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Section B
 Compressed air supply system

B.1 Foreword

Peak performance of the staplers and the length of their useful life depend chiefly on the compressed air supply system: a 
properly sized system built of quality components and subjected to regular maintenance assures the best performance of 
the connceted pneumatic staplers.

B.2 - Design of the compressed air system

The system must take into account the following factors:

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 The power of the air compressor must meet requirements both with regard to pressure and to the air flow supplied. It 

should be remembered that a pressure drop takes place along the line due to load losses through chokes, outlets, etc.;

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 the main service line must be of adequate size to cope with the type and number of users connected. Whenever possible, 

avoid using chokes, elbows or any other means to break the flow which might contribute to pressure drops along the line. 
The latter must be slightly inclined to drain off any condensation which unavoidably forms;

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 the branch pipe with cock and steam trap must be shaped in such a way as to hinder the passage of condensation from the 

service line;

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 the regulator unit with cock consists of a combination of filter-steam trap, a pressure regulator with pressure gauge and a 

microspray lubricator;

NOTE: To execute the connection to the compressed air mains, so-called quick-connect couplers are used, in which 
the male adapter must be mounted on the stapler in such a way that no compressed air remains in it after it has been 
disconnected from the mains.

B.3 - Servicing

Check regularly the pressure regulator unit and the oil pressure level in the lubricator for proper operation; if necessary, top 
up with oil for pneumatic tools. Proper tacker operation largely depends on moving parts being constantly lubricated, which 
only the microspray lubricator can assure. Drain off the condensation regularly (daily) from the lines and the filter-trap, since 
it damages the tacker. Clean the regulator unit filter weekly.

Section C 
Information on the use of the stapler

C.1 - Tacker performance

It is important that the machine be used only for the purpose for which it was designed and that it not be tampered with in any 
way. Before starting to use it, always make sure there is no air leakage, that all parts work properly and especially that the 
safety system is perfectly efficient. Also make sure that the machine is clean and lubricated.

C.2 - Working pressure

The tacker must always be supplied at a pressure within the range indicated on the Data Sheet table. A higher pressure than 
the one suggested by the manufacturer increases the stress to which it is subjected and therefore the wear of some of the 
components. If on the other hand the pressure used is lower than shown on the table, proper performance cannot be 
assured. For proper performance and long life, the working pressure of the gun must always be the lowest possible required 
to assure full penetration of the staple or of the nail; therefore, if after shooting the fastener has not penetrated completely, 
increase the pressure by 0.5 bar at a time, checking the effect. If the penetration is excessive, reduce the pressure by 0.5 bar 
at a time until the required degree of penetration is achieved. It is strictly forbidden to supply the gun with high-pressure gas 
such as oxygen, carbon anhydride or other bottled gases: the gun might explode and cause serious damage and injury.

C.3 - Trigger and safety catch

These are highly important parts from a safety point of view and must therefore always be perfectly efficient. The safety catch 
must never be tampered with, removed or blocked in such a way as to void the purpose for which it was designed.

C.4 - Loading the tool

It is a safe practice to disconnect the gun from the compressed air line before loading it to rule out any cause for accidents. If 
the gun is not disconnected from the mains, take the utmost care in handling it since this may cause highly dangerous 
accidental shooting.

C.5 - Jam-clearing

If the gun jams,Disconnect the gun from the compressed air line and unload the magazine, clean the head, the magazine 
and any other parts connected with it. If jamming occurs too often, consult a specialized service centre.

NOTE: In order to avoid jamming, breakage or early wear, only use staples or nails of the type indicated for each 
model.OMER staples and nails are of a size and quality that make them ideal for staplers and therefore assure top 
performance at all times and long life. OMER spa does not answer for damage to the gun due to the use of staples or 
nails of types not suitable for the model.

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Summary of Contents for 1146050ROP

Page 1: ...optimal solution for fixing blisters paper or plastic bags boxes displaying cards etc Features Possibility to be easily fixed upon working surface Pneumatic system complete with FRL unit manometer fo...

