Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its...

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Pneumatic Clamping Technology DE-STA-CO New products 1.3 Models 800 and 1200: Compact clamping page 12.23 Model 8031: Enclosed pneumatic plunger clamp page 12.20 84A3-1R, Gripper for hot formed tubes page 14.4 52H50-5, Manual Clamp (Interchangeable with 82M-6): page 15.2 81L, Power Clamp Mini design page 16.4 82L__-2 Lightweight clamp new generation page 16.10 Global DE-STA-CO Clamp for global requirement in auto- motive manufacturing page 16.30 86P40-2, 86P60-2 Modular pin packages new generation page 17.10 87C40 Stamping unit flexible and strong page 18.31 84A3-3 Cam type grippers improved design page 19.2 84A2-19/-V9 Mini cam type gripper for new requirements page 19.26 page 19.37 Press frame PWK: tought and flexible page 20.10 Switching cage for T-slot sensors page 20.9 Hydraulic Hand pump 711E35004-1 and 711E35012-1: Compact, powerfull and reliable page 22.4 Pressure switch 70-DG64-1/4: electronical flexible page 25.4

Transcript of Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its...

Page 1: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

Pneumatic Clamping Technology

DE-STA-CO

New

pro

duct

s

1.3

Models 800 and 1200:

Compact clamping

page 12.23

Model 8031:

Enclosed pneumatic plunger clamp

page 12.20

84A3-1R, Gripper

for hot formed tubes

page 14.4

52H50-5, Manual Clamp

(Interchangeable with 82M-6):

page 15.2

81L, Power Clamp

Mini design

page 16.4

82L__-2 Lightweight clamp

new generation

page 16.10

Global DE-STA-CO Clamp

for global requirement in auto-

motive manufacturing

page 16.30

86P40-2, 86P60-2 Modular

pin packages new generation

page 17.10

87C40 Stamping unit

flexible and strong

page 18.31

84A3-3 Cam type grippers

improved design

page 19.2

84A2-19/-V9 Mini cam

type gripper

for new requirements

page 19.26

page 19.37

Press frame PWK:

tought and flexible

page 20.10

Switching cage

for T-slot sensors

page 20.9

Hydraulic

Hand pump 711E35004-1 and

711E35012-1:

Compact, powerfull and reliable

page 22.4

Pressure switch 70-DG64-1/4:

electronical flexible

page 25.4

Page 2: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO1.4

Contact

Phone +49 (0) 6171-705-0

Fax +49 (0) 6171-705-120

[email protected]

www.destaco.com

Your contact person in our devision:

Their customer number:

Look for this logo throughout the Clamping Technology

catalogue to see all our NEW products.

What else is new at DE-STA-CO?

A new program designed to deliver products to our customers

faster that we ever have before.

We have taken our top models and bundled them into a package

we call DE-STA-CO XPRESS.

This program was created to help guarantee you, our valued

customers, availability from stock for our fastest moving

products.

Look for the Xpress logo throughout Clamping Technology

catalogue to see which clamps qualify.

