ESAB A6 Slide Manuel utilisateur

Valid for serial no. 452--xxx--xxxx0443 394 060 2006--07--13

A6 Slide

101103105102021104022100020040060

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Käyttöohjeet

Instruction manual

Betriebsanweisung

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Rätt till ändring av specifikationer utan avisering förbehålles.

Ret til ændring af specifikationer uden varsel forbeholdes.

Rett til å endre spesifikasjoner uten varsel forbeholdes.

Oikeudet muutoksiin pidätetään.

Rights reserved to alter specifications without notice.

Änderungen vorbehalten.

SVENSKA 4..............................................

DANSK 24................................................

NORSK 44................................................

SUOMI 64................................................

ENGLISH 84..............................................

DEUTSCH 104.............................................

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ENGLISH

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TOCe

1SAFETY 85...........................................................

2 TECHNICAL DESCRIPTION 87.........................................

2.1 General 87..................................................................

2.2 The A6 slide consists of: 87....................................................

2.3 TECHNICAL DATA 88........................................................

2.4 The carrying capacity of the slide 88............................................

2.5 The linear bearing of the runner 89.............................................

2.6 The distance between the fixation of the slide profile and the line of application of the load

2.7 Deformation of the slide profile under load 92....................................

2.8 Slide transfer 95.............................................................

3 INSTALLATION 96....................................................

3.1 General 96..................................................................

3.2 Connections of the runner 96..................................................

3.3 Connections of the slide profile 96..............................................

3.4 Fitting of vertical cross saddle 96...............................................

3.5 Recommended way of lifting servo slides 97.....................................

4 OPERATION 98.......................................................

4.1 General 98..................................................................

4.2 Changing the speed range 98..................................................

5 MAINTENANCE 100....................................................

5.1 General 100..................................................................

5.2 Daily: 100....................................................................

5.3 Every month: 100.............................................................

5.4 Every year 100................................................................

5.5 As necessary 100.............................................................

5.6 In case of a long standstill 100..................................................

5.7 Replacing the linear bearings 101................................................

6 ORDERING OF SPARE PARTS 103......................................

DIMENSION DRAWING 124................................................

SPARE PARTS LIST 125...................................................

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1SAFETY

Users of ESAB servo slides have the ultimate responsibility for ensuring that anyone

who works on or near the servo slide observes all the relevant safety regulations.

The following recommendations should be observed in addition to the standard re-

gulations that apply to the work place.

1. General

All manoeuvres must be performed according to the given instructions by

personnel well familiar with the functions of the servo slide.

An incorrect manoeuvre, caused by a wrong move or an incorrect release of a

functional sequence, can lead to an abnormal situation that can injure the

operator and cause damage to the equipment.

Personnel working with the servo slide must be well familiar with:

Sthe handling of the slide

Sthe location of emergency stops

Sthe function of the slide

Sall relevant safety regulations

2. Live electrical components are usually semi--protected.

SAny work on electrical units shall be carried out by a qualified electrician.

3. Danger of the load falling down

SMake sure the base will resist all types of forces coming up during operation.

SCheck that the slide is fastened to the base with at least 4 M10 or M12 Allen

screws.

SNever overload the slide (see on page 88 the carrying capacity of the slide)

SCheck the condition of the belt regularly (at least every 200 hours).

SReplace the belt at least every 5 years, or as necessary.

N.B.

When replacing the belt or the belt pulley the load must be secured. Read

the pages 98 -- 99.

In case of a belt rupture the load will fall down.

WARNING!

4. Danger of getting clamped

SWhen the runner goes towards its end position

SWhen the belt protection is dismounted

5. Maintenance

SLubrication and maintenance of the slide must not be carried out when the

slide is in operation.

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ARC WELDING AND CUTTING CAN BE INJURIOUS TO YOURSELF AND

OTHERS. TAKE PRECAUTIONS WHEN WELDING. ASK FOR YOUR

EMPLOYER’S SAFETY PRACTICES WHICH SHOULD BE BASED ON

MANUFACTURER’S HAZARD DATA.

ELECTRIC SHOCK -- Can kill

SInstall and earth the welding unit in accordance with applicable standards.

SDo not touch live electrical parts or electrodes with bare skin, wet gloves or

wet clothing.

SInsulate yourself from earth and the workpiece.

SEnsure your working stance is safe.

DANGER OF GETTING CLAMPED

SMoving parts can cause damage. Therefore, be very careful!

FUMES AND GASES -- Can be dangerous to health

SKeep your head out of the fumes.

