Memory Functions
Memory and store facilities are available in Talk and Monitor modes. There are 10 memory locations for
number storage and a multi-number "last number redial" store. These can be accessed as described
below.
Last Number Redial
When in Monitor mode, the Redial key offers the user the ability to recall any of the last 10 numbers
dialed or received by CLID on the unit. The numbers can be accessed by repeatedly pressing the Redial
key with number information displayed on the LCD. This number will be automatically dialed out when
the switch is placed back to the Talk mode (Figure 11).
In Talk mode the Redial key offers the last number dialed (or last CLID) only if no other digits have
already been dialed. After dialing any digits, this key becomes the Pause key.
Saving Speed Dial Number
Enter a number or leave an incoming ID message on the screen. Push the Memory key twice to
enter the store mode, and then enter the key number (0–9) to save the number to a memory location
(Figures 12–14).
Figure 12.
Recall Speed Dial Number
Push the Memory key once followed by the key number (0–9) (Figures 15–17). In addition to direct
access by pressing the corresponding number while on-hook in Monitor mode, repeatedly pressing the
Memory key allows you to scroll sequentially through all 10 stored numbers. In all cases the number
remains displayed, allowing automatic dialing by simply switching to TALK.
Note: If a location recalled is unused, then no number will be displayed.
Figure 15.
Caller ID
CID and CIDCW information will be displayed in Monitor and Talk modes, when available. Error
messages are displayed when the CID is detected but not received in full, is corrupted, or is of an
incompatible type (Figures 18–19).
Figure 18.
Headset
To use the TM-700 hands-free, simply plug the supplied headset into the socket at the bottom of the
unit (see "Identification"). This will automatically mute the internal earpiece and microphone. Note that
the MUTE and Speaker buttons will operate as normal, i.e., will disable transmission when active.
Figure 11.
Figure 13.
Figure 16.
TM-700
Figure 14.
Figure 17.
Figure 19.
11