X992
MODEL V1305R-DC
VARIABLE-SPEED RECEIVERS
Copyright © 2002 Vicon Industries Inc. All rights reserved.
Product specifications subject to change without notice.
Vicon and its logo are registered trademarks of Vicon Industries Inc.
VICON INDUSTRIES INC., 89 ARKAY DRIVE, HAUPPAUGE, NEW YORK 11788
TEL: 631-952-CCTV (2288) FAX: 631-951-CCTV (2288) TOLL FREE: 800-645-9116
24-Hour Technical Support: 800-34-VICON (800-348-4266)
UK: 44/(0) 1489-566300 INFOFAX: 800-287-1207 WEB: www.vicon-cctv.com
Vicon part number 8006-8992-02-02 Rev 202 Section 9 & 12
FCC Notice
Note: Complies with Federal Communications Commission Rules & Regulations Part 15, Subpart B for a Class
A digital device.
WARNING
This equipment generates and uses radio frequency energy and if not installed and used properly, that is, in
strict accordance with the manufacturer’s instruction, may cause interference to radio and television reception. It
has been type tested and found to comply with the limits for a Class A computing device in accordance with the
specification in subpart B of part 15 of the FCC rules, which are designed to provide reasonable protection
against such interference in a commercial installation. However, there is no guarantee that interference will not
occur in a particular installation. If this equipment does cause interference to radio and television reception,
which can be determined by turning equipment off and on, the user is encouraged to try and correct the
interference by one or more of the following measures:
• Reorient the receiving antenna.
• Relocate the equipment with respect to the receiver.
• Relocate the equipment away from the receiver.
• Plug the equipment into a different electrical outlet so that the equipment and receiver are
on different branch circuits.
If necessary, the user should consult the dealer or an experienced radio/television technician for additional
suggestions.
The user may find the following booklet prepared by the Federal Communications Commission helpful:
“Interference Handbook, Bullet in CIB-2”
This booklet is available from the U.S. Government Printing Office, Superintendent of Documents, Mailstop
SSOP, Washington, D.C. 20402-9328, ISBN 0-16-045542-1.
Warning: Power must be removed from this unit before removing circuit modules or ribbon cables.
Caution: This unit contains circuit cards with integrated circuit devices that can be damaged by static
discharge. Take all necessary precautions to prevent static discharge.
Coaxial Cable Recommendations
Coaxial cables used to route video signals to and from the unit must meet the video recommendations in this section.
Caution: Careful selection of the proper cable is essential to obtain the best performance from this
equipment. Vicon assumes no responsibility for poor performance when cables other than those
recommended are installed. In all cases, coaxial cable impedance should be 75 ohms.
Materials
Use only cable with a pure copper center conductor. Do not use cable with either a copper-plated steel or an aluminum
center conductor because these do not transfer signals effectively in the frequency range used in CCTV networks. A
center conductor with low DC resistance is required for effective CCTV operation. Solid-core bare copper conductor is
best suited to video applications, except where flexing occurs. If the coaxial cable will be subjected to flexing during
normal use, select a cable with a stranded center conductor. The preferred dielectric material is cellular (foam)
polyethylene. It has better electrical characteristics than solid polyethylene, but is more vulnerable to moisture.
Therefore, use only solid polyethylene dielectric cable with a heavy exterior insulation in applications subject to
moisture. The shield must be copper braid providing 95% or better coverage.
Cable Types
The most commonly used cable types are RG -59/U and RG-11/U. Each is actually a family of cables with widely varying
electrical characteristics, some of which are not suitable for CCTV applications. Choose a cable type by referring to the
characteristics and maximum distances listed below. The maximum distance for best picture refers to the distance
between the camera and the unit. The characteristics of the cables in this table should be used as a guideline when
cables other than Belden are used. Materials and construction must follow the guidelines above. Note that “BC” refers
to bare copper and “TC” refers to tinned copper.
Recommended Coaxial Cable Types
Cable
Type
RG-11/U 8213 9847 811,4811 14 Solid BC BC braid (95%) 2.6 (8.5)
RG-6/U 9248 9804C 806,4806 18 Solid BC Foil + 61% TC
RG-59/U 8281 9803 815 20 Solid BC 2 TC braids (96%) 9.9 (32.5)
RG-59/U 9259 ---- 816 22 Stranded
RG-59/U 9659 ---- ---- 22 Stranded
Dim, faint picture.
Cable amplification required.
Usable picture 1100 (350) 1500 (450) 2400 (750)
Clean picture 820 (250) 1000 (300) 1600 (500)
Best picture 400 (120) 530 (160) 820 (250)
* For longer cable runs, refer to the Product Specifications for Video Amplifiers.
Belden
Type No.
Picture Quality
Alpha
Type No.
West Penn
Type No.