Page 3: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO 1.5

Contents

New products 1.2

Introduction 1.6

Ordering no. index 26.1

Vertical clamps and

Introduction,

page 2.0

Horizontal clamps,

page 3.0

Straight line action

clamps, page 4.0

RAKO clamps,

page 5.1

Latch clamps,

page 6.0

Plier clamps,

page 7.0Clamping technology for

locating, page 9.0

Accessories,

page 10.1

CARVER clamps,

page 11.1

Manual Clamping Technology

Clamping Technology

Standard power clamps

and introduction,

page 12.0

Pneumatic swing

clamps, page 13.1

Accessories

page 13.10

Automation power

clamps, page 16.0

Pin packages,

page 17.0

Special Automation power

clamps, page 18.0

Grippers

page 19.0

Pneumatic power

cylinders, page 20.1

Pneumatic Clamping Technology

Power sources,

page 22.1

Introduction,

page 21.0Clamping cylinders,

page 23.1

Clamping units,

page 24.1

Hydraulic Accessories,

page 25.1

Hydraulic Clamping Technology

Pneumatic High Tempe-

rature Clamps and

Grippers page 14.0

Manual Clamps for

Automotive Prototype

Production page 15.0

Stainless steel

clamps, page 8.0

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DE-STA-CO1.6

The DE-STA-CO product lines at a glance

Manual Clamping Technology

Pneumatic ClampingTechnology

RAKO Clamps

Hydraulic Clamping Technology

Page 5: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

The DE-STA-CO product lines at a glance

DE-STA-CODE-STA-CO 1.7

Pneumatic Power Cylinders

Modular Gripper Systems

Grinding and Milling

Automation

Page 6: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO1.8

What you should know about manual quick-action toggle clamps from DE-STA-CO

Your requirements

Workpieces need to be held in a specific position using a specific

amount of force in the shortest period of time. Once the workpiece

is clamped, the processing of it is usually carried out. This means

that the following tasks must be fulfilled using clamping products:

■ Quick clamping

■ Secure holding

■ High clamping forces in a variety of space requirements

■ Distortion-free clamping of the workpiece

■ Good accessibility to the workpiece

These requirements are fulfilled successfully and reliably using

clamping products from DE-STA-CO.

Workpieces are clamped in nearly all applications of a manufac-

turing environment. In the metalworking industry, reliable clam-

ping is a basic requirement for drilling, welding, bending, grin-

ding, testing, assembling, etc.

Additional applications that use DE-STA-CO clamping products:

■ Automobile industry

■ Electrical industry

■ Woodworking industry

■ Plastics industry

■ Textile industry

■ Chemical industry

■ Food industry

We can also help you with any clamping tasks that may arise in

other applications not mentioned above.

Manual Clamping Technology

Pneumatic Clamping Technology

Hydraulic Clamping Technology

Page 7: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

What you should know about manual quick-action toggle clamps from DE-STA-CO

DE-STA-CODE-STA-CO

How Toggle Action WorksToggle action clamps operate through a linkage system of leversand pivots. The fixed-length levers, connected by pivot pins, sup-ply the action and clamping force. Toggle action has an over-cen-ter lock point which is a fixed stop and linkage. Once in the over-center position, the clamp cannot move or unlock unless thelinkage is moved. All types of toggle clamps have this same action,just oriented differently.

Our homepage

By visiting www.destaco.com on the Internet, you can obtain the

following information:

■ Product overviews with custom searching options

■ CAD downloads

■ DE-STA-CO news and new products

■ Trade show calendar

■ Sales support in your immediate area

■ Application examples

The CAD-Library

■ Please visit destaco.com to receive all of our free CAD files,

including native files in .dwg, .dxf, .sat, .iges, .step formats

Further service highlights

1.9

Functional diagram – toggle action mechanism

Toggle Action Principle

Over-center, clamped position

Unclamped

Center position

Toggle Action Force FactorsThe maximum clamping or exerting force developed in any toggleaction clamp is attained when the three pivot points of the mecha-nism are in a straight line. While this is theoretically true, it makesno allowance for vibration and intermittent load conditions foundin industrial applications. Such conditions would soon unlock animproperly designed clamp. The proper amount of over-center tra-vel to produce maximum holding force and yet ensure positivelocking is a carefully calculated and controlled dimension develo-ped by years of experimentation and experience.Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustainin the closed and locked position without permanent deflection.Exerting forces applied as the clamp closes are less than the hol-ding capacity, and are dependent on variables such as the positionof the operator’s hand on the handle; amount of force applied; andposition of the spindle on the bar.

