FPMA-HAC100 - Support NeoMounts - Free user manual and instructions

Product Type	Single Monitor Mount
Brand	NeoMounts
Model	FPMA-HAC100
VESA Compatibility	75x75 mm, 100x100 mm
Weight Capacity	8 kg (17.6 lbs)
Screen Size Support	13" to 27"
Tilt Range	-5° to +15°
Swivel Range	±90°
Rotation	360°
Mounting Type	Desk clamp or grommet
Desk Thickness	10 to 50 mm (clamp)
Cable Management	Integrated cable clips
Material	Steel, aluminum alloy, plastic
Color	Black
Dimensions (Arm)	436 x 130 x 430 mm
Net Weight	2.5 kg
Package Content	Mount, desk clamp, grommet base, hardware, manual
Warranty	5 years

Frequently Asked Questions - FPMA-HAC100 NeoMounts

What is the VESA compatibility for the NeoMounts FPMA-HAC100?

The FPMA-HAC100 supports VESA patterns 75x75 mm and 100x100 mm, which are standard for most monitors.

What is the maximum weight capacity of this mount?

The mount can hold monitors weighing up to 8 kg (17.6 lbs).

Can I install the mount on a glass desk?

No, it is not recommended for glass desks. Use only on solid wood or metal desks with thickness between 10 and 50 mm.

Does the mount support cable management?

Yes, it includes integrated cable clips along the arm to keep cables organized.

What is the tilt range of the FPMA-HAC100?

The mount allows tilt adjustment from -5° to +15°, enabling optimal viewing angle.

How do I install the FPMA-HAC100 on my desk?

The mount can be installed using either the desk clamp (for desks up to 50 mm thick) or the grommet mount (requires a hole). Follow the included manual for step-by-step instructions.

What size monitors are compatible with this mount?

It supports monitors from 13 to 27 inches, depending on weight and VESA pattern.

Can the mount be used for dual monitors?

No, the FPMA-HAC100 is a single monitor mount. For dual setups, you would need a dual-arm mount.

What materials is the mount made of?

The mount is constructed from steel and aluminum alloy with plastic components, ensuring durability and stability.

Is the mount easy to adjust after installation?

Yes, the arm features adjustable tension for smooth movement, and tilt/swivel can be adjusted without tools.

USER MANUAL FPMA-HAC100 NeoMounts

Before starting assembly p. 2

Parts p. 3

Arm operation p. 4

Positioning p. 5

Serviceable range p. 6

Ceiling assembly p. 7

Cable assembly p. 13

Monitor assembly p. 17

Placement of the arm covers p. 19

Adjustment for loading p. 20

Adjusting universal joint tension p. 21

Safety notes p. 22

Technical line drawing of a mechanical arm assembly (no text or symbols)

BEFORE STARTING ASSEMBLY

• Please read this manual thoroughly, before assembling the product.
• Some drawings are enlarged to clarify the steps.
• Do not discard any of the packaging until you have checked all the parts.
• If you are missing any of the parts, please contact your supplier.

Note

Only if required, all fastening hardware can be replaced by the installer at their own risk, based on the requirements of the ceiling composition; Neomounts shall not be held liable if any fasterning hardware supplied by third parties fails to sufficiently secure the ceiling mount to the ceiling.

Cleaning recommendations

• Please use non-abrasive or diluted products to clean the plastic components of this product, such as soap water or diluted alcohol.
• Use a soft cloth with 91% isopropyl alcohol to remove pen or marker spots on the surface of the arm.
• For any other stains like iodine spots, a soft cloth with above cleansers is suggested for cleaning.
• The following chemicals are strictly forbidden to use cleaning the arm: abrasive cleansers, acetone, mineral spirits, paint thinner or any other harsh or toxic chemicals.

