each of the four corner holes. Next, fully tighten
the clamps one at a time – first the clamp in the primary liner bushing, then the
clamp in the secondary liner bushing, then the clamps in the clearance holes.
Made in USA.
















Carr Lock®
Fixture Plate
12 x 14





CARR LOCK® FIXTURE PLATE — 12 X 14
These 12 x 14 fixture plates have four 20mm mounting
holes – a primary liner, a secondary liner, and two REQUIRES CARR LOCK®
clearance holes. They also have two fixture-key holes for PLATE PLATE CARR LOCK® CLAMP
conventional mounting directly on a slotted machine PART NO. SIZE THICKNESS CLAMPS SPACING
table using Sure-Lock™ Fixture Keys. CL-1214-00-CLFP 12 X 14 .750 (4) CL-25-CLC-0.75 9 X 12
9














Carr Lock®
Fixture Plate
14 x 14





These 14 x 14 fixture plates have four 20mm mounting CARR LOCK® FIXTURE PLATE — 14 X 14
holes – a primary liner, a secondary liner, and two REQUIRES CARR LOCK®
clearance holes. They also have two fixture-key holes for PLATE PLATE CARR LOCK® CLAMP
conventional mounting directly on a slotted machine PART NO. SIZE THICKNESS CLAMPS SPACING
table using Sure-Lock™ Fixture Keys. CL-1414-00-CLFP 14 X 14 .750 (3) CL-20-CLC-0.75 12 X 12




354 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CARR LOCK® SYSTEM


FIXTURE PLATE: MIC-6 PRECISION-MACHINED CAST ALUMINUM
LINER BUSHINGS: 1144 STEEL, HEAT TREATED RC 58-64, BLACK OXIDE FINISH


















Carr Lock®
Fixture Plate
400 x 400mm






These 400 x 400mm fixture plates have four 20mm CARR LOCK® FIXTURE PLATE — 400 x 400mm
mounting holes – a primary liner, a secondary liner, and REQUIRES CARR LOCK®
two clearance holes. They also have two fixture-key holes PLATE PLATE CARR LOCK® CLAMP
for conventional mounting directly on a slotted machine PART NO. SIZE THICKNESS CLAMPS SPACING
table using Sure-Lock™ Fixture Keys. CL-400400-00-CLFP 400 x 400 .750 (4) CL-20-CLC-0.75 12 X 12









9












Carr Lock®
Fixture Plate
16 x 20





These 16 x 20 fixture plates have four 20mm mounting CARR LOCK® FIXTURE PLATE — 16 x 20
holes – a primary liner, a secondary liner, and two REQUIRES CARR LOCK®
clearance holes. They also have two fixture-key holes for PLATE PLATE CARR LOCK® CLAMP
conventional mounting directly on a slotted machine PART NO. SIZE THICKNESS CLAMPS SPACING
table using Sure-Lock™ Fixture Keys. CL-1620-00-CLFP 16 x 20 .750 (4) CL-20-CLC-0.75 12 X 16






www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 355

CARR LOCK® SYSTEM


FIXTURE PLATE: MIC-6 PRECISION-MACHINED CAST ALUMINUM
LINER BUSHINGS: 1144 STEEL, HEAT TREATED RC 58-64, BLACK OXIDE FINISH





















Carr Lock®
Fixture Plate
500 x 500mm


These 500 x 500mm fixture plates have four 25mm CARR LOCK® FIXTURE PLATE — 500 x 500mm
mounting holes – a primary liner, a secondary liner, and REQUIRES CARR LOCK®
two clearance holes. They also have two fixture-key holes PLATE PLATE CARR LOCK® CLAMP
for conventional mounting directly on a slotted machine PART NO. SIZE THICKNESS CLAMPS SPACING
table using Sure-Lock™ Fixture Keys. CL-500500-00-CLFP 500x500 1.000” (4) CL-25-CLC-1.000 17x17










9

















Carr Lock®
Jigsaw Vise Plate
10 x 16
CARR LOCK® JIGSAW VISE PLATE — 10 x 16
Jigsaw Vise Plates have an interlocking design to allow REQUIRES CARR LOCK®
mounting vises and other narrow fixtures close together. PLATE PLATE CARR LOCK® CLAMP
These 10 x 16 plates have three 20mm mounting holes PART NO. SIZE THICKNESS CLAMPS SPACING
– a primary liner, a secondary liner, and a clearance hole. CL-1016-01-CLFP 10 x 16 .750 (3) CL-20-CLC-0.75 8 x 12






356 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

9
See Pages 343-360


































www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 357

See Pages 361-382








9

























See the
Online Catalog
at carrlane.com




358 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CARR LOCK® SYSTEM


FIXTURE PLATE: CARBON STEEL OR MIC-6 CAST ALUMINUM
LINER BUSHINGS: 1144 STEEL, HEAT TREATED RC 58-64, BLACK OXIDE FINISH






Blank Fixture Plates
(Steel)

Carr Lock® Blank Fixture Plates provide an excellent base
for most dedicated fixtures. These 1.250"-thick steel
plates provide sufficient depth for tapping and other
machining required to mount fixture components, while
also providing excellent rigidity. Each fixture plate has
four mounting holes for Carr Lock® Clamps – two with
liner bushings for fastening with accurate location, the
other two for fastening only. Made in USA.




Modular Fixture Plates
(Steel)

Carr Lock® Modular Fixture Plates are identical to the
Blank Fixture Plates shown above, except with added
multipurpose mounting holes in a standard 2" grid
pattern. Every multipurpose hole has a .5000"-diameter
precision alignment bushing on top, with a 1/2-13
thread below it. Multipurpose holes accept Locating
Screws (with a ground locating diameter), Socket-Head
Cap Screws, clamping studs, and many other threaded
components. Made in USA.



Blank Fixture/Vise Plates
(Aluminum)
9
Carr Lock® Blank Fixture/Vise Plates are ideal for
mounting vises or existing fixtures on a Carr Lock®
Tooling Block. These lightweight, .750"-thick plates are
machined from MIC-6 cast aluminum alloy. Made in USA.











CARR LOCK® FIXTURE PLATES
REQUIRES
CARR LOCK® MOUNTS ON
PALLET CLAMPS CARR LOCK®
PLATE TYPE PART NO. SIZE A B H W (4) PER PLATE TOOLING BLOCK
BLANK FIXTURE PLATE CL-410460-01-CLFP 400mm 16.25 18 14 14 CL-20-CLC-0.75 CL-400400-00-TSTB
(STEEL) CL-510560-01-CLFP 500mm 20 22 19 17 CL-25-CLC-0.75 CL-500500-00-TSTB
MODULAR FIXTURE PLATE CL-410460-40-CLFP 400mm 16.25 18 14 14 CL-20-CLC-0.75 CL-400400-00-TSTB
(STEEL) CL-510560-40-CLFP 500mm 20 22 19 17 CL-25-CLC-0.75 CL-500500-00-TSTB
BLANK FIXTURE/VISE PLATE CL-410460-00-CLFP 400mm 16.25 18 14 14 CL-20-CLC-0.75 CL-400400-00-TSTB
(ALUMINUM) CL-510560-00-CLFP 500mm 20 22 19 17 CL-25-CLC-0.75 CL-500500-00-TSTB





www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 359

CARR LOCK® SYSTEM


FIXTURE MACHINING KITS





















Carr Lock® Fixture Machining Kits are extremely
useful for machining a fixture using its Carr Lock®
mounting holes as an absolute reference. The
kit consists of four extra-long Carr Lock® Clamps,
used together with four precision-height spacers,
providing ample clearance underneath the fixture FIXTURE MACHINING KITS
plate to allow through-hole machining without FOR
damaging the subplate. The kit also includes an CARR LOCK® FIXTURE-PLATE SPACER SPACER
extra four spacers to use as additional supports PART NO. CLAMP DIAMETER THICKNESS HEIGHT OD
under large plates, all in a handy carrying case. Made CL-20-CLMK-0.75 20mm .750 .500 1-3/4
in USA.
CL-25-CLMK-0.75 .750 .750 2
25mm
CL-25-CLMK-1.00 1.000 .500 2



