edgenectar Pinge5000 4.0 Indoor Air Quality Monitor Installation Guide

Pinge5000 4.0 Indoor Air Quality Monitor

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Product Specifications

• Model: Pinge5000

• Version: V1.0

• Installation Unit Space Requirement: mm

  • pRRU Dimension: 200mm x 200mm x 50mm
  • Installation Suggestion: >300mm
  • Min. Requirement for Installation: >50mm, >300mm,

    150mm

• HUB Dimension: 482.6mm x 43.55mm x 310mm

Product Usage Instructions

pRRU Installation

1. Mark Anchor: Wall or roof backplane anchor point.

2. Punch and install the plastic expansion pipe.

3. Install the backplane by fixing the metal mounting parts
   according to the provided sequence.

4. Install pRRU by aligning the position and sliding the equipment
   into place.

HUB Installation

1. Cabinet installation in a 1U space.

2. Close the auxiliary fastener to the wall and mark the
   positioning point.

3. Punch holes at the locating points and install expansion
   bolts.

4. Recommended RRU ground height is between 1200mm to 1600mm.

5. Hang up the RRU and tighten the top nut.

On Site Construction Of Photoelectric Hybrid Cable

When handling optical fiber:

• Use goggles to protect eyes.
• Dispose of waste optical fiber properly.
• Avoid looking directly at the optical fiber end face with
  light.

Tools and accessories needed:

• Cable peeling tool
• Fiber stripper
• Fiber cutter
• Fiber welding machine
• Dry paper, Alcohol (99.5%)
• Crimping pliers
• Red light pen, Laser light source
• Fiber power meter

Cable laying guidelines:

• Use a pay off rack for cable paying off.

• Avoid twisting and looping the cable; keep it natural and
  straight.

• Avoid excessive bending or damaging the cable, especially at
  right angles.

Frequently Asked Questions (FAQ)

Q: What should I do if I encounter difficulties during

installation?

A: If you face challenges during installation, please refer to
the installation guide provided or seek assistance from a
professional with optical communication construction
experience.

Q: How do I conduct a bare fiber on-off test after laying the

cable?

A: Use the bare fiber adapter and red light pen to perform the
bare fiber on-off test to ensure proper functionality without
repeated mobilization in later stages.

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Pinge5000 Quick installation guide
Special attention: for the installation, it is required to be assembled by person with optical communication construction experience and equipped with professional optical fiber wiring tools and monitoring tools. Before wiring, it is necessary to check whether the work meets the requirements according to the guidance requirements. During constructionTry to avoid bending optical fiber and section pollution, otherwise service may be damaged.
VersionV1.0

Space Requirement Of Installation Unit: mm
a pRRU Dimension
200

200

50

b Installation suggestion

300

c Min. requirement for installation

50

300
2

150

Space Requirement Of Installation Unit: mm
a pRRU Dimension
200

200

50

b Installation suggestion

300

c Min. requirement for installation

50

300
3

150

pRRU Installation
1. Mark Anchor

Wall or roof Backplan

e

anchor point

4

pRRU Installation
2. Punch and install the plastic expansion pipe
5

pRRU Installation
3. Install the backplane

Fix the metal mounting parts to the equipment according to the sequence shown in the figure

1

3

4

2

6

pRRU Installation
4.Install pRRU
Align the position and slide the equipment
7

pRRU Installation

Optical fiber port

fiber jumper Fusion welding

Photoelectric hybrid cable

fiber jumper Fusion welding

Optical fiber port

Power supply

Power supply

Extension test port

Fiber port

Power supply
8

HUB Dimension

482.6

43.55

310

unitmm
9

HUB installation
19″ Cabinet installation1U space
10

HUB Installation

Close the auxiliary fastener to the wall and mark the positioning point with a mark 160

Punch holes at the locating points and install expansion bolts

The recommended RRU ground height is
1200mm1600mm

After all expansion bolts are pulled out, the plastic pipe shall be discarded
Do not screw all expansion bolts into the cavity, and the expansion bolts shall leak out of the wall for a distance of 20mm ~ 30mm.

As shown in the figure below, make three holes in the wall and tighten the expansion bolt with a dual-purpose wrench (20mm ~ 21mm).

Install the mount on the hub. 5 Hang up the RRU and
tighten the top nut

11

On Site Construction Of Photoelectric Hybrid Cable
· Personal Safety
During operation, pay attention that fiber breakage will cause damage to eyes or other parts of the body. Therefore, in the process of handling optical fiber, it is necessary to wear goggles and correctly dispose of waste optical fiber. Do not look directly at the optical fiber end face with light.
· Installation tool

Cable peeling tool

Fiber stripper

Fiber cutter

Fiber welding Machine Fiber stripper
· Test tool

Dry paper Alcohol 99.5%

Crimping pliers

Red light pen

Laser light source
12

Fiber power meter

On Site Construction Of Photoelectric Hybrid Cable
Accessories: LC-FC jumper/LC-LC jumper/LC-LC female head
Cable Laying Pay off rack is adopted for paying off: Horizontal setting out of cable reel is prohibited;
13