Type
Center
Conductor
Type Shield and
% Coverage
DC
Resistance
ohms per
1000 feet
(km)
7.5 (24.6)
braid (100%)
BC braid (95%) 15.0 (49)
BC
BC braid (95%) 15.0 (49)
BC
Picture Quality vs Cable Length
Maximum
Cable Run*
ft (m)
RG-59/U RG-6/U RG-11/U
Up to
1100 (350)
Up to
1500 (450)
Up to
2400 (750)
Contents
Introduction.......................................................................................................................................1
Installation..........................................................................................................................................3
Unpacking and Inspection ................................................................................................................... 3
Inspection For Visible Damage............................................................................................................. 3
Inspection For Concealed Damage....................................................................................................... 3
Physical Installation............................................................................................................................. 3
Cover Removal.................................................................................................................................... 3
Auxiliary Functions.............................................................................................................................. 4
Installing the Auxiliary Option Board..................................................................................................... 4
Heater Installation ............................................................................................................................... 4
Wiring the Unit..................................................................................................................................... 5
Power Cable....................................................................................................................................... 6
Camera Station Cable......................................................................................................................... 6
Control Signal Cabling .........................................................................................................................7
NOVA Control System .....................................................................................................................7
Simplex Operation........................................................................................................................ 8
Duplex Operation ......................................................................................................................... 8
Vicoax II Control System (with V1422)............................................................................................... 9
Video Cabling .....................................................................................................................................9
Main PCB Connections........................................................................................................................ 9
Receiver Power Connections ..............................................................................................................10
Pan-and-Tilt, Lens and Auxiliary Connections......................................................................................11
Alarm Input/Tamper Connections ........................................................................................................14
NOVA Control Connections ................................................................................................................ 14
Star Configuration.............................................................................................................................14
Daisy-Chain Configuration..................................................................................................................15
End-of-Line Termination..................................................................................................................16
Preset Connections ..........................................................................................................................16
Video In Connections ........................................................................................................................17
Vicoax II Control Connections...........................................................................................................17
Preset Connections ..........................................................................................................................17
Video Input and Control from Transmitter Connections ..........................................................................18
Video In and Video Out Connections.................................................................................................18
Control Settings ................................................................................................................................. 18
Option 1 Setting ...............................................................................................................................20
Option 2 Setting ...............................................................................................................................20
X992 Rev 202 V1305R -DC Contents •• i
Electronic Limit Stops Setting............................................................................................................21
Test Mode Setting ............................................................................................................................21
Clear All Presets...........................................................................................................................22
Autoiris Setting.................................................................................................................................22
Finishing Installation .........................................................................................................................22
Operation..........................................................................................................................................23
Maintenance....................................................................................................................................23
Fuse Replacement ............................................................................................................................. 23
Shipping Instructions....................................................................................................................24
Technical Information...................................................................................................................25
ii •• Contents X992 Rev 202 V1305R -DC
Important
Safeguards
GRAPHIC SYMBOL EXPLANATION
The lightning flash with arrowhead symbol, within an
equilateral triangle, is intended to alert the user to the
presence of uninsulated “dangerous voltage” within
the product’s enclosure that may be of sufficient
magnitude to constitute a risk of electric shock.
The exclamation point within an equilateral triangle is
intended to alert the user to the presence of important
operating and maintenance (servicing) instructions in
the literature accompanying the unit.
1. Read Instructions - All the safety and operating
instructions should be read before the video product is
operated.
2. Retain Instructions - All the safety and operating
instructions should be retained for future reference.
3. Heed Warnings - All warnings on the video product
and in the operating instructions should be adhered to.
4. Follow Instructions - All operating and use
instructions should be followed.
5. Cleaning - Step a applies to equipment that can be
disconnected from the CCTV system without seriously
jeopardizing security. Step b applies to equipment that
must operate continuously such as video switching
equipment at military installations.
a. Disconnect this video product from its power
source before cleaning. Do not use caustic,
abrasive, or aerosol cleaners. Use a damp cloth
for cleaning.
b. Use a damp cloth to clean the equipment. Do not
allow moisture or liquids to enter any vents. Do not
use caustic, abrasive, or aerosol cleaners.
6. Attachments - Do not use attachments not
recommended by Vicon as they may cause hazards.
7. Water and Moisture - Do not use this video product
in any location where it may be exposed to water or
moisture. This does not apply to outdoor camera
housings, outdoor pan-and-tilt drives, and other
equipment designed for direct exposure to outdoor
environments.
8. Accessories - Do not place this video product on
any unstable surface or table. The video product may
fall, causing serious injury to a person and serious
damage to the video product. Use only with a mounting
accessory recommended by Vicon, or sold with the video
product. Any mounting of the video product should
follow Vicon’s instructions, and a mounting accessory
recommended by Vicon should be used.
9. Ventilation - Slots and openings in the cabinet are
provided for ventilation and to ensure reliable operation
of the video product and to protect it from overheating,
and these openings must not be blocked or covered.
The openings should never be blocked by placing the
video product on a rug or other similar surface. This
video product should never be placed near or over a
radiator or heat register. This video product should not
be placed in a built-in installation such as a bookcase
or rack unless proper ventilation is provided or Vicon’s
instructions have been adhered to.
10. Power Sources - This video product should be
operated only from the type of power source indicated
on the marking label. If you are not sure of the type of
power supplied to your installation site, consult your
Vicon dealer or local power company. For video
products intended to operate from battery power, or
other sources, refer to the operating instructions.
X992 Rev 202 V1305R -DC Important Safeguards •• iii
11. Grounding - This applies to video products
equipped with a 3-wire grounding-type plug, a plug
having a third (grounding) pin. This plug only fits into a
grounding-type power outlet. This is a safety feature. If
you are unable to insert the plug into the outlet, contact
your electrician to replace your obsolete outlet. Do not
defeat the safety purpose of the grounding-type plug.
12. Power-Cord Protection - Power supply cords
should be routed so that they are not likely to be
walked on or pinched by items placed upon or against
them, paying particular attention to cords at plugs,
convenience receptacles, and the point where they exit
from the video product.
13. Outdoor Cable Grounding - If an outside cable
system is connected to the video product, be sure the
cable system is grounded so as to provide some
protection against voltage surges and built-up static
charges. Section 810 of the National Electrical Code,
ANSI/NFPA 70-1984, provides information with respect
to proper grounding of the lead-in wire to an antenna
discharge unit, size of grounding conductors, location
of antenna-discharge unit, connection to grounding
electrodes, and requirements for the grounding
electrode.
14. Lightning - For added protection for this video
product when it is not used for long periods of time,
disconnect it from its power source and from the cable
system. This prevents damage to the video product
due to lightning and power-line surges.
15. Power Lines - An outside cable system should not
be located in the vicinity of overhead power lines or
other electric light or power circuits, or where it can fall
into such power lines or circuits. When installing an
outside cable system, extreme care should be taken to
keep from touching such power lines or circuits as
contact with them might be fatal.
16. Overloading - Do not overload wall outlets and
extension cords as this can result in a risk of fire or
electric shock.
17. Object and Liquid Entry - Never push objects of
any kind into this video product through openings as
they may touch dangerous voltage points or short out
parts that could result in a fire or electric shock. Never
spill liquid of any kind on the video product.
18. Servicing - Do not attempt to service this video
product yourself as opening or removing covers may
expose you to dangerous voltage or other hazards.