Toggle Action Clamps Compared With Cam Action ClampsCam action uses frictional force to effect a locking condition bet-ween the cam surface on the bar and the follower on the handle.Toggle action clamps have many advantages over cam actionclamps, mainly because cam action clamps allow some move-ment while clamping. Toggle action clamps thus provide a moreconsistent clamping point, can be manufactured from inexpensivematerials, and are available in stainless steel for outdoor or corro-sive applications. If the material being clamped has a variable thik-kness, however, a cam action clamp has the ability to better ac-commodate this application.

Page 8: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO2.0

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Allgemeine Merkmale

■ Langjähriges Know-how bei der Fertigung von

Spannelementen

■ Größtmöglicher Qualitätsstandard durch spezielle

Fertigungsverfahren und Endprüfung aller Modelle

■ Längste Lebensdauer

■ Für jede Anwendung das passende Modell

■ Hohe Lebensdauer durch verzinkte Einzelteile

■ Fast alle Modelle auch in Edelstahl erhältlich

■ Sicherheitsabstand zwischen Spannarm und Handgriff

verhindert Handverletzungen

The standard handle

■ Ergonomically shaped, for ease of operation

■ Oil-resistant, suitable formany different uses

■ The “Red Handle” – the Original

The clever, patented safety link

■ Reduces pinch points during operation

■ One of the many safety features of

DE-STA-CO clamps

The sturdy clamping bar

■ Ensures high holding capacities due to high rigidity

■ Lateral guide in the base

The bonded neoprene spindle

■ Protects sensitive workpieces

■ Long service life

■ High degree of flexibility

andadaptation to the application

■ Standard feature in all horizontal and

vertical models

The long-lasting construction

■ Heavy-duty rivet made of stainless steel

■ Heavy-duty rivet is oiled during assembly

■ Hardened knurled bushings

Die Details

What about the forces?

In the case of clamping products, a clear distinction must be made

between exerting forces and holding capacities. Here are the es-

sential features:

EExxeerrttiinngg OOrr CCllaammppiinngg FFoorrccee

The “exerting force” of our air toggle clamps is well defined and

can be found on page 11.22. Manually operated clamps present a

series of variables to determine actual exerting force.

TThheessee vvaarriiaabblleess aarree::

(a) the force exerted on the handle by the operator;

(b) the point on the handle where this force is applied;

(c) the mechanical advantage in the linkage; and

(d) the point on the work holding bar where the force will be

measured. As a general rule, the mechanical advantage avai-

lable throughout the line ranges from 2:1 to 10:1

Holding Capacity

The “holding capacity” of DE-STA-CO toggle clamps has been

determined by actual tests. It is defined as the maximum amount

of force which may be applied to the work holding bar, in the clo-

sed position, without creating permanent deformation of the

clamp components. This maximum force is measured at a point

closest to the base and diminishes as the spindle approaches the

end of the bar. The ratings for holding capacity are maximum and

should not be exceeded. These values include a safety factor.

Exerting force Holding capacity

Manual force

Page 9: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO

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2.1

How to find the most suitable clamp?

The following criteria will narrow the selection of the clamp type

■ The type of fixture

■ The required holding capacities

■ The size conditions in and around the fixture

■ Action required by clamp to perform required task

Vertical hold-down clamp

■ Handle is vertical in clamped position

■ Holding capacity 650 – 34.000 N

■ Opening angle between 65° and 215°

Horizontal hold-down clamp

■ Very low profile

■ Handle is horizontal in the clamped position

■ Holding capacity 250 – 11.000 N

■ Opening angle between 90° and 105°

Straight line action clamp

■ Forward movement of the handle pushes the plunger into the

forward position

■ Can be used as a push clamp and pull clamp, locking in two

positions

■ Holding capacity 400 – 70,000 N.

