Precision Instruments Spring Edition April 1st - June 30th
CLAMPING CATALOG > Zero Point Clamping System > Modular Clamping System
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ZERO POINT CLAMPING SYSTEM
TABLE OF CONTENTS
ZERO POINT CLAMPING SYSTEM
6 7
Clamping pot
System overview 10 Clamping pot program 15 Clamping pot with monitoring function 16 4-channel control 17 Base units 18 Clamping towers 19 Alignment and centering sets 20 Extension bases 21 Clamping pot double 22 Accessories
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2
ZERO POINT CLAMPING SYSTEM
The system provider for your production
Manufacturing demands are evolving - batch sizes are shrinking, lead times are tightening, and warehousing must be minimized. At the same time, maximizing spindle uptime is essential to stay competitive. Yet expanding capacity is often difficult due to high machine costs and a lack of skilled labor. However, not much has changed with the traditional T-slot work holding solutions to solve these challenges - setups are time-consuming and prone to error. The solution is to upgrade to today’s modern alternative to conventional T-slot tables and vices. Our Zero Point clamping and modular clamping rail system significantly reduces setup and changeover times, ensuring process reliability and maximum flexibility. This modular work holding has the flexibility and diversity to hold any workpiece while maintaining high accuracy. As a full-service solution provider, we offer everything from clamping systems to highly adaptable machine tending —all from a single source.
MODULAR CLAMPING RAIL SYSTEM 25 Modular rail vise overview 26 Modular rail vise system 80 33 Modular rail vise system 120 38 Manual self-centering vise 45 Pneumatic self-centering vise
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ZERO POINT CLAMPING SYSTEM
CONVENTIONAL CLAMPING
Time-consuming positioning of the component on the machine table with many clamping devices. Furthermore, interfering contours often occur and the workflow is difficult to interrupt.
APPLICATIONS FOR THE ZERO POINT CLAMPING SYSTEM
Direct component clamping Clamping pots optionally integrated into the machine table for optimum usage of the machining area.
Clamping tower Ideal for horizontal machining thanks to its low weight.
Individual clamping options Customizable clamping system with selectable pitch.
Large component clamping High clamping forces enable the clamping of large components.
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ZERO POINT CLAMPING SYSTEM
LEGEND
F
Max. clamping force (precise details can be found in the relevant operating instructions)
Repetition accuracy < 2.5 µm (0.1 thou)
17 kN
< 0,0025 mm
12,5 Nm
Maximum tightening torque for jaw clamping (precise details can be found in the relevant operating instructions)
Pull-out force
12,5 kN
125
M 12 14k6
Pitch
Clamping stud
Some with individual actuation
H: 22
Clamping pot height
INDEX
M 16 18k6
Indexed clamping pot ( italic indicates a blind hole)
Hole for the clamping stud
0° 120° 180° 240°
Ø90
Clamping pot size
Auto
Product designed for automation
Pictograms all in metric si units
BRIEF OVERVIEW OF ACCESSORIES FOR THE ZERO POINT CLAMPING SYSTEM
Page 19 Page 11-14
Page 19
Page 17
Page 11-14
Page 22
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ZERO POINT CLAMPING SYSTEM
All components are of stainless steel or steel with corrosion protection. Only 5.5 bar (87 psi) air pressure is required to release the clamping studs. THE CENTER PIECE
Centered clamping with zero play in the hardened steel cone.
Radial springs mounted in nitrile butadiene rubber.
Clamping pot housing
Non-wearing technology Clamping plates provide the necessary clamping force.
Locking unit
Compressed air connection for release
Cover
Simple access Low weight. Installed height from 36 mm (1.4 inch). Base plate of surface treated high-tensile aluminium.
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ZERO POINT CLAMPING SYSTEM
THERMAL SYMMETRY - REFERENCE TO THE CENTER AT ALL TIMES
Absolute zero point Compensation for thermal expansion is always symmetrical about the center axis.
Just one type of clamping stud No displacement of the zero point.
HSK principle Systems operate on the same principle as an HSK tool arbor taper. The resilience of the interface ensures zero radial play, together with the axial position relative to the axial face. Repetition accuracy < 2.5 µm (0.1 thou) Gauge errors up to ± 0.1 mm (0.004 inch) can be compensated over two clamping pots.
DISADVANTAGE OF THE CLASSIC ZERO POINT CLAMPING SYSTEM Axis at 0° Axis at 180°
Free pin
Free pin
Displacement
Axis of rotation
Zero pin
Floating pin
Positioning via a cylindrical or conical clearance fit. Example: Clearance fit Ø 32 H5/h5 = 22 µm (0.9 thou)
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ZERO POINT CLAMPING SYSTEM
UNIQUE BENEFITS
ZERO POINT
Conventional Systems
Very high accuracy using the HSK principle. On insertion of the stud, the tapered ring of the clamping pot expands slightly within its resilient range. This results in absolutely zero-play high precision seating with a repetition accuracy of 2.5 µm (0.1 thou) .
Usually a mating fit is necessary (for instance 32 mm h5/H5 for studs and sockets). The combination specified permits a minimum play of 0 µm and a maximum play of 22 µm (0.9 thou). Under such conditions, how can repeat accuracies up to 2.5 µm (0.1 thou) be achievable in series production? In general uses three types of studs (zero pins, floating or sword pins, and free pins). Logistically complicated. Documentation must be maintained for each fixture detailing which type of stud must be fitted at each position and at what angular position. High risk of errors! Rigid system with 3 different types of stud. Thermal effects and pitch errors lead to asymmetrical displacement relative to the zero pin. (On a round table the center of the pallet is displaced away from the axis of rotation).
Just one type of clamping stud is required. Logistically simple to manage, since there is only one type of stud that must be screwed into the available stud hole. No differentiation between zero pins, floating pins and free pins. Thermal symmetry Compensates for thermal effects and for pitch errors. The tapered rings always compensate errors relative to the center of the clamping points. (For instance on a round table the center of the pallet always remains centered on the axis of rotation). No self-locking In the event of a crash the fixture or the clamping device yields and thereby can save the machine spindle from possible damage. For instance in the event of failure of the energy supply push-out screws can be used to remove the fixture. No tilting Uncomplicated insertion and removal , even if skewed or significantly off-center. Pneumatic low-height system The patented design of the spring retainer guarantees very high clamping forces . Normal workshop air pressure is sufficient to release the clamping fixture. Patented design , simple assembly. High reliability is achieved by the use of extremely few and simple components. Even chips cannot compromise the functional principle.
