HiBoost F27-5S Manuel utilisateur

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QUICK INSTALL GUIDE

This quick install guide is intended for professional installers that

are generally familiar with the installation of cellular signal booster

systems that include bi-directional amplifiers, indoor and outdoor

antennas, signal splitters and coaxial cable. Additional details can

be found in the user guide

This amplifier has a very intelligent Automatic Gain Control System

(ALC and ISO) to adjust its uplink and downlink gain in each band to

prevent self-oscillations, optimize gain to prevent overload from

nearby high-power towers and to make installation virtually ‘plug and

play’.

Online Video

Please view the instructional video at

https://www.hiboostusa.com/en/resource-center .

It provides an overview of the amplifier, its features and information

about the controls and displays.

Main Elements and Typical Installation

Figure 1. shows the main elements of the amplifier that includes the

LCD panel, manual gain controls, indicator LEDs and the

OUTDOOR and INDOOR antenna ports which are type-N female

connectors. Figure 3 shows a typical system setup. Please use this

diagram as a general guide

LCD Display

When the amplifier is first powered on the LCD panel display will

turn on for 5 minutes. It is shown in Figure 2. If it is not ON press

the SET button momentarily.

General Specifications

Maximum Gain: Uplink (80dB) Downlink (83dB)

Maximum Output Power: Uplink (20dBm) Downlink (27dBm)

Bands Covered: LTE 700, Cell 800, PCS 1900, AWS 2100

Power: Input AC (100-240 VAC), Output DC (12Vdc, 7 amps)

Installation Overview

1. Select a location with the strongest signal on the roof of the

building to install the Outdoor Antenna. Make sure the antenna

is pointed directly at the desired cellular tower and there are no

obstructions that could block the signal. You should also

consider attaching a grounded lightning protector between the

outdoor antenna and the Signal booster.

2 Select a location to install the Signal Booster that is in a

secure indoor location near a grounded AC power source and

well ventilated away from excessive heat, moisture, and direct

sunlight.

3 Select a location(s) for the Indoor Antenna(s), being sure to

take isolation distance requirements into account. In general,

long narrow spaces will benefit most from directional panel

antennas while more square spaces will benefit more from

omnidirectional dome antennas.

4 Proper antenna distance is essential to prevent signal

oscillation (feedback) that can interfere with the cellular tower

and as a precaution the amplifier will shut off in the affected

band. Distance is measured in a straight line from the outdoor

antenna to the closest indoor antenna. The closest allowable

distance depends on several factors such as booster gain

level, cable and splitter loss and building wall materials.

Typical minimum distances are shown below:

Amplifier Gain Min. Distance

50dB 50’

55dB 60’

60dB 70’

65dB 80’

70dB 100’

75dB 100’~120’

80dB 120’~180’

NOTE: Vertical distance is more important than horizontal

distance. If you are unable to obtain the required distance

horizontally, try raising the outdoor antenna to a higher level.

5. Route the coax cable from the Outside Antenna to the Signal

Booster and attach it to the connector labeled “Outdoor.”

Connect another coax cable to the connector labeled “Indoor”

and route it to the Indoor Antenna.

NOTE: Be careful not to bend the center pins on the connectors

when securing connections.

6. Once you have ensured all connections are tight, plug the

power supply into the Signal Booster input marked “POWER”

and then into an AC surge protector power strip with a

minimum 1000 Joule rating.

7. If the booster is working and adjusted correctly, the LEDs on

the front panel will be green and the LCD panel will show the

downlink power level (in dBm units). The Automatic Level

Control (ALC) will try to adjust the downlink output power to

the maximum level consistent with the constraints of your

installation and the signal level that is received from the local

tower.

If you have made the most appropriate installation per the

above procedures, but the Signal Booster’s ISO or ALC icons

are flashing on the LCD panel (especially if the installation

location is close to the cellular tower) you may also try

reducing the booster gain as described in Manual Gain

Control Operation Chapter of User’s manual.

A. Press the “SET” button for more than 3 seconds. It will go into

the “Manual Gain Setting Mode” (MGC) and make one of the

gain values start to blink.

B. Press the “SET” button shortly, and the LCD will switch to the

next gain value and it will start to blink. (uplink or downlink gain

for a different band).

C. Press “INC+” button once shortly and the gain will increase by

1dB, Press “DEC-” button once shortly and the gain value will

be reduced by 1dB.

D. Press the “SET” button for 3 seconds, and the LCD will return

to the fixed display mode and store the gain values

Note: Reduce the downlink gain first to achieve the desired

downlink power level (until the ISO and ALC icons on the LCD

display are not flashing) then reduce the uplink gain 5~8dB

more than downlink gain. For example, when the Downlink

gain is 70dB you may reduce the UL gain to 62dB.

Figure 1. Amplifier Controls, Displays and

Connector Locations

Figure 2. LCD and Manual Gain Controls

Figure 3. Typical Installation

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