The most important models at a glance

Plier clamps

■ Flexible clamping and fixturing

■ Also equipped with quick release lever

■ Holding capacity 500 - 5.400 N

Latch clamp

■ Convenient one-hand operation due to the patented thumb

control lever

■ Compact models

■ Holding capacity 900 – 27.000 N

Page 10: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO2.2

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U-shaped clamp bar

■ Allows for the adjustment of the spindle in the horizontal

positio

Flanged mounting base

■ For mounting on flat surfaces

How to find the most suitable hold-down clamp?

Solid clamp bar

■ Can be cut individually in various lengths and angles

■ Bolt retainer is used to attach the spindle

Straight mounting base

■ For mounting on vertical surfaces or with a blade

In the case of the vertical and horizontal clamps, there are varia-

tions in the clamping bars and clamp bases:

Page 11: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO 2.3

Introduction

Selecting The Proper DE-STA-CO ClampThe information contained in this catalog is designed to help youselect the right clamp to accomplish your job. DE-STA-CO dis-tributor personnel, as well as DE-STA-CO’s engineering depart-ment, are qualified and willing to offer assistance in special orunusual applications. For most ordinary applications, however,consideration of the following points will lead to the proper clampselection:

■ Size and shape of the parts to be held.

■ Uniformity of part size (Should you consider a spring-loaded

spindle to compensate for uneven parts?)

■ Holding capacity required

■ Strength and dexterity of the operator

■ Operator’s position (Should you use horizontal or vertical

handle models?)

■ Frequency of operation (Should you plan for a temporary or

permanent fixture?)

■ Time cycle of operation (Should you consider a turntable or

conveyor set-up if curing time is required?)

■ Cycling time and sequence (Should you consider air-operated

models that can be operated faster and in sequence?)

■ Environment (Should you consider stainless steel, aluminum,

or lightweight composite models?)

Processing ApplicationsRemember, the same toggle action force multiplying principle canbe applied to other tasks besides holding. Certain DE-STA-COmodels can be used to position parts, power fixtures, or performmechanical functions such as piercing sheet metal, staking rivets,or locating.

OEM ApplicationsDE-STA-CO clamps provide ready-made, compact devices formoving or holding components. A little imagination will oftenshow the product designer a way to obtain motion or lockingforce with no tooling costs and often at less cost than customdesigned components. Thousands of DE-STA-CO clamps will befound installed as original equipment for cleanout door latches,wheel locks, positioning devices, etc.

SafetyOur concern is not only the constant high quality of our prod-ucts, but also their fail-safe and foolproof handling. The knowl-edge gathered since 1936 guarantees a developed, safe andhigh-quality clamping unit.

A certain clamping force will be necessary to safely hold a part.This force is determined by taking the following into account:(a) the part material: such as, steel, wood, plastic or glass, etc.(b) the surface finish of the part: such as, polished, hard or soft,

etc.(c) the machining or assembly operation: such as, milling,

welding, drilling, bonding, joining or sealing a mold, etc.

In order to ensure clamp strength is not compromised, use allthe mounting holes provided.

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Red handle grips are provided on each model. Users shouldonly locate their hand in this area when operating the clamp,thus reducing the possibility of injury.

Safety HandleThis ergonomic handle provides greater operator comfort.

Safety Feature (patented)This safety link prevents accidental injury to an operator when openingthe clamp.

Clamp Series201, 202, 207, 210, 220, 228, 247, 267, 268

Safety DistanceExclusive handle design gives more hand clearance between bar and handle when clamp is in fully open position.

Clamp Series213, 217, 227, 237, 245

Safety CatchHandle or clamping arm on our DE-STA-CO Toggle-Lock PlusClamps lock in the open or closed position.

Clamp Series207-LR, 207-UR, 210-SR, 210-UR

Clampedposition

Open Position

Page 12: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO2.4

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PPoowweerr CCllaammppssPower clamps can be actuated by pneumatic pressure orhydraulic fluid. Most of the cylinders are of tie-rod constructionfor maximum strength and have hard chrome-plated or groundstainless steel piston rods. Rod seals are generally a quad-seal.The small bore cylinders, through 1-1/8", also have quad-seals forpiston seals and the larger bores have U-cups. The standardcylinder is supplied with Buna N seals and may be operated overa temperature range of -10°C to – 90°C. Also available is a hightemperature seal kit with Viton seals, which extends the tempera-ture range from -10°C to – 150°C. It also can be used in servicewith most of the exotic fluids.