With a self-locking system, the result of a crash is the greatest possible damage. In the event of failure of the energy supply, in most cases the fixture must be destroyed in order to remove the pallet.
In some cases the component must be positioned very precisely and parallel for insertion or removal, because cylindrical or tapered clamping pins with minimum taper must be used. The removal especially of highly asymmetric heavy components is very problematic.
Hydraulic systems have inherent disadvantages: Pump - pipework - collisions - leakage - bleeding etc. Pneumatic systems are often installed at significantly greater heights.
Complex mechanisms with ball cages, pistons, actuators and other components. When they are clogged with chips there is always the risk they will jam or malfunction.
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ZERO POINT CLAMPING SYSTEM
Direct clamping Direct clamping of the components on to a base unit. Holes as sockets for the clamping studs are specified at the design stage. Quicker and more accurate changeover (also across machines) of components.
Turning The productivity advantages also extend to turning operations due to using pre- balanced base units.
Quality assurance This can be used throughout the entire process chain, it is also the ideal complement for your coordinate measuring machine.
Spark erosion Reliable operation even in dielectric environments.
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ZERO POINT CLAMPING SYSTEM
CLAMPING POTS OVERVIEW
The clamping pot family consists of four clamping pots ranging from Ø 90 mm (3.5 inch) to Ø 190 mm (7.5 inch). Clamping forces to 60 kN (13,500 lbf) offer security even when performing heavy-duty machining. All clamping pots deliver a repetition accuracy < 0.0025 mm (0.0001 inch). No leaks, unaffected by chips. Low-maintenance sealed system. 190 mm
138 mm
120 mm
90 mm
INDEX
INDEX
INDEX
INDEX
0° 120° 180° 240°
0° 120° 180° 240°
0° 90° 180° 270°
0° 90° 180° 270°
12.5 kN
25 kN
40 kN
60 kN
Clamping pots with indexing holes enable the clamping of a component on only one clamping pot.
CLAMPING STUD OVERVIEW
Overlapping fit sizes permit free and variable clamping of a component on various different clamping pot sizes. For the zero point clamping system you need just one type of clamping stud (no differentiation between zero pins, floating pins and free pins). -> Process reliability through very simple application. Grub screws Comprehensive range of adapter sizes.
No tilting Even with misalignment.
Precision Just one type of clamping stud.
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ZERO POINT CLAMPING SYSTEM
CLAMPING POT Ø 90 MM (3.5 INCH)
Ø90
M 10 12k6
M 12 14k6
H: 22
< 0,0025 mm
12.5 kN
Application: For direct clamping of components or clamping fixtures. Scope of supply: Clamping pot, 8 screws for attachment, 3 dowel pins (only for indexed clamping pots), O-rings and compressed air feed nipples. Note: We recommend the use of dust caps WH-ZP90-ACC-CAP for the securing screws. This prevents the accumulation of dirt.
Part No. Version
WH-ZP90-STD WH-ZP90-INDX
without orientation
with orientation 12.5 kN (2800 lbf) 0.71 kg (1.57 lbs)
DUST CAPS
Clamping force 12.5 kN (2800 lbf)
Part No.
Description
Weight
0.72 kg (1.59 lbs)
WH-ZP90-ACC-CAP
Dust cap set 50 units
Application: For clamping components or fixtures in the clamping pot Ø 90 mm (3.5 inch). Scope of supply: Clamping studs and grub screws. CLAMPING STUD FOR POT Ø 90 MM (3.5 INCH)
Part No.
WH-ZP90-STUD-12M10 WH-ZP90-STUD-14M12
Size
12M10
14M12
Fit
12k6 M10
14k6 M12
Thread
Application: For unused clamping pots Ø 90 mm (3.5 inch), to protect them against chips and dirt. If clamping pots are not required, they must be fitted with a closure stud. CLOSURE STUD FOR POT Ø 90 MM (3.5 INCH)
Part No.
WH-ZP90-SSTUD-H
WH-ZP90-SSTUD-V
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ZERO POINT CLAMPING SYSTEM
CLAMPING POT Ø 120 MM (4.7 INCH)
Ø120
M 10 12k6
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
H: 28
< 0,0025 mm
25 kN
Application: For direct clamping of components or clamping fixtures. Scope of supply: Clamping pot, 6 screws for attachment, 3 dowel pins (only for indexed clamping pots), O-rings and compressed air feed nipples. Note: We recommend the use of dust caps WH-ZP120-ACC-CAP for the securing screws. This prevents the accumulation of dirt. Available with optional compressed air feed/monitoring (see page 15 onward).
Part No. Version
WH-ZP120-STD WH-ZP120-INDX
without orientation
with orientation 25 kN (5500 lbf) 1.80 kg (3.97 lbs)
DUST CAPS
Clamping force 25 kN (5500 lbf)
Part No.
Description
Weight
1.84 kg (4.06 lbs)
WH-ZP120-ACC-CAP
Dust cap set 50 units
Application: For clamping components or fixtures in the clamping pot Ø 120 mm (4.7 inch). Scope of supply: Clamping studs and grub screws. CLAMPING STUD FOR POT Ø 120 MM (4.7 INCH)
WH-ZP120-STUD-12M10 WH-ZP120-STUD-16M10 WH-ZP120-STUD-18M12 WH-ZP120-STUD-18M16
Part No.
Size
12M10
16M10
18M12
18M16
Fit
12k6 M10
16k6 M10
18k6 M12
18k6 M16
Thread
Application: For unused clamping pots Ø 120 mm (4.7 inch), to protect them against chips and dirt. If clamping pots are not required, they must be fitted with a closure stud. CLOSURE STUD FOR POT Ø 120 MM (4.7 INCH)
Part No.
WH-ZP120-SSTUD-H
WH-ZP120-SSTUD-V
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ZERO POINT CLAMPING SYSTEM
CLAMPING POT Ø 138 MM (5.4 INCH)
Ø138
M 12 18k6
M 16 18k6
M 16 25k6
M 10 25k6
M 10 12k6
H: 33
< 0,0025 mm
40 kN
Application: For direct clamping of components or clamping fixtures. Scope of supply: Clamping pot, 6 screws for attachment, 3 dowel pins (only for indexed clamping pots), O-rings and compressed air feed nipples. Note: We recommend the use of dust caps WH-ZP138-ACC-CAP for the securing screws. This prevents the accumulation of dirt. Available with optional compressed air feed/monitoring (see page 15 onward).
Part No. Version
WH-ZP138-STD WH-ZP138-INDX
without orientation
with orientation 40 kN (9000 lbf) 2.67 kg (5.89 lbs)
DUST CAPS
Clamping force 40 kN (9000 lbf)
Part No.