Refer all servicing to qualified service personnel.
19. Damage Requiring Service - Disconnect this video
product from its power source and refer servicing to
qualified service personnel under the following
conditions. Note that step c does not apply to outdoor
camera housings, outdoor pan-and-tilt drives and
other equipment specifically designed for direct
exposure to outdoor environments.
a. When the power-supply cord or plug is damaged.
b. If liquid has been spilled, or objects have fallen into
the video product.
c. If the video product has been exposed to rain or
water.
d. If the video product does not operate normally by
following the operating instructions. Adjust only
those controls that are covered by the operating
instructions, as an improper adjustment of other
controls may result in damage and will often
require extensive work by a qualified technician to
restore the video product to its normal operation.
e. If the video product has been dropped or the
cabinet has been damaged.
f. When the video product exhibits a distinct change
in performance - this indicates a need for service.
20. Replacement Parts - When replacement parts are
required, be sure the service technician has used
replacement parts specified by Vicon or that have the
same characteristics as the original part. Unauthorized
substitutions may result in fire, electric shock, or other
hazards.
21. Safety Check - Upon completion of any service or
repairs to this video product, ask the service technician
to perform safety checks to determine that the video
product is in proper operating condition.
iv •• Important Safeguards X992 Rev 202 V1305R-DC
Introduction
The information in this manual covers the installation, operation, and maintenance for the V1305R-DC VariableSpeed Receiver. This equipment should only be installed by a qualified technician us ing approved materials in
accordance with national, state, and local electrical codes. Read these instructions through completely before
attempting installation.
The V1305R-DC receiver is designed to provide variable-speed control of Vicon’s ViStar25 series of pan-and-tilts
and Vicon motorized zoom lenses; the receiver is factory set to operate these units and no further option
settings are required. The receiver controls pan, tilt, zoom and focus as well as providing an autoiris drive. The
receiver may be used with any NOVA™ (RS -422) control system or a Vicoax II (V1422) control system. Refer to
Table 1 for model/system compatibility. The term V1305R-DC is used to refer to all versions of the receiver
unless specifically stated otherwise.
The receiver is designed to work in two modes, velocity mode and preset position mode. In velocity mode, pan
and tilt can operate together at any required combination of velocities. The maximum velocity is determined by
the pan-and-tilt drive. The velocity mode allows smooth motion at very low velocity. Using this mode, a complete
scan in the pan axis can be programmed to take up to 5 minutes. Focus and zoom can be operated
concurrently with pan and/or tilt. Two-speed operation of zoom and focus is provided.
The V1305R-DC can store up to 79 preset positions. Positions are stored in nonvolatile memory. A preset
position defines zoom and focus as well as pan and tilt. In preset position mode, software insures smooth
acceleration and deceleration, preventing the premature wearing out of the pan-and-tilt when using successive
preset position recalls to implement camera tours or using this mode on a long-term basis.
Two relays are provided in the receiver; two additional relays can be added with an optional board, Model
V1305R-R, which is mounted on the inside of the receiver cover. The relays operate remotely. Each relay output
may be configured separately to operate in either momentary or latching mode. In momentary mode, the relay
remains on only as long as the stimulus continues. In latching mode, the relay must be reset to remove the
condition.
The V1305R-DC is encased in a metal weatherproof enclosure. A 25 W heater option is available as an option,
Model V1305R-H. Seven compression fittings are provided for routing cable.
The V1305R-DC complies with FCC requirements for a Class A device and with European Community EMC
Directive 89/336 EEC and amendments 92/31/EEC. The product was subjected to the testing outlined in
European Normalization Standard (Emissions) EN55022, A1: 1995 and A2: 1997 Class B, (Harmonic
Emissions) EN61000-3-2: 1995, A1: 1998 and A2: 1998, (Flicker) EN61000-3-3: 1995 and (Immunity) EN501304: 1995 and A1: 1998.
Table 1
Model Numbers and Descriptions
Model Number Product Code Description
V1305R-DC1 5144 120 VAC input/24 VDC variable output, NOVA RS -422
V1305R-DC1-230 5144-01 230 VAC input/24 VDC variable output, NOVA RS -422
V1305R-DC2 5078 120 VAC input/24 VDC variable output, Vicoax II
V1305R-DC2-230 5078-01 230 VAC input/24 VDC variable output, Vicoax II
X992 Rev 202 V1305R -DC Introduction •• 1
Notes
2 •• Introduction X992 Rev 202 V1305R -DC
Installation
Unpacking and Inspection
All Vicon equipment is tested and inspected before leaving the factory. It is the carrier’s responsibility to deliver
the equipment in the same condition as it left the factory.
Inspection For Visible Damage
Immediately inspect the cartons upon delivery. 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 office.
Inspection For Concealed Damage
As soon as possible after delivery, unpack the unit and inspect it for concealed damage. Do not discard the
carton or packing materials. If the unit is damaged, contac t the carrier immediately and request forms for filing a
damage claim. Make arrangements for a representative of the carrier to inspect the damaged equipment. If the
equipment must be returned for repair, follow the Shipping Instructions at the end of this manual.
Physical Installation
The receiver must be installed at a location near the corresponding camera station to be controlled. The
maximum distance between the receiver and the camera station is determined by the maximum operating
distance of the motorized lens or the pan-and-tilt. In most cases, the pan-and-tilt is the determining factor in
calculating the maximum distance between the receiver and camera station. Refer to the instruction manuals for
those units. The V1305R-DC is designed to be mounted on a vertical surface with four M6 bolts (or equivalent).
The upper two holes have keyhole slots for ease of mounting.
Note: Be sure the power is disconnected from the unit while performing installation procedures. Do not apply
power until instructed to do so.
Caution: When installed outdoors, the receiver must be positioned with the cable entry fittings and the
connectors pointing downward. If it is necessary to mount the receiver in a different position, protect
the cable entry fittings and connectors from exposure to moisture. Be sure to seal any unused
fittings. Make sure the unit is properly grounded via the earth ground of the power cable.