Page 2: ...t Adjustable spacer Anvil 2 strips capacity magazine Silenced rear exhaust Adjustment of clinching depth Fire delay regulator Easy jam clearing trigger Clinching speed regulator closing Distributor Ma...

Page 3: ...9 Operating mode 10 Settings to be performed in sequence Stapling position 10 Front side opening 11 Clinching depth 12 Clinching speed 13 Firing 13 Loading 14 Jam clearing 15 Spare parts 16 Spare part...

Page 4: ...mation 3 Never use the machine under different conditions or for a different purpose than stated in the manual OMER spa cannot be held responsible for faults breakdowns or damage due to failure to obs...

Page 5: ...starting to use it always make sure there is no air leakage that all parts work properly and especially that the safety system is perfectly efficient Also make sure that the machine is clean and lubri...

Page 6: ...th the hex spanner supplied open the gun and remove the different components Check carefully the state of wear of the O rings and of the rubber parts Replace the worn parts with OMER original spare pa...

Page 7: ...lengths inch Magazine capacity No of fasteners Working pressure bar Air consumption litres shot Weight kg Sound pressure at the workstation Emitted sound power Usable lenghts mm Weight lbs Working pr...

Page 8: ...9 Technicaldata 142 5 27 5 15 5 43 Min 0 5 Max 10 Max 18 Min 2 150 5 6 all sizes are shown in mm 513 217 115...

Page 9: ...it make sure all necessary adjustments for a correct and safe usage have been performed Setting of staple position The stapling position is determined by adjusting the spacer as follows 2 1 4 3 1 Loos...

Page 10: ...unscrew the bumper to increase decrease the opening For security reasons it is important that the opening be only slightly wider than the material to be fastened 1 11 A front side opening adjustment m...

Page 11: ...g damaging the material to be fastened it is possible to set the clinching depth by adjusting the end run screw 2 Screw or unscrew the end run screw to adjust the clinching depth 3 Tighten the locking...

Page 12: ...time to the stapler to block the material before firing increases closing speed decreases closing speed increases opening speed decreases opening speed 1 2 Clinching speed adjustment This adjustment...

Page 13: ...2 Load staples 3 Release the slider DO NOT press pedal while loading to avoid activating the device Loading 1 Pull the pusher all the way back and lock it 14 1 2 3...

Page 14: ...usher all the way back and lock it 4 Pull the slider all the way back by acting on the pusher and holding it in such a position 3 Open the slider closing trigger 6 Release the slider and block closing...

Page 15: ...Spare parts 16...

Page 16: ...MBER INDICE DI MODIFICA NIVEAU DE MODIFICATION INDICADOR DE MODIFICA SERIAL NUMBER MATRICOLA MATRICULE MATRICULA 17 31 4 03 00 66 03 66 03 03 30 50 06 1 17 31 5 55 06 1 00 13 00 04 54 04 91 08 52 02 5...

Page 17: ...17 37 1 17 38 98 08 1 18 22 1 17 14 18 24 17 39 6 18 21 00 14 17 37 2 A B B 98 01 06 19 06 00 3 32 05 18 1 Spare parts Connetion tubes 4 6 05 14 UPGRADE NUMBER INDICE DI MODIFICA NIVEAU DE MODIFICATI...

Page 18: ...B A R P S 5 5 6 5 bar B B A 18 24 18 34 1 17 39 6 17 37 7 50 06 1 18 02 6 4 4 6 6 6 17 37 1 17 37 2 17 37 2 19 FRL 18 22 1 5 5 6 5 bar Pneumatic diagram...

Page 19: ...ulator A 17 37 2 Regolatore B Regulator B 17 38 Riduzione Reduction 17 39 6 Raccordo T Tee connection Racc L 4 M5 Conn Elbow 4 M5 18 02 Cilindro Pneumatico Pneumatic Cylinder 18 21 Manometro Manometer...

Page 20: ...Notes 22...

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