Description
Weight
2.74 kg (6.04 lbs)
Dust cap set 50 units
WH-ZP138-ACC-CAP
Application: For clamping components or fixtures in the clamping pot Ø 138 mm (5.4 inch). Scope of supply: Clamping studs and grub screws. CLAMPING STUD FOR POT Ø 138 MM (5.4 INCH)
Part No. WH-ZP138-STUD-12M10 WH-ZP138-STUD-18M12 WH-ZP138-STUD-18M16 WH-ZP138-STUD-25M16 WH-ZP138-STUD-25M10 Size 12M10 18M12 18M16 25M16 25M10 Fit 12k6 18k6 18k6 25k6 25h6 Thread M10 M12 M16 M16 M10
Application: For unused clamping pots Ø 138 mm (5.4 inch), to protect them against chips and dirt. If clamping pots are not required, they must be fitted with a closure stud. CLOSURE STUD FOR POT Ø 138 MM (5.4 INCH)
Part No.
WH-ZP138-SSTUD-H
WH-ZP138-SSTUD-V
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ZERO POINT CLAMPING SYSTEM
CLAMPING POT Ø 190 MM (7.5 INCH)
Ø190
M 10 12k6
M 16 18k6
M 24 30k6
H: 38
< 0,0025 mm
60 kN
Application: For direct clamping of components or clamping fixtures. Scope of supply: Clamping pot, 8 screws for attachment, 3 dowel pins (only for indexed clamping pots), O-rings and compressed air feed nipples.
Part No. Version
WH-ZP190-STD WH-ZP190-INDX
without orientation
with orientation 60 kN (13500 lbf) 5.45 kg (12.26 lbs)
Clamping force 60 kN (13500 lbf)
Weight
5.56 kg (12.26 lbs)
Application: For clamping components or fixtures in the clamping pot Ø 190 mm (7.5 inch). Scope of supply: Clamping studs and grub screws. CLAMPING STUD FOR POT Ø 190 MM (7.5 INCH)
Part No.
WH-ZP190-STUD-18M16 WH-ZP190-STUD-30M24
Size
18M16
30M24
Fit
18k6 M16
30k6 M24
Thread
Application: For unused clamping pots Ø 190 mm (7.5 inch), to protect them against chips and dirt. If clamping pots are not required, they must be fitted with a closure stud. CLOSURE STUD FOR POT Ø 190 MM (7.5 INCH)
Part No.
WH-ZP190-SSTUD-V
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ZERO POINT CLAMPING SYSTEM
CLAMPING POTS WITH MONITORING VALVE
Auto
< 0,0025 mm
Pneumatic monitoring of the clamping situation. The support of the component/fixture as well as the position of the clamping mechanism can thus be examined via the dynamic pressure. This ensures even more secure clamping of your component and reliable monitoring even for heavy components, as the position of the clamping mechanism is monitored in parallel. A control unit is recommended for the monitoring of clamping pots. Note: The control unit offers various operating and monitoring functions. In an automated version, it is possible to connect to the machine control as well as the sealing air.
Part No.
WH-ZP120-STD-SENS WH-ZP120-INDX-SENS WH-ZP138-STD-SENS WH-ZP138-INDX-SENS
Ø 120 mm (4.7 inch) with orientation 25 kN (5500 lbf)
Ø 138 mm (5.4 inch) with orientation 40 kN (9000 lbf) 2.65 kg (5.84 lbs)
Version
Ø 120 mm (4.7 inch)
Ø 138 mm (5.4 inch)
Clamping force 25 kN (5500 lbf)
40 kN (9000 lbf) 2.85 kg (6.28 lbs)
Weight
1.90 kg (4.19 lbs)
1.89 kg (4.17 lbs)
Added security Monitoring of the clamping situation in two areas. Support and clamping mechanism. Optimized costs The clamping and support situation can be monitored at all times without the need for further sensors. In shape for the future Ideal for automation, even at a later date.
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ZERO POINT CLAMPING SYSTEM
4-CHANNEL CONTROL - FLEXIBILITY IN EVERY SITUATION
Auto
< 0,0025 mm
The 4-channel control enables the monitoring and operation of the first and second level (see illustration). The support of the component/clamping device can thus be monitored at any time via the dynamic pressure and the clamping devices can be operated using the compressed air. Ideal for the zero point clamping system, from manual up to fully automated operation. Note: Unused 4-channel clamping pots require special protection against dirt and chips.
Part No.
WH-ZP120-STD-AUTO WH-ZP120-INDX-AUTO WH-ZP138-STD-AUTO WH-ZP138-INDX-AUTO
Ø 120 mm (4.7 inch) with orientation
Ø 138 mm (5.4 inch) with orientation 40 kN (9000 lbf)
Version
Ø 120 mm (4.7 inch)
Ø 138 mm (5.4 inch)
Clamping force 25 kN (5500 lbf)
25 kN (5500 lbf) 1.70 kg (3.75 lbs)
40 kN (9000 lbf) 2.92 kg (6.44 lbf)
Weight
1.78 kg (3.92 lbs)
2.79 kg (6.15 lbf)
Variant 1: Extension base Opening and discharging via compressed air, as well as dynamic pressure monitoring.
Variant 2: Pneumatic drive Opening and closing via compressed air. Variant 3: Conventional Clamping and monitoring of fixtures and components on the base unit.
Level 2 Level 1
Opening the clamping pots on level 1 Monitoring and discharging on level 1
Compressed air feed for level 2 for operation or special function function Compressed air feed for level 2 for operation or special function
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ZERO POINT CLAMPING SYSTEM
STANDARD BASE UNITS CLAMPING POT Ø 120 MM
200
Ø120
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
M 10 12k6
< 0,0025 mm
25 kN
Version: Base units with clamping pots Ø 120 mm (4.7 inch), anodized. Height 44 mm (1.7 inch). All holes for T-slot spacings of 63, 100, and 125 mm (2.5, 3.9 and 4.9 inch). Center hole Ø 25 H7. Scope of supply: Base unit with mounted clamping pots. Note: Cover panel and connection block (WH-ZP-ACC-AIRBLCK-STD/WH-ZP-ACC-AIRBLCK-PRE) are optionally available.
L mm/inch
W mm/inch
Suitable cover plate
Part No.