THE INSTALLATION SHOULD BE PERFORMED BY A QUALIFIED TECHNICIAN AND SHOULD MEET THE REQUIREMENTS OF LOCAL REGULATIONS

PARTS

Technical line drawing of a mechanical linkage assembly (no text or symbols)

Pure line drawing of a curved pipe or conduit without any text, numbers, or symbols

1. (×1)

Pure mechanical diagram of a vertical rod with internal curved components and a coiled spring, no text or symbols present.

1. (x1)

3. M4×12 (×4)

4. M6x30 (x4)

5. M4×25 (×4)

6. (x4)

7. 2,5 mm (x1)

8.4 mm (x1)

9. (x2)

10. (x1)

11. (×1)

12. (x1)

13. (x4)

15. (x4)

16. (x2)

17. (x1)

18. 17 mm (x2)

19. 3 mm (x1)

20. (×1)

21. (x2)

22. (x4)

23. (x2)

24. (x1)

25. M5x10 mm (x2)

26. M5x8 mm (x2)

27. (x1)

270° 370° 20° 60° 15° 40°

Right view

Unit: mm

SOLID RC WALL

2000~2100 846 1154~1254 600 1741 895 400~550 300 2080~2180 100 1200~1800 1005 100

Range at +20^ - Top view Unit: mm

SOLID RC WALL 1100 300 150 1000 200 Ø1515 Ø1688 Ø173 30° R930 R1774 R1687.5

Range at -60° - Top view Unit: mm

SOLID RC WALL 1100 300 150 1000 200 R930 Ø1073 Ø900 R1380 R1466.5 Ø173 30° 2200

CEILING ASSEMBLY

Unit: mm

NOTE: use level gauge or protractor to help the wall mount installation

Ø250±0.1 Ø300 4-Ø12

90°±1°

SOLID RC WALLSOLID RC WALL

Pure technical diagram of a mechanical or structural assembly without any text, numbers, or symbols

Technical diagram showing a structural support system with a magnified inset of a mechanical component detail.

If the wall plate is not levelled after installation on the wall, please use washers to fill the space in between the wall plate and wall.

If the wall plate is not levelled after installation on the wall, please use washers to fill the space in between the wall plate and wall.

Technical diagram showing a structural support system with a magnified inset of a semi-circular component and a cross symbol.

STEP 1

Install the ceiling mount firmly to a solid ceiling

1. Disassemble the ceiling mount and the adjustable pole.
2. Choose the exact place you want to fix the ceiling mount on the ceiling and mark the drill holes.
3. Drill 4 expansion bolts into the ceiling and place the 4 holes of the ceiling mount into the 4 expansion bolts.
   Recommended drill bit size: diameter ∅2,7 mm/ depth 60 mm ±20
4. Lock the bolts with 4 washers and 4 nylon nuts.

SOLID RC CEILING SOLID RC CEILING Recommended drill bit size: diameter Ø12.7 mm / depth 60 mm ± 2/0 tighten 15. (x4) 18. 17 mm (x2)

STEP A

Install the ceiling cover

If the upper pole hangs below a suspended ceiling, remove the ceiling cover spacer and push the ceiling cover up to the ceiling. Insert the two screws using the supplied Allen key to secure.

SOLID RC CEILING 26. M5x8 mm (x2) 27. (x1) Push the ceiling cover up to the ceiling

STEP B

Install the ceiling cover

If the lower pole hangs below a suspended ceiling, push the ceiling cover with ceiling cover spacer up to the ceiling. Insert the two screws using the supplied Allen key to secure.

Push the ceiling cover up to the ceiling

25. M5x10 mm (x2) 27. (x1)

STEP 2

1. Place the bearings onto the spindle.
2. Place the arm onto the spindle.
3. Manage the cables well and make sure that the C-clip is fitted into the groove of the spindle securely, so the fixed section of the arm cannot be pulled out from the mount while adjusting the arm.
4. Put the rotating cover-L on the arm.

Cable management

1. (×2)

1. (×1)

STEP 3

Adjust the height

1. Put the adjustable pole inside the ceiling mount.
2. Fix the pole at the desired height by wrench with 2 screws, 2 screw bushings, 2 washers and 2 nylon nuts.