SUse ventilation, extraction at the arc, or both, to keep fumes and gases from

your breathing zone and the general area.

ARC RAYS -- Can injure eyes and burn skin

SProtect your eyes and body. Use the correct welding screen and filter lens

and wear protective clothing.

SProtect bystanders with suitable screens or curtains.

FIRE HAZARD

SSparks (spatter) can cause fire. Make sure therefore that there are no

inflammable materials nearby.

NOISE -- Excessive noise can damage hearing

SProtect your ears. Use ear defenders or other hearing protection.

SWarn bystanders of the risk.

MALFUNCTION

SCall for expert assistance in the event of malfunction.

PROTECT YOURSELF AND OTHERS!

READ AND UNDERSTAND THE OPERATING MANUAL BEFORE

INSTALLING OR OPERATING.

WARNING

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2 TECHNICAL DESCRIPTION

2.1 General

The A6 slide is designed to carry and transfer welding heads of different types of

welding plants. The slide can be mounted across the weld joint -- single or in a cross

saddle -- for adjustment or joint tracking. It can also be mounted along the weld joint

to bring about a welding movement.

The A6 slide is controlled over:

SControl box A6 GMD for joint tracking. (See instruction manual 443 403 xxx)

SControl box A6 PAK for positioning. (See instruction manual 443 405 xxx)

SControl box PEH for travel motion. (See instruction manual 443 745 xxx)

The A6 slide is a motorized linear slide. All movable parts are lodged in ball

bearings. The slide is available in different setting lengths from 60 to 1030 mm (see

dimension drawing on page 124) and in two different speed ranges.

2.2 The A6 slide consists of:

1. Slide profile, stiff U--profile.

2. Runner, lodged in open ball bushings, run-

ning over the axes which are supported by

the slide profile in their full length.

The driving system contains:

3. DC motor with worm gear.

4. Tooth belt transmission with built--in friction

clutch.

5. Ball screw with nu.

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2.3 TECHNICAL DATA

Setting length

(mm) 60 120 180 240 300 420 540 730 1030

Total length (mm) 305 365 425 485 545 665 785 1025 1385

Weight (kg) 11,5 13,2 15,0 16,7 18,5 21,9 25,4 30,9 38,8

A6 Slide

Max control voltage 42 V DC

Max speed at 42 V DC 70 cm/min (175 cm/min with reversed

gear wheels in transmission)

Continuous A--weighted noise pressure 42 dB

Play of runner in the longitudinal direc-

tion of the slide 0,1 mm

Other play 0

Max ambient air temperature 80°C

Max load dimensions at full setting

length

Setting length 60 to 540: b=62

Setting length 60 to 730: b=86

Setting length 60 to 1030: b=117

2.4 The carrying capacity of the slide

To simplify the schematical representation it is assumed that the load on the slide is

a weight and that the different mounting positions are confined to:

SVertical position

SStanding horizontal position

SLying horizontal position.

With the following co--ordinate directions the force of gravity works in the y, x and z

directions.

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2.5 The linear bearing of the runner

Max permissible momemt--free load on the runner of the slide is 150 kg irrespective

of the mounting position of the slide.

Max permissible moment--generating load on the runner of the slide depends on the

mounting position. The centre of gravity of the load can be displaced from the centre

of the runner within an area, the further limit of which depends on the size of the load

according to the three diagrams below, where the slide is seen from above.

Max. load at vertical mounting Max load at standing horizontal mounting

Max load at lying horizontal mounting

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Examplel 1:

SAn A6 SFD1 automatic welding machine is

mounted on a standing cross saddle.

SNote that the wire drum and the drum holder are

mounted on th slide profile of the vertical slide.

Example 1a:

SThe load on the vertical slide is about 43 kg.

SThe centre of gravity (TP1) is displaced 0,35 m

from the runner of the vertical slide in the z

direction.

SThe displacement of the centre of gravity in the x

direction can be neglected.

SThe load is far below the permissible load of 110

kg in this position.

*1) Permissible position of the centre of gravity at a

load of 40 kg.

*2) Permissible position of the centre of gravity at a

load of 100 kg.

Example 2:

SA load of 50 kg is fitted on a lying

horizontal slide.

SThe centre of gravity is displaced 0,4

m in the x direction.

SThe centre of gravity can also be dis-

placed 0,17 m in the y direction with-

out the max load being exceeded.

*1) Permissible position of the centre of

gravity at a load of 50 kg.

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