Huawei PowerCube 500 V200R001C10 Manual de usuario

Issue: 05

Date: 2020-04-10

PowerCube 500 V200R001C10 Quick Guide

(AR550CX-300H1, AR550CX-300G1)

1Overview

Function module: AR550CX-

300H1, AR550CX-300G1

Lithium battery: CBM20E-N14A1

Appearance Grid Hybrid Scenario Solar Hybrid Scenario

Lightning rod

Antenna

CPE

Bullet

cameras

Dome

camera

Cantilever

Pole

mounting kit

Function

module Lithium battery

Lithium battery

Pole

Lithium battery

Function

module

Pole

mounting kit

Pole

mounting kit

Bullet

cameras

Dome camera

CPE

Lightning rod

Antenna

PV modules

PV module

support

Pole

Cantilever

Lithium

Battery

Indicator

Color

Status

Meaning

Run

indicator

(RUN)

Green

Off

The lithium battery has no power input or

is faulty.

Steady on

The lithium battery is powered on.

Blinking

slowly

(0.5 Hz)

The lithium battery is communicating

properly with upstream monitoring

equipment.

Blinking

fast (4 Hz)

The lithium battery fails to communicate

with upstream monitoring equipment.

Alarm

indicator

(ALM)

Red

Off

There is no alarm.

Steady on

The

lithium battery

has generated a fault

alarm and needs to be replaced.

Blinking

slowly

(0.5 Hz)

The

lithium battery has generated a

protection alarm, which can be cleared.

Function

Module

Indicator

Color

Status

Meaning

Run

indicator

Green

Off

The function module has no power

input or is faulty.

Blinking

slowly

(0.5 Hz)

The function module is communicating

properly with upstream monitoring

equipment.

Blinking

fast (4 Hz)

The function module fails to

communicate with upstream monitoring

equipment.

Alarm

indicator

Yellow

Off

There is no alarm.

Blinking

slowly

The function module has generated an

alarm, which can be cleared.

Steady

The function module has generated an

AC power failure or PV array fault alarm,

which can be cleared.

Fault

indicator

Red

Off

The function module is normal.

Blinking

slowly

The function module has an external

fault, which can be cleared.

Steady

The function module has an internal

fault, which cannot be cleared.

NOTE

The three indicators are steady on when the power unit of the

function module is upgrading. They return to normal status after the

upgrade is complete.

2Tools

3Routing Cables Through the Pole

1. Place the pole on a wooden case or a similar object.

2. Route a pull wire.

3. Route cables.

Routing Cables Through

the Grid Hybrid Pole Mains AC cable, module

ground cable, optical fiber,

camera cable, and CPE cable

Camera signal cable,

power cable, and

alarm cable

CPE cable

Module

ground cable

Mains AC cable

and optical fiber

Bullet camera signal

cable, power cable,

and ground cable

Dome camera signal cable,

power cable, alarm cable, and

ground cable

Routing Cables Through

the Cantilever

Camera

ground cable

Routing Cables Through

the Solar Hybrid Pole

Mains AC

cable and

optical fiber

Module

ground cable

Mains AC cable, module

ground cable, optical

fiber, camera cable, CPE

cable, and PV cable

CPE cable

Camera signal cable,

power cable, and

alarm cable

PV DC input cable

CPE cables can be used only in scenarios where

CPE is adopted.

The cables routed from the pole cable hole have

a length of 1.5 m reserved. The cables routed

from the cantilever cable hole have a length of

0.5 m reserved.

The object where the pole is placed should be

able to bear a load above 700 kg.

NOTE

4Installing a Cantilever

5Installing Cameras and Cables

InstallingCameras

5.1For the camera installation method, see the camera document.

InstallingCamera Cables

5.2For the cable connections at the camera side, see the camera document. Reserve the other ends of cables.

6(Optional) Installing the CPE

For the CPE installation method, see the CPE document.

7Installing PV Modules and Cables (Solar Hybrid Scenario)

1. Remove the connective kit, adjust the PV module direction based on the

PV module direction principles, and then reinstall the connective kit. 2. Install the PV module support.

3. Adjust the tilt angle of the PV

module support based on the

site latitude.

4. Loosen the bolt at the base

of the PV module support. 5. Install the angle adjustment bracket and

tighten the bolt at the base of the PV module

support.

In the northern hemisphere, PV modules face due south. In the southern hemisphere, PV modules face due north.

Site

Latitude

Module

Tilt

Angle

–15°

–25°

–30°

–45°

6. Install horizontal beams. 7. Install two PV modules.

8. Install raking strut beams for the PV modules. 10.Tighten the bolts at the horizontal

beams and raking strut beams.

11.Install raking struts for the PV modules. 12.Install PV cables.

Adhesive

tape

Spacing shim

9. Install spacing shims for the

PV modules.

Spacing shim

Raking

strut beam

Keep the slots of horizontal beams facing

inwards for installing PV modules.

Partially tighten the bolts so that PV modules

can be adjusted during installation.

NOTE

Ensure that the junction boxes on the

rear of PV modules are positioned

consistently.

NOTE

Ensure that the openings of the raking

strut beams face outwards.

Partially tighten the bolts to prevent the

PV modules from sliding.

NOTE

8Installing a Lightning Rod

1. Use a positioning

sticker to mark the

installation position for

the pole mounting kit.

2. Install the pole

mounting kit.

Positioning

sticker

Installingthe Function Module and Lithium Battery on a Pole

10.1

Cable hole

9Installing an Antenna

For the antenna installation method, see the antenna document.

