Dill TPMS 1502 Instrukcja obsługi - Strona 12

Przeglądaj online lub pobierz pdf Instrukcja obsługi dla Akcesoria samochodowe Dill TPMS 1502. Dill TPMS 1502 16 stron. Trailer kit

Remove the original antenna from the back of the display unit and replace it

with the coaxial wire antenna via display connector.

Installing the external antenna involves a small degree of experimentation for

maximum signal reception. Temporarily connect the antenna cable to the

display, passing the cable through the vehicle's door or window. This temporary

connection allows you to test the antenna's location. If the location you have

selected for the antenna has difficulty in picking up signals from all tire loca-

tions, change the antenna's location slightly and continue to test. Install the

magnet/antenna at the rear of the vehicle, which will give it the nearest proximi-

ty to the transmitters. Thus, increasing signal reception between the display/

receiver and transmitters. When signals from all tire locations report, install the

antenna permanently in the vehicle.

Do not install the magnet/antenna directly on the trailer.

Caution: Stay away from transmission, oil and exhaust lines avoiding the

inherent heat from those locations which can melt the coaxial cable.

It is the installer/end user's discretion how to install the antenna and coaxial

wire from the exterior through the interior of the vehicle cabin.

If proper reception is not achieved with the external antenna, a signal boost will

be required.

A signal booster is an optional part for RV's, fifth wheels and tow-vehicles and

trailers. It enhances the signal from the transmitters. A signal booster is

recommended to effectively receive the signals from each transmitter, when

there may be interference from electronics, RV construction, length, etc.

*The system has been tested to work 40 feet, along line-of-sight pathways.

However, tire construction, vehicle construction, electronic interference and low

temperatures all reduce this distance. RF signals are subject to interference

from many types of signals and products, which can cause errors in the

operation of the product. As with cell phones and other types of electronics us-

ing RF signals, signal interruption can occur and cause lost signal transmission.