These handy Preset Torque Wrenches are designed to tighten
Carr Lock® Clamps exactly to their maximum recommended
torque, ensuring that maximum hold-down force is achieved
without over-tightening. The wrench body shown here is
used for the first three Carr Lock® Clamp sizes – 13mm, 16mm,
and 20mm – each preset to the torque recommended for
9
that size, and with the appropriate hex key. A slightly larger
wrench body is used for the 25mm size. Torque accuracy is
+/-10%.
PRESET TORQUE WRENCHES
FOR PRESET
CARR LOCK® TORQUE HEX KEY HANDLE HANDLE
PART NO. CLAMP DIA (FT-LBS) SIZE LENGTH WIDTH
CL-13-CLTW 13mm 1.0 3/32
CL-16-CLTW 16mm 2.0 1/8 3.54 1.40
CL-20-CLTW 20mm 3.0 1/8
CL-25-CLTW 25mm 7.0 5/32 7.50 1.67

PROTECTION PLUGS

FOR CARR LOCK®
Protection plugs are extremely useful PART NO. RECEIVER DIA.
to keep chips and debris from entering CL-13-CLPP 13mm
unused receiver bushings in a subplate. CL-16-CLPP 16mm
These durable plastic plugs fit snugly in the CL-20-CLPP 20mm
receiver hole, yet can be easily removed.
CL-25-CLPP 25mm
CL-30-CLPP 30mm








360 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

QUICK-CHANGE





5-AXIS




WORKHOLDING


































9



































www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 361

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING







SOLUTIONS FOR ALL SIZES OF ROTARY TABLES



METHOD 1
Fixture Plate Mounted on Rotary Table
Method 1 is ideal for small rotary tables up to 210mm
diameter, but can also be used for larger tables up to 400mm
diameter. These fixture plates are accurately located and
fastened directly on the rotary table. This simple, economical
method allows using 5-Axis Vises, modular fixturing, or
dedicated permanent fixturing.










METHOD 2
Quintus Quick-Change Riser
Mounted on Rotary Table
Method 2 utilizes our Quintus Quick-Change Risers to
achieve full quick-change fixturing benefits on rotary tables
250mm diameter and larger. A Quintus Quick-Change Riser
provides additional height for spindle clearance, and can be
quickly and accurately mounted directly on the rotary table
at its center.



9






METHOD 3
Subplate Mounted on Rotary Table
Method 3 is appropriate for medium and large machine
tables, achieving further quick-change benefits for the
entire riser assembly. Using this method, the Quintus riser is
mounted on a subplate to allow quick exchange of the riser
with other fixturing.


















362 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING



























Vise-Adaptor Fixture Plate Modular Fixture Plate Modular Fixture Plate Blank Fixture Plate
with 5-Axis Vise with Riser Block








Method 1 is ideal for small rotary tables up to 210mm diameter, but can
also be used for larger tables up to 400mm diameter. These fixture plates
are accurately located and fastened directly on the rotary table. This simple,
economical method allows using 5-Axis Vises, modular fixturing, or dedicated
permanent fixturing. INFO+: See pages 374-379 for fixture plates.



METHOD 1
FIXTURE PLATE MOUNTED ON ROTARY TABLE 9
FITS TABLE DIAMETER
110mm 130mm 160mm 200mm 210mm 250mm 260mm 300mm 310mm 320mm 400mm 450mm 500mm 500mm 600mm 630mm
BASE BASE WORKHOLDER
OPTIONS SIZE OPTIONS
130mm MC40 , MC40Z Vises 33
Vise Adaptor Plate 160mm MC40, MC40Z, MC60, MC60Z, SCS80 Vises 3
with
5-Axis Vise 210mm MC40, MC40Z, MC60, MC60Z, SCS80 Vises 33 3 3
310mm MC60, MC60Z, SCS80, MC100, MC100Z, SCS120 Vises 333 3
130mm 33
160mm 3
Modular Fixture 210mm Custom 33
Plate
250mm 33
310mm 333 3
130mm Custom 33
Modular Fixture 160mm Custom 3
Plate with Riser 210mm Custom 33
Block 250mm MC60, MC60Z, SCS80 Vises or Custom 33
310mm MC60, MC60Z, SCS80, MC100, MC100Z, SCS120 Vises or Custom 333 3
130mm 33
160mm 3
Blank Fixture Plate 210mm Custom 33
250mm 33
310mm 333 3






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CL5® QUICK-CHANGE 5-AXIS WORKHOLDING
































Quintus Riser Quintus Riser Quintus Riser
with with with
5-Axis Vise Modular Fixture Plate Blank Fixture Plate









Method 2 utilizes our Quintus Quick-Change Risers to achieve full quick-
change fixturing benefits on rotary tables 250mm diameter and larger.
A Quintus Quick-Change Riser provides additional height for spindle
clearance, and can be quickly and accurately mounted directly on the
9
rotary table at its center. INFO+: See pages 366-368 for Quintus fixture
plates.


METHOD 2
QUINTUS MOUNTED ON ROTARY TABLE
FITS TABLE DIAMETER
110mm 130mm 160mm 200mm 210mm 250mm 260mm 300mm 310mm 320mm 400mm 450mm 500mm 500mm 600mm 630mm
BASE BASE WORKHOLDER
OPTIONS SIZE OPTIONS
Quintus 1 MC40, MC40Z, MC60, MC60Z, SCS80 Vises 3 3 333 3 3 3 3 3 3
Quintus Riser Quintus 2 MC100, MC100Z, SCS120 Vises 333 3 3 3 3 3 3
with 5-Axis Vise
Quintus 3 MC125Z Vise 33 3 3 3
Quintus 1 + 130mm 3 3 333 3 3 3 3 3 3
Quintus Riser Quintus 1 + 160mm 3 3 333 3 3 3 3 3 3
with Modular Quintus 1 + 100x250mm Custom 3 3 333 3 3 3 3 3 3
Fixture Plate Quintus 1 + 150x250mm 3 3 333 3 3 3 3 3 3
Quintus 2 + 250mm 333 3 3 3 3 3 3
Quintus 1 + 130mm 3 3 333 3 3 3 3 3 3
Quintus Riser Quintus 1 + 160mm 3 3 333 3 3 3 3 3 3
with Blank Quintus 1 + 100x250mm Custom 3 3 333 3 3 3 3 3 3
Fixture Plate Quintus 1 + 150x250mm 3 3 333 3 3 3 3 3 3
Quintus 2 + 250mm 333 3 3 3 3 3 3






364 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING



















Subplate Subplate
with Quintus Riser with
and 5-Axis Vise Riser Block










Subplate with Subplate
Carr Lock used as
Fixture Plate Modular Fixture Plate




Method 3 is appropriate for medium and large machine tables, achieving
further quick-change benefits for the entire riser assembly. Using this method,
the Quintus riser is mounted on a subplate to allow quick exchange of the
riser with other fixturing. INFO+: See pages 380-381 for subplates.