MMiisscceellllaanneeoouussThe standard light and medium-duty clamps are made from C-1008 or C-1010 low carbon, cold-rolled steel. The work holdingclamp bars and other components of our medium and heavy-dutyclamps are made from C-1018, a cold finished, low carbon, casehardening steel.

The pivot pins in most of our clamp models are very close-toler-ance, cold-drawn, 430 stainless steel headed rivets. In the heavy-duty models, hardened and ground replaceable pins are used.

Bushings are made of low carbon steel, case hardened for wearand serrated on the circumference to ensure non-rotating, long-wearing bearing surface for the pivot pins.

Spindle assemblies are made from cold-drawn bar, Grade 2, andplated with zinc. The bonded spindle tip is oil-resistant, black neo-prene with a durometer of 70-80 Shore A to provide adequatecompressibility and resiliency.

MMoouunnttiinngg TThhee CCllaammppTo properly secure the clamp to the mounting surface, all mount-ing holes provided must be used.

MMooddiiffiiccaattiioonnssMaking changes to our clamps may affect the performance of theproduct. The life expectancy of a clamp is dependent upon manyfactors, including alterations to the bar, handle or the addition oftooling. For any modification, the maximum rated capacitiesshould not be exceeded.

SpecificationsMaterials, finishes, treatments, etc. of DE-STA-CO products arechanged from time-to-time to improve performance or reliability.These items are, naturally, subject to change without notice. Inthe interest of catalog longevity they are not discussed in detailthroughout the catalog pages.

As of the date of going to press, however, the following specifica-tions were in force and can be considered reasonably stable:

FFoorrggiinnggssForged components (notably the squeeze action clamps) aremade from C-1141 material and heat treated to RC 28-34 toimprove resistance to bending and create a wear surface for thepivot pins.

CCaassttiinnggssUsed for bases on some of the larger clamps, castings are madeof ductile iron, heat treated to properties of steel. They have thewear resistance of iron together with greater strength and excel-lent shock and impact resistance.

CCoommppoossiittee MMaatteerriiaallssClamp components and spindle assemblies are molded of Nylon6/6 with 30% glass fiber reinforcement. Nylon is inert to mostorganic chemicals such as esters, ketones, alcohols, and hydro-carbons. It resists alkalis and salt solutions, but is attacked byphenols, formic acid, strong mineral acids and oxidizing agents.Maximum temperature is 80° C.

SSttaaiinnlleessss SStteeeellSeries 300 (normally an 18-8 type 302-304) giving increasedresistance to chemical and acid attacks.This is a heat-resisting steel, non-magnetic in the annealed stateand slightly magnetic when cold worked. Used in the chemical,photographic, pharmaceutical, aircraft, dairy and food processingindustries, marine applications, and for surgical and dental equip-ment.

NOTE: Rivets are 430 stainless steel. Contact the factory to deter-mine if optional series 300 rivets are available.

PPllaattiinnggThe plating on most steel toggle clamp parts is a zinc plating witha bright finish, which conforms to government specificationQQZ325C Type 1, Class 3. Zinc plating typically has a useful serv-ice temperature of 250°F (120°C), but its corrosion inhibitingproperties begin to degrade at 140°F (60°C). Many cast andforged bases are black oxide finished.

Page 13: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO 2.5

Accessories

The model number addition “-LS” also allows you to order the

clamp without any spindle accessories. In this case, only flanged

washers are supplied.