Cover Removal
To open the cover of the V1305R-DC, remove the four (4) screws from the top of the unit. When the cover is
removed, it remains attached to the enclosure by a cord.
X992 Rev 202 V1305R -DC Installation •• 3
Auxiliary Functions
Four relay drives are available which operate remotely. Each relay output may be configured separately to
operate in a momentary or latching mode. The default setting for the auxiliary relays is momentary. The receiver
has two (2) installed relays that are rated 240 VAC or 30 VDC 5 A. These are normally open (NO) contacts. The
two (2) other relay drive outputs are rated at 50 mA and can be used to drive 2 relays on an option board or other
external relays as required.
Installing the Auxiliary Option Board
If additional relay driver outputs are needed, an option auxiliary relay board, Model V1305R-R, is available. This
option board is installed onto the receiver enclosure cover. Refer to Figure 1.
1. Snap the option board onto the four (4) standoffs on the inside front cover of the receiver.
2. Remove the connector provided on TB2 on the main board of the receiver.
3. Insert the connector from the V1305R-R into TB2 on the main board.
Note: The connector is keyed so it can only be inserted correctly.
4. Slip the sealing nut over the power cable with the threads facing toward the end of the cable. Position the
sealing nut approximately 10 inches (250 mm) from the end of the cable. Insert the end of the power cable
through the cable entry fitting and thread nut onto the fitting. Tighten the sealing nut firmly and secure the
power cable.
5. Strip off the outer cable covering of the three (3) conductors (HOT (LINE), NEUTRAL, and GROUND).
Remove approximately 0.25 inches (6 mm) of insulation from the end of each conductor.
6. Make power connections to TB1 on the option board according to the table below. Refer to Figure 1. Make
connections from TB4 to the relay device according to the table below. Tighten the screws on the terminal
block to secure the wires.
V1305R-R Screw Terminal Connections
TB1 Function
N Neutral
L Line (Hot)
Ground Symbol Ground
TB4
AUX3 Load
AUX4 Load
COM Return
Heater Installation
A 25 W heater option, Model V1305R-H, is available. The heater increases the receiver’s operating temperature
range to -40° to 140° F (-40° to 60° C). The option works with 120 or 230 VAC input. When the temperature goes
below 32° F (0° C), the thermostat closes the heater circuitry to generate heat. When the temperature reaches
86° F (30° C), the thermostat opens the circuit to turn off the heater.
The heater option is installed onto the four standoffs located on the side of the receiver with the compression
fittings. Refer to Figure 1. The heater assembly snaps onto the standoffs by the four holes in the aluminum panel
of the assembly. When mounting the heater assembly, be sure to orient it so that the end with the brown and
red wires is closest to the power terminal block mounted in the receiver adjacent to the main PCB. The heater is
wired to the power terminal block.
4 •• Installation X992 Rev 202 V1305R -DC
Connect the brown wire to the same screw terminal that the other brown wire is connected to (L or HOT);
connect the red wire to the screw terminal that the blue wire is connected to (N or RETURN).
Wiring the Unit
The receiver has pluggable terminal blocks that may be inserted vertically or horizontally into the mating halves
on the PCB. To avoid confusion, use the vertical orientation at all times.
Caution: Be sure that the detachable part of the terminal block is properly inserted into the dovetails in the
permanent part of the terminal block; otherwise the connector is not properly mated.
Seven cable entry fittings are provided for routing of cables. All cables should be routed through cable entry
fittings and terminated at the appropriate terminal block. Use the closest entry fittings to the terminal block so
that congestion is minimized inside the unit. Refer to Figure 2.
X992 Rev 202 V1305R -DC Installation •• 5
Figure 1
Installing the V1305R-R and V1305R-H
Figure 2
Receiver Connector Panel
Power Cable
The total power requirement for the camera station is needed in order to determine the proper cable gauge for
input power. To determine the total power requirement of the camera station, add up the requirements of all
individual components, including pan-and-tilt drive, housing accessories, receiver and other related equipment.
The V1305R-DC requires a maximum of 50 W. Choose the appropriate cable gauge for the total power
requirement. Vicon strongly recommends the use of line conditioners, voltage regulators, and uninterruptible
power supply (UPS) systems.
Camera Statio n Cable
Vicon recommends that separate cables be used for pan-and-tilt, lens, alarm and auxiliary functions. Refer to
Table 2. Refer to Table 3 to choose the appropriate cable type per the maximum operating distance between the
receiver and the next component(s) in the line. All cable types except Belden 9182 are dual cable. Dual cables
have two twisted pairs of cables that are shielded to prevent communications between the two sets. Each pair is
enclosed by a shield. The shield includes a stranded conductor, the “drain,” that allows the shield to be
connected to a ground. Therefore, a dual cable has six conductors: two conductors plus a ground in each of two
sets of conductors plus a ground in each of two sets of conductors. Belden 9182 is not dual cable - it contains
two conductors and a shield for a total of three conductors. Be sure to ground all cables connecting the receiver
to the pan-and-tilt on both ends. The V1305R-DC provides several grounding tabs (Figure 1). Refer to the
instruction manual for the pan-and-tilt (X940 for ViStar) for grounding that device.
Table 2
Receiver Cables
Function Number of Conductors
Required
Pan and Tilt 4
Pan and Tilt Preset
Positions (normal feedback)
Pan and Tilt Preset
Positions (cosine feedback)
Pan/Tilt Brak e 4
Motorized Lens 4
Lens Preset Positions 4
Auxiliary Relays 4
Optional Auxiliary Relay
Drivers
Alarm/Tamper 2
4
5
3
6 •• Installation X992 Rev 202 V1305R -DC
Control Signal Cabling
The cable used to route control signals between the control system and the receiver depends upon the type of
control system used, NOVA (RS -422) or Vicoax II.
NOVA Control System
If the receiver is being used with a NOVA control system, model V1305R-DC1 or V1305R-DC1-230 is used.
Some system choices must be made to determine the number of cables required to use the V1305R-DC1 with a
NOVA control system.