Description
WH-ZP120-BASE2-P200 Standard 2-pot base unit WH-ZP120-BASE4-P200 Standard 4-pot base unit WH-ZP120-BASE6-P200 Standard 6-pot base unit WH-ZP120-BASE8-P200 Standard 8-pot base unit
416/16.4 166/6.5 WH-ZP120-ACC-CP2 366/14.4 366/14.4 WH-ZP120-ACC-CP4 366/14.4 566/22.3 WH-ZP120-ACC-CP6 366/14.4 766/30.2 WH-ZP120-ACC-CP8
STANDARD BASE UNITS CLAMPING POT Ø 138 MM
200
Ø138
M 12 18k6
M 16 18k6
M 16 25k6
M 10 12k6
< 0,0025 mm
40 kN
Version: Base units with clamping pots Ø 138 mm (5.4 inch), anodized. Height 54 mm (2.1 inch). All holes for T-slot spacings of 63, 100, and 125 mm (2.5, 3.9 and 4.9 inch). Centre hole Ø 25 H7. Scope of supply: Base unit with mounted clamping pots. Note: Cover panel and connection block (WH-ZP-ACC-AIRBLCK-STD/WH-ZP-ACC-AIRBLCK-PRE) are optionally available.
L mm/inch
W mm/inch
Suitable cover plate
Part No.
Description
WH-ZP138-BASE2-P200 Standard 2-pot base unit WH-ZP138-BASE4-P200 Standard 4-pot base unit WH-ZP138-BASE6-P200 Standard 6-pot base unit WH-ZP138-BASE8-P200 Standard 8-pot base unit
446/17.6 196/7.7
WH-ZP138-ACC-CP2
396/15.6 396/15.6 WH-ZP138-ACC-CP4 396/15.6 596/23.5 WH-ZP138-ACC-CP6 396/15.6 796/31.3 WH-ZP138-ACC-CP8
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ZERO POINT CLAMPING SYSTEM
12-POT CLAMPING TOWER
INDEX
M 16 18k6
Ø120
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
M 10 12k6
< 0,0025 mm
0° 120° 180° 240°
25 kN
Version: Tower with indexed clamping pots Ø 120 mm (4.7 inch). Clamping pots with individual actuation.
Base plate 500 x 500 x 50 mm (19.7 x 19.7 x 2.0 inch). Tower 200 x 200 x 630 mm (7.9 x 7.9 x 24.9 inch). Overall height with base plate 680 mm (26.8 inch). Scope of supply: Tower with clamping pots and connection blocks mounted on each face, with separate compressed air connection. Note: Suitable base unit WH-ZP120-BASE6-P2035 or base unit with pitch of 200 mm.
New: Connection block and compressed air connection fitted as standard to every clamping tower.
200 mm 7.9 inch
50 mm 2.0 inch
L
W
H
Pitch
Weight
Part No.
200 mm (7.9 inch)
200 mm (7.9 inch)
630 mm (24.9 inch)
200 mm (7.9 inch)
109 kg (240 lbs)
WH-ZP120-TOMB-SQ200
Version: Tower with indexed clamping pots Ø 120 mm (4.7 inch). Clamping pots with individual actuation.
Base plate 500 x 500 x 50 mm (19.7 x 19.7 x 2.0 inch). Tower 200 x 400 x 500 mm (7.9 x 15.7 x 19.7 inch). Overall height with base plate 550 mm (21.7 inch). Scope of supply: Tower with clamping pots and connection blocks mounted on each face, with separate compressed air connection. Note: Associated base unit WH-ZP120-BASE6-P2035 or base unit with pitch of 200 mm.
250 mm 9.8 inch
50 mm 2.0 inch
L
W
H
Pitch
Weight 143 kg (315 lbs)
Part No.
200 mm (7.9 inch)
400 mm (15.7 inch)
500 mm (19.7 inch)
200 mm (7.9 inch)
WH-ZP120-TOMB-RE400
BASE UNIT FOR CLAMPING TOWER
350
Ø120
200
M 10 12k6
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
< 0,0025 mm
25 kN
Version: 6 clamping pots Ø 120 mm (4.7 inch). Height 54 mm (2.1 inch). Application: Special base unit for clamping towers. Note: Cover plate available as an option.
54 mm 2.1 inch
L
W
H
Pitch
Weight
Part No.
500 mm (19.7 inch)
500 mm (19.7 inch)
54 mm (2.1 inch)
4 x 350 mm 1 x 200 mm
38 kg (83.8 lbs)
WH-ZP120-BASE6-P2035
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ZERO POINT CLAMPING SYSTEM
ALIGNMENT SET
Application: For parallel alignment of a base unit in the T-slots. Scope of supply: Alignment set includes hexagon socket head screw.
Part No.
WH-ZP-ALGN25-1040 WH-ZP-ALGN25-1240 WH-ZP-ALGN25-1440 WH-ZP-ALGN25-1640 WH-ZP-ALGN25-1840 WH-ZP-ALGN25-2240
Size in mm Slot width/ clamping thickness
10/40
12/40
14/40
16/40
18/40
22/40
CENTERING SET Application: For centered alignment in the center hole.
For base units with 44 - 54 mm (1.7 - 2.1 inch) height. The clamping thickness is 40 - 50 mm (1.6 - 2.0 inch). Scope of supply: Centering set includes hexagon socket head screw. Part No.
WH-ZP-ACC-CENT25-3040 WH-ZP-ACC-CENT25-3240
Size in mm Centering-Ø/ centering height
30/10
32/10
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ZERO POINT CLAMPING SYSTEM
1-POT EXTENSION BASES
INDEX
M 16 18k6
Ø120
M 10 12k6
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
< 0,0025 mm
0° 120° 180° 240°
25 kN
Version: 1-pot extension base with indexed clamping pot Ø 120 mm (4.7 inch). Pitch of the clamping points/studs on the underside 200 mm (7.9 inch). Scope of supply: Extension base with suitable clamping studs and plug-in connector.
L mm/inch
W mm/inch
H mm/inch
Number of studs
Weight kg/lbs
Part No.
330/13.0 198/7.8 120/4.7
2 13.1/28.9
WH-ZP120-RISE1-H120 WH-ZP120-RISE1-H150 WH-ZP120-RISE1-H200 WH-ZP120-RISE1-330-H200
330/13.0 198/7.8 150/5.9 2 14.0/30.9 330/13.0 198/7.8 200/7.9 2 14.8/32.6 330/13.0 330/13.0 200/7.9 4 20.9/46.1
2-POT EXTENSION BASES
M 16 18k6
Ø120
200
M 10 12k6
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
< 0,0025 mm
25 kN
Version: 2-pot extension base with clamping pots Ø 120 mm (4.7 inch). Pitch of the clamping points/studs on the underside 200 mm (7.9 inch). Scope of supply: Extension base with suitable clamping studs and plug-in connector.
