mobilerepeater MR Mini GSM 900, MR Mini GSM 1800, MRPowerMAX, MRPowerMAX XT, MR PRO GSM 900 Installation Manual
Mobile Repeater Unit 1a Learoyd Rd, New Romney, Kent TN28 8XU,UK
Email: sales@mobilerepeater.co.uk Website: www.mobilerepeater.co.uk
Ph: 0808-234-4257 International: +001-204-452-0903
Mobile Phone Repeater Kit - Installation Guide
Models:
MR Mini GSM 900
MR Mini GSM 1800
MR PRO GSM 900
MR PRO GSM 1800
Mobile Repeater Unit 1a Learoyd Rd, New Romney, Kent TN28 8XU,UK
Email: sales@mobilerepeater.co.uk Website: www.mobilerepeater.co.uk
Ph: 0808-234-4257 International: +001-204-452-0903
Sec 1: Installation Procedure
Sec 1-A: Pre-Installation consideration
Before installing the repeater kit you should check the availability of adequate
signal from the service provider outside the premises, which can be confirmed by
making calls from the mobile phone and observing the signal bars on the phone.
If there is adequate signal strength available outside the premises, you can
continue with installation of the kit. If you do not have sufficient signal to place a
call please contact us for an alternative solution.
Sec 1-B: Location of external signal antenna
The external white panel antenna captures the mobile signal from the provider’s
local mast and feeds the input to the repeater unit. The antenna location
therefore is important to overall system performance. Some factors that should
be considered are:
• Line of sight – if possible mount the panel antenna so that it’s face has
clear light of site to the closest mobile base station mast. If you are not
sure where the mast is or in which direction locate the spot outside with
the strongest signal and mount there.
• The external antenna should ideally be mounted on the rooftop in order to
clear as many obstacles as possible. In general, the higher the antenna is
mounted the stronger signal it will capture.
• The cable route from the antenna to the base unit should be free from
sharp bends and kings to avoid damage to the cable. Bends and kinks can
severely impact system performance by reducing the input signal to the
booster.
Loading...