NOVA communications permit the connection of the receiver in either a star or daisy-chain configuration, as
shown in Figure 3. The star configuration requires the use of a Distribution Line Control (DL). Refer to the
instruction manual for the DL as necessary. The relative location of the receiver in the configuration is one of the
factors which determines the required number of cables. Decide which receiver configuration will be used.
NOVA control systems offer both simplex and duplex operation. Command signals, which send control
information from the control system to the receiver, are always required. Response signals are used to transmit
information such as the activation of alarms and communication failures to the NOVA control system. Simplex
operation requires the use of only command signals; duplex operation requires the use of both command and
response lines. Choose either simplex or duplex operation.
Refer to Table 3 to choose the appropriate cable type per the maximum operating distance between the receiver
and the next component(s) in the communications line.
All cable types except Belden 9182 are dual cable. Dual cables have two twisted pairs of cables that are
shielded to prevent communications between the two sets. Each pair is enclosed by a shield. The shield
includes a stranded conductor, the “drain,” that allows the shield to be connected to a ground. Therefore, a dual
cable has six conductors: two conductors plus a ground in each of two sets of conduc tors. Belden 9182 is not
dual cable - it contains two conductors and a shield for a total of three conductors.
Table 3
Individually-Shielded Twisted-Pair Cable
Maximum Operating Distance
Cable Type Maximum Distance
Belden 9406* 5000 (1500)
Belden 9402* 5000 (1500)
Belden 8723* 8000 (2400)
Belden 8162* 15,000 (4600)
Belden 9729* 15,000 (4600)
Belden 9182 25,000 (7600)
*Dual cable
X992 Rev 202 V1305R -DC Installation •• 7
Simplex Operation
Determine the number of cables to be connected for simplex operation based on the receiver configurat ion (star
or daisy-chain) using Table 4.
Table 4
Simplex Operation
Number of Cables to be Connected
Cable Type Star Daisy-Chain
Belden 9182 1 2
Duplex Operation
Both command and response connections are required for duplex operation. Using Table 5, determine the
number of cables to be connected for duplex operation based on the receiver configuration (star or daisy-chain)
and the cable type chosen.
Table 5
Duplex Operation
Number of Cables to be Connected
Cable Type Star Daisy-Chain
Belden 9406 1 2
Belden 9402 1 2
Belden 8723 1 2
Belden 8162 1 2
Belden 9729 1 2
Belden 9182 2 4
8 •• Installation X992 Rev 202 V1305R -DC
Figure 3
Daisy-Chain and Star Configurations
Vicoax II Control System (with V1422)
The V1305R-DC2 and V1305R-DC2-230 receivers are compatible with Vicoax II controlled systems using the
NOVA V1422 control system. Vicoax control and video signals are transmitted via coaxial cable. Refer to
Coaxial Cable Recommendations in this manual and choose a suitable cable type.
It is not necessary to perform the cable selection described in Video Cabling because the control and video
signals are sent through the same coaxial cables.
Video Cabling
All systems require two coaxial cables, one to route video from the camera to the receiver (VIDEO IN in receiver)
and one from the receiver to the matrix switcher or control system (VIDEO OUT in receiver). Follow the
requirements in Coaxial Cable Recommendations.
Main PCB Connections
The main PCB is located on the bas e of the receiver enclosure. Refer to Figure 4 as necessary throughout this
section. Cables are routed through the cable entry fittings shown in Figure 2. It does not matter which cable
entry fitting the cables are routed through; to avoid congestion, however, try to select the entry fitting closest to
the appropriate terminal block.
Caution: Take care to install only one cable per fitting or water could enter the enclosure and damage the
receiver.
Note: Be sure to route wires away from the heater, if installed.
X992 Rev 202 V1305R -DC Installation •• 9
Figure 4
Receiver PCB
Receiver Power Connections
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the power cable from the power source to the receiver.
Warning: Do not plug the cable into the power source.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable.
4. Insert the end of the power cable through the cable entry fitting and thread the nut onto the fitting. Tighten
the sealing nut firmly and secure the cable.
10 •• Installation X992 Rev 202 V1305R -DC
5. Strip off the outer cable covering of the three (3) conductors (HOT or LIVE, NEUTRAL, and GROUND)
according to Figure 5. Remove approximately 0.25 inches (0.6 cm) of insulation from the end of each
conductor.
6. Wire the three (3) conductors from the power source to the appropriate power supply terminals on the power
terminal block (TB3) screws on the power terminal block to secure the wires and secure the cables with the
cable tie provided.
Figure 5
Power Cable Preparation
Pan-and-Tilt, Lens and Auxiliary Connections
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the appropriate cable from the camera station to the receiver.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable.
4. Insert the end of the cable through the cable entry fitting and thread the nut onto the fitting. Tighten the
sealing nut firmly and secure the cable.
5. Strip off 1.5 inches (4 cm) of the outer cable covering. Remove approximately 0.25 inches (0.6 cm) of
insulation from the end of each of the pan-and-tilt, lens and auxiliary conductors.
6. Wire the conductors to the appropriate screw terminals on screw terminal TB4 (pan-and-tilt), TB5 (lens) and
TB1 (aux) on the receiver main board. Refer to Figure 4 and Tables 6, 7 and 8.
Caution: To avoid a potential video noise problem, in addition to connecting the drive signals of TB4 to
the ViStar, be sure to make the additional connection in step 7.
7. Connect the GND (pin 7) and the cable shield of the ViStar to the middle contact (CHASSIS) of TB3. Refer
to Figure 6.
Note: The receiver has two other Grounds on the TB5 connector that achieve the same solution. They are
Ground (pin 2) and Lens Common (Ground) (pin 9), but these should be reserved for lens control if an
electronic lens is used.
X992 Rev 202 V1305R -DC Installation •• 11
8. Tighten the screws on the terminal blocks to secure the wires and secure the cables with the cable ties
provided.
12 •• Installation X992 Rev 202 V1305R -DC
Figure 6
Grounding Diagram
Table 6
Pan-and-Tilt Connections
Pan-and-Tilt
Signal Name
Connector TB4
Pin No.
