Installation Notes; Addressing The Kp-32; Program Source Notes; Tif Telephone Interface Installation Notes - RTS KP-12 System Installation Manual

KP-32 Installation Notes
Refer to the KP-12 User Manual (p/n 9350-7497-001) for complete user information.
KP-32 Installation Notes
Use either FRAME connector (but not both) on the back of the keypanel to connect to an intercom port at a Station Breakout
Panel.
• To connect an expansion panel, use the cable supplied with the expansion panel. Connect from the EXPANSION connector
of the KP-32 to either the CONTROL connector on the expansion panel.
• Plug in the external power supply, provided with the KP-32, into the power connector and then into the AC power cord.

Addressing the KP-32

Each KP-32 keypanel is uniquely identified on the data port by setting the rotary address switch (see KP-32 Addressing on
page 15).
Refer to the KP-32 Keypanel User Manual (9350-7656-000) for complete user instructions.

Program Source Notes

External audio program sources can be connected to intercom inputs, but all sources must be DC isolated. The audio output
and data pins for the port are not used. Nominal input level is +8 dBu.
NOTE: If program inputs will be assigned using a Program Assign Panel (PAP), they must be connected to specific ports of
the intercom system. See "Program Assign Panel (PAP) Installation" on page 21.

TIF Telephone Interface Installation Notes

Rear Panel DIP Switch (S201)

The rear panel DIP Switch contains switches to configure the most often changed options. These include: auto-answer ON/
OFF, ring signal ON/OFF, password ON/OFF, intercom port address, and full duplex method.

Password Required

Turning ON the password required option sets the unit so when a call is automatically answered, the user must enter a
password via DTMF before the unit will allow communications. The password numeric sequence and length are determined
by the settings of S203 internal DIP switch.

Intercom Port Address

Switches 4 to 7 determine the address of the unit. The port address is expressed in binary with switch 4 being the least
significant bit (LSB) and switch 7 being the most significant bit (MSB). For more information, see Table 4 on page 14.
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