Vicon V1300X-IAF User guide

INSTRUCTIONS
FOR INSTALLATION
AND OPERATION
1”“”
MODEL V1300X-IAF ALARM INTERFACE
WITH RELAY FOLLOW
1. INTRODUCTION
The VI 300X-IAF Alarm Interface with Relay
Follow allows external alarm devices to be
connected to a Vicon NovaTM digital control
CPU and provides one dry contact output
relay per alarm input. Each Vl300X-IAF
accepts 32 alarm inputs and provides 32
relay outputs mated to the inputs. Refer to
Table 1 for a list of available models.
Units may be cascaded to accommodate
whatever maximum number of alarm inputs
can be supported by the Nova CPU. Cas-
caded units are interconnected over a par-
allel data interface using cables that are
supplied with each unit. Each V1300X-IAF
in a cascaded system is programmed with
its own unique address, which defines the
alarm input range and the relay output
range assigned to the unit.
When the V1300X-IAF senses a change in
status of one of its alarm inputs, it transmits
the information to the CPU, which an-
nounces the alarm to the operator and may
TABLE 1
MODELS AND PRODUCT CODES
Model Number ( Product Code 1Description
VI 300X-IAF I 4759-00 I 120 VAC imut
V1300X-IAF-230 14759-01 1230 VAC input
also execute a preprogrammed response to
the alarm. Such responses include dis-
playing the video from the camera associ-
ated with the alarm on selected alarm
monitors, causing a camera station to carry
out a preset-position program, and dis-
playing a special alarm message on the
alarm monitors. A green LED on the front
panel of the V1300X-IAF glows steadily
during an alarm, and the unit generates a
warning tone. The tone may be disabled.
If the Vl300X-IAF is used with a VPSl300
or VPSI 344 CPU, the alarm inputs function
in the normally closed (NC) mode. If the X-
IAF is used with a VPS1444, VPS1466, or
VPS1400 CPU, the alarm input mode may
be programmed either normally closed (NC)
or normally open (NO). The output follower
relays always function in the normally open
(NO) mode.
Acknowledging individual alarm inputs is
performed from the Nova operator control
panel. Enabling and disabling individual
alarm inputs is done by software in the
system CPU. TheVl300X-IAF is compati-
ble with the following CPUs:
VPSI 300
VPSI 344
VPS1444
VPSI 466
VPS1400 (in the future).
Vicon part number 8008-7913-00-00
VICON INDUSTRIES INC., 69 ARKAY DRIVE, HAUPPAUGE, NY 11766
TEL: [phone]; TOLL FREE: 1-600-645-9116; FAX [phone]; UK: 44/(O) 14691566300; INFOFAX: 1-600-267-1207

Units are connected to the CPU over a par-
allel data interface for fast response.
In addition to the relay associated with each
alarm input, an auxiliary relay output is acti-
vated when any input goes active. This
relay may be used to control some external
device, such as a VCR. In the case of mul-
tiple cascaded X-IAF units, only the auxil-
iary relay on the X-IAF that is associated
with the alarm input is activated. The aux
outputs on the other X-IAF units do not go
active.
Alarm Inputs From a Computer
Alarms may be input into a Nova system
either by direct wiring to the alarm interface
units or through an alarm computer or host
computer. Regardless of the source of the
alarm input, the alarms have the same
alarm input number range. Thus, a
VPS1300 CPU in standard configuration
can accept up to 256 alarm inputs, either
through alarm interface units or from an
alarm computer. The alarm number range
remains the same. This affects the
V1300X-IAF as follows: if an alarm (say,
alarm number 27) is input to the Nova CPU
through an alarm computer, the corre-
sponding relay output on the VI 300X-IAF
(relay number 27) is also activated.
1 .I TECHNICAL INFORMATION
OPERATIONAL
Alarm Inputs: 32.
Alarm Input Mode: When used with
VPSI 300 or VPSI 344 CPU:
normally closed (NC).
When used with VPSl444, VPS1466, or VPS1400 CPU: Soft-
ware programmable through the CPU as normally closed (NC) or
normally open (NO).
Alarm Outputs:
Aux Relay Output Mode:
ELECTRICAL
Input Power:
Power Consumption:
Input Signal:
(1) Signal sent to CPU when alarm input is detected.
(2) Associated “follow” relay activated.
(3) Auxiliary relay activated.
Can be wired either NO or NC.
VI 300X-IAF: 120 V, 60 Hz.
V1300X-IAF-230: 230 V, 50 Hz.
15w.
Secured: Contacts closed (NC) or TTL active low.
Active low = 0.0 to 0.7 V.
Alarmed: Contacts open (NO) or TTL active high.
Active high = 2.7 to 5.3 V.
X913 Page 2