1 Pan Left
2 Pan Right
3 Tilt Down
4 Tilt Up
5 Pan Brake +VE (left)
6 Pan Brake +VE (right)
7 Tilt Brake +VE (down)
8 Tilt Brake +VE (up)
Table 7
Lens Connections
Lens Connector
Signal Name
TB5
Pin No.
1 Zoom
2 Ground
3 Focus
4 Lens Supply Ref +VE
5 Lens Supply Ref 0 V
6 Zoom Position
7 Focus Position
8 Iris
9 Lens Common (Ground)
Table 8
Auxiliary Connections
Auxiliary
Signal Name
Connector TB1 Pin
No.
1 Aux 1 (NO)
2 Aux 1 Common
3 Aux 2 (NO)
4 Aux 2 Common
Auxiliary
Connector TB2 Pin
No.
3 Aux Relay Coil Supply
2 Aux 4 Relay Drive
1 Aux 3 Relay Drive
X992 Rev 202 V1305R -DC Installation •• 13
Alarm Input/Tamper Connections
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the appropriate cable to the receiver.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable.
4. Insert the end of the cable through the cable entry fitting and thread the nut onto the fitting. Tighten the
sealing nut firmly and secure the cable.
5. Strip off 1.5 inches (4 cm) of the outer cable covering. Remove approximately 0.25 inches (0.6 cm) of
insulation from the end of each of the conductors.
6. Wire the conductors to the appropriate screw terminals on screw terminal TB7 (tamper) on the receiver main
board. Refer to Figure 4 and Table 9.
7. Tighten the screws on the terminal blocks to secure the wires and secure the cables with the cable ties
provided.
Table 9
Alarm Connections
Tamper Connector
TB7 Pin No.
1 Tamper/Alarm Input
2 Tamper Return
Signal Name
NOVA Control Connections
Follow the directions in this section if Model V1305R-DC1 or V1305R-DC1-230 is being installed. These
receivers are for NOVA control systems.
The number of cables is determined by the maximum operating distance, the operating mode (simplex or
duplex) and the receiver configuration (star or daisy-chain). These cables are used to connect the rec eiver to the
appropriate system components.
Perform either the procedure for a star configuration or a daisy-chain configuration. Only one procedure should
be performed.
Star Configuration
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the cable(s) from the Distribution Line Control (DL) to the receiver.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable(s).
4. Insert the end of the cable(s) through the cable entry fitting and thread the nut onto the fitting. Tighten the
sealing nut firmly and secure the cable(s).
14 •• Installation X992 Rev 202 V1305R -DC
5. Strip off 1.5 inches (4 cm) of the outer cable covering. Remove approximately 0.25 inches (0.6 cm) of
insulation from the end of each of the conductors.
6. Wire the conductors to the appropriate screw terminals on screw terminal TB1 on the Communications
Module. Refer to Figure 4 and Table 10.
7. Tighten the screws on the terminal blocks to secure the wires and secure the cables with the cable ties
provided.
Table 10
Connections to Distribution Line Control, Star Configuration
Communication
Module Connector
TB1 Pin No.
Simplex
1 Command in + Command out +
2 Command in - Command out 3 Shield (ground) Shield (ground)
Duplex
1 Command in + Command out +
2 Command in - Command out 3 Shield (ground) Shield (ground)
4 Response out + Response in +
5 Response out - Response in 3 Shield (ground) Shield (ground)
Signal Name Distribution Line
Signal Name
Daisy-Chain Configuration
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the cable(s) from the control system to the receiver. Note that if another receiver or Distribution Line
Control (DL) is in the communications line between the receiver and the control system, the cables are
actually routed directly from that component.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable(s).
4. The next component in the communications line is a DL or a receiver. Route the cables from the next
component in the communications line to the receiver. Slip the sealing nut over the cable with the threads
facing toward the end of the cable. Position the sealing nut approximately 10 inches (25 cm) from the end of
the cable(s).
5. Insert the end of the cables through the cable entry fitting and thread the nut onto the fitting. Tighten the
sealing nut firmly and secure the cables.
6. Strip off 1.5 inches (4 cm) of the outer cable covering. Remove approximately 0.25 inches (0.6 cm) of
insulation from the end of each of the conductors.
7. Wire the conductors to the appropriate screw terminals on screw terminal TB1 on the Communications
Module. Refer to Figure 4 and Table 11.
8. Tighten the screws on the terminal blocks to secure the wires and secure the cables with the cable ties
provided.
X992 Rev 202 V1305R -DC Installation •• 15
Table 11
Daisy-Chain Configuration
Communication
Module Connector
TB1 Pin No.
Connections to
Simplex
6 Command out + Command in +
7 Command out - Command in 8 Shield (ground) Shield (ground)
Duplex
6 Command out + Command in +
7 Command out - Command in 8 Shield (ground) Shield (ground)
9 Response in + Response out +
10 Response in - Response out 8 Shield (ground) Shield (ground)
Connections to
Simplex
1 Command in + Command out +
2 Command in - Command out 3 Shield (ground) Shield (ground)
Duplex
1 Command in + Command out +
2 Command in - Command out 3 Shield (ground) Shield (ground)
4 Response out + Response in +
5 Response out - Response in 3 Shield (ground) Shield (ground)
Signal Name Signal Name
Next Component-
In-Line
Control System
End-of-Line Termination
If the V1305R-DC1 is the last component in a communications line, connect Response In - to ground.
The preset operation on the V1305R-DC1 includes memory of 79 presets in non-volatile memory.
Perform the following procedure to make preset connections.
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the cable from the camera station to the receiver.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable.
16 •• Installation X992 Rev 202 V1305R -DC
Preset Connections
4. Insert the end of the cable through the cable entry fitting and thread the nut onto the fitting. Tighten the
sealing nut firmly and secure the cable.
5. Strip off 1.5 inches (4 cm) of the outer cable covering. Remove approximately 0.25 inches (0.6 cm) of
insulation from the end of each of the conductors.
6. Wire the conductors to the appropriate screw terminals on screw terminal TB6 (pan-and-tilt) and TB5 (lens)
on the receiver main board. Refer to Figure 4 and Table 12 and 7.
7. Tighten the screws on the terminal blocks to secure the wires and secure the cables with the cable ties
provided.
Table 12
NOVA Pan-and-Tilt Preset (Feedback) Connections
Pan-and-Tilt
Feedback
Connector TB6
Pin No.
1 P/T Supply +VE
2 P/T Supply Ref 0 V
3 Pan Position Normal
4 Pan Position Cosine
5 Tilt Position
Signal Name
Video In Connections
Video from the camera enters the receiver via the video input BNC connector and is looped out via the video
output BNC. Refer to Figure 4.
Vicoax II Control Co nnections
Follow the procedures in this section only if the V1305R-DC2 or V1305R-DC2-230 is being connected. These
receivers are for a V1422 Vicoax II system.
Warning: If a DC-coupled camera is used, video blanking must be less than 700mV above ground
reference. A DC isolation transformer is needed between the camera and the receiver if a greater
DC offset is to be used.
Preset Connections
The preset operation on the V1305R-DC2 includes memory of 79 presets in non-volatile memory.
Perform the following procedure to make preset connections.
1. Unscrew the domed sealing nut of a cable entry fitting. Refer to Figure 2.
2. Route the cable from the camera station to the receiver.
3. Slip the sealing nut over the cable with the threads facing toward the end of the cable. Position the sealing
nut approximately 10 inches (25 cm) from the end of the cable.
X992 Rev 202 V1305R -DC Installation •• 17
4. Insert the end of the cable through the cable entry fitting and thread the nut onto the fitting. Tighten the
sealing nut firmly and secure the cable.
5. Strip off 1.5 inches (4 cm) of the outer cable covering. Remove approximately 0.25 inches (0.6 cm) of
insulation from the end of each of the conductors.
6. Wire the conductors to the appropriate screw terminals on screw terminal TB6 (pan-and-tilt) and TB5 (lens)
on the receiver main board. Refer to Figure 4 and Table 13 and 7.
7. Tighten the screws on the terminal blocks to secure the wires and secure the cables with the cable ties
provided.
Table 13
Vicoax Pan-and-Tilt Preset (Feedback) Connections
Pan-and-Tilt
Feedback
Connector TB6
Pin No.
1 P/T Supply Ref +VE
2 P/T Supply Ref 0 V
3 Pan Position Normal
4 Pan Position Cosine
5 Tilt Position
Signal Name
Video Input and Control from Transmitter Connections
Video from the camera enters the receiver via the video input BNC connector. The video output connector routes
that video to the transmitter/monitor. The control signals from the transmitter enter the receiver via the video
output connector.
Video In and Video Out Connections
Connect the video cable from the camera to one of the BNC connectors on the receiver PCB. Refer to Figure 4.
Connect the cable from the second BNC connector to the VIDEO IN connector on the Vicoax II V1422
transmitter. For NOVA control systems, make sure control signal connections are complete.
Control Settings
The receiver has three (3) control switches on the PCB, a 2-pole MODE switch, an 8-pole OPTION/address
switch and a push button. There is also an LED that indicates the successful completion of certain operations.
The ON direction is marked on the switches. The MODE switch has four (4) states:
0 - normal operation
1 - option 1
2 - option 2
3 - test mode.
When both poles of the MODE switch are OFF (0), the OPTION switch selects the address of the receiver. The
receiver only responds to serial communication when these switches are off. The V1305R-DC1 can be set to any
address between 1 and 255, provided that no other receiver on the data line is given the same address. The
V1305R-DC2 in all circumstances should only be addressed as 1. When the MODE switches are set to 1 or 2,
configuration options can be set.
18 •• Installation X992 Rev 202 V1305R -DC
To set the address selection DIP switch, refer to Table 14 below. Make sure both poles of the MODE switch are
OFF.
Table 14
Option DIP Switch Address Selection
SWITCHES SWITCHES SWITCHES
X992 Rev 202 V1305R -DC Installation •• 19
Option 1 Setting
Option 1 setting requires MODE switch pole 1 to be ON and pole 2 to be OFF. The OPTION switch can then be
set. The V1305R-DC is factory set with pole 8 OFF for the standard and preset ViStar25. If a continuous rotation
model, VIST25-VRP, is being used, pole 8 should be set to ON. All the other pole settings are for non-Vicon
equipment; they should be left OFF when using the ViStar25.
When the switch is set up, press the push button. The yellow LED, which normally gives a brief flash once per
second to indicate correct processor operation, flashes rapidly for 2 seconds to indicate that the required
parameters are stored.
Note: Be sure to select ALL required parameters before pressing the push button.
After setting configuration options, be sure to reset the OPTION switch to the receiver address and
both MODE switches to OFF.
Option 2 Setting
Option 2 setting requires MODE switch pole 1 to be OFF and pole 2 to be ON. The OPTION switch settings
then have the significance shown in Table 15.
Table 15
Option 2 DIP Switch Settings
Pole
Number
8 Aux1 latching mode Aux1 momentary mode
7 Aux2 latching mode Aux2 momentary mode
6 Aux3 latching mode Aux3 momentary mode
5 Aux4 latching mode Aux4 momentary mode
4 Focus preset feedback reverse sense Focus preset feedback reverse sense disabled
3 Communications monitoring (recommended)* Communications monitoring disabled
2 Alarm/Tamper enabled Alarm/Tamper disabled
1 Baud rate 9600 Baud rat e 4800
*Set as a factory default.
When the switches are set up, press the push button. The yellow LED, which normally gives a brief flash once
per second to indicate correct processor operation, flashes rapidly for 2 seconds to indicate that the required
parameters are stored.
Function When Pole Set to ON
Function When Pole Set to OFF
Note: Be sure to select ALL required parameters before pressing the push button.
After setting configuration options, be sure to reset the OPTION switch to the receiver address and
both MODE switches to OFF.
20 •• Installation X992 Rev 202 V1305R -DC
Electronic Limit Stops Setting
When using a ViStar25 with preset capability (VIST25-VP or VIST25-VRP), software pan and limit stops are
provided in the receiver. The limit stops are stored in nonvolatile memory. This feature is implemented by the use
of five specific preset numbers.