All the vertical and horizontal clamps are equipped with flanged

washers/bolt retainers and bonded neoprene spindles (large mo-

dels have hex head spindles). Models with heavy-duty clamping

bars are equipped with a bolt retainer and are supplied without a

spindle.

With our wide variety of accessories, you can customize the func-

tionality of the clamp to suit your specific requirements.

AAvvaaiillaabbllee aacccceessssoorriieess iinncclluuddee::

Adjustment Spindles

■ With bonded neoprene pads

■ With swivel foot

■ With hex head

■ With pressurematic spring loaded variability

Neoprene Caps

■ Hex head adjustment spindles slip on for easy replacement

■ For protection of the workpiece

Flanged washers

■ For attachment of the adjustment spindles to U-shaped clam-

ping bars

Bolt retainers

■ For attachment of the adjustment spindles to solid, heavy-duty

clamping bars

Crossarm sets

■ Bridge for assembly of 2 adjustment spindles for multiple

position clamping

e.g. Model 207-U e.g. Model 207-U-LS

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DE-STA-CO2.6

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The model number code is used to distinguish between the

following features:

■ Size

■ Model

■ Constructional features

2 07-U-LSAccessories option

LS = less spindle (without pressure spindle)

Model/feature

U = U-shaped clamp bar

S = Solid clamp bar

B = Straight mounting base

R = Base flanged to the right

F = Front mounting base attachment

R = Release lever (additional safety lock)

SS = Stainless steel version

L = Base flanged to the left

L = Model with extra-long bars

SQ = Square plunger

T = “T” handle

M = Metric plunger

Design size

Model type/series

2 = Vertical hold-down clamp

2 = Horizontal hold-down clamp

3 = Compact hold-down clamp

3 = Latch clamp

4 = Plier clamp

5 = Modular or heavy duty vertical and horizontal clamp

6 = Straight line action clamp

Page 15: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO Subject to technical modifications without notice 2.7

Cla

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orce

and

Hol

ding

For

ceVertical Clamps

Series 2002, 2007, 2010

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

2002-U2007-U2010-U

375062

–––

67100124

11:110:113:1

–––

5:15:16:1

2.7004.5006.200

–––

1.3002.0003.200

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 201

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

201201-SS201-TSS

272727

–––

444444

9:19:19:1

–––

6:16:16:1

450450450

–––

260260260

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 202

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

202202-SS202-T202-U202-UL202-USS202-TU

–––32323232

–––44444444

48484857735757

–––

10:110:110:111:1

–––

7:17:17:18:1

8:18:16:15:14:15:17:1

–––

1.1001.1001.1001.100

–––

650750760650

9001.000

900500450550500

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 207

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

207-USS207-TS207-TU207-TUL

51735151

73–73–

959595

127

10:14:16:15:1

8:1–

5:1–

6:13:13:13:1

1.7002.0001.7001.700

1.400–

1.400–

1.1001.3001.100

700

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 207

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

207-S207-U207-L207-UL

73517351

–73––

9595

127127

8:16:15:14:1

–8:1––

6:16:15:14:1

2.0001.7002.0001.700

–1.500

––

1.4001.2001.200

800

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 210

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

210-S210-U210-TU210-USS

92606060

–929292

133124124124

11:114:111:114:1

–9:17:19:1

9:17:15:17:1

3.2002.8002.8002.800

–1.9001.9002.100

2.0001.5001.5001.700

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

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Vertical Clamps

Series 229

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

229 76 115 156 7:1 5:1 3:1 4.500 3.300 2.300

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 548, 578, 588

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

548578588

89114127

–––

152178203

4,5:17,6:15,7:1

–––

3,4:14,2:14,5:1

11.00018.00027.000

–––

6.70011.20016.700

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 247, 267

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

247-S247-U267-U267-S

11676

102152

156115152203

178156203222

10:112:118:112:1

6:110:112:18:1

5:16:18:18:1

4.5003.6005.4005.400

3.2002.7003.6003.900

2.9002.2002.7003.700

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Subject to technical modifications without notice DE-STA-CO2.8