Follower Relay Rating:
Auxiliary Relay Rating:
Fuse:
Fuse Location:
Radio Frequency Emission
Standard:
INDICATORS
Power:
Active Alarm:
CONNECTORS
Alarm Inputs:
Relay Outputs:
Control Input/Output:
Aux Relay Output:
Power:
MECHANICAL
Dimensions:
Weight:
Construction:
ENVIRONMENTAL
Operating Temperature Range:
Operating Humidity Range:
0.1 A at 30 VAC inductive.
0.5 A at 30 VAC resistive.
Dry contacts rated at: 1 .O A at 24 VDC or
0.5Aat 115VAC.
120 VAC model: 0.75 A, 250 V, 5 X 20 mm.
230 VAC model: 0.5 A, 250 V, 5 X 20 mm.
In drawer built into power cord connector on rear panel.
FCC Class A.
Red LED on front panel.
Green LED on front panel and audible tone.
Four 16-pin removable screw terminal blocks.
Four 16-pin removable screw terminal blocks.
37-pin D-shell connectors.
3-pin removable screw terminal block.
Detachable 3-conductor cable with grounded plug.
Height: 3.47 in. (8.81 cm).
Width: 19.0 in. (48.3 cm).
Depth: 7.00 in. (17.8 cm).
8.4 lb. (3.8 kg).
Steel.
32 to 122” F (0 to 50” C).
Up to 90% relative, noncondensing.
Product specifications subject to change without notice.
Copyright 01997 Vim! Industries Inc. All rights reserved.
X913 Page 3

2 INSTALLATION
This alarm interface unit should only be in- proved materials and practices in confor-
stalled by qualified personnel using ap- mance with federal, state, and local codes.
2.1 Unpacking and Inspection
All Vicon equipment is inspected and tested
before leaving the factory. It is the carrier’s
responsibility to deliver the equipment in
the same condition in which it left the fac-
tory.
2.1 .I INSPECTION FOR VISIBLE DAMAGE
Immediately inspect the cartons upon de-
livery. Make a note of any visible damage
On all copies of the carrier’s freight bill.
Make sure the carrier’s agent (the person
making the delivery) signs the note on all
copies of the bill. If the agent does not
have claim forms, contact the carrier’s of-
fice.
2.1.2 INSPECTION FOR CONCEALED DAMAGE
As soon as possible after delivery, unpack
the unit and inspect it for concealed dam-
age. Do not discard the carton or packing
materials. If the unit is damaged, contact
the carrier immediately and request forms
for filing a damage claim. Make arrange-
ments for a representative of the carrier to
inspect the damaged equipment.
If the equipment must be returned for re-
pair, follow the Shipping Instructions at the
end of this document.
2.1.3 Accessory Kit
Table 2 lists the accessories included with
the unit. Verify that all the listed accesso-
ries are present. In addition to these ac-
cessories, four screws of a type suitable to
attach the monitor mount to the EIA rack
are required. These are commonly No. IO-
32 screws, but individual rack manufactur-
ers may use other types.
X913 Page4

TABLE 2
ACCESSORIES
1Item No. 1 Component I Quantitv I Function I
I 1I Screws, no. IO-32 x
3/8 flat head I 4I Attach rack mount brackets to unit I
I 2
I Bracket, rack mounting
I 2
I Allow unit to be installed in rack I
3Connector, 3-pin, female 1 Common relay output connector
4Connector, 16-pin, female 8 4 are used for alarm inputs
4 are used for relay follow outputs
5Line cord, 6 ft (1.8 m) 1 Connects to power outlet
6Data cable, 6 ft (1.8 ) 1 Connects to next unit (X-IA, X-IAF)
7 Connector adapter, 37 to 34 pin
1
Allows V1300X-IAF to be cas-
caded with VI 200X-IA interface
8
Rubber feet 4Applied when unit is used in desk-
top installation
2.2 Setting Addresses
CAUTION: Make sure there is no power to
the unit before performing the following
procedure.
Each VI 300X-IAF must be addressed.
This process identifies the range of alarm
numbers that will be input into each UNIT.
Defining the address of the unit is done by
setting DIP switches inside the unit.
To access the addressing DIP switches,
remove the top cover of the unit. Remove
five screws from the top of the cover and
six screws from the rear of the cover to free
the cover. Refer to Figure 1.
There are two DIP switches on the main
(large) printed circuit board (PCB) and two
on the smaller relay PCB mounted above
the main PCB. Refer to Figure 2 for the lo-
cation of the switches. The switches on the
lower board are labeled ADDRESS 1 and
ADDRESS 2. The switches on the upper
board are labeled SW1 and SW2.
DIP switch settings may be indicated on the
switch itself in different ways. Sometimes
the words OPEN and/or CLOSED are used,
but ON and OFF are used more often.
These terms are defined:
ON = CLOSED
OFF = OPEN.
Also, an arrow is often marked on the
switch to indicate the direction of the la-
beled switch status (ON, OFF, CLOSED,
OPEN). Each address DIP switch has four
individual poles that must be set, and the
poles are numbered 1 - 4. The location of
pole 1 is marked on the PC board next to
the switch. Refer to Table 3 for the address
DIP switch settings. To keep the table as
simple as possible, only the ON status will
be marked. A dash means OFF or OPEN.
NOTE: The address set on the relay PC
board must be identical to the address set
on the main PC board.
X913 Page 5