METHOD 3
9
SUBPLATE MOUNTED ON ROTARY TABLE
FITS TABLE DIAMETER
110mm 130mm 160mm 200mm 210mm 250mm 260mm 300mm 310mm 320mm 400mm 450mm 500mm 500mm 600mm 630mm
BASE BASE WORKHOLDER
OPTIONS SIZE OPTIONS
MC40, MC40Z, MC60, MC60Z,
250mm + Quintus 1 33
SCS80 Vises or Custom
MC40, MC40Z, MC60, MC60Z,
Subplate 310mm + Quintus 1 SCS80 Vises or Custom 333 3
with Quintus
Riser and 310mm + Quintus 2 MC100, MC100Z, SCS120 Vises or Custom 333 3
5-Axis Vise 630x500mm + Quintus 1 MC40, MC40Z, MC60, MC60Z, 3 3
SCS80 Vises or Custom
630x500mm+Quintus 2 MC100, MC100Z, SCS120 Vises or Custom 3 3
630x500mm + Quintus 3 MC125Z Vise or Custom 3 3
250mm MC60, MC60Z, SCS80,Vises or Custom 33
MC60, MC60Z, SCS80, MC100,
Subplate 310mm MC 100Z, SCS120 Vises or Custom 333 3
with Riser Block
630x500mm MC60, MC60Z, SCS80, MC100, 3 3
MC 100Z, SCS120 Vises or Custom
Subplate with 630x500mm 14x14, 400x400mm Carr Lock Fixture Plates
Carr Lock Plate 3 3
Subplate used 250mm 33
as Modular 310mm Custom 333 3
Fixture Plate 630x500mm 3 3







www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 365

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING












Quintus 1
Quick-Change Riser
Pull-Down Force 2700 Lbs
CLRH-9-6153-0101-VSA








Quintus Quick-Change Risers provide accurate location and secure
clamping while also providing quick-change capability and elevating
the workpiece for improved spindle access – all in one compact unit. The
Quintus 1 riser shown here utilizes two locating pins, a round pin for zero-
point centering and a diamond pin for single-axis centering,  and a single
pull-down bolt that provides 2700 lbs of pull-down force.
















9






















Quintus
Clamping
Mechanism








366 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING














Quintus 2
Quick-Change Riser
Pull-Down Force 4500 Lbs x 2
CLRH-9-6155-0102-VSA












Quintus Quick-Change Risers provide accurate location and
secure clamping while also providing quick-change capability
and elevating the workpiece for improved spindle access – all
in one compact unit. The Quintus 2 riser shown here utilizes
two pull-down bolts – one with zero-point centering,  the
other with single-axis centering – providing 2 x 4500 lbs of
pull-down force.











9



































www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 367

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING















Quintus 3
Quick-Change Riser
Pull-Down Force 4500 Lbs x 3
CLRH-9-6156-0102-VSA














Quintus Quick-Change Risers provide accurate location
and secure clamping while also providing quick-change
capability and elevating the workpiece for improved
spindle access – all in one compact unit. The Quintus 3
riser shown here utilizes three pull-down bolts – one with
zero-point centering, one with single-axis centering, and
one without centering – providing 3 x 4500 lbs of pull-
down force.





9

























MC125Z-series 5-axis concentric vise mounted on Quintus 3
Quick-Change Riser







368 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING




RISER BLOCKS





3 x 3 x 3 Riser Blocks provide an economical way to raise a
Blank workpiece for 5-Axis machining. These precision blocks
are available blank for customization, or with locating and
mounting holes for 5-Axis vises. Riser Blocks are usually
mounted on a modular fixture plate, but sizes from 4x4x4
up can also be mounted directly on a rotary table.


4 x 4 x 4
Blank




3 x 3 x 7
Vise Adaptor
(MC60, MC60Z)







4 x 4 x 7
Vise Adaptor
(MC60, MC60Z, SCS80)





9

4 x 6 x 11
Vise Adaptor
(MC100, MC100Z, SCS120)








RISER BLOCKS – BLANK

F MODULAR GRID WORKHOLDER
PART NO. A B C D E DIA G MOUNTING HOLES OPTIONS
CL-333-00-RBF 3 3 3 4.50 .50 — — 2.8284 (2x2 diagonal) Custom
CL-444-00-RBF 4 4 4 7.25 .62 25mm — 2.0000 x 6.0000
RISER BLOCKS – VISE ADAPTOR
CL-337-02-RBF 3 3 7 9.75 .50 8.4853 (6x6 diagonal) MC60, MC60Z Vises
CL-447-02-RBF 4 7 9.75 .62 25mm 20mm 8.4853 (6x6 diagonal) MC60, MC60Z, SCS80 Vises
4
CL-4611-03-RBF 6 11 11 .62 2.0000 x 6.0000 MC100, MC100Z, SCS120 Vises






www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 369

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING







5-AXIS VISES
FOR MOUNTING ON QUINTUS 1


MCP40
Fixed-Jaw Vise
40mm wide x 110mm long
1800 lbs clamping force
The MCP40 vise is extremely compact yet quite powerful. Like all of our
5-Axis vises, this vise has optimal features to allow unrestricted tool
access for multiple-side machining. The standard fixed-jaw version has
one fixed jaw and one sliding jaw that clamps against it. Due to its small
size, the MCP40 vise uses an adaptor plate to mount on a Quintus 1 riser.
INFO+: See page 677 for more information.


MCP40 Z
Concentric Vise
40mm wide x 110mm long
1800 lbs clamping force
The Z-series version of our MCP40 vise is dimensionally similar, but
incorporates our precision self-centering mechanism. This concentric
vise has two sliding jaws that provide clamping at the exact center of
the rotary table. INFO+: See page 678 for more information.


MCP60
Fixed-Jaw Vise
60mm wide x 170mm long
3400 lbs clamping force
The MCP60 vise is our most popular 5-Axis-vise size. Like all of our 5-Axis
vises, this vise has optimal features to allow unrestricted tool access for
multiple-side machining. The standard fixed-jaw version has one fixed
jaw and one sliding jaw that clamps against it.
INFO+: See page 677 for more information.
9

MCP60 Z
Concentric Vise
60mm wide x 170mm long
3400 lbs clamping force
The Z-series version of our MCP60 vise is dimensionally similar, but
incorporates our precision self-centering mechanism. This concentric
vise has two sliding jaws that provide clamping at the exact center of
the rotary table. INFO+: See page 678 for more information.


SCS80
Fixed-Jaw Vise
80mm wide x 200mm long
5600 lbs clamping force
SCS-series vises are slightly wider, and allow clamping higher up in the
jaws with greater holding force. Like all of our 5-Axis vises, the SCS80
vise has optimal features to allow unrestricted tool access for multiple-
side machining. The standard fixed-jaw design has one fixed jaw and
one sliding jaw that clamps against it. INFO+: See our online catalog for
more information.









370 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING






5-AXIS VISES
FOR MOUNTING ON QUINTUS 2


MCP100
Fixed-Jaw Vise
100mm wide x 260mm long
5600 lbs clamping force
The MCP100 vise handles a wide range of workpiece sizes.
Like all of our 5-Axis vises, this vise has optimal features to
allow unrestricted tool access for multiple-side machining. The
standard fixed-jaw version has one fixed jaw and one sliding
jaw that clamps against it. INFO+: See page 677 for more
information.

