| Regency LMU15B and Wilson SMU1516B Programming
Information |
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| Important note: The following information allows the user to program receive and transmit frequencies into the radio. The user of this information assumes all legal consequences of transmitting on frequencies not allocated to them for their use, even if by accident. Some radios may need proper realignment in order to perform on the programmed frequencies or in order to operate at best performance. A qualified technician using proper test equipment should perform any required realignment. Frequency Information:The frequency
information to be programmed into the radio must be obtained by the user. The frequencies given in the examples listed in
the Programming instructions are not allocated frequencies.
Programming Preparations:
You will need to
make a list of frequencies has been written in the sequence as listed below:
The tone chart
below is a list of available tones that the radio is capable of receiving and
transmitting. Use the two digit tone code to
indicate the tone frequency that is needed for the channel:
Ex. Desired tone frequency = 127.3Hz, use tone code 19.
When your list is complete you will have the information in proper sequence so that program entry errors will be minimized. Programming
steps:
Example 1: Simplex - The receive and
transmit frequency are the same with no CTCSS tone.
462625 00 00
To review the
channel for proper frequency and tone data select the MAN or manual key and then the
channel number you want to check. What do the digits
mean? The first six are
the receive frequency. The next two tells
the microprocessor that the transmit frequency is the same as the receiver. The last two tells
the microprocessor that no tone is required for receive or transmit. Example 2: Half Duplex - The transmit
frequency is different from the receiver and a tone of 100Hz is required for receive and
transmit.
462625 80 12 12 467625
To review the
channel for proper frequency and tone data select the MAN or manual key and then the
channel number you want to check. What do the digits
mean? The first six are
the receive frequency. The next two (7th
and 8th digits) tells the microprocessor that the transmit frequency is going
to be different than the receiver frequency. The next two (9th
and 10th digits) tells the microprocessor that a CTCSS tone is required for
receive at a frequency of 100.0Hz (Tone Code 12). The next two (11th
and 12th digits) tells the microprocessor that a CTCSS tone is required for
transmit at a frequency of 100.0Hz (Tone Code 12). The last six are
the transmit frequency. Example 3: Receive only - the transmit frequency is disabled to prevent
accidental keying of the microphone on a frequency not allocated to the user.
464600 04 00
To review the
channel for proper frequency and tone data select the MAN or manual key and then the
channel number you want to check. What do the digits
mean? The first six are
the receive frequency. The next two tells
the microprocessor that the transmitter is disabled. The last two tells
the microprocessor that no tone is required for the receiver. Example 4: Transmit tone is
different than the receiver
462625 80 19 12
467625
To review the
channel for proper frequency and tone data select the MAN or manual key and then the
channel number you want to check. Deleting a channel from memory: Important note: It is necessary to have all unused channels
deleted from memory so that the radio operates at maximum performance. While the display
is blank:
3. Enter the channel
number to be deleted. Features Programming The features listed below affect all
of the programmed channels. Scan Delay
The amount of time the radio will
stay on a received channel, after the signal goes away, before resuming scan. Select one number from the chart.
Transmit Time-Out-Timer
The period of time that the radio
will continue to transmit from the time that the PTT switch on the microphone is
depressed. If the Push-To-Talk switch is
still depressed after the programmed time, the radio will stop transmitting and a busy
signal or tone will be heard through the speaker. Select
one number (code) from the chart below.
Decode delay
A Zero should always be used for
this option, to enable the internal tone functions. Programming the
Radio Set up Data:
Factory programming is: 000 Even if the configuration is not
being changed it is recommended to verify the three digits are correct. A wrong digit in the third position, other than 0,
will cause no tone in transmit and the speaker will sputter when the radio receives a
signal. Reviewing programming information:When in the
programming mode (blank display):
User Mode
2. Reinstall
the top cover of the radio making sure that the speaker wires did not break loose during
the programming process. 3. Install the bottom
cover. 4. Insert the five
bottom screws and tighten. User Programming
The programming
jumper must be disconnected to allow for transmit to occur. Scanning Channels
Deleting a Nuisance Channel From the Scan Mode
Selecting a Priority ChannelA priority channel
must be selected in order for the scan mode to work properly.
3. Select the ENT or
Enter key. Safe Radio Operation:
Definition of
terms:
Simplex The
channel will Receive and Transmit on the same frequency. Half duplex
The channel will receive on one frequency and transmit on another. Tone Also
known as CG or channel Guard, PL or Private Line, CTCSS or Continuous Tone Coded Squelch
System. The radio requires the tone to be
converted to a two digit number for programming purposes.
It is used when more than one company or agency share a transmit and receive
frequency. It is also used to allow a
specific tone to gain access to a repeater when the channel is programmed for half duplex. Radio
Specifications
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