0 0 0
0TOP 0
,.....................,~
0
8,
0
REAR
0
00
0
Figure 1
Location of Cover Screws
Large (main) PC Board
Address 2
0
Address 1 0
FRONT
Relay PC Board
Figure 2
Location of Dip Switches
X91 3 Page 6

TABLE 3
SETTING ADDRESS DIP SWITCHES
I I I I I I
193-224 I - on
I
on on on on
225 -256 1 - 1on I on I on 1on 1on I on 1on I
After setting the addresses, replace the top
cover. The five flat-head screws are used
on the top of the unit, and the six pan- or
round-headed screws are used on the
back.
2.3 Physical Installation
This unit may be installed in an EIA- or it may be mounted on a desktop or other
standard 1 g-in. (48.3~cm) instrument rack flat surface.
2.3.1 RACK MOUNTING
2.3.1 .I General Considerations
Observe the following guidelines when
mounting this unit in an instrument rack: 3. Provide a minimum of 1.75 inches (4.4
cm) of empty space between each piece of
1. Plan the layout of the equipment in the
racks before installing equipment. equipment for ventilation.
2. Take an inventory of all rack equipment
including hardware, brackets, blank panels,
etc. Reorder any missing parts immedi-
ately. This avoids delays in the middle of
the assembly process.
4. Use at least one blower/fan per rack.
Place it in the bottom of the rack. Thus, air
is drawn in at the bottom of the rack and
vented at the top.
X913 Page 7

2.3.1.2 Installing the Unit In a Rack
1. Find the two rack mounting brackets
(Table 2, item 2) and the four flat-head
screws (item 1) in the accessory kit.
2. Attach one of the brackets at each end
of the unit with two screws. The long side
of the bracket goes against the side of the
unit. Repeat for the other bracket.
3. Slide the unit into the rack and secure it
in place with four screws. These screws
must be supplied by the installer, as differ-
ent racks have different screw require-
ments.
2.3.2 Desktop Installation
In desktop installations, the rack-mounting
brackets in the accessory kit are not used.
1. Turn the unit upside-down on a soft
surface so that the top of the unit is not
scratched.
one of the feet and attach to the bottom of
the unit near one corner. Place it about l-
inch in from the two edges. Repeat for the
other 3 rubber feet.
3. Turn the unit right-side up and place it
where desired.
2. Find the four rubber feet in the acces-
sory pack. Peel the covering paper from
2.4 Wiring the Alarm Inputs
CAUTION: Make sure there is no power to
the unit before performing the following
procedure.
TBI : alarms 1 - 8
TB2: alarms 9 - 16
TB3: alarms 17 - 24
TB4: alarms 25 - 32.
Alarm inputs are wired to removable 16-pin
screw terminal blocks which plug into mat-
ing connectors on the rear of the unit. The
screw terminal blocks are packed in the ac-
cessory kit.
Refer to Figure 3. There are two rows of
mating connectors on the rear panel. The
lower row is for alarm input connection,
while the upper row is for the relay follow
outputs.
The lower row, for alarm inputs, consists of
four connectors as follows:
X913 Page8

TB7T@8 /
TB9 TBlO
,
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
"r7"l-l~r7"r7l7rlrl~~~~~
~rIr-7"rlr-lr7l-T~ rlr-l~rl"r-l~rl
0000
00
T!31 782 TB4
I 1 I 1 I
AAAAAA,r+r7,,,,rl,,” 91011 1213 14 15 16 ~rtrlrlrlr-lr-l~~~~rl11l-lrln 17 16 19 202122 23 24 2526272829303132
TB6
+-+--f-+-+--f-+-+- +-+-+-+-+-+-+-+-
+-+-+-+-+--f--f-+- +-+-+-+-+-+-+-+- NCCNO
00 0
00
/ /
6
0
0 Al arm
input connectors @Control IN from CPU or previous V1300X-IAF
0 Relay follow output connectors @Control OUT to next V1300X-IAF
0 Common relay connector @IEC320 power cord socket and fuse tray
Figure 3
Rear Panel of V1300X-IAF

2.4.1 ALARM INPUT NUMBERING
All card cages are marked with the same alarm input number range, 1 - 32. If the system has
more than 32 alarm devices, then more than one cage is required, and the input number on
the Vl300X-IAF will differ from the system alarm number connected to it. The system alarm
number is the number given to a particular alarm device in the overall system. Tables 4A
through 4H show the system alarm number versus the VI 300X-IAF input number for 256
alarm inputs (eight cascaded V1300X-IAF units).
TABLE 4A
VI 300X-IAF ADDRESSED FOR INPUTS 1 - 32
TABLE 4B
V1300X-IAF ADDRESSED FOR INPUTS 33 - 64
TABLE 4C
VI 300X-IAF ADDRESSED FOR INPUTS 65 - 96
X913 Page10