MCP100 Z
Concentric Vise
100mm wide x 266mm long
5600 lbs clamping force
The Z-series version of our MCP100 vise is dimensionally
similar, but incorporates our precision self-centering
mechanism. This concentric vise has two sliding jaws that
provide clamping at the exact center of the rotary table.
INFO+: See pages 678-679 for more information.


SCS120
Fixed-Jaw Vise
120mm wide x 227mm long
9000 lbs clamping force
SCS-series vises are slightly wider, and allow clamping higher
up in the jaws with greater holding force. Like all of our
5-Axis vises, the SCS120 vise has optimal features to allow
unrestricted tool access for multiple-side machining. The
standard fixed-jaw design has one fixed jaw and one sliding
jaw that clamps against it. INFO+: See our online catalog for 9
more information.



5-AXIS VISES
FOR MOUNTING ON QUINTUS 3

MCP125 Z
Concentric Vise
125mm wide x 465mm long
7900 lbs clamping force
The MCP125Z vise is ideal for large workpieces. Like all
of our 5-Axis vises, this vise has optimal features to allow
unrestricted tool access for multiple-side machining. This
Z-series concentric vise incorporates our precision self-
centering mechanism, with two sliding jaws that provide
clamping at the exact center of the rotary table. Shown with
optional tapered slides. INFO+: See our online catalog for
more information.











www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 371

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





DOVETAIL VISE JAWS




Dovetail clamping requires leaving excess material at the
bottom of each workpiece for machining a male dovetail.
This machined dovetail extension is used to clamp on
during 5-Axis work, by a mating dovetail clamp or vise
Dovetail jaw, then is removed in a secondary machining operation.
Vise Jaw Insert The dovetail inserts shown here fit 60mm-wide insertable
jaws on MCP60 and MCP60Z 5-Axis vises, with other sizes
available upon request. Inserts are available for either
45-degree or 60-degree dovetails. 1018 steel, carburized-
hardened, black oxide finish.



























9
















Example dovetail extension at bottom of workpiece.

VISE JAWS AND DOVETAIL INSERTS
VISE JAW INSERT
PART NO. PART NO.
(2 REQD) (2 REQD) ANGLE D F H D K L M N P R M
CL-36-DVJI-45 45º 1.102
CLRH-9-3583-6906-VSA .394 .236 1.339 .157 2.362 2.205 .945 1.181 .472 .709
CL-36-DVJI-60 60º 1.063







372 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING


















































9



































www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 373

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





FIXTURE PLATES
FOR MOUNTING ON ROTARY TABLE


130mm
Blank




130mm
Modular Fixturing





130mm
Vise Adaptor





FITS
PLATE TABLE WORKHOLDER
PART NO. TYPE DIA DIA OPTIONS
CL-130-00-RFP Blank Custom
CL-130-40-RFP Modular 130mm 110mm Riser Block, Custom
130mm
CL-130-01-RFP Vise Adaptor MC40, MC40Z Vises



160mm
Blank

9



160mm
Modular Fixturing





160mm
Vise Adaptor



FITS
PLATE TABLE WORKHOLDER
PART NO. TYPE DIA DIA OPTIONS
CL-160-00-RFP Blank Custom
CL-160-40-RFP Modular Riser Block, Custom
160mm 160mm
CL-160-02-RFP Vise Adaptor MC40, MC40Z, MC60, MC60Z,
SCS80 Vises







374 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





FIXTURE PLATES
FOR MOUNTING ON ROTARY TABLE




210mm
Blank





210mm
Modular Fixturing






210mm
Vise Adaptor



FITS
PLATE TABLE WORKHOLDER
PART NO. TYPE DIA DIA OPTIONS
CL-210-00-RFP Blank Custom
CL-210-40-RFP Modular 210mm 200mm Riser Block, Custom
210mm MC40, MC40Z, MC60, MC60Z,
CL-210-02-RFP Vise Adaptor
SCS80 Vises



250mm 9
Blank





250mm
Modular Fixturing





Use 210mm Vise Adaptor 250mm
for 250mm tables. Vise Adaptor

PLATE MOUNTS WORKHOLDER
PART NO. TYPE DIA ON OPTIONS
CL-250-00-QRFP Blank Custom
250mm Riser Block with MC60, MC60Z,
CL-250-40-QRFP Modular 250mm SCS80 Vise or Custom
260mm MC40, MC40Z, MC60, MC60Z,
CL-210-02-RFP Vise Adaptor 210mm
SCS80 Vises







www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 375

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





FIXTURE PLATES
FOR MOUNTING ON ROTARY TABLE














310mm
Blank










310mm
Modular Fixturing











9
310mm
Vise Adaptor















FITS
PLATE TABLE
PART NO. TYPE DIA DIA WORKHOLDER OPTIONS
CL-310-00-RFP Blank 300mm Custom
310mm Riser Block with MC60, MC60Z, SCS80,
CL-310-40-RFP Modular 310mm
320mm MC100, MC100Z, SCS120 Vise or Custom
CL-310-03-RFP Vise Adaptor 400mm MC60, MC60Z, SCS80, MC100, MC100Z, SCS120 Vises









376 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





FIXTURE PLATES
FOR MOUNTING ON QUINTUS 1



130mm
Blank
(Mounts on Quintus 1)


130mm
Modular Fixturing
(Mounts on Quintus 1)



130mm
Vise Adaptor
(Mounts on Quintus 1)




PLATE MOUNTS WORKHOLDER
PART NO. TYPE DIA ON OPTIONS
CL-130-00-QRFP Blank Custom
CL-130-40-QRFP Modular 120mm Quintus 1 Riser Block or Custom
CL-130-01-QRFP Vise Adaptor MC40, MC40Z Vises



160mm
Blank
9
(Mounts on Quintus 1)


160mm
Modular Fixturing
(Mounts on Quintus 1)



160mm
Vise Adaptor
Use 130mm
Vise Adaptor. (Mounts on Quintus 1)


PLATE MOUNTS WORKHOLDER
PART NO. TYPE DIA ON OPTIONS
CL-160-00-QRFP Blank Custom
160mm
CL-160-40-QRFP Modular Quintus 1 Riser Block or Custom
CL-130-01-QRFP Vise Adaptor 130mm MC40, MC40Z Vises







www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 377

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





FIXTURE PLATES
FOR MOUNTING ON QUINTUS 1








100 x 250mm
Blank
(Mounts on Quintus 1)
(M





100 x 250mm
Modular Fixturing
(Mounts on Quintus 1)





PLATE MOUNTS WORKHOLDER
PART NO. TYPE SIZE ON OPTIONS
CL-100250-00-QFP Blank 100 x 250mm Quintus 1 Custom
CL-100250-40-QFP Modular Riser Block or Custom






9
150 x 250mm
Blank
(M
(Mounts on Quintus 1)M







150 x 250mm
Modular Fixturing
(Mounts on Quintus 1)




PLATE MOUNTS WORKHOLDER
PART NO. TYPE SIZE ON OPTIONS
CL-150250-00-QFP Blank 150 x 250mm Quintus 1 Custom
CL-150250-40-QFP Modular Riser Block or Custom







378 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





FIXTURE PLATES
FOR MOUNTING ON QUINTUS 2









250mm
Blank
(Mounts on Quintus 2)








250mm
Modular Fixturing
(Mounts on Quintus 2)















