PVX 100M Mass Notification System

PVX 100M Mass Notification System
PVX 100M
Mass Notification System
The PVX 100M Mass Notification System is functionally identical to the PVX 100 with the exception of an Intelligent Interface for an LOC.
The PVX 100M may be used as an ACU and combined with accessory modules to meet the requirements of UL2572. The system system
provides a Physical and Communication Security Level 1, Audit Control Level 2, Stored Data and Access Control Security Level 0 per UL
2572 Mass Notification Standard. The system is designed to be used in conjunction with a UL listed Fire Alarm Control Panel (FACP) to
provide a Listed Voice Evacuation Alarm System with Mass Notification capabilities.
The FACP provides all Fire initiating circuitry and a signaling circuit to the PVX 100M. The PVX 100M provides its own internal
supervision as well as supervision for its speaker lines and accessories. Any fault is reported back to the FACP. In normal standby the
supervisory circuit from the panel is connected to a matching EOLR. Should the PVX 100M suffer an internal failure or should there be any
fault on the speaker line or accessory a contact would open and the FACP would report it as an open fault for that circuit.
The PVX 100M is designed to be powered from 120 VAC at 60 Hz and will provide 100W of audio. Speakers may be 25 or 70 Vrms (jumper
selected, 25V is factory set). See Installation Instruction P/N PVX 25-50-100 R2.14 for all Electrical Specifications, Standard Terminal
Designations and Wiring Diagrams.
MODELS: The PVC-100M is a complete Voice Evac/MNS Module, it is complete with built-in tones and messages for Fire and MNS. The
PVC-100M may be coupled with additional PVC-100E Expander modules for systems requiring greater power.
The PVX 100M and PVX 200M are complete Voice Evacuation Panels. Where greater Audio power is required they meay be combined with
Expander panels, PVX 100E/200E/300E/400E/500E/600E. When using any EVX Expander Module, refer to installation instructions P/N 15002 R2.14.
PVX 100M
PVX 200M
Contains 1) PVC-100M
Contains 1) PVC-100M and 1) PVC-100E
1) Speaker Circuits
2) Speaker Circuits
All other terminals are identical to the PVC-100 Module.
Please refer to P/N 1-5001 R2.14 for full installation
Instructions and ratings
S1
P9
SN1
LED 4
LED 5
P4
TB5: PVC-RMI (NOTE 2, 4, 6)
TER 1: Circuit Neg
TER 2: +24VDC (0.5A)
TER 3: Audio TER 4: Audio +
TER 5: RS 485 TER 6: RS 485 +
TER 7: No Connection
7
6
5
TB5 4
3
2
1
P8
P8: I2C Port
10 Pin Connector
PVC-ZM/SL8/IL8/OL8
SN2
1
8
Switch Network Detail
OFF
ON
FACTORY DEFAULT SWITCH SETTINGS:
SN1
1 = OFF Temporal Whoop Signal
2 = X Do not use
3 = X Do not use
4 = Fault Code Lock
5 = X Do not use
6 = AC Fault Delay
7 = ON Battery connected
8 = ON Mic connected
SN2
1 = OFF
2 = ON
3 = OFF
4 = ON
5 = OFF
6 = ON
7 = OFF
8 = ON
8 sec. initial delay
8 sec. repeat delay
Message On
3 Repeats
Note: All Switch settings refer to Fire Tone/Message only.
All MNS Tone/Messages must be Pre-Configured for System.
MNS Tone/Messages will play continuous until reset.
P/N 1-5001M R3.14
For technical assistance please call:
866-956-1211
5757 Phantom Dr. St. Louis, Missouri 63042
www.pottersignal.com
Fig. 3
Typical connection from PVC-100M
to PVC-SL8 and PVC-RM8
PVC-100M
SL8 LEDs: On the Switch/LED card which may be utilized with
either the PVC-100M or the PVC-RMI, Page Switch LEDs will
indicate steady Red for Paging, flashing Red for Alarm. MNS
Messages will indicate Green on any associated Zone. Any Zone in
Fault will indicate Amber.
TB1
P7
1
2
3
5
4
6
7
J5
8
11
10
9
8
7
6
5
4
3
2
1
J1
2
1
1
2
3
4
5
6
7
8
J2
1 2 3
TB3
70V 25V
LED 1
YEL
FAULT
LED2
GRN
NORMAL
LED 3
RED
Switches used for Message activation will indicate Red for Alarm or
Green for MNS Messages.
TB2
ALARM
Switches used for Output activation will indicate Red.
MSG
GAIN
P2
MIC
GAIN
PVC-IL8 inputs may also be used for MNS Message activation.
