Page 6
MRF-250C B
ASE
S
TATION
Once you have found the spot that gives the most reliable operation, peel off
the protective backing of the self-adhesive tape on the included Flashers and
stick them in place.
Important Note: Always replace the self-adhesive tabs if you have to reposi-
tion a flasher. Six extra self-adhesive tabs are supplied for this purpose.
Front Blaster Overload
A few models of Cable Box or your components can be OVERLOADED by
the Front Blaster. If you are having intermittent or inconsistent results with a
particular component, try repositioning the MRF-250C and facing the Front
Blaster in a different direction. If this improves the situation but is impractical, it
may be necessary to utilize the self-adhesive flashers only. This will limit the
number of components your MRF-250C can control to six.
RF Setup Method for remote — Step by Step
Step 1 -
After installing the MRF-250C, press the [CBL] and [LIST] button simultaneously
for 3 seconds. The [CBL] device LED will turn on indicating that it is ready to
be programmed. The LED will remain on for 30 seconds.
Step 2 -
Once you have completed RF ID setting, Store the 2-digit number by
pressing the [CBL] button once again. The [CBL] device LED will blink
twice to confirm that the RF ID number has been stored.
Note -
Install and select the ID # on the MRF-250C. (For further details, refer to
the MRF-250C manual.) You can operate up to 15 different equipment
locations, each with an MRF-250C unique Receiver ID #
Frequently Asked Questions
Can I use flasher/emitters that I have already installed in the system to con-
nect to the MRF-250C?
Yes, the flashers are compatible, however flashers from other companies are equipped
with a mini plug that is too large to fit the MRF-250C
’
s flasher jacks. Use Radio Shack
part # 274-327 to convert 3.5mm plug Flasher/Emitters to the MRF-250C.
How can I increase the range of the UR5L-9000LRF?
Often, you can increase range by repositioning the MRF-250C and/or by re-orienting
the antenna.
Try to avoid placing the MRF-250C directly adjacent to satellite
receivers, personal computers or any other component using high speed
microprocessors if possible.