SOLID RC CEILING 18. 17 mm (x2) 22. (x4) Cable management Every pitch of adjustable pole holes is 100 mm. Please use screws and spacer sleeve to fix the plastic cover to the pole. 19. 3 mm (x1) 20. (x1) 21. (x2) 23. (x2)

NOTE

Please make sure this joint is in a vertical 90° angle.

90° ± 1° 90° ± 1° SOLID RC WALL

CABLE ASSEMBLY

PARTS

rotating cover-L front cable cover rotating cover top cable cover middle cover-1R end cover-2Rend cover-2 mid VESA cable cover-S grab handle

STEP 1.1

Remove the cable covers.

Slide the cable cover out of the arm slot carefully, as shown. Remove the VESA cable cover with a screw driver (not provided), as shown. Save the screws for reattachment after the monitor installation.

STEP 1.2

Run the cables through the arm. Assemble the cable wrapper.

1. Cable wrapper (x1)

2. Cable tie (x4)

40 cm 30 cm 15cm 58 cm 117 cm

Technical diagram of a mechanical linkage system with labeled components and angular measurement of 40° angle

• The VESA adapter must be moved entirely down to put the cable through.
• Allowing for arm movement, it is suggested to keep at least 15 cm of cable left from the VESA adapter.

1

Technical diagram showing mechanical assembly with labeled parts and directional arrows indicating motion or assembly steps.

2

Please note should be pl spring.

Please note that the cable should be placed under the spring.

3

Technical illustration of a mechanical assembly with hands installing components (no text or symbols)

Technical line drawing of a mechanical device with tubing and components (no text or symbols)

4

Please note that the screw has to go through the spring. Support tools

5

Technical diagram of a mechanical assembly with gears and adjustment parts (no text or labels)

MONITOR ASSEMBLY

STEP 1.1

Remove the back cover utilizing a screw driver (not included), as shown and pull out the cable in order to install the monitor. NB. Please save the screws for reattachment of the cover after monitor installation.

Technical illustration of a robotic arm with two views showing mechanical assembly (no text or symbols)

STEP 1.2

Fix the monitor on the VESA mount, using the Allen key and screws.

1. M6x30 (x4)

8.4 mm (×1)

Technical line drawing of a mechanical assembly with bolts and a central component (no text or symbols)

1. M4×25 (×4)

1. (x4)

1. 2,5 mm (x1)

4 mm

Simple line drawing of a screw and a cylindrical component with a separate dashed line (no text or symbols)

STEP 1.3

Connect the cable to the monitor

Connect the cables to the monitor, complete the circuit and replace the VESA cable cover-B or VESA cable cover-S.

Technical diagram illustrating the assembly of a 3D printer with labeled parts and directional arrows indicating process flow.

STEP 1.4

Fix the handle bar

1. Insert the handle bar into the 2 holes on the bottom of the VESA interface.
2. Fix the handle bar with 4 screws with a 2,5 mm Allen key through the 4 holes on the lower part of the VESA interface.

1. M4×12 (×4)

7.2,5 mm (x1)

Technical line drawing of a mechanical assembly with no visible text or symbols

REPLACEMENT OF THE ARM COVERS

Follow the order as below to assemble the covers. Replace the adjuster covers as shown.

ADJUSTMENT FOR LOADING

Caution for weight capacity adjustment

1. Make sure you have checked the weight of the monitor you wish to mount.
2. Support the arm throughout/ during installation.
3. Pull down the arm and take out the upper cap (see below figure) during adjustment.

Adjustment:

Use the Allen key provided to adjust the weight capacity. Turn the Allen key in a clockwise direction for more weight and in counterclockwise direction for less weight.

Loading:

FPMA-HAC100: 1\~6 kg

FPMA-HAC100HC: 6\~12 kg

• The products loading capacity is based on the monitors' center of gravity less than 3 cm from
  the end of the VESA interface.
• The loading capacity could be reduced if the monitor size is bigger than 26 inches or the depth is more than 5,5cm .