Switch or Contact device must be Listed to UL2572/UL2017.
J8
J3
P4
1
2
3
S1
P9
TB6
SN2
Device must be in the same room, within 20’ and piped to PVX 100M cabinet
LED 4
LED 5
P3
7
6
5
TB5 4
3
2
1
P8
RS485 (+)
RS485 (-)
AUDIO (+)
AUDIO (-)
+ 24VDC
Ckt Neg.
Connection to PVC-RM8 (PVC-RMI / SL8 combinations)
Refer to Installation Instruction PVC-RMI R11.13
6 conductors for full installation and ratings.
(Three pairs)
WIRING GUIDE
SN1
WIRE
TYPE
22 AWG min.
Twisted Pair
MAX WIRE
RESISTANCE
MAX WIRE
CAPACITANCE
MAX WIRE
LENGTH
120 Ohms
.5uf
4000’
(front)
PVC-SL8
(rear)
SL8 Rev B
S1
S5
LED1
10 Pin Ribbon Cable
Wire for 24 VDC pair must be sized to insure no more than a 20% drop in voltage at the last device
LED5
P1
S6
P2 P3
LED2
LED6
S3
LED3
S7
The PVX 100M is capable of operating In conjunction with a
Listed FACP or stand alone for MNS applications.
When used with a Listed FACP, any condition where the MNS
signal may override the FACP Alarm will require an PVC-OL8
with an output point programmed for MNS. This point will
activate on any MNS signal activation as long as there is no
overriding FACP Alarm condition. When the FACP is in Alarm, if
it is overridden by an MNS event, the FACP must pick up this
Contact closure and report the condition as a Supervisory event.
LED7
S4
LED4
Mass Notification Operational Guidelines
In stand alone mode, no FACP, the PVX100M/200M must utilize
an PVC-SL8 with its first position Switch/LED programmed for
Power/Fault reporting. In this mode the LED will be Steady
Green for Normal operating conditions. The LED will flash Amber
for all Fault conditions except loss of AC Power. In that event the
LED will remain steady On regardless of any other existing Fault.
S8
LED8
to additional
PVC-SL8 units
or other devices
(A maximum of 16 devices on any I2C Port)
Zoning
If Amber Strobes are used those circuits must be monitored and
reported separately from the Alarm/White Strobe circuits.
A PVC-IL8 input may be programmed for Fault to meet this
requirement.
The Alarm and MNS control points of the PVC-OL8 may also be
used to trip control points for Amber or White Strobes as
requirements may demand.
P2
When required, the PVX 100M may use a PVC-ZM for separate speaker
circuits. These may be activated All Call or by manual selection utilizing
the PVC-SL8. Default operation is All Call on any Alarm/MNS Event.
P3
P1
TB2
Refer to Installation Instructions P/N 1-5022 E2.14 for full installation and ratings.
1 2 3 4 5 6 7 8
Device must be in the same room, within 20’ and piped to PVX 100M cabinet
J1
TB3
V1
LED1
LED5
LED2
LED6
LED3
LED7
LED4
LED8
1 2 3 4
V2
J2
1 2 3 4 5 6 7 8
TB1
Separate Switch or Contacts may also be employed. Any external
control input must be Listed to UL2572/UL2017.
Alarm
MNS
OL8 Output Card
Refer to Installation Instruction PVC-SL8-IL8-OL8 R2.14
for full installation and ratings.
PVX 100M w/FACP
NAC
PVX 100M
SL8
Fire
Input
Control
*MNS
FACP
NAC
Booster
Fire
Strobe
Output
*MNS
OL8
PVC-100M
NAC Booster must be
Listed to UL2572 / UL1481
Monitor
Module
*1
MNS
Override
Monitor
Module
NAC
Fault
The PVX 100M may be used in conjunction with a UL Listed FACP. The FACP must be capable of monitoring contacts for Fault
conditions and Supervisory conditions in order to report a MNS override.
PVX 100M Standalone
PVX 100M
SL8
Fire
Input
Control
*MNS
NAC
Booster
Fire
Strobe
Output
OL8
PVC-100M
*MNS
NAC Booster must be
Listed to UL2572 / UL1481
NAC
Fault
IL8
*1
In applications where no automatic Fire Alarm initiation or notification is required, the PVX 100M may be used as a Standalone
system. The PVC-IL8 will provide input points to monitor the Fault status of the NAC Booster.
*1 Note: Connecting equipment must be in the same room within 20’ and piped together
For technical assistance please call:
866-956-1211
5757 Phantom Dr. St. Louis, Missouri 63042
www.pottersignal.com
P/N 1-5001M R3.14
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