L mm/inch
W mm/inch
H mm/inch
Number of studs
Weight kg/lbs
Part No.
330/13.0 130/5.1 100/3.9 2 12,9/28.4
WH-ZP120-RISE2-H100 WH-ZP120-RISE2-H120 WH-ZP120-RISE2-H160 WH-ZP120-RISE2-H200
330/13.0 130/5.1
120/4.7
2 15.2/33.5
330/13.0 130/5.1 160/6.3 2 19.2/42.3
330/13.0 130/5.1 200/7.9 2 23.5/51.8 WH-ZP120-RISE2-330-H150 330/13.0 330/13.0 150/5.9 4 33.3/73.0 WH-ZP120-RISE2-330-H160 330/13.0 330/13.0 160/6.3 4 34.3/75.7
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ZERO POINT CLAMPING SYSTEM
CLAMPING POT DOUBLE
Version: Double clamping pot with orientation. For direct clamping of components or clamping fixtures. Ideally for complex workholding. Scope of supply: Clamping pot double, plug-in connector G 1/8’’. Note: Optional clamping studs (Ø 120 mm/4.7 inch see page 18, Ø 138 mm/5.4 inch see page 13).
INDEX
Ø120
M 10 12k6
M 8 16k6
M 10 16k6
M 12 18k6
M 16 18k6
< 0,0025 mm
0° 120° 180° 240°
25 kN
Part No.
Height
Weight
WH-ZP120-CPD100
100 mm/3.9 inch 5.2 kg/11.5 lbs
INDEX
Ø138
M 10 12k6
M 12 18k6
M 16 18k6
M 16 25k6
M 10 25k6
< 0,0025 mm
0° 120° 180° 240°
40 kN
Part No.
Height
Weight
WH-ZP138-CPD150
150 mm/5.9 inch 7.1 kg/15.7 lbs
Variable position Individual positioning of clamping pot double also for grid pallet, tombstone etc.
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ZERO POINT CLAMPING SYSTEM
SINGLE POT SOCKET
Application: Single pot socket for universal use on machine tables with T-slots. Scope of supply: Single pot socket with clamping pot, table clamps and plug-in connector. Note: Centering mandrel not included in the scope of supply.
Part No. WH-ZP120-STD-TSLT WH-ZP120-INDX-TSLT WH-ZP138-STD-TSLT WH-ZP138-INDX-TSLT Size Ø 120 Ø 120 Ø 138 Ø 138 Indexed No Yes No Yes
SUITABLE CENTERING MANDREL Part No. Description WH-ZC-ACC-CENT for pot Ø 120 & Ø 138 mm
STANDARD CONNECTION BLOCK
Version: Two holes and one plug-in connector G 1/4” to connect release line and discharge line. Application: For connecting base units to the compressed air supply.
Part No.
WH-ZP-ACC-AIRBLCK-STD
PREMIUM CONNECTION BLOCK
Version: G 1/4” plug-in connector to connect the compressed air. Manual valve for releasing, locking and discharging. It is not possible to release and discharge simultaneously. Application: For connecting base units to the compressed air supply.
Part No.
WH-ZP-ACC-AIRBLCK-PRE
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22
ZERO POINT CLAMPING SYSTEM
ISO40 ADAPTER
Version: Aluminium with internal taper for SK 40/MAS-BT tool arbor. Application: 5-axis machining of small workpieces. Scope of supply: SK 40 adapter with grub screw.
Weight kg/lbs
Part No.
Suitable for
Clamping pot Ø 90 mm
0.89/1.96
WH-ZP90-40ADPT WH-ZP120-40ADPT WH-ZP138-40ADPT
Clamping pot Ø 120 mm 1.51/3.33 Clamping pot Ø 138 mm 1.94/4.28
SUITABLE CLAMPING STUDS Part No. WH-ZP90-STUD-14M12 WH-ZP120-STUD-18M16 WH-ZP138-STUD-18M16
Description
For clamping pot Ø 90 mm For clamping pot Ø 120 mm For clamping pot Ø 138 mm
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ZERO POINT CLAMPING SYSTEM
CLEANING STUD
Application: With activated flushing spindle for cleaning machine table and workpiece. Usable for every conventional tool holder Ø 25 mm (1.0 inch) (automated change from tool magazine). Note: Ideal for automated machine tool. High operational reliability.
Part No.
WH-ZP-ACC-CSTUD
PULL-OUT FORCE TESTER
Application: For testing the attachment force of the clamping pots. Scope of supply: Pull-out force tester and 4 clamping studs, suitable for all sizes of pots. Note: To measure the pull-out force, a conventional torque wrench is required.
Part No.
WH-ZP-ACC-PFT
Force measurement By a torque wrench and pull-out force tester the clamping force of the zero point clamping system can be checked.
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MODULAR RAIL VISE
CONVENTIONAL CLAMPING
Fixed clamping width, dependent on vice size. Clamping in the case of clamping mechanisms which are partly open is only possible for one component.
APPLICATIONS FOR MODULAR RAIL VISE SYSTEM
Forged clamping Positive clamping using the pivoted clamping rail system.
Flexible basis Can be used on the T-slot grid pallet, as well as on the zero point clamping system.
Blank part clamping Parallel clamping jaws with gripper inserts permit positive clamping of blank parts.
Clamping multiple parts Multiple parts, even different parts, can be clamped at the same time on a single clamping rail.
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MODULAR RAIL VISE SYSTEM 80
RAIL VISE 80 M 10 12k6
Version: Compact modular design, clamping forces up to 20 kN (4500 lbf). Conventional clamping or grip clamping can still be performed. Pairing accuracy 0.03 mm (0.001 inch). Clamping rails can be coupled together infinitely. Precise serrations, pitch 2 mm (0.08 inch). Functional faces hardened and ground. Checking the clamping force using a torque wrench. A graduated scale rule at the top permits quick
positioning. Application: Clamping of single and multiple components.
A clamping rail with a length of 260 mm can be fastened to a clamping pot in a pivotable manner (see page 10). This clamping rail is equipped at the factory with supporting plates for this purpose.
Note: The modular rail vise can also be fastened without a zero point clamping system using M12 screws or on T-slot table with the side clamp set.
Part No.