9





















PLATE MOUNTS WORKHOLDER
PART NO. TYPE DIA ON OPTIONS
CL-250-00-QRFP Blank 250mm Quintus 2 Custom
CL-250-40-QRFP Modular Riser Block or Custom








www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 379

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





SUBPLATES











250mm
Quintus 1 and
Modular Fixturing








FITS
PLATE TABLE
PART NO. DIA DIA WORKHOLDER OPTIONS
Quintus 1 with MC40, MC40Z,
MC60, MC60Z,
SCS80 Vise or Custom
250mm
CL-250-41-QRFP 250mm
260mm Riser Block with MC60,
MC60Z, SCS80 Vise or Custom
Modular Fixture or Custom






9
310mm
Quintus 1, 2 and
Modular Fixturing





FITS
PLATE TABLE
PART NO. DIA DIA WORKHOLDER OPTIONS
Quintus 1 with MC40, MC40Z,
MC60, MC60Z,
SCS80 Vise or Custom
300mm Quintus 2 with MC100, MC100Z,
310mm SCS120 Vise or Custom
CL-310-42-RFP 310mm
320mm
400mm Riser Block with MC60, MC60Z,
SCS80, MC100, MC100Z, SCS120
Vise or Custom
Modular Fixture or Custom








380 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





SUBPLATES












630 x 500mm
Quintus 1, 2, 3,
Modular Fixturing
®
and Carr Lock
























9
















FITS
TABLE
PART NO. PLATE SIZE DIA WORKHOLDER OPTIONS
Quintus 1 with MC40, MC40Z, MC60, MC60Z, SCS80 Vise or Custom
Quintus 2 with MC100, MC100Z, SCS120 Vise or Custom
600mm Quintus 3 with MC125Z Vise or Custom
CL-630500-44-CLRS 630 x 500mm
630 x 500mm Riser Block with MC60, MC60Z, SCS80, MC100, MC100Z, SCS120 Vise or Custom
Modular Fixture or Custom
Carr Lock Fixture Plate







www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 381

CL5® QUICK-CHANGE 5-AXIS WORKHOLDING





CENTER LOCATING KEYS





Ce
Center Locating Keys are used to precisely center a fixture
on
on a rotary table. They can be used for mounting Quintus
Quick-Change Risers, Riser Blocks, and Round Tooling
Q
Plates, which all have a standard 25mm center hole. All
Pl
Ce
Center Locating Keys have a 25mm upper diameter and
ar
are available with a wide range of bottom diameters to fit
th
the rotary table’s center hole. 1144 steel, heat treated Rc
50-55, black oxide finish.
50





















9





Type 1 Type 2 Type 3 Type 4


CENTER LOCATING KEYS
A B
PART NO. TYPE DIA DIA C D E F G H
CLM-25-CLK-.5000 Type 1 .5000 .90 .75 M10 — — .47
CLM-25-CLK-25 Type 2 .9843 (25mm) .90 .29 — — — .58
CLM-25-CLK-30 1.1811 (30mm)
CLM-25-CLK-32 Type 3 1.2598 (32mm) .91 .98 M10 — — .59
CLM-25-CLK-1.5000 1.5000
CLM-25-CLK-50 1.9685 (50mm)
9.843 (25mm)
CLM-25-CLK-70 2.000
CLM-25-CLK-60 2.3622 (60mm)
CLM-25-CLK-65 Type 4 2.5591 (65mm) .91 .98 M10 M6 1.339 —
CLM-25-CLK-70 2.7559 (70mm)
CLM-25-CLK-80 3.1496 (80mm)
CLM-25-CLK-3.2500 3.2500






382 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

The Absolute Source



For Aerospace Tooling Components
















High quality stock items from Carr Lane Manufacturing

meet today’s rigorous military and aerospace

industry specifications.









9







Captive Locating Screws
Page 37




Headed Slotted Locator
ON-SIZE® Bushings (Press Fit)
Bushings Page 43
Page 241







Captive Jig Pins Captive Locating Screws
Page 33 LIFE-EX® Pins with Hand Knob
Page 230-231 Page 38




Innovations at Work for You! 383
www.carrlane.com

RECTANGULAR TOOLING PLATES


GRAY CAST IRON, ASTM CLASS 40


























T-Slotted Table






New Item!

Precision blank tooling plates that are ready to mount on virtually
any vertical machining center, reducing tooling cost and leadtime
considerably. Finish machined to tight tolerances. Precision
Locating-Key holes allow accurate directly on a machine table.
Available in two standard fixture sizes. INFO+: See page 248 for
Locating Keys and page 312 for T Nuts, to fit specific table-slot sizes.


9

























A B WEIGHT
PART NO. NOMINAL ACTUAL NOMINAL ACTUAL C (lbs)
CL-1624-RTPB 16 15.75 24 23.62 20 188
CL-2024-RTPB 20 19.69 24 23.62 20 235





384 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

SQUARE PALLET TOOLING PLATES


GRAY CAST IRON, ASTM CLASS 40























JIS Mounting









New Item!
Precision blank tooling plates that are ready to mount on standard
horizontal-machining-center pallets, reducing tooling cost and
leadtime considerably. Finish machined to tight tolerances. JIS
mounting from two reference edges provides accurate location.





9
























B A NO. OF
PALLET SIZE HEIGHT MOUNTING WEIGHT
PART NO. NOMINAL ACTUAL NOMINAL ACTUAL C1 C2 D HOLES (lbs)
CL-400-PTPB 400mm 15.7480 50mm 1.9685 320mm 11.81 55mm 4 126
CL-500-PTPB 500mm 19.6850 50mm 1.9685 400mm 16 75mm 8 194





www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 385

TWO-SIDED TOOLING BLOCKS


GRAY CAST IRON, ASTM CLASS 40





























These tooling blocks have two identical wide
Extra Tall Regular Height faces to allow fixturing large parts.



New Item!
Precision blank tooling blocks for horizontal-machining-center
pallets. One-piece cast iron construction provides superior
accuracy, dimensional stability, and vibration dampening.
Both tooling faces are finish machined to tight tolerances and
qualified to the base. Dual mounting capability allows both
JIS mounting (locating from two reference edges) and DIN
mounting (locating from center and radial holes) with excellent
accuracy. Universal mounting holes fit almost any inch or metric
9
slot spacing. Available in 400 and 500mm pallet sizes, each in a
choice of heights.




















B A NO. OF
PALLET SIZE HEIGHT C MOUNTING WEIGHT
PART NO. NOMINAL ACTUAL NOMINAL ACTUAL NOMINAL ACTUAL D1 D2 E F G H HOLES (lbs)
CL-400400500-TTBB 500mm 19.69 375
400mm 15.7480 150mm 5.9055 320mm 11.81 7.8740 55mm 1.97 15.75 4
CL-400400650-TTBB 650mm 25.59 520
CL-500500600-TTBB 600mm 23.62 584
CL-500500750-TTBB 500mm 19.6850 750mm 29.53 200mm 7.8740 400mm 16 9.8425 75mm 1.97 19.69 6 820



386 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

FOUR-SIDED TOOLING BLOCKS


GRAY CAST IRON, ASTM CLASS 40


























With four identical faces, these tooling
blocks are ideal for loading a large number of
medium-size parts on a pallet.

Extra Tall Regular Height




New Item!

Precision blank tooling blocks for horizontal-machining-
center pallets. One-piece cast iron construction provides
superior accuracy, dimensional stability, and vibration
dampening. All four faces are finish machined to tight
tolerances and qualified to the base. Dual mounting
capability allows both JIS mounting (locating from two 9
reference edges) and DIN mounting (locating from center
and radial holes) with excellent accuracy. Universal
mounting holes fit almost any inch or metric slot spacing.
Available in 400 and 500mm pallet sizes, each in a choice of
heights.
