Cla

mpi

ng F

orce

and

Hol

ding

For

ce

Series 518

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

518 64 83 102 14:1 13:1 11:1 2.200 1.700 1.400

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 317

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

317-U317-S

5164

7395

95127

17:113:1

11:18:1

8:15:1

1.7002.000

1.3001.400

900950

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 527

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

528 89 121 152 23:1 16:1 12:1 4.500 3.500 2.600

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 528

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

528 89 121 152 23:1 16:1 12:1 4.500 3.500 2.600

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Page 17: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

DE-STA-CO Subject to technical modifications without notice 2.9

Cla

mpi

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orce

and

Hol

ding

For

ceHorizontal Clamps

Series 215

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

215-S215-U215-USS

412525

–4141

735757

6:19:19:1

–6:16:1

4:14:14:1

900900900

–610610

500450490

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 205

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

205-S205-SSS205-SR/SL205-U205-USS205-UR/UL

–––111111

––––––

222222212121

–––

9:19:19:1

––––––

4:14:14:15:15:15:1

–––

250250250

––––––

120150120120120120

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 206

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

206-SS206-USS

1414

––

2727

5:15:1

––

3:13:1

450450

––

220220

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 225

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

225-U225-USS

3232

4848

6464

12:112:1

7:17:1

5:15:1

2.2002.200

1.5001.800

1.2001.300

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 235

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

235-U235-USS

4444

7575

105105

9:19:1

7:17:1

5:15:1

3.2003.200

2.1002.300

1.4001.600

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Series 213, 217, 227, 237

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

213-U213-USS217-U217-USS227-U227-USS237-U245-U

1919292932324451

3030484851517989

414167677070

114127

7:17:17:17:18:18:16:1

11:1

5:15:14:14:15:15:13:16:1

3:13:13:13:13:13:12:15:1

700700900900

2.2002.2003.4004.500

550600550600

1.5001.6001.9002.600

300350360440

1.1001.2001.5001.800

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Page 18: Pneumatic Clamping Technology New products · Throughout this catalog each clamp is rated with its “holding ca-pacity.” This is the maximum load or force the clamp will sustain

Subject to technical modifications without notice DE-STA-CO2.10

Horizontal ClampsC

lam

ping

For

ce a

nd H

oldi

ng F

orce

Series 305, 307, 309

Model no. Spindle position from pivot point Mechanical Advantage Clamping Force/

Holding Force

Holding Capacity max.

[mm]

Pos. A

305-U305-USS307-U307-USS309-U309-USS

353548486464

––56567676

484864648989

3:13:13:13:14:14:1

––

2:52:53:13:1

2:12:12:12:12:12:1

650650

1.5001.5003.4003.400

––

1.3501.3502.8002.900

530630

1.2001.2002.4002.500

Pos. B Pos. C Pos. A Pos. B Pos. C Pos. A Pos. B Pos. C

[mm] [mm] [N][N] [N]

Latch Clamps

Series 301

Model no. Mechanical Advantage

Clamping Force/Holding Force

301301-SS

29:129:1

Series 323, 331, 341

Model no. Mechanical Advantage

Clamping Force/Holding Force

323323-SS331331-SS341341-SS

27:127:132:132:129:129:1

Series 324, 334, 344, 374

Model no. Mechanical Advantage

Clamping Force/Holding Force

324324-SS334334-SS344344-SS374

31:131:131:131:145:145:136:1

Serie 375

Model no. Mechanical Advantage

Clamping Force/Holding Force

375 29:1

Series 330, 331

Model no. Mechanical Advantage

Clamping Force/Holding Force

330330-SS

17:117:1

Series 351, 371, 381

Model no. Mechanical Advantage

Clamping Force/Holding Force

351351-SS371371-SS381381-SS

21:121:136:136:137:137:1