background image

 

Page      18 

 

4.  The gas spring arm can lift up 60° and down 30° (

See Figure 5-4

). At the wall plate, 

the mount has a swivel range of 180°, 360° at the pivot point and 180° at the monitor 

interface (

See

 

Figure 5-5

).   

 

 

 

 

 

 

 

 

Figure 5-4 

Figure 5-5 

Summary of Contents for Myth Series

Page 1: ...Page 0 ...

Page 2: ...t if you do not follow the corresponding instructions It is the installer s responsibility to make sure all components are properly assembled and installed using the instruction manual provided Using improper screws or screw sizes may damage your display If spacers are required be sure to use screws of the correct size Proper screws used will easily and completely thread into the display mounting ...

Page 3: ...ing the weight capacity can result in serious personal injury or damage to equipment Required Tools ASSEMBLY and INSTALLATION INSPECT THE MOUNT BEFORE ASSEMBLY 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 from and report the issue Note Read all assembly instructions be...

Page 4: ...Page 3 Product Dimension ...

Page 5: ...Page 4 Supplied Parts ...

Page 6: ...vere personal injury or damage to equipment It is the installer s responsibility to make sure the combined weight of all components does not exceed the maximum weight capacity of 17 6lbs 8kg per arm The manufacturer accepts no responsibility for incorrect installation Wood Wall Installation 1 Use an electronic stud finder to locate the wooden beam Place the Wall Plate 3 on the wall and mark the pi...

Page 7: ... the wooden beam Proceed to drill pilot holes 2 into the beam See Figure 1 2 3 Insert the Philips Screw ST6 3x65mm 4 through the Washer 9 Wall Plate 3 and into the pilot hole Securely tighten the screws with a Philips screwdriver See Figure 1 3 Figure 1 3 Figure 1 2 ...

Page 8: ...ew using the 2 5mm Allen Wrench 17 See Figure 1 4 5 Place the Cover 19 on the top of the DEK Place the Phillips Screw M6x12mm 15 through the Plastic Washer M6 13 and into the bottom of the DEK Securely tighten with a Phillips screwdriver Do not over tighten See Figure 1 5 Figure 1 4 Figure 1 5 ...

Page 9: ...or damage to equipment It is the installer s responsibility to make sure the combined weight of all components does not exceed the maximum weight capacity of 17 6lbs 8kg per arm The manufacturer accepts no responsibility for incorrect installation Masonry Wall Installation 1 Place the Wall Plate 3 on the wall and mark the pilot holes See Figure 1 6 2 Ensure that the pilot holes are straight and ce...

Page 10: ...r until the Anchor 7 is fully engaged into the wall See Figure 1 8 4 Insert the Philips Screw ST6 3x65mm 4 through the Washer 9 Wall Plate 3 and into the Anchor 7 Securely tighten the screws with a Philips screwdriver Do not over tighten See Figure 1 9 Figure 1 9 Figure 1 8 ...

Page 11: ... using the 2 5mm Allen Wrench 17 See Figure 1 10 6 Place the Cover 19 on the top of the DEK Place the Phillips Screw M6x12mm 15 through the Plastic Washer M6 13 and into the bottom of the DEK Securely tighten with a Phillips screwdriver Do not over tighten See Figure 1 11 Figure 1 10 Figure 1 11 ...

Page 12: ...y to make sure the combined weight of all components does not exceed the weight capacity of 17 6 lbs 8kg Exceeding weight capacity can result in severe personal injury or damage to equipment Gas Spring Arms will only work when monitors are properly installed Note All Spacers or Screws used should be the same length Attaching the Display 1 Ensure the VESA bracket 1 can swivel and tilt easily See Fi...

Page 13: ...the mounting holes with the VESA bracket Thread the proper Screws 11 12 through the VESA bracket and into the back of the monitor See Figure 2 3 5 Using a Phillips screwdriver tighten the screws until the VESA bracket is firmly attached to the monitor Do not over tighten the screws Stop immediately once you encounter resistance See Figure 2 4 Note All Spacers or Screws used should be the same leng...

Page 14: ... 1 Install the Extension Arms 2 onto the DEK 18 See Figure 3 1 2 Place the arm Covers 14 on the pivot points Place the Phillips Screws M6x12mm 15 through the Gaskets 16 and into the bottom of the DEK 18 Securely tighten screws with a Phillips Screwdriver Do not over tighten The arm covers are used to help secure the extension arms See Figure 3 2 Figure 3 1 Figure 3 2 ...

Page 15: ...e Extension Arms See Figure 3 3 4 Place the arm Covers 14 on the pivot points Place the Phillips Screws M6x12mm 15 through the Plastic Washers M6 13 and into the bottom of the pivot points Securely tighten with a Phillips Screwdriver Do not over tighten See Figure 3 4 ...

Page 16: ...ay Note Be sure to leave enough slack in the cables to allow for movement of the arms Installing Cable Management 1 Adjust the arm to its fully extended position to ensure that the cables are not stretched or pulled when the monitor is moved Connect cables to monitor See Figure 4 1 2 Feed the cables through the underside of the arms and push them into the cable entry slots Then proceed to install ...

Page 17: ...ng the monitor to avoid damage to equipment Disconnect power before removing the monitor Note The gas spring arm comes factory set to support a 17 6 lbs 8 kg monitor Be sure to adjust the arm to suit the weight of the monitor Adjusting the Resistance 1 Depending on the weight of the monitor the resistance on the gas spring arm may need to be adjusted To make the necessary adjustments loosen tighte...

Page 18: ...To adjust the resistance on the VESA bracket use the provided 6mm hex Allen wrench 6 to loosen or tighten the hex screw until you have reached your desired position See Figure 5 2 3 This bracket features 90 Swivel See Figure 5 3 Figure 5 3 Figure 5 2 ...

Page 19: ...4 The gas spring arm can lift up 60 and down 30 See Figure 5 4 At the wall plate the mount has a swivel range of 180 360 at the pivot point and 180 at the monitor interface See Figure 5 5 Figure 5 4 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 18 460mm to 24 610mm is recommended See Figure6 1 ...

Page 21: ...reen The lumbar bottom five vertebrate in the spine needs to be supported to decrease disc pressure Using a chair that provides lumbar support is critical in preventing excessive pressure on the lower back The proper ergonomic seating position requires the wrists to be straight and a 90 seat and knee angle To reduce reflection on your screen tilt the monitor forward or backwards 5 to 15 See Figure...

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 ...

Reviews: