30303027 Issue 3.04
Features
Working mode can be set to normally open,
normally closed and normally open cable monitor
through programmer.
Electronically addressed. The address can be
modified in field.
The built-in microprocessor processes messages
intelligently.
Insulation technology for input signal, good
anti-interference ability.
Plug-in structure.
Description
I-9300 Addressable Input Module is designed to receive
normally open or normally closed switch signal from fire
devices with coincidence functions, and transmits these
messages to fire alarm control panel (FACP) with
coincidence detection function. When a device of this
kind is activated, the module can send the output signal
through signal loop to FACP to alarm or activate relative
devices.
Connection and Cabling
Fig. 1 shows terminals on the module.
910 15 16
8721
Mounting
Hole Mounting
Hole
Mounting
Direction
GI1 Z1 Z2
GST-LD-8300/I-9300
65mm
Fig. 1
Z1,Z2:Connecting with loop of FACP,
polarity-insensitive.
I1,G:Connecting with volt-free normally open contact
(closed to activate and report alarm) of the device, it
can be set to normally closed or normally open cable
monitor.
Recommended Cabling
1.0mm2or above fire cable for each terminal. Subject to
local codes.
Installation
The module is simply plugged onto the base after
corresponding terminals are connected.
If the cable conduit is inside the wall, the base is
installed onto the Back Box (Fig. 2). If the cable conduit
is on the surface of the wall, B-9310 Back Box is
available.
Note the upward arrow for mounting direction (Fig. 1).
Fig.2 Fig.3
Application
The module is designed to connect with active devices
in field such as water flow switch, pressure switch,
position switch, signal valve and devices able to
transmit back switch signals.
Address and working mode can be set through GST
programmer, refer to P-9910B Hand Held Programmer
Installation and Operation Manual for specific operation.
Working mode is defaulted to normally open (4), while it
can be modified to normally closed (7) or normally open
cable monitor (1).
Fig. 4 shows connecting the module with field
device with volt-free normally open contact. Working
mode is normally open (4).
Fig. 5 shows connecting the module with field
device with volt-free normally closed contact. Working
mode is normally closed (7).
Fig. 6 shows connecting the module with field
device with volt-free normally open contact requiring
cable monitor. Working mode is normally cable monitor
(1).
Fig. 4
