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Page 

20 

Figure 6-1 

Step 

6

                       

Ergonomic Guidelines                                                             

Note:

 

Proper ergonomic design is necessary to prevent repetitive strain injuries, which 

can develop over time and can lead to long-term disabilities. 

 

1.  To  ensure  the  correct  focal  distance  for  ultimate  visual  comfort,  a  viewing  distance 

between 460mm (18”) to 610mm (24”) is recommended (

See

 

Figure6-1

). 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Summary of Contents for WA540S

Page 1: ......

Page 2: ...instructions manual provided Using improper screw sizes may damage your display If spacers are required be sure to use the screws of the correct size Use of proper screws will easily and completely thread into the display mounting holes Inadequate thread engagement in the display may cause display to fall It is the installer s responsibility to make sure the combined weight of all components does ...

Page 3: ...y can result in serious personal injury or damage to equipment Specifications Product Dimension Weight Capacity 17 6lbs 8Kg Suits LCD Flat Panel Displays 12 300mm 24 610mm Maximum Extension 18 457mm Depth from Wall 3 2 81 5mm Tilt Adjustment 90 degrees Display Orientation 360 degrees Swivel Adjustment 90 degrees Pivot 180 degrees VESA Compatibility 75x75mm and 100x100mm ...

Page 4: ...Page 4 Supplied Parts ...

Page 5: ...1 Carefully inspect verify that all components are present 2 If the mount components are damaged or missing please contact the company seller of the product you purchased this unit from and report the issue Note Read all assembly instructions before starting the installation process ...

Page 6: ...ure the combined weight of all components does not exceed weight capacity of 17 6lbs 8Kg The manufacturer accepts no responsibility for incorrect installation Wood Wall Installation 1 To determine Wall Plate 2 mounting height add 1 25 4mm to the mounting height from the top of the table See Figure 1 1 2 Place the Wall Plate 2 on the wall Mark location with pencil See Figure 1 2 3 Use awl or stud f...

Page 7: ...Figure 1 2 4 Insert Philips Screw ST6 3x65mm 3 through Washer 14 Wall Plate 2 and finally into pilot hole Repeat for remaining Philips Screws Tighten Philips Screw securely See Figure 1 4 Figure 1 4 Figure 1 3 ...

Page 8: ...bined weight of all components does not exceed weight capacity of 17 6lbs 8Kg The manufacturer accepts no responsibility for incorrect installation Note Select the proper hardware for this installation Concrete Wall Installation 1 To determine Wall Plate 2 mounting height add 1 25 4mm to the mounting height from the top of the table See Figure 1 5 2 Place the Wall Plate 2 on the wall Mark the moun...

Page 9: ...gure 1 6 Figure 1 7 4 Insert Anchor 13 into anchor hole and seat with gentle tapping from hammer Hammer anchor screw until anchor has fully collapsed against back side of concrete wall See Figure 1 8 Figure 1 8 ...

Page 10: ...Page 10 5 Insert Philips Screw ST6 3x65mm 3 through Washer 14 Wall Plate 2 and finally into anchor 13 Repeat for remaining Philips Screws Tighten Philips Screws securely See Figure 1 9 Figure 1 9 ...

Page 11: ...ure the combined weight of all components does not exceed weight capacity of 17 6lbs 8Kg Exceeding weight capacity can result in severe personal injury or damage to equipment Wall Mount LCD Arm will only work when a display is properly installed Note All Spacers or Screws used should be the same length Attaching the Display 1 Ensure Tilter Mount Bracket of Wall Mount LCD Arm Assembly is able to sw...

Page 12: ...ter Mount Bracket so that the mounting holes on the Tilter Mount Bracket and Spacers 4 are aligned See Figure 2 2 5 Using a Philips Screwdriver install selected Screws 6 8 through mounting holes on Tilter Mount Bracket and Spacers 4 and into the display monitor Tighten Screws with Philip Screwdriver so the Tilter Mount Bracket is firmly attached to the display monitor Do not over tighten the Screw...

Page 13: ...bly 1 Attach the Wall Mount LCD Arm Assembly 1 to Wall Plate 2 by placing the LCD Arm Assembly downward onto the top of the Wall Plate pole See Figure 3 1 2 Once the Wall Mount LCD Arm Assembly is in desired position tighten with Hex Grub Screw using the Hex Allen Wrench 2 5mm 10 so the assembly is firmly in place See Figure 3 2 Figure 3 1 Figure 3 2 ...

Page 14: ... 3 3 Place the Cover 11 Insert the Phillips Screw M6x12mm 12 and Plastic Washer 15 and tighten using a Phillips Screwdriver Do not over tighten This is to help prevent the LCD Arm Assembly from detaching See Figure 3 3 ...

Page 15: ... to leave enough slack in the cables to allow for movement of the arms Installing Cable Management 1 Connect cables to display monitor Adjust the display to its fully extended position to ensure that there is sufficient cabling at the end of the Arms so that the cables are not stretched or pulled out when the display is moved See Figure 4 1 2 Feed the cables through the cable bracket entry slot on...

Page 16: ...ount LCD Arms Assembly or display monitor Exercise caution when adjusting the display Support the display to avoid damage to equipment Disconnect power before removing the display Adjusting the Wall Mount LCD Arm Assembly Resistance 1 Support display monitor when adjusting the resistance of the Wall Mount LCD Arm Assembly See Figure 5 1 ...

Page 17: ...be done by using Hex Allen Wrench 4mm 9 To increase the resistance of the Tilter Mount Bracket to secure tilt position adjust the M5x15mm Tension Hex Socket Cap Screw located around the Tilter Mount Bracket using the supplied 4mm Hex Allen Wrench See Figure 5 2 4 To increase or decrease the resistance of the Pivot Joint to suit display monitor swivel adjust the Tension Hex Cap Screw located on the...

Page 18: ...Plate 2 followed by reattaching the LCD Arm to the Wall Plate 2 to achieve your desired position See Figure 5 4 7 If this product tends to automatically move to the side tension adjustment may be required on the LCD Arm to set your display monitor arm to the desired position This can be done by using Hex Allen Wrench 2 5mm 10 See Figure 5 5 Figure 5 3 Figure 5 4 ...

Page 19: ...Page 19 Figure 5 5 ...

Page 20: ... design is necessary to prevent repetitive strain injuries which can develop over time and can lead to long term disabilities 1 To ensure the correct focal distance for ultimate visual comfort a viewing distance between 460mm 18 to 610mm 24 is recommended See Figure6 1 ...

Page 21: ...ds to be supported to decrease disc pressure Sitting in a chair with a backrest that inclines backwards and has adequate lumbar support is critical to prevent excessive lower back pressures The recommended ergonomic seating position to minimize pressures is to sit with the wrists straight at a 90 angle from the floor and seat and knee angle must also be at a 90 angle Angular adjustment to reduce r...

Page 22: ...r visit www dyconn com Dyconn disclaims any liability for modification improper installations or installations over specified weight range Dyconn will not be liable for any damages arising out of the use of or inability to use of Dyconn products Warranty specification is subject to change without prior notice ...

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