WH-MRV80-260 WH-MRV80-400 WH-MRV80-500 WH-MRV80-600
5.4 11.9 260 10.2
7.7
10.0 22.0 500 19.7
11.6
Weight in kg Weight in lbs Length in mm Length in inch
17.0 400 15.7
25.6 600 23.6
Table clamps (set) Application: For securing the clamping rail to the T-slot table.
Scope of supply: 6 table clamps.
SUITABLE ACCESSORIES Part No.
Description
Table clamps set (6 pcs.)
WH-MRV-ACC-CLAMPS
Drawings all in metric si units
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MODULAR RAIL VISE SYSTEM 80
PULL-DOWN BASE JAW 48
25 Nm
F
20 kN
Version: Pull-down width 40 mm (1.57 inch). Jaw rear face as for a fixed jaw with 48 mm (1.89 inch) width. Application: For clamping blank parts (ideal with gripper jaw) and finished parts (ideal with carbide jaw).
Part No.
Description
Weight
Pull-down jaw 48
1.1 kg (2.4 lbs)
WH-MRV80-JAW-BPD-48
SUITABLE ACCESSORIES Part No. WH-MRV80-JAW-F-48NF WH-MRV80-JAW-R-48NF
Description
Carbide facing jaw 48NF Gripper face jaw 48NF (2 pads)
WH-MRV80-JAW-F-48NF
WH-MRV80-JAW-R-48NF
PULL-DOWN BASE JAW 80
25 Nm
F
20 kN
Version: Pull-down width 80 mm (3.15 inch). The jaw rear face is arranged as a fixed jaw with 80 mm (3.15 inch) width. Application: For clamping blank parts (ideal with gripper jaw) and finished parts (ideal with carbide jaw).
Part No.
Description
Weight
Pull-down facing jaw 80 1.5 kg (3.3 lbs)
WH-MRV80-JAW-BPD
SUITABLE ACCESSORIES Part No. WH-MRV80-JAW-F WH-MRV80-JAW-PD-F WH-MRV80-JAW-PD-FCC400
Description
Carbide facing jaw 80 Pull down face jaw 80
Pull down face jaw 80 carbide coated Gripper facing jaw 80 (serrated) Gripper facing jaw 80 (3pads)
WH-MRV80-JAW-F
WH-MRV80-JAW-PD-F
WH-MRV80-JAW-R
WH-MRV80-JAW-R3
WH-MRV80-JAW-R WH-MRV80-JAW-R3
Drawings all in metric si units
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MODULAR RAIL VISE SYSTEM 80
PARALLEL BASE JAW 48
20 Nm
F
20 kN
Version: Parallel clamping width 48 mm (1.89 inch). The jaw rear face is arranged as a fixed jaw with 48 mm (1.89 inch) width. Tapped holes for attaching facing jaws. Application: For clamping blank parts (ideal with gripper jaw) and finished parts (ideal with carbide jaw). Positive clamping with an aluminium/steel facing jaw (profiled jaws).
Part No.
Description
Weight
Parallel clamping jaw 48 1.2 kg (2.6 lbs)
WH-MRV80-JAW-BPAR-48
SUITABLE ACCESSORIES Part No.
Description
Gripper facing jaw 48P Carbide facing jaw 48P
WH-MRV80-JAW-F-48P WH-MRV80-JAW-R-48P
WH-MRV80-JAW-R-48P
WH-MRV80-JAW-F-48P
PARALLEL BASE JAW 80
20 Nm
F
20 kN
Version: Parallel clamping jaw 80 mm (3.15 inch). The jaw rear face is arranged as a fixed jaw with 80 mm (3.15 inch) width. Tapped holes for attaching facing jaws. Application: For clamping blank parts (ideal with gripper and serrated jaw) and finished parts (ideal with carbide jaw). Positive clamping with an aluminium/steel facing jaw (profiled jaws).
Part No.
Description
Weight
Parallel clamping jaw 80 1.4 kg (3.1 lbs)
WH-MRV80-JAW-BPAR
SUITABLE ACCESSORIES Part No.
Description
Carbide facing jaw 80 Pull down face jaw 80
WH-MRV80-JAW-F WH-MRV80-JAW-PD-F
WH-MRV80-JAW-PD-FCC400
Pull down face jaw 80 carbide coated Gripper facing jaw 80 (serrated) Gripper facing jaw 80 (3pads)
WH-MRV80-JAW-F
WH-MRV80-JAW-R3
WH-MRV80-JAW-PD-F
WH-MRV80-JAW-R
WH-MRV80-JAW-R WH-MRV80-JAW-R3
Drawings all in metric si units
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28
MODULAR RAIL VISE SYSTEM 80
FIXED BASE JAW 48 Version: Fixed jaw width 48 mm (1.89 inch). Application: For clamping blank parts (ideal with gripper jaw) and finished parts (ideal with carbide jaw). Positive clamping with an aluminium/steel facing jaw (profiled jaw).
Part No.
Description Fixed jaw 48
Weight
1.1 kg (2.4 lbs)
WH-MRV80-JAW-BFIX-48
SUITABLE ACCESSORIES Part No. WH-MRV80-JAW-F-48NF WH-MRV80-JAW-R-48NF
Description
Carbide facing jaw 48NF Gripper face jaw 48NF (2 pads)
WH-MRV80-JAW-F-48NF
Drawings all in metric si units
FIXED BASE JAW 80
Version: Fixed jaw width 80 mm (3.15 inch). Application: For clamping blank parts (ideal with gripper or serrated jaw) and finished parts (ideal with carbide jaw). Positive clamping with an aluminium/steel facing jaw (profiled jaw).
Part No.
Description Fixed jaw 80
Weight
1.3 kg (2.9 lbs)
WH-MRV80-JAW-BFIX
SUITABLE ACCESSORIES Part No.
Description
Carbide facing jaw 80 Pull down face jaw 80
WH-MRV80-JAW-F WH-MRV80-JAW-PD-F
WH-MRV80-JAW-PD-FCC400
Pull down face jaw 80 carbide coated Gripper facing jaw 80 (serrated) Gripper facing jaw 80 (3 pads)
WH-MRV80-JAW-F
WH-MRV80-JAW-R3
WH-MRV80-JAW-PD-F
WH-MRV80-JAW-R
WH-MRV80-JAW-R WH-MRV80-JAW-R3
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MODULAR RAIL VISE SYSTEM 80
Version: Base jaw width 80 mm. For mounting the top jaw. Application: Mounting of soft top jaws in steel or aluminum, from which profiled jaws can be produced. Ideal for modular clamping, serving as a fixed jaw between two components. The component is then clamped with a parallel clamping jaw and a facing jaw. BASE JAW 80
Part No.