On Site Construction Of Photoelectric Hybrid Cable
The cable shall be natural and straight; Twisting and looping are strictly prohibited;
Do Not Bend Or Damage The Cable Excessively
Fiber easy to break when it crosses a right angle
14

On Site Construction Of Photoelectric Hybrid Cable
Bare fiber on-off test After the cable is laid, use the bare fiber adapter and red light pen to conduct the bare fiber on-off test to avoid repeated mobilization in the later stage;
Fiber treatment: sheath stripping / fiber stripping / core stripping
fiber adapter Test steps: insert optical fiber / test on-off
15

On Site Construction Of Photoelectric Hybrid Cable
1. Thread one end of the optical fiber and tail fiber to be welded into the nut of the welding protection tube respectively
Sleeve in heat pipe
2. Insert Sleeve in 60mm heat pipe
16

On Site Construction Of Photoelectric Hybrid Cable
3. Use the butterfly fiber stripper to cut off the excess fiber protective sleeve, and then peel and clean it
4. Open the fiber clamp cover, press it into the clamping slot, cover the clamp cover and flatten it
17

On Site Construction Of Photoelectric Hybrid Cable
5. Put the fiber clamp into the tray
6. Put the tray into the fiber stripper, press the fiber stripper, pull out the tray at a uniform speed and straight, and peel off the fiber coating
18

On Site Construction Of Photoelectric Hybrid Cable
7. Place the tray on the optical fiber cutter, pay attention to the alignment of the front end of the tray on the cutter slot, and cut the optical fiber
8. Remove the fiber from the tray and the clamp
19

On Site Construction Of Photoelectric Hybrid Cable
9. Prepare the hot melted pigtails
10. Cut with fiber cutter
20

On Site Construction Of Photoelectric Hybrid Cable
11. Clean With Alcohol again
12. Fix the cable and pigtail into the splicing box of single core optical fiber fusion splicer
21

On Site Construction Of Photoelectric Hybrid Cable
13. Put the pigtail into the 0.9mm guide slot and the fiber into the 0.25mm guide slot
14. Turn on the welding machine to connect the optical fiber and pigtail
22

On Site Construction Of Photoelectric Hybrid Cable
15.Check the insertion loss value after fiber fusion. If it is bigger than 0.05db, repeat the above steps for re-fusion (the fusion will prompt the abnormal causes, such as uneven end face, bubbles in fusion, fiber core damage, etc.)
16.Slowly move the heat shrinkable sleeve to the fusion point to cover the exposed fiber
23

On Site Construction Of Photoelectric Hybrid Cable
17. Fix the fiber to the heat shrinkable groove of the welding machine, start heating, and take it out after the heat shrinkable is completed
18. Check whether the heat shrinkable sleeve is close to the outer sheath of the fiber. If it cannot play a protective role, and needs to continue heating
24

On Site Construction Of Photoelectric Hybrid Cable
19. Install the fused optical fiber into the protective sleeve and tighten the nuts at both ends 20. Weld another optical fiber and repeat the above steps
25

On Site Construction Of Photoelectric Hybrid Cable
Power Cord Fabrication
1. Peel off the 8mm power cord insulation
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On Site Construction Of Photoelectric Hybrid Cable

1. Sleeve in cold-press tube terminals

2. Crimping pliers shall crimp the segment. If the tail wire is exposed, it shall be protected by heat shrinkable sleeve

3. Press the orange button, insert the power cord according to the sequence shown in the figure, and then release it. Pull each cable outward with about 10N force to confirm that each cable is well connected
27

Connect Photoelectric Hybrid Cable
Connect Equipment

EU

pRRU

Connect EU and pRRU. In the connection of photoelectric hybrid cable, pay attention to the sequence of optical fiber TX and Rx and the optical port and power port corresponding to pRRU and EU.

28

Connect Photoelectric Hybrid Cable

Material List

No

Item

1 Photoelectric hybrid cable(variable length)

2 Fiber pigtail

3 Optical cable protection box

Picture

Note
Cut according to the length of field survey
Cut in the middle, and the cut-off part shall be welded with both sides of the photoelectric hybrid cable respectively Optical fiber fusion protection

4 Optical fiber protective sleeve
5 Tubular terminal

Optical fiber fusion protection

6 Power terminal
Installation 7 accessories for
communication
8 Backplane

Auxiliary materials package Fixed to a wall or roof

9 Sheet metal mounting parts and fixing screws
10 Tubular plugs and screws

Fixed to pRRU Fix the backplane to the wall

29

Connect Photoelectric Hybrid Cable
This device complies with Part 15 of the FCC Rules. Operation is subject to the following
two conditions: ( 1) This device may not cause harmful interference, and
(2) This device must accept any interference received, including interference that may cause undesired operation.
Note: This product has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This product generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this product does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
— Reorient or relocate the receiving antenna. –Increase the separation between the equipment and receiver. –Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. –Consult the dealer or an experienced radio/TV technician for help.
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20 cm between the radiator and your body. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
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