B A
PALLET SIZE HEIGHT C NO. OF MOUNTING WEIGHT
PART NO. NOMINAL ACTUAL NOMINAL ACTUAL NOMINAL ACTUAL D1 D2 E F G HOLES (lbs)
CL-400250500-FTBB 400mm 15.7480 500mm 19.69 250mm 9.8425 320mm 11.81 7.8740 55mm 1.97 4 337
CL-400250650-FTBB 650mm 25.59 481
CL-500300600-FTBB 500mm 19.6850 600mm 23.62 300mm 11.8110 400mm 16 9.8425 75mm 1.97 8 551
CL-500300750-FTBB 750mm 29.53 739




www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 387

STARK ZERO-POINT MOUNTING SYSTEM




PRINCIPLES OF OPERATION












































9
Releasing pneumatically: Clamping mechanically:
• Pneumatic pressure (1) is applied to the • The pneumatic pressure is relieved. The
piston (2) and the piston moves upward. pneumatic pressure drops to zero.
The spiral springs (3) are pressed together.
• The spring pre-load is applied via the
• The clamping fingers (4) move upward piston (2) and push the segments (5)
through the piston (2) and pull the toward the inside.
segments (5) to the outside.
• The retractable nipple (6) is pulled down by
• The retractable nipple (6) is released. the clamping face on the segments (5) and
clamped against the bearing surface.




See our Online Catalog
at carrlane.com










388 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

STARK ZERO-POINT MOUNTING SYSTEM




FEATURES AND ADVANTAGES



Design
• Compact design (Flush Mount, screw-fit or module)
• High retention force, enormous power density
• Maintenance-free, designed for large number of load
changes (> 2 million in continuous test)
• Made of high quality tool steel and chromium steel
• Actuation with clean air, from 75psi to release
• Can be operated without additional service unit
• Environmentally friendly and clean operation (no oil)
• Particularly suitable for oil-free environment, e.g. in the
foodstuffs, aerospace industry or medical sector.


Positive action operation

• The segments are actuated mechanically
• Powerful and secure clamping is ensured at all times
• In an endurance test over 3 million clamping cycles
tested full functionality even under extreme
conditions.
• Functions reliably in an y installation position
• Very short clamping and release time – o.2sec





9
Cylindrical fit
• Due to the cylindrical fit, high lateral forces can be
absorbed by the fast closing clamp during the
machining
• Ideal pre-centring for Römheld coupling elements
without coupling travel, data sheet F9.461









Segments
• Due to the optimal all-round positive clamping action
of the clamping segments, the retractable nipple is
retained stably and securely in the fast closing clamp.


See our Online Catalog
at carrlane.com




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LOCATING AND CLAMPING PRINCIPLES







Locating and clamping are the critical functions of any workholder.
More engineering and machining principles can be found at
carrlane.com under “Engineering Resources”.




BASIC PRINCIPLES OF LOCATING
To perform properly, workholders must accurately and consistently
position the workpiece relative to the cutting tool, part after part.
To accomplish this, the locators must ensure that the workpiece is
properly referenced and the process is repeatable.
Figure 1. The twelve degrees of freedom.
Referencing and Repeatability
“Referencing” is a dual process of positioning the workpiece The twelve degrees of freedom in Figure 1 all relate to the central
relative to the workholder, and the workholder relative to the axes of the workpiece. Notice the six axial degrees of freedom
cutting tool. Referencing the workholder to the cutting tool and six radial degrees of freedom. The axial degrees of freedom
is performed by the guiding or setting devices. With drill jigs, permit straight-line movement in both directions along the
referencing is accomplished using drill bushings. With fixtures, three principal axes, shown as x, y, and z. The radial degrees of
referencing is accomplished using fixture keys, feeler gages, and/ freedom permit rotational movement, in both clockwise and
or probes. Referencing the workpiece to the workholder, on the counterclockwise radial directions, around the same three axes.
other hand, is done with locators.
Locators restrict a workpiece’s movement, so they must be strong
If a part is incorrectly placed in a workholder, proper location enough to maintain the position of the workpiece and to resist the
of the workpiece is not achieved and the part will be machined cutting forces.
incorrectly. Likewise, if a cutter is improperly positioned relative
to the fixture, the machined detail is also improperly located. In Locators, not clamps, must hold the workpiece against the cutting
workholding, referencing both the workpiece and the cutter must forces. Locators provide a positive stop for the workpiece. Placed
be considered and simultaneously maintained. against the stop, the workpiece cannot move. Clamps, on the other
hand, rely only upon friction between the clamp and the clamped
9
“Repeatability” is the ability of the workholder to consistently surface to hold the workpiece. Sufficient force could move the
produce parts within tolerance limits, and is directly related to the workpiece. Clamps are only intended to hold the workpiece against
referencing capability of the tool. The location of the workpiece the locators.
relative to the tool, and of the tool to the cutter, must be consistent.
To maintain repeatability, the workholder must be designed to
accommodate the workpiece’s locating surfaces.

The ideal locating point on a workpiece is a machined surface.
Machined surfaces permit location from a consistent reference
point. Cast, forged, sheared, or sawed surfaces can vary greatly
from part to part, and will affect the accuracy of the location.


The Mechanics of Locating
The direction and magnitude of machining forces exerted during
Figure 2. Cutting forces in a milling operation should be directed into
the operation are vital considerations in fixture layout. A workpiece
the solid jaw and base of the vise.
free in space can move in an infinite number of directions. This
motion can be broken down into twelve directional movements, In Figure 2, the milling forces generated on a workpiece when
or “degrees of freedom.” All twelve degrees of freedom must be properly clamped in a vise tend to push the workpiece down
restricted to ensure proper referencing of a workpiece. and toward the solid jaw. The clamping action of the movable


CONTINUED ON NEXT PAGE





390 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

LOCATING AND CLAMPING PRINCIPLES



CONTINUED FROM PREVIOUS PAGE


jaw holds the workpiece against the solid jaw and maintains the
position of the part during the cut.


LOCATING GUIDELINES
No single form or type of locator will work for every workholder,
and each locator must be carefully planned into the design.

Positioning Locators
The primary function of any locator is to reference the workpiece
and to ensure repeatability. Locators must be properly positioned
relative to both the workholder and to the workpiece.

• When practical, position locators to contact the workpiece on a
Figure 3. Locator sizes are always based on the maximum-material
machined surface, providing repeatability and stability.
condition of the workpiece features.
• Machined holes offer complete location with a minimal number
of locators for maximum repeatability. Also good is two machined The manufacturability of a tolerance is critical. A simple hole, for
surfaces forming a right angle. Both allow six-point location. example, if toleranced to ±.050”, can be punched. If, however,
the tolerance is ±.010”, the hole requires drilling. Likewise, if the
• Space the locators as far apart as practical. tolerance is tightened to ±.002”, the hole then requires drilling
and reaming. Finally, with a tolerance of ±.0003”, the hole must be
• Minimize chips by positioning locators away from the highest drilled, reamed, and lapped to ensure the required size.
chip concentration and choosing easy-cleaning locators.