Description Base jaw 80
Weight
0.8 kg (1.8 lbs)
WH-MRV80-JAW-BJ
SUITABLE ACCESSORIES Part No.
Description
Soft top jaw 80-alu Soft top jaw 80 steel
WH-MRV80-JAW-SFTA-T WH-MRV80-JAW-SFTS-T
WH-MRV80-JAW-SFTA-T
WH-MRV80-JAW-SFTS-T
Drawings all in metric si units
SERRATED FACING JAW Version: Serrated facing jaw. The tooth contour and spacing is compatible with the grip top jaws of the centering clamping fixtures. Application: For clamping blank parts. Can be used for fixed and parallel clamping jaws of the corresponding size.
Part No.
Description
Serrated facing jaw 80 Serrated facing jaw 120
WH-MRV80-JAW-R WH-MRV120-JAW-R
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MODULAR RAIL VISE SYSTEM 80
MAGNETIC STRIP 74 Version: Magnetic (underside and reverse side). Application: Support for workpieces.
Part No.
Width/height
Thickness
74/10 mm (2.9/0.4 inch) 74/15 mm (2.9/0.6 inch) 74/20 mm (2.9/0.8 inch) 74/25 mm (2.9/1.0 inch) 74/30 mm (2.9/1.2 inch)
4 mm ( 0.2 inch) 4 mm ( 0.2 inch) 4 mm ( 0.2 inch) 4 mm ( 0.2 inch) 4 mm ( 0.2 inch)
WH-MRV80-ACC-MP10 WH-MRV80-ACC-MP15 WH-MRV80-ACC-MP20 WH-MRV80-ACC-MP25 WH-MRV80-ACC-MP30
ADJUSTABLE WORKPIECE STOP Version:
Adjustable clamping of the dowel pin. No projecting edges during machining. Application: High repetition accuracy when positioning. Suitable also for the SL120 modular clamping rail system.
Part No.
Description
Adjustable workpiece stop
WH-ZV-ACC-WES
MAGNETIC WORKPIECE STOP Version: Workpiece stop with magnet. Application: High repetition accuracy when positioning on all magnetic surfaces. Suitable also for the SL120 modular clamping rail system.
Part No. Description WH-MRV80-ACC-MWES Magnetic workpiece stop
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MODULAR RAIL VISE SYSTEM 120
RAIL VISE 120
M 16 18k6
Version: Compact modular design, clamping forces up to 40 kN (9000 lbf). Conventional clamping or grip clamping can still be performed. Pairing accuracy 0.03 mm (0.001 inch). Clamping rails can be coupled together infinitely. Precise serrations, pitch 2 mm (0.08 inch). Functional faces hardened and ground. Checking the clamping force using a torque wrench. A graduated scale rule at the top permits quick positioning. Application: Clamping of single and multiple components. Bracing panels must be used when clamping a workpiece over two or more rails on the zero point clamping system. Clamping rails can also be clamped in a pivotable manner (see page 10), in which case supporting plates are required. Note: The modular clamping rail can also be fastened without a zero point clamping system using M12 screws or on T-slot table with the side clamp set.
Part No.
WH-MRV120-300 WH-MRV120-500 WH-MRV120-600 WH-MRV120-800
9.3
9.7
18.5 40.8 600 23.6
25.5 56.2 800 31.5
Weight in kg Weight in lbs Length in mm Length in inch
20.5 300
21.3 500 19.7
11.8
SUITABLE ACCESSORIES Part No. WH-MRV-ACC-CLMP
Description
Table clamps set (6 pcs.)
WH-MRV-ACC-CLAMPS
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MODULAR RAIL VISE SYSTEM 120
BASE JAW 120
Version: Base jaw width 120 mm. For mounting the top jaws. Application:
Mounting of soft top jaws in steel or aluminium, from which profiled jaws can be produced. The component is clamped with a parallel clamping jaw and a facing jaw. Can be used centrally between two parallel clamping jaws for modular clamping. Note: Increased flexibility due to the half-size top jaws 1/2, as they can be replaced with other profiled jaws quickly and independently on either side. These can also be used on the pneumatic drive.
Part No.
Description Base jaw 120
Weight
4.0 kg (8.8 lbs)
WH-MRV120-JAW-BJ
SUITABLE ACCESSORIES Part No.
Description
Soft top jaw 120-alu Soft top jaw 120-steel
WH-MRV120-JAW-M-A WH-MRV120-JAW-M-S
WH-MRV120-JAW-M-A
WH-MRV120-JAW-M-S
Drawings all in metric si units
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MODULAR RAIL VISE SYSTEM 120
FIXED BASE JAW 120 Version: Fixed jaw width 120 mm. Tapped holes for mounting the facing jaw. Application:
For clamping blank parts (ideal with a grip or serrated facing jaw) and finished parts (ideal with an carbide facing jaw). Positive clamping with an aluminium/steel facing jaw (profiled jaw) and with the base jaw with pivot function. The clamping area can be extended using the serrated top jaws.
Part No.
Description Fixed jaw 120
Weight
4.1 kg (9.0 lbs )
WH-MRV120-JAW-BFIX
For suitable accessories see Parallel clamping jaw 120
PULL-DOWN BASE JAW 120
50 Nm
F
30 kN
Version: Pull-down jaw width 120 mm.
The jaw rear face is arranged as a fixed jaw. Tapped holes for mounting the facing jaw. Application:
For clamping blank parts (ideal with a grip facing jaw) and finished parts (ideal with an carbide facing jaw). Positive clamping with the base jaw (see WH-MRV120-JAW-PAR).
Part No.
Description
Weight
4.3 kg (9.5 lbs)
WH-MRV120-JAW-BPD
Pull down jaw 120
SUITABLE ACCESSORIES Part No. WH-MRV120-JAW-F WH-MRV120-JAW-R3
Description
Carbide finish facing jaw RV120 (Each) Grip face jaw RV120 (Each) 3 grip pads
WH-MRV120-JAW-F
WH-MRV120-JAW-R3
Drawings all in metric si units
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MODULAR RAIL VISE SYSTEM 120
STEP BASE JAW 120 Version: Step base jaw width 120 mm (4.7 inch). The jaw rear face is arranged as a fixed jaw. Application: Fixed jaw increasing the clamping width.
Part No.
Description
Weight
Stepped jaw 120
4.1 kg (9.0 lbs)
WH-MRV120-JAW-BSTP
PARALLEL BASE JAW 120
40 Nm
F
40 kN
Version: Parallel jaw width 120 mm.