- All product specifications in catalogues are subject to change without notice.

Fasten the screw with the 4 mm Allen key and adjust the tightness of rotation according to your wishes.

Technical diagram of a mechanical linkage system with labeled components and directional arrows indicating motion or assembly.

ADJUSTING UNIVERSAL JOINT TENSION

When assembling the arm with monitors of different weight, you may find that the tension of the universal joint needs to be adjusted to ease movement or to maintain the desired monitor position. If so, adjust as follows:

1. Remove the plastic universal joint cover.
2. Find the nylon nut (not the screw head) and use the provided wrench to adjust the tension. Fix the screw head by wrench during adjustment.
3. Use one hand to support the monitor and adjust the tension of the universal joint:

Clockwise: more tension

Counterclockwise: less tension

1. When the desired tension is achieved, replace the plastic covers.

Caution

• Support the monitor during the adjustment procedure.
- Only adjust the nylon nut (not the screw head).
- Do not disassemble the universal joint.

Screw Head Nylon Nut Tighten Loosen

SAFETY NOTES

• Do not disassemble once assembled.
• Make sure that mounting screws are suitable for the horizontal surface and adequate to hold the weight of the arm and the monitor.
• Support the monitor and arm throughout assembly and mounting.
• Keep small parts out of reach from children.

Make sure that the horizontal surface is substantial to hold the weight of the arm and the monitor.

SOLID RC CEILING

Only use with LCD/ TFT monitors compliant with VESA 75x75 mm or 100x100 mm.

100 75 75 100 LCD / TFT MONITOR

Monitors to be mounted should not weigh more than the maximum weight capacity of the mount, as stated in this manual.

Mechanical assembly diagram showing a robotic arm connecting a component to a curved housing (no text or symbols present)

Do not hang or swing on the arm.

Cartoon illustration of a child climbing a mechanical arm with a funnel above (no text or symbols)

Do not hold the arm as a support to get up.

Silhouette of a person using a lamp to lift a bed, no text or symbols present

Do not place unnecessary objects on the arm.

Diagram of a mechanical device with a hanging shirt and funnel, no text or symbols present

EN ! CAUTION

1. To ensure safety, please read this manual carefully before installation and follow the instructions. Store this manual in a secure place for future reference.
2. The manufacturer shall not be legally responsible for any equipment damage or personal injury caused by incorrect installation or operation other than that covered in this manual.
3. The mount is designed for easy installation and removal. The manufacturer shall not be liable for damage to equipment or personal injuries arising out of human factors or acts of nature, such as earthquake or typhoon.
4. It is recommended that the mount be installed by qualified personnel only.
5. At least two persons are needed to install or remove the product to avoid hazard of failing objects.
6. Please carefully inspect the area where the mount is to be installed:
7. Avoid places that are subject to high temperatures, humidity or contact with water
8. Do not install the product near air conditioning vents or areas with excess dust and fumes.
9. Only install on vertical walls and avoid slanted surfaces
10. Do not install in places subject to any shock or vibration.
11. Do not install in places subject to direct exposure to bright light, as it may cause eye fatigue when viewing the display panel.
12. Maintain sufficient space around the display to ensure adequate ventilation.
13. To ensure safe installation, first check the structure of the wall, ceiling or floor and select a secure mounting location.
14. The wall, ceiling or floor should be strong enough to sustain a weight of at least four times of the display and mount combined. The mounting location must be able to withstand earthquake or other strong shock.
15. Do not modify any accessories or use broken parts. Contact your dealer with any questions.
16. Tighten all screws (do not exert excessive force to avoid breaking the screw or damaging its thread).
17. Drill holes and bolts will be left in the wall, ceiling or floor once the display and bracket are removed. Stains may occur after extended use.
18. Since the manufacturer has no way to control the wall, ceiling or floor type and installation of the mount, the warranty of the product shall only cover the body of the mount. The warranty period of the product is 5 years.
19. Please consult the English language manual for any dispute on conditions.

DE ! VORSICHT