• Minimize coolant build-up by drilling holes or milling slots in CLAMPING GUIDELINES
areas of the workholder, or with coolant-drain areas. Once located, clamping the workpiece in the jig or fixture is
necessary to prevent movement during the operational cycle.
• Avoid redundant location, which restricts the degree of freedom. Clamps must hold the workpiece against its locators, and also
prevent movement of the workpiece. 9
• Prevent improper loading. You can foolproof a workholder with
the location of one or two pins to ensure correct orientation. Clamp Selection Factors
The purpose of clamps is to maintain the position of the workpiece
Determining Locator Size and Tolerances against the locators and resist secondary cutting forces, such as
The workpiece itself determines the overall size of a locating those generated as the cutter leaves the workpiece. Locators are
element. The locators must be made to suit the MMC (Maximum- intended to resist primary cutting forces, not clamps.
Material Condition) of the area to be located. The MMC of a feature
is the size of the feature where it has the maximum amount of • In clamp selection, consider the vibration and stress expected in
material. With external features, like shafts, the MMC is the largest the operation, which can loosen some clamps.
size within the limits. With internal features, like holes, it is the
smallest size within the limits. Figure 3 illustrates the MMC sizes • Choose a clamp that will not damage the workpiece, to avoid
for both external and internal features. part distortion and marring. Rotating contact pads or softer
contact material can reduce this problem.
The accuracy of the workholder must be greater than that of
the workpiece, and involves tolerances that control the size of • Consider the load/unload speed of the clamps, since it will
the locator and tolerances that control its location. The closer contribute to the workholder’s efficiency by minimizing loading/
the tolerance value, the higher the overall cost to produce the unloading time.
workpiece. Know the capabilities of the toolroom. A tolerance of
.00001” is very easy to indicate on a drawing, but is impossible to
achieve in the vast majority of toolrooms.
CONTINUED ON NEXT PAGE





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LOCATING AND CLAMPING PRINCIPLES



CONTINUED FROM PREVIOUS PAGE


Positioning the Clamps Alternatively, required clamping force can be calculated based
Position clamps to hold the part against the locators without on calculated cutting forces. A simplified example is shown in
deforming the workpiece. Look for the most rigid points of the Figure 6. The cutting force is entirely horizontal, and no workpiece
workpiece, where they will not interfere with the operation of locators are used, so frictional forces alone resist the cutting forces.
the machine tool, during either the cutting or return cycle. Most
clamps are positioned on or near the top surface of the workpiece.
The clamp must be large enough to properly and safely hold the
workpiece, but small enough to stay out of the way.

With most workholders, this means positioning the clamps directly
over the supporting elements in the baseplate of the workholder,
Figure 4, or against horizontal locators rather than the supports. In
either case, the clamping force must be absorbed by the locating
elements.















Figure 4. Clamps should always be positioned so the clamping force
is directed into the supports or locators. Figure 6. A simplified clamping-force calculation with the cutting
force entirely horizontal, and no workpiece stops (frictional force
resists all cutting forces).
Selecting Clamp Size and Force
Calculations require an approximation of the necessary clamping
9
force. The table in Figure 5 shows the available clamping forces Another general area of concern is maintaining consistent
for a variety of different size manual clamp straps with a 2-to-1 clamping force. Manual clamping devices can vary in the force
clamping-force ratio. they apply to parts during a production run. Many factors account
for the variation, including clamp position on the workpiece, but
operator fatigue is the most common fault. A good way to control
clamping force is to replace manual clamps with power clamps.

The force generated by power clamps is not only constant but also
adjustable to suit workpiece conditions. Another benefit of power
clamps is their speed of operation: not only are individual power
clamps faster than manual clamps, every clamp is activated at the
same time.












Figure 5. Approximate clamping forces of different size manual
clamp straps with a 2-to-1 clamping force ratio.




392 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

ANGLE BRACKETS


STEEL: ASTM A36, BLACK OXIDE FINISH
ALUMINUM: 6061-T6

PART NO. PART NO.
STEEL ALUMINUM A B C D E
CL-1-AB — 2-1/2 2 1/4 7/32 1-1/2
CL-2-AB CL-2-AB-A 2
CL-21-AB — 3
2 2
CL-3-AB CL-3-AB-A 4
CL-4-AB — 6
CL-3A-AB CL-3A-AB-A 2
CL-3B-AB — 3 2 3
CL-22-AB — 3/8 5/16 4
CL-5-AB — 2
CL-6-AB — 3
3 3
CL-7-AB — 4
CL-23-AB — 6
Precision setup angles machined CL-8-AB — 4 4 4
flat and perpendicular to close CL-9-AB — 2
tolerances. Available in steel or CL-10-AB CL-10-AB-A 3 3 3
high-strength aluminum.
CL-11-AB — 4
CL-7A-AB — 2
4 3
CL-7B-AB — 3
CL-12-AB CL-12-AB-A 3
CL-13-AB CL-13-AB-A 4
4 4
CL-14-AB — 1/2 7/16 5
CL-24-AB — 6
CL-15-AB CL-15-AB-A 4
CL-16-AB — 6 4 5
CL-17-AB CL-17-AB-A 6
CL-18-AB — 4
CL-19-AB — 6 6 5
CL-20-AB CL-20-AB-A 6

GUSSETED ANGLE BRACKETS


STEEL: ASTM A36, BLACK OXIDE FINISH 9
ALUMINUM: 6061-T6

PART NO. PART NO.
STEEL ALUMINUM A B C D E F G
CL-3A-GAB — 2
3 2 7/8 2-3/4
CL-3B-GAB — 3
CL-1-GAB — 2
CL-2-GAB — 3 3 3/8 5/16 3 1 3-7/16
CL-3-GAB — 4
CL-4-GAB — 3
CL-5-GAB — 4 4 4 1 4-13/16
CL-6-GAB — 5
CL-7-GAB — 2
CL-8-GAB CL-8-GAB-A 3 3 3 1 3-1/4
CL-9-GAB — 4
CL-7A-GAB — 4 3 2 1-1/4 3-7/8
Similar to the Angle Brackets CL-7B-GAB — 3
shown above, except with a CL-10-GAB CL-10-GAB-A 3
gusset for added strength. CL-11-GAB CL-11-GAB-A 4 4 1/2 7/16 4 1 4-5/8
Available in steel or high- CL-12-GAB — 5
strength aluminum. CL-13-GAB CL-13-GAB-A 4
CL-14-GAB — 6 4 5 1-1/2 6-1/4
CL-15-GAB CL-15-GAB-A 6
CL-16-GAB — 4
CL-17-GAB — 6 6 5 1-1/2 7-7/16
—
CL-18-GAB CL-18-GAB-A — 6


www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 393

ANGLE BRACKETS
WITH LOCATING HOLES


ASTM A36 STEEL, BLACK OXIDE FINISH




















Angle Bracket

Extremely accurate angle brackets with
precision locating holes. These angles are
ideal for bolting together like an erector set
to create large-scale tooling. The 90° angle
and (8) locating holes are machined to
close tolerances to maintain good accuracy ANGLE BRACKETS
in built-up tooling. Use with the precision PART NO.
locating bolts shown below. STEEL A B C D E F G H J
CL-1531-ABK 2 2 2 1.000 .750
CL-1532-ABK 3 2 3/8 1/4 .750 1.500 .750
CL-1535-ABK 2 2 4 3.000 .750
CL-1539-ABK 3 3 1.250 1.250 1.125
3 2.000
CL-1533-ABK 4 4 2.000 2.000 1.000
CL-15310-ABK 4 4 1/2 3/8 2.000 2.000 1.125
CL-1534-ABK 6 4 4 3.000 1.500 3.500 1.500
CL-1536-ABK 6 6 3.500
CL-1538-ABK 6 4 1.500
9 CL-1537-ABK 6 6 5/8 1/2 6 5.000 3.500 3.500 1.500




These high-precision angles can be bolted
together to build economical large-scale
tooling. Ideal for assembly and welding
fixtures.