The jaw rear face is arranged as a fixed jaw. Tapped holes for mounting the facing jaw. Application:
For clamping blank parts (ideal with a grip or serrated facing jaw) and finished parts (ideal with an carbide facing jaw). Positive clamping with an aluminium/steel facing jaw (profiled jaws). The clamping area can be extended using the serrated top jaws.
Part No.
Description
Weight
4.3 kg (9.6 lbs)
WH-MRV120-JAW-BPAR
Parallel jaw 120
Drawings all in metric si units
SUITABLE ACCESSORIES FIXED AND PARALLEL CLAMPING JAW WH-MRV120-JAW-BFIX + WH-MRV120-JAW-BPAR Part No. Description WH-MRV120-JAW-F Carbide finish facing jaw 120 WH-MRV120-JAW-FIX Fixed base jaw 120 WH-MRV120-JAW-PDF Pull down face jaw RV120 carbide coated WH-MRV120-JAW-PD-F Pull down face jaw RV120 WH-MRV120-JAW-PIV Pivot base top jaw RV120 120x50x16mm WH-MRV120-JAW-PIV3.8 Repositionable insert 3.8mmH rougher WH-MRV120-JAW-PIV5.5 Repositionable insert 5.5mmH finisher WH-MRV120-JAW-R Grip face jaw RV120 4mm step WH-MRV120-JAW-R2 Grip top jaw RV120 4mm step WH-MRV120-JAW-R3 Grip face jaw RV120 3 grip pads WH-MRV120-JAW-SFTA-F Soft face jaw RV120 aluminum WH-MRV120-JAW-SFTS-F Soft face jaw RV120 steel
WH-MRV120-JAW-F
WH-MRV120-JAW-FIX
WH-MRV120-JAW-PDF
WH-MRV120-JAW-PD-F
WH-MRV120-JAW-PIV
WH-MRV120-JAW-PIV5.5 WH-MRV120-JAW-PIV3.8
WH-MRV120-JAW-R
WH-MRV120-JAW-R2
WH-MRV120-JAW-R3
WH-MRV120-JAW-SFTA-F
WH-MRV120-JAW-SFTS-F
*All jaws are sold per piece.
Drawings all in metric si units
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MODULAR RAIL VISE SYSTEM 120
JAW FOR PIVOT FUNCTION
Version: Top jaw width 120 mm. For mounting gripper and clamping inserts. Application: Suitable for fixed jaw WH-MRV120-JAW-BFIX. Positive clamping. For machining blank parts (ideal with gripper inserts) and finished parts (ideal with carbide inserts). Scope of supply: Jaw with central securing screw and 2 x gripper insert WH-MRV120-JAW-BFIX-I3.8.
Part No.
Description Pivot top jaw
Weight
For suitable accessories see fixed and parallel base jaw.
0.8 kg (1.8 lbs)
WH-MRV120-JAW-PIV
TOP FIXED BASED JAW
Version: Top jaw width 120 mm. For mounting gripper and clamping inserts. Application: Suitable for fixed and parallel base clamping jaw (WH-MRV120-JAW-BFIX/BPAR). Positive clamping. For machining blank parts (ideal with gripper inserts) and finished parts (ideal with carbide inserts). Scope of supply: Jaw with securing screws and 2x gripper insert (WH-MRV120-JAW-PIV3.8).
Part No.
Description Fixed top jaw
Weight
1.4 kg (3.0 lbs)
WH-MRV120-JAW-FIX
SUITABLE ACCESSORIES FOR FIXED BASE JAW AND WITH PIVOT FUNCTION Part No. Description WH-MRV120-JAW-PIV3.8 Gripper insert (height 3,8 mm/0.2 inch) WH-MRV120-JAW-PIV5.5 Clamping insert, smooth, carbide-coated (height 5.5 mm/0.2 inch)
WH-MRV120-JAW-PIV-3.8
WH-MRV120-JAW-PIV-5.5
Blank part clamping Positive clamping of blank parts with gripper inserts.
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36
MODULAR RAIL VISE SYSTEM 120
MAGNETIC STRIP 114 Version: Magnetic strip width 120 mm. Positioning via magnets. Application: Serves as positional support for workpieces at different clamping depths.
Part No.
WH-MRV120-ACC-MP10 WH-MRV120-ACC-MP20 WH-MRV120-ACC-MP30 WH-MRV120-ACC-MP38
114/10 mm (4.5/0.4 inch) 6 mm (0.2 inch)
114/20 mm (4.5/0.8 inch) 6 mm (0.2 inch)
114/30 mm (4.5/1.2 inch)
114/38 mm (4.5 /1.5 inch) 6 mm (0.2 inch)
Width /Height
Thickness
6 mm (0.2 inch)
PULL-DOWN FACING JAW
Version: Pull-down facing jaws optionally with or without carbide coating. Prevents the component lifting off. Application: For clamping blank parts and finished parts. Can be used on fixed and parallel clamping jaws.
Part No.
Description
Weight
0.4 kg (0.9 lbs)
WH-MRV120-JAW-PDF WH-MRV120-JAW-PD-F
Pull down face jaw 120-carbide coated
Pull down face jaw 120 0.4 kg (0.9 lbs)
STEEL SERRATED TOP JAWS
Version: Serrated top jaws to extend the clamping widths. Application: For clamping blank parts. Suitable for fixed jaw WH-MRV120-JAW-BFIX and parallel clamping jaw WH-MRV120-JAW-BPAR. Scope of supply: Pair of top jaws with securing screws.
Part No.
Description
Weight
Steel serrated top jaw 120
0.4 kg (0.9 lbs)
WH-MRV120-JAW-R2
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37
MANUAL SELF-CENTERING VISE
MANUAL SELF-CENTERING VISE M80 AND M120 FOR RAIL SYSTEM
Powerful flexibility The self-centering vise is the perfect complement to your modular clamping rail system. Components can be centrally clamped using grip jaws, carbide-coated jaws or profiled jaws. Round parts can be clamped using prism jaws. Variable range of application Direct mounting on the modular clamping rail system , can be offset by 90°, or on the zero point clamping system . Ideal for 5-axis machining on one extension base.
Wide variety of jaws For blank and finished parts, as well as contour-faithful clamping.
Powerful Clamping forces up to 17 kN (3800 lbf) - size 80 or 25 kN (5500 lbf) - size 120.
High process reliability Full enclosure protects against dirt.
Precision Variable centering ±0.02 mm (0.0007 inch). Flexible Option of mounting on the modular clamping rail system or on an extension base.
The self-centering vise can be rotated by 90° simply, quickly.
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