10 Installing the Function Module and Lithium Battery

Solar Hybrid Scenario

Grid Hybrid Scenario

Site

Latitude

Lightning Rod

Tilt Angle

–15°

–25°

–30°

–45°

Adjust the tilt angle of the lightning

rod based on the site latitude.

Wear protective gloves during installation.

Do not place a module with its bottom against the ground.

Never install a module with power on. Ensure that the angle between a module and the line vertical to the ground is within 10 degrees.

The paint on the module exterior should be intact. If paint has flaked off, repaint the area to avoid corrosion.

Ensure that the arrow on the top of the pole mounting kit points exactly to the middle

point on the top of the positioning sticker.

There are three types of bolts available for installing the pole mounting kit. Choose

the appropriate type of bolts based on the pole diameter.

NOTE

Bolt

(190 mm)

Bolt (120 mm) Bolt (160 mm)

Pole Diameter

(105–140 mm) Pole Diameter

(140–175 mm) Pole Diameter

(175–210 mm)

3. Install the function module

hanging kit. 4. Install a function module. 5. Install the lithium battery hanging kit.

6. Install a lithium battery. 7. (Optional) Install the second lithium battery.

(Optional) Installing the Function Module and Lithium Battery on a Wall

10.2

Unit: mm

1. Remove wall mounting kits A and B.

The option to

install a lithium

battery

depends on

the scenario.

No lithium

battery is

required in the

grid-only

scenario.

NOTE

If two lithium

batteries are required,

install one above the

other. Install the pole

mounting kit after

using a positioning

sticker at the cable

hole in the upper part

of the pole to mark its

installation position.

For the method, see

steps 1 and 2.

NOTE

The wall must be made of reinforced concrete and be able to bear at least 800 N. The wall must not be damaged if subject to a tension of

1.25 kN exerted outwards vertical to the wall.

Space Planning InstallationProcedure

Wall mounting

kit A

Wall mounting

kit B

2. Mark mounting holes.

Unit: mm

Hammer drill

3. Drill holes and install bolts in the holes.

4. Install wall mounting kits B. 5. Install wall mounting kits A.

Unit: mm

6. Install the function

module hanging kit. 7. Install a function module onto the wall. 8. Install the lithium battery hanging kit.

Level

Marker

One wall mounting kit A and one wall mounting

kit B are used for each module. Determine the

number of wall mounting kits based on the

number of modules to be installed.

NOTE

The option to install a lithium battery

depends on the scenario. No lithium battery

is required in the grid-only scenario.

NOTE

9. Install a lithium battery onto the wall. 10.(Optional) Install the second

lithium battery onto the wall.

InstallingGround Cables for Modules

11.1

11 Installing Cables

1. Connect ground cables between the function module and lithium batteries.

Installing Cables for the Maintenance Compartment

11.2

If two lithium batteries are

required, install them onto two

adjacent wall hanging kits.

NOTE

Route inter-device cables through the pole.

NOTE

Module ground cable

2. Connect the other end of the module

ground cable to the pole ground bar.

Pole ground bar

function module Lithium battery Lithium battery

Cable Hole DiameterRequirements

No. Cable Hole

Silk Screen Cable Type

Cable Outer

Diameter

PoE

network cable, optical fiber

6.8

±0.3 mm

RS485/FE

Dome camera alarm linkage cable

12VDC

Bullet camera power cable

9.3

±0.4 mm

24VAC

Dome camera power cable

1. Push up the sunshade

until the spring fastener

is stuck gently.

2. Open the maintenance

compartment door. 3. Install cables for PoE cameras.

4. (Optional) Install signal cables for non-PoE cameras. 5. (Optional) Install power cables for non-PoE cameras.

Bullet camera 1

Bullet camera 2

Bullet camera 3

Dome camera

Cable distribution terminal

The power cable for the dome camera can only be connected to

the 24VAC port.

Use waterproof tape to protect the cable distribution terminal

and put it inside the pole.

6. (Optional) Install the door status sensor. 7. (Optional) Install the dome camera alarm linkage cable.

Dome camera

alarm cable

InstallationProcedure

Cables for the dome

camera can only be

connected to the

PoE++ 0–1 ports.

Bullet camera 1

Bullet camera 2 Bullet camera 3

Dome camera

NOTE

Bullet camera 1

Bullet camera 2 Bullet camera 3

Dome camera

Battery cable terminal

AC input, PV input cable terminal

Preparing Cable Terminals

11.3

8. Install optical fibers. 9. Close the maintenance compartment door. 10.Push down the

sunshade until

the spring

fastener is stuck

gently.

Optical network

This figure uses single-ring networking as an example.

NOTE

PV input cables can only be used in scenarios with solar energy.

PV input cables and battery cables are finished cables. You only need to strip the cables and then insert them into the cable terminals.

AC input cables need to be prepared onsite. Multi-core cables must be used; otherwise, waterproof connectors may be exposed to water

leakage.

Before assembling cables with waterproof connectors, ensure that the connections between the cables and terminals are secure and reliable.

Negative (blue)

Positive (red)

PE (green)

N/L2 (blue)

L/L1 (brown)

Cable Type Core Cross-

Sectional Area Cable Outer

Diameter

Battery cable (2-core) 3.3–6 mm2

9.0–14.5 mmPV input cable (2-core) 1.5–4 mm2

AC input cable (3-core) 1.5–4 mm2

Scale line

Preparing Battery Cables and Connecting Waterproof Connectors

Flat-head

screwdriver

Preparing PV Input Cables and Connecting Waterproof Connectors

Flat-head

screwdriver Scale line

NOTE

Before closing the maintenance compartment

door, check that cables are properly installed.

After closing the door, press the left side of the

maintenance compartment door by hand and

tighten the screws.

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