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| |
| Mini
Switch Monitor Module |
 The Mini Switch
Monitor Module is used to monitor any N.O. UL Listed fire alarm initiating device such as
a manual pull station. The module fits in a single gang box, has flying leads for
connection, and is addressed by dip switches. Current consumption in normal state is 600? typically, in alarm it
draws 4mA. Can be wired either Class A or Class B, switch selectable. Uses standard XP95
digital communication protocol. |
| Model
MPM-830 |
P/N
55000-830 |
|
| Switch
Monitor Module |
 The Switch
Monitor Module is used to monitor any N.O. UL Listed fire alarm initiating device.
Waterflow, tamper, other supervisory devices, 4-wire smoke detectors are a few examples.
Module fits a 4" junction box. Address is set with a dip switch. Current consumption
in normal state is 600? typically, in alarm it draws 4mA. A red LED is visible
through the decorative cover. Screw terminals are provided and it can be wired Class A or
Class B, switch selectable. Uses standard XP95 digital communication protocol. |
| Model
PMM-806 |
P/N
55000-806 |
|
| Switch
Monitor Input-Output Module |
 The Switch
Monitor Input-Output Module mounts in a standard 4" square junction box. The red LED
is visible through the cover plate. Input circuit can be wired Class A or Class B, switch
selectable, which monitors N.O. initiating devices. Closure of the input causes an alarm
condition and the Form C output relay to transfer. The output relay is rated at 2 A @ 30
VDC or 0.6 A @ 125 VAC. Connections are through screw terminals. Normal operation and
alarm current consumption is 850? typically. Alarm current is 4mA. Uses standard XP95
digital communication protocol. The address is set with dip switches. |
| Model
MIO-820 |
P/N
55000-820 |
|
| Sounder
Control Module |
 The Sounder
Control Module is fitted to a 4" square junction box with a red LED visible through
the cover. The module monitors and controls one notification appliance circuit (NAS) or
voice evacuation speaker circuit. Output circuits can be wired Class A or Class B, switch
selectable. Unit requires input from an isolated, regulated 24 VDC UL Listed power supply
or a UL Listed audio amplifier with circuit supervision capability per NFPA. Screw
terminals are provided for all wire connections. Power supplies must be power limited per
NFPA. Current draw in normal state is 1mA typically. Power up surge current is 6mA maximum
for 150 mS. Uses standard XP95 digital communication protocol. The address is set with dip
switches. |
| Model
SCM-825 |
P/N
55000-825 |
|
| Temperature
Sensor Head |
 The XP95A
Temperature Sensor Head is molded from white polycarbonate material with a low air flow
resistance design. Stainless steel wiper contacts connect the sensor to the terminals,
which are polarity insensitive, in the mounting base. Inside the sensor case is a circuit
board with the sensing system on one side and the address capture, signal processing, and
communication electronics on the other side. The sensor monitors temperature by using a
single thermistor network, which provides a voltage output proportional to the external
air temperature. This analog voltage is converted to a digital signal, which is
transmitted to the FACP for interpretation. The alarm threshold is programmed into the
FACP. |
| Model
TSH-450 |
P/N
55000-450 |
|
| Ionization
Smoke Sensor Head |
 The XP95A Smoke
Sensor Head is molded from white polycarbonate material with wind resistant smoke inlets
and an insect resistant screen. Stainless steel wiper contacts connect the sensor to the
terminals, which are polarity insensitive, in the mounting base. Inside the sensor case is
a circuit board with the sensing system on one side and the address capture, signal
processing, and communication electronics on the other side. The Ionization sensor is a
dual chamber, single radioactive source system that provides analog readings, which are
converted to a digital signal and transmitted to the FACP for interpretation. The alarm
threshold is programmed into the FACP. |
| Model
ISH-550 |
P/N
55000-550 |
|
| Photoelectric
Smoke Sensor Head |
 The XP95A Smoke
Sensor Head is molded from white polycarbonate material with wind resistant smoke inlets
and an insect resistant screen. Stainless steel wiper contacts connect the sensor to the
terminals, which are polarity insensitive, in the mounting base. Inside the sensor case is
a circuit board with the sensing system on one side and the address capture, signal
processing, and communication electronics on the other side. The Photoelectric system
operates on the light scattering principle. When smoke enters the optical chamber it
scatters light in proportion to the smoke characteristics and density. The sensor's
electronics read the analog value, convert that value to a digital signal and communicate
the digital signal to the FACP. The alarm threshold is programmed into the FACP. |
| Model
PSH-650 |
P/N
55000-650 |
|
| Relay
Base |
| The Relay Base is a
6-inch (150mm) mounting device for XP95A analog addressable sensors. The base has a
built-in Form C relay. An external, unregulated 24 VDC power supply, UL Listed for Fire
Protective Signaling, must be provided. Each base includes a Xpert addressing card. This
unique, patented system puts the address information in the base while keeping the base
entirely free of electronic parts except for the relay. This coded plastic card is
inserted into the base so that the address remains the same. No need to worry about
changing the address in the sensor head if the sensor head requires replacement. When the
sensor head in a base is put into alarm by the control panel the relay in that base will
transfer until the panel is silenced and/or reset. If the external power supply to a
circuit of bases has the polarity of the 24 VDC power reversed then all the bases on that
circuit will transfer their relays until the polarity is reversed back to stand-by state.
The relay's function can be tested by simply reversing the polarity of the external power.
The sensor head does not need to be installed to perform this test. Additional Xpert cards
are available separately if needed. They can be ordered in a pre-addressed form or ready
to be addressed. |
| Model
ARB-RLY |
P/N
MB-RLY-XP95 |
|
| Sounder
Base |
| The Sounder Base is a 6
inch (150mm) mounting device for XP95A analog addressable sensors. The base has a built-in
piezo sounder. An external, unregulated 24 VDC power supply, UL Listed for Fire Protective
Signaling, must be provided. Each base includes a Xpert addressing card. This unique,
patented system puts the address information in the base while keeping the base entirely
free of electronic parts except for the sounding device. This coded plastic card is
inserted into the base so that the address remains the same. No need to worry about
changing the address in the sensor head if the sensor head requires replacement. When the
sensor head in a base is put into alarm by the control panel the sounder in that base will
sound until the panel is silenced and/or reset. If the external power supply to a circuit
of bases has the polarity of the 24 VDC power reversed then all the bases on that circuit
will sound until the polarity is reversed back to stand-by state. The sounder's function
can be tested by reversing the polarity of the external power. The sensor head does not
need to be installed to perform this test. Additional Xpert cards are available separately
if needed. They can be ordered in a pre-addressed form or ready to be addressed. |
| Model
ASB-SDR |
P/N
MB-SDR-XP95 |
|
| Isolator
Module w/Base |
 Most systems are
connected as closed loop systems that can be interrogated from either end so that all
devices can remain in operation if an open circuit fault in the wiring occurs. A
short-circuit fault can potentially disable the whole loop, but by interspersing isolators
along the loop only the small section between isolators will be affected by the short
circuit fault. |
| Model
IMB-750 |
P/N
55000-750 |
|
|
Manual Call Point |
 The XP95
Manual Call Point is designed to operate in conjunction
with the Apollo Loop Protocol.
When activated, the XP95 manual call point not only interrupts the polling
cycle to indicate to the control panel that it has been operated, but also
reports its address. Thus an alarm and its location can be reported in
less than 0.2 seconds. |
| Model
MCP-905 |
P/N
55000-905 |
|
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