GST-FT40N
Fire Telephone Panel
The Intelligent Solution
Page 8
The panel can make call to handsets in other zones when a conversation is underway.
6.2
Handset Call Panel
Once the handset is picked up without being called, the call will go to the panel. The panel
will ring with “Call” and “Ring In” LED fast-flashing. Press the relative key and enter into
conversation with “Call” being on, “Ring In” goes out. Meanwhile, if there are other zones
calling panel, “Ring In” will keep fast-flashing. Hang-up the handset or press the relative key
on the panel will stop the conversation.
6.3
Call Panels in Network
If the handset call is not answered by the panel within 12s, and the network is available, the
call will be transferred to other networked panels. Press “Network Call” and start the
conversation. Stop the conversation by handset hanging up or “Network Call” repressed.
6.4
Panel to Panel Call
When network is available, press “Network Call” will send the call to entire network with the
LED indicator fast-flashing. Meanwhile, the digitron on other networked panels will show by
flashing “X — —C” (X- The calling panel), the “Ring In” and “Network Call” LED will fast
flash with ringing sound.
Press “Network Call” button and then start the conversation. The digitron of the panels not attending
conversation will show “BUSY” and the ring tone stops. Panel in conversation will show the
address of the other one. Either part can stop the conversation by pressing “Network Call”.
6.5
Inquire about conversation record
Press “PLAY” key of the electric recorder, then the record will be played. Press
“FORWARD” and “REWIND” to switch the content rapidly and press “
■
” to stop.
Electric recorder will start or stop recording automatically along with the conversation, The
new content will cover the old one when the storage is full.
7 Troubleshooting
7.1 Zone
Fault
The zone fault shows an open or short circuit between panel and handsets, or the End of
Line Resistor not connected. Check the cable by multi-meter, whether the resistance is
roughly 10k
Ω
.
