Stanley 77356 Service Repair Training
Stanley 77356 Service Repair Training

Stanley 77356 Service Repair Training

Multiline laser

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Service Repair Training Documentation
Multiline Laser FMHT1-77356 + FMHT1-77357

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Summary of Contents for Stanley 77356

  • Page 1 Service Repair Training Documentation Multiline Laser FMHT1-77356 + FMHT1-77357...
  • Page 2: Specifications

    Safety Instructions KEY (Legend) of SYMBOLS Specifications Set up the stand Disassembling Calibration & adjustments Assembling...
  • Page 3 Before repair and service Follow the safety instructions...
  • Page 4: Safety Instruction

    Safety Instruction Before attempting any repairs, the following should be observed: General: • Ensure that the correct tool is used and only use good quality hand tools. • Ensure the work shop is clean and tidy. • Always wear protective clothing, Overalls, safety gloves, safety glasses, safety hat/net etc. •...
  • Page 5 Before repair Before repair and strip down Carry out a visual check: Date code & Serial number Condition of contacts (unit, charger and battery) On/Off selector Battery indicator Condition of windows...
  • Page 6 Before repair Before repair and strip down Carry out a functionality check: • 3 beams • Alignment • Tilt mode...
  • Page 7 KEY (LEGEND) of SYMBOLS ENGLISH GERMAN ITALIAN FRENCH SPANISH PORTUGUESE DUTCH CHECK ÜBERPRÜFEN CONTROLLARE CONTROLER COMPROBAR VERIFIQUE CONTROLEREN ATTENTION ! ACHTUNG ! ATTENZIONE ! ATTENTION ! ATENCION ! ATENÇÃO! ATTENTIE ! TOURNEZ DANS LE TURN GIRAR SENTIDO DREHEN GEGEN GIRARE IN SENSO SENS INVERSE DES COUNTER GIRO IZQUIERDA...
  • Page 8 KEY (LEGEND) of SYMBOLS ENGLISH GERMAN ITALIAN FRENCH SPANISH PORTUGUESE DUTCH TORX- TORX TORX HEAD CACCIAVITE TOURNEVIS DESTORNILLADO SCHRAUBEN- CHAVE TORX SCHROEVENDRA SCREWDRIVER TORX TORX R TORX DREHER AIER SCHLITZ- PLATTE FLAT CACCIAVITE DESTORNILLADO SCHRAUBEN- TOURNEVIS PLAT CHAVE DE FENDA SCHROEVENDRA SCREWDRIVER PIATTO...
  • Page 9 KEY (LEGEND) of SYMBOLS ENGLISH GERMAN ITALIAN FRENCH SPANISH PORTUGUESE DUTCH QUESTION ? FRAGE? DOMANDE ? QUESTION ? ¿PREGUNTA? PERGUNTA? VRAGEN? GEHE ZUR WEB GO TO WEB SITE VISITARE IL SITO ALLEZ SUR NOTRE VISITA LA PAGINA PARA MAIS GA NAAR ONZE WWW.
  • Page 10 KEY (LEGEND) of SYMBOLS ENGLISH GERMAN ITALIAN FRENCH SPANISH PORTUGUESE DUTCH Content Inhalt CONTENUTO Index Contenido Conteúdo Inhoudstabel Änderungs Change Version CAMBIO VERSIONE Changer de version Cambiar Version Alterar versão Gewijgde versie Version No.xxx N° XXX No.xxx No xxx No.xxx Nr.
  • Page 11 Specifications FMHT1-77356 /57...
  • Page 12 FMHT1-77356 / FMHT1-77357...
  • Page 13 Set up the calibration stand We need at least 2 walls, to put the verification /calibration sheets on. Distance on the drawing are indicative minimum distances. Can be more, but it must be vissible and verifiable.
  • Page 14 Laser pillar Stable construction: pillar or 3 pod. Ideaal with a THEODOLITE,so that a 180° or 360° rotation is quit easy without lifting the laser.
  • Page 15 Calibration sheets Calibration sheets must be aligned horizontal and vertical. Use therefore a rotating laser for example. These must be 100% correct because further diagnose and verifications depend on these!!
  • Page 16 Reminders for checking the accuracy Put the laser on to the stand and verify if there is any deviation? • Check the X axis • Turn the laser 180° and recheck • Turn the laser 90° and check the Y axis •...
  • Page 17 Disassembling 12 X TX 0.6...
  • Page 18 TX 10 - 18mm TX 10 - 10mm...
  • Page 20 Create your own tool Repair tip&trick: To improve stability of the laser during test and calibration, you can create very easy a tool: • To improve stabilty of a laser for reasing of half clampshell /foot, during diagnose/calibrating: • Take an old laser and cut the housing. •...
  • Page 21 Verification and adjustment : laser placement on your stand...
  • Page 23 Where and how to make adjustments Adjustment of the X or Y axis will influent the Z axis !! Adjustment of the X axes Adjustment of the Y axes...
  • Page 24 Remark: setup in a box is only for explanation of the adjustment screws and method !! This is not a life test environment !!
  • Page 25: Axis Adjustment

    X axis adjustment Move the beam to the right, adjust anti - clock wise...
  • Page 26 X axis adjustment Move the beam to the left, adjust clock wise...
  • Page 27 Y axis adjustment (turn the laser 90°) Move the beam to the right, adjust clock wise...
  • Page 28 Y axis adjustment (turn the laser 90°) Move the beam to the right, adjust anti - clock wise...
  • Page 29 Sequence of adjustment Step 1: 1. Laser on the pole, beam at the left hand side. 2. 3 beams on 3. Check the X beam on the opposite wall. • Within the specs, or no vertical deviation:no action • Out of specs or vertical deviation: make an adjusment 4.
  • Page 30 Step 3: 1. Laser on the pole, beam at the left hand side. 2. 3 beams on 3. Check the Y beam on the opposite wall. • Within the specs, or no vertical deviation:no action • Out of specs or vertical deviation: make an adjusment 4.
  • Page 31 Step 4: 1. Turn the laser 180°, beam at the richt hand side. Make another check 2. 3 beams on 3. Check the Y beam on the opposite wall. • Within the specs, or no vertical deviation:no action • Out of specs or vertical deviation: make an adjusment 4.
  • Page 32: After Adjustment

    After adjustment Finalize you calibration: 1. Seal and block the adjusment screws! Use a block varnish to fix the screws • 2. Check the tilt function of the laser. Lift your laser a couple degrees and check that the laser •...
  • Page 33 Finalize you calibration: 3. Check if the 2 plastic arms catch the laser pendilium if you put the laser of. Laser pendelium is now fixed in the middle position for transport purpose. At the same time is the switch on the PB desactiveted.
  • Page 34 Remember: The next check will be made by your customer.

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