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4

 SETTING THE CORRECT PRESSURE 

WARNING

   The air equipments will vary, depending on the   

Do not use oxygen or   

   material to be stapled and the staple size. Do not 

combustible gases as a 

   use more air pressure than is required to drive the 

power sources which can 

   staple in the specific job. To determine best setting, 

potentially exceed 200 

   start at low pressure and increase pressure until drive 

P.S.I as tool may explode. 

   is satisfactory. Using excess pressure increases tool 

   wear on the plier and wastes compressed air. 

 

    

WARNING 

QUICK DISCONNECT FITTINGS

 

NOTE:The air supply 

  

Install a free –flow connector plug on the nailer. 

system must be capable 

   Thread is 1/4” N.P.T. 

of maintaining the 

   Install a connector socket on the air hose. For   

required air pressure at 

   best performance, fitting should have minimum 

the tool when it is 

   inside dia. of .190”(4.8mm). 

operated at its highest 

    

cycle speed. Inadequate 

    

air supply will result in a 

    

loss of power and 

    

inconsistent driving after 

    

the first cycle when the 

    

tool is operated in high 

    

speed bursts. 

   

 Always attach a 

free-flow-connector plug to the 

plier. If a wrong fitting is used, 

the tool can remain charged 
with air after disconnecting, 

and thus will be able to cycle 

even after the air line is 
unplugged. 

REGULATORS 

 Most air supply equipment will produce pressures 

NOTE: Air compressors used 

   that exceed the SP50’s maximum operating pressure, 

to supply compressed air to 

   55 p.s.i (3.9kg/cm²). A pressure regulator is required 

this plier should comply with 

   to control the operating pressure. The flow capacity 

the requirements of the 

   must be sufficient for the air usage at the installation. 

American National Standards 

    

Institute Standard B19.3-1972, 

    

Safety Standard for 

HOSES

Compressors for Process 

   Air supply equipment should have a 85 p.s.i. 

Industries. 

  

(6.0 kg/cm²) working pressure rating (or 150 percent 

 

   of the maximum pressure that could be produced in   

NOTE: Make sure air lines   

   the air system.) 

and fittings are clean before 

    

connecting. 

AIR CONSUMPTION 

 The SP50 requires 1.75 cubic feet per minute of free air to operate at the rate of 100 staples 
per minute, at 55 p.s.i. 

 Take the actual rate at which the plier will be run to determine the amount of air    required. 

For instance, if your staple usage averages 50 staples per minute, you need 50% of the 
7.75c.f.m. which is required for running at 100 staples per minute. 

Summary of Contents for DSP103020

Page 1: ...MANUAL WARNING BEFORE OPERATING THIS TOOL ALL OPERATORS SHOULD STUDY THIS MANUAL TO UNDERSTAND AND FOLLOW THE SAFETY WARNINGS AND INSTRUCTIONS KEEP THESE INSTRUCTIONS WITH THE TOOL FOR FUTURE REFERENC...

Page 2: ...o guard against flying fasteners and debris which could cause severe eye injury The employer and or user must ensure that proper eye protection is worn Eye protection equipment must conform to the req...

Page 3: ...operation as serious injury could result if the trip accidentally contacted someone or something causing the tool to cycle WARNING Keep hands and body away from the discharge area of the tool A conta...

Page 4: ...o the plier If a wrong fitting is used the tool can remain charged with air after disconnecting and thus will be able to cycle even after the air line is unplugged REGULATORS Most air supply equipment...

Page 5: ...g the tool MODEL SP 50 SERIES AIR DRIVE PLIERS MODEL ANVIL STAPLES SP 50 10B A ANVIL A SB103020 3 8 9 5mm 1 2 12 7mm 5 8 15 8mm SP 50 10B B ANVIL B SP 50 10B CL ANVIL CL SP 50 10B CR ANVIL CR SP 50 5B...

Page 6: ...by the person give equivalent performance to the original operating or testing the plier and equipment When ordering replacement parts by others in the work area specify by part number ASSEMBLY PROCE...

Page 7: ...should be replaced in a SPOTNAILS distributor However if they must be replaced in the field they may be separated by heating parts to approximately 450 F when the compound become plastic Clean parts t...

Page 8: ...8 Release Magazine Unit 024 Release Screw 501 and take away Cap 001 Packing 002 and Bumper 003 Pull out Cylinder Unit 007 Release C ring 502 Take away Driver Piston 004 and Driver 006...

Page 9: ...12 514 Insert single staple into Driver Guide 016 leaving points protruding Pull Driver Guide 016 down until staple points contact Anvil 029 Align Anvil 029 with staple points by turning Screw 506 Whe...

Page 10: ...and take away Cap 001 Packing 002 and Bumper 003 Pull out Cylinder Unit 007 Heat Screws 520 Release Screws 520 and take away Driver Guide 016 Reassemble New Driver Guide 016 and Screws 520 NOTE Use L...

Page 11: ...it 024 Push Cover Unit 018 forward and take away Cover Unit 018 Take away Pusher 019 from top hole on Magazine 024 Pull up and take away Block 028 from Magazine 024 Separate Springs 022 and Block 028...

Page 12: ......

Page 13: ...18550 Lock Pin Spring 514 P 24582 Socket Cap Screw 010 P 18548 Spring 028 P 13115 Lock Pin Block 516 P 07454 Spring Pin 011 P 21096 Trigger 029 P 31070 Clincher A 517 P 07455 Spring Pin 012 P 07447 Pi...

Page 14: ......

Page 15: ...ew 515 P 24585 Socket Cap Screw 521 P 24588 Socket Cap Flat Head 521 P 24588 Socket Cap Flat Head Screw Screw 524 P 07465 Spring Pin 524 P 07465 Spring Pin CLINCHER DL CLINCHER DR Part No Description...

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