ANGLE BRACKET LOCATING BOLTS
AND HEX NUTS

PART NO. PART NO.
LOCATING BOLT HEX NUT A B
Precision bolts for fastening angle brackets CL-506-ABLB .375
to each other, and to other tooling. Ground CL-508-ABLB .500
locating diameter provides a slight press fit CL-510-ABLB .625
Angle Bracket Hex Nut when angles are bolted together. Steel. CL-512-ABLB CL-5-FHN 5/16-24 .750
Locating Bolt CL-516-ABLB 1.000
CL-520-ABLB 1.250
CL-524-ABLB 1.500





394 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

ADJUSTABLE ANGLES


1018 STEEL, BLACK OXIDE FINISH









Precision angle with accurately machined
sides and a close-tolerance hinge. Available
either plain, with tabs for welding on
a gusset, or with a removable pivot pin.
Patent no. 3,039,570.










Plain







PLAIN
B
PART NO. A B C D E F
.50 3/4 CL-AA-4P 3 3 3 5/8 1-1/8 5/8
D E F CL-AA-3P 4 3/4 1-3/4 3/4
A C CL-AA-2P 4 3 4 3/4 1-3/4 3/4
CL-AA-1P 4


9

















C
C/2
Gusseted
1.25

B GUSSETED
1.25
.50 PART NO. A B C D E F
1.75 CL-AA-4G 3 3 3 5/8 1-1/8 5/8
A CL-AA-1G 4 4 4 3/4 1-3/4 3/4




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CAST SECTIONS


CAST IRON: ASTM CLASS 40, TENSILE STRENGTH 40,000 TO 45,000 PSI
ALUMINUM: 352, TENSILE STRENGTH 30,000 PSI


Fast, economical way to make special fixture A
components. All surfaces are machined square C B
and parallel within .005 inches per foot, except
ends. Internal faces on square and rectangular
sections are unfinished. All dimensions ±1/32
(except length, which is -1/16 to +1/8).
1/32
A I.S.R.
Cast sections are available in full lengths (usually
25") or 6" lengths. Custom lengths are available
as specials.
B


T SECTIONS — CAST IRON
Cast Iron
PART NO. PART NO. FULL
FULL LENGTH 6” LENGTH A B C LENGTH
CL-1-CST-25.00 CL-1-CST-6.00 3 5/8 1-3/16
CL-2-CST-25.00 CL-2-CST-6.00 4 3/4 1-5/8
CL-3-CST-25.00 CL-3-CST-6.00 5 2-1/8 25
CL-4-CST-25.00 CL-4-CST-6.00 6 1 2-1/2
CL-5-CST-25.00 CL-5-CST-6.00 8 1-1/4 3-3/8




L SECTIONS — CAST IRON B
PART NO. PART NO. FULL
FULL LENGTH 6” LENGTH A B LENGTH
CL-1-CSA-25.00 CL-1-CSA-6.00 3 5/8 A
CL-2-CSA-25.00 CL-2-CSA-6.00 4 3/4 B
CL-3-CSA-25.00 CL-3-CSA-6.00 5 25
Cast Iron and Aluminum CL-4-CSA-25.00 CL-4-CSA-6.00 6 1 A
CL-5-CSA-25.00 CL-5-CSA-6.00 8 1-1/4
L SECTIONS — ALUMINUM
9
CL-1-CAA-25.00 CL-1-CAA-6.00 3 5/8
CL-2-CAA-25.00 CL-2-CAA-6.00 4 25
3/4
CL-3-CAA-25.00 CL-3-CAA-6.00 5






U SECTIONS — CAST IRON
PART NO. PART NO. FULL
FULL LENGTH 6” LENGTH A B LENGTH
CL-1-CSU-19.00 CL-1-CSU-6.00 1-3/4 3/8 19 A
Cast Iron and Aluminum CL-2-CSU-19.00 CL-2-CSU-6.00 2-1/2 1/2
CL-3-CSU-25.00 CL-3-CSU-6.00 3 5/8
B
CL-4-CSU-25.00 CL-4-CSU-6.00 4
3/4 A
CL-5-CSU-25.00 CL-5-CSU-6.00 5 25
CL-6-CSU-25.00 CL-6-CSU-6.00 6 1
CL-7-CSU-25.00 CL-7-CSU-6.00 8 1-1/4
U SECTIONS — ALUMINUM
CL-1-CAU-25.00 CL-1-CAU-6.00 3 5/8
CL-2-CAU-25.00 CL-2-CAU-6.00 4 25
3/4
CL-3-CAU-25.00 CL-3-CAU-6.00 5





396 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com

CAST SECTIONS


SEE PAGE 396 FOR MATERIAL SPECIFICATIONS AND TOLERANCES

SQUARE
SECTION

A
1/8

D
V SECTIONS — CAST IRON B
Cast Iron PART NO. PART NO. FULL ±10”
FULL LENGTH 6” LENGTH A B C D LENGTH 90°
CL-1-CSV-18.00 CL-1-CSV-6.00 2 1 1-1/4 5/16 C
CL-2-CSV-18.00 CL-2-CSV-6.00 3 1-3/4 2 11/16 18
CL-3-CSV-18.00 CL-3-CSV-6.00 4 2-1/2 3 7/8























Cast Iron
SQUARE SECTIONS — CAST IRON

9
PART NO. PART NO. FULL
FULL LENGTH 6” LENGTH A B LENGTH B
A
CL-1-CSS-25.00 CL-1-CSS-6.00 3 1/2 B
CL-2-CSS-25.00 CL-2-CSS-6.00 4 5/8 25
CL-3-CSS-25.00 CL-3-CSS-6.00 6 3/4
CL-4-CSS-25.00 CL-4-CSS-6.00 8 1 A









A


C
C
RECTANGULAR SECTIONS — CAST IRON B
PART NO. PART NO. FULL
FULL LENGTH 6” LENGTH A B C LENGTH
CL-1-CSR-25.00 CL-1-CSR-6.00 4 6 5/8
Cast Iron
CL-2-CSR-25.00 CL-2-CSR-6.00 6 8 3/4 25
CL-3-CSR-25.00 CL-3-CSR-6.00 8 10 1




www.carrlane.com 8/18 | Carr Lane Manufacturing Co. | 397

HINGED BUSHING PLATES


BASE: A36 STEEL, CARBURIZE-HARDENED, BLACK OXIDE FINISH
ARM: A36 STEEL, WEAR SURFACES HARD WELDED & GROUND, BLACK OXIDE FINISH
PIVOT PIN: 4130 STEEL, HEAT TREATED, BLACK OXIDE FINISH




















Complete Assembly




New Item!
Hinged Bushing Plates are precise, heavy-duty bushing-plate
assemblies for large-scale production jigs. The swing-away
arm is precision ground but left unhardened for installing
drill bushings (wear surfaces are hard welded and ground).
The arm swings open a full 120° for loading clearance. The
mounting base is hardened and precisely ground to provide
accurate location. The base includes liner bushings as bearings
for the hardened pivot pin, and a half-turn latch screw. Available
in three sizes.





9




















COMPLETE ASSEMBLY
PART NO. A B C E G H S T
CL-1-HBP 1.4675 3 3 1-5/8 .500 1.125 3/4 6.995
CL-2-HBP 1.9675 3-1/2 4 1-3/4 .500 1.250 1 9.500
CL-3-HBP 2.4675 4 5 2 .625 1.375 1-1/4 11.875









398 | Carr Lane Manufacturing Co. | 8/18 www.carrlane.com