To read: AT<CR>

To read: AU<CR>

Example: BM 1 2 - - 5 - - - 9 - indicates that banks 1, 2, 5 & 9 are linked

To set: BMnnnnnnnnn<CR>
Where n is a digit which specifies a bank which will have its link status set, or '-' to invert the current status

Example: BM 1259 sets the link status for banks 1, 2, 5 & 9

Note: the ML command can be used to switch off all links

To read: BN<CR>
Responds with bank number 0 - 9
MXx - scan mode
SRx - search mode

Example: BS - 2 3 4 - - 7 8 - - indicates that banks 2, 3, 4, 7, & 8 are linked

To set: BSnnnnnnnnn<CR>
Where n is a digit corresponding to a bank to be linked

Example: BS 23478 inverts the link status for banks 1, 2, 5, 9 (ie if 1 was previously unlinked, the command would link the bank; if 1 was previously linked, the command would link the bank; etc...)

Note: the BQ command can be used to switch off all links

Response:
LCnn RFnnnnnnnnm0, where nn is an s-meter sample in the range 00-3f hex (64 steps) and nnnnnnnnm0 is the current frequency.

Example: LC1B RF0145300000, s-meter 0x1b (27 decimal)

00-3F - squelch open (as per LC command)
B0-BF - squelch closed

To read the specified memory bank: MRx<CR>
where, x = 0 - 9

Typical response:
MX902 MP0 RF1290000000 ST01000 MD1 AT0
MX903 MP0 RF0015100000 ST01000 MD1 AT0
MX904 MP0 RF0025100000 ST01000 MD1 AT0
...
Refer to individual commands for breakdown of fields returned

To read: MD<CR>
Responds with mode value as above

Note: see BM command for more details of scan bank linking

To read: MP<CR>

Setting pass on a memory channel excludes it from scans

MQnn<CR>
Deletes memory channel nn (where nn = 00 - 49)

MQ%%<CR>
Deletes all memory channels from the current bank.

MRmnn<CR>
Places the receiver into memory recall mode (M.RE) and reports the contents of memory channel nn (00 - 49) in bank m (0 - 9).

Note: the format of data reported is the same as per the MR command

MSx<CR>
Starts scan using memory bank x (0 - 9)

Note: to scan and report active frequencies, see MG command

Refer to the individual commands for further details

PD%%<CR>
Deletes all pass channels

PRnn<CR>
Recalls the pass frequency stored in pass channel nn (00-49)

PSnnnn.nnn<CR>
Adds the frequency nnnn.nnn (in MHz) to the next available pass channel

To read: PU<CR>
Responds with pause setting

Note: pause value is specified using the TP command

RFnnnn.nnnnm<CR>
Tune to the specified frequency (expressed in MHz)

m must either be '5' (for 6.25 kHz) or '0'. Any other digit is ignored.

Note: You must select stop when moving from playback to/from record

Refer to the individual commands for further details (SL and SU fields given below):

SLnnnnnnnnm0
Set the lower frequency in a search (expressed in Hz)

SLnnnn.nnnnm
Tune to the specified frequency (expressed in MHz)

m must either be '5' (for 6.25 kHz) or '0'. Any other digit is ignored.

SU field obeys the same rules as SL. Note, it is not possible to use SL and SU as commands in their own right

Responses with, LCnn RFmmmmmmmmmm, data whenever an active frequency which opens the squelch is encountered

Refer to the LC command for details of the parameters

SRx<CR>
Recalls search bank x (0 - 9)

Responds with:
SRx SLnnnnnnnnm0 SUnnnnnnnnm0 AUn MDn STnnnnm0 ATn

Refer to the individual commands for further details (except SL and SU which are described in the SE command)

SSx<CR>
Start searching using the parameters stored in search bank x (0 - 9)

To set: STnnn.nm<CR>
Set the tuning step size in kHz

m must either be '5' (for 6.25 kHz) or '0'. Any other digit is ignored.

It is possible to enter step frequency values from 1.01 kHz - 100 kHz, however, step sizes different to those listed in the manual could lead to unstable operation of the receiver

To read: ST<CR>
Responds with value, format: STnnnnm0

To read: TD<CR>
Responds with TDn.n (n.n is current delay value expressed in seconds)

To read: TI<CR>
Responds with TDnn (nn is current priority interval value expressed in seconds)

To read: TP<CR>
Responds with TDnn (nn is current pause value expressed in seconds)