Preset 95 - pan right limit stop
Preset 96 - pan left limit stop
Preset 97 - tilt up limit stop
Preset 98 - tilt down limit stop
Preset 99 - clears all limit stops
To store a limit stop, position the pan-and-tilt at the desired location in the axis and direction chosen. Switch the
Program Run Switch to Program, press PP enter, the preset number and PP enter a second time. For example,
“PP enter 95 PP enter” sets the pan right limit stop. Both limit stops for each axis (pan and tilt) must be
installed. These electronic limit stops should be set within any mechanical limit stops to allow for pan-and-tilt
stopping distance and no limit stop should be set outside the travel range of the unit.
There is no effect if limit stops are not set. The Clear All Presets mode has no effect on these settings.
Test Mode Setting
When MODE switch poles 1 and 2 are ON, the test mode is active. Poles 1 to 4 on the OPTION switch then
form a code giving the following operations:
Code 0 - Pan right
Code 1 - Pan left
Code 2 - Tilt up
Code 3 - Tilt down
Code 4 - Zoom in
Code 5 - Zoom out
Code 6 - Focus near
Code 7 - Focus far
Code 8 - Iris open
Code 9 - Iris close
Code 10 - Aux1 function
Code 11 - Aux2 function
Code 12 - Aux3 function
Code 13 - Aux4 function
Code 14 - Set autoiris level (see below).
With the exception of autoiris, the above operations are active only while the push button is being pressed.
After performing the test mode, be sure to reset the OPTION switch to the receiver address and both
MODE switches to OFF.
X992 Rev 202 V1305R -DC Installation •• 21
Clear All Presets
If the OPTION switch is set as in Table 16, the MODE switch poles both set to ON and the push button is
pressed, all preset positions are cleared and the LED fast flash is triggered.
Table 16
Settings to Clear All Presets
Pole 1 2 3 4 5 6 7 8
Setting OFF ON OFF ON OFF ON OFF ON
After performing the settings in this configuration, be sure to reset the OPTION switch to the receiver
address and both MODE switches to OFF.
Autoiris Setting
Two modes of iris control are provided. In manual iris mode, control is via the serial data link. In autoiris mode,
the iris is controlled by the receiver to obtain a nearly constant preset video level. It is possible to make a
motorized iris lens operate as an autoiris lens using the Autoiris mode. If using this mode, it is necessary to set
up the video level.
Select Autoiris mode either from the keyboard or using Code 14 in the test mode described above. With the
camera video connected through the receiver PCB via the BNC connectors and the video properly terminated by
75 ohms, adjust the video level by slow rotation of potentiometer RV1 in the center of the PCB. Refer to Figure
4. Adjust the potentiometer until a 1 V p-p signal or a properly contrasted picture is produced when viewing a
scene which does not have large areas of high light or strong contrast.
When in the Autoiris mode, the software ensures that hunting (iris flutters while searching for proper position)
does not occur on bright scenes. However, if very bright scenes are to be viewed, the use of a neutral spot filter
is recommended.
Finishing Installation
When installation is complete, close the cover the receiver. Be sure that the grounding strap is properly
connected at either end and that the rubber seal is in place. Secure the cover with the with the four (4) screws.
22 •• Installation X992 Rev 202 V1305R -DC
Operation
Before using the receiver, it is desirable to test all outputs using the test mode explained previously in this
manual.
Energize the receiver by applying power to the power source. Since the receiver is controlled by the control
system (NOVA or V1422 Vicoax II), refer to the appropriate instruction manual for general operating instructions.
Maintenance
Fuse Replacement
The V1305R-DC has a fuse located in the power terminal block adjacent to the main PCB. If it must be changed,
be sure to replace it with one with the same rating. The fuses in the V1305R-DC are: 120 VAC, 1 A slo blo
(delay); 230 VAC, 0.5 A slo blo (delay). Both fuses must be HRC type (ceramic).
X992 Rev 202 V1305R -DC Operation •• 23
Shipping Instructions
Use the following procedure when returning a unit to the factory:
1. Call or write Vicon for a Return Authorization (R.A.) at one of the locations listed below. Record the name of
the Vicon employee who issued the R.A.
Vicon Industries Inc.
89 Arkay Drive
Hauppauge, NY 11788
Phone: 631-952-CCTV (2288); Toll-Free: 1-800-645-9116; Fax: 631-951-CCTV (2288)
For service or returns from countries in Europe, contact:
Vicon Industries Ltd
Brunel Way
Fareham, PO15 5TX
United Kingdom
Phone: 44/(0)1489/566300; Fax: 44/(0)1489/566322
2. Attach a sheet of paper to the unit with the following information:
a. Name and address of the company returning the unit
b. Name of the Vicon employee who issued the R.A.
c. R. A. number
d. Brief description of the installation
e. Complete description of the problem and circumstances under which it occurs
f. Unit’s original date of purchase, if still under warranty
3. Pack the unit carefully. Use the original shipping carton or its equivalent for maximum protection.
4. Mark the R.A. number on the outside of the carton on the shipping label.
24 •• Shipping Instructions X992 Rev 202 V1305R -DC
Technical Information
ELECTRICAL
Input Voltage: V1305R-DC1, V1305R-DC2: 120 VAC, 60 Hz.
V1305R-DC1-230, V1305R-DC2-230: 230 VAC, 50 Hz.
Power Consumption: 50 W. (Associated equipment, such as pan-and-tilt and auxiliary devices,
are not included in power ratings.)
Heat Equivalent: 2.8 btu/min. (0.7 kg-cal/min).
NOTE: These figures represent the conversion of 100% of the electrical energy
to heat. Actual percentage of heat generated will be less and will vary from
product to product. These figures are provided as an aid in determining the
extent of cooling required for an installation.
Fuse: 120 VAC: 1 A slo blo (delay).
230 VAC: 0.5 A slo blo (delay).
Fuses must be HRC (ceramic).
Video Input/Output: BNC connectors, 1 V p-p composite video (EIA and CCIR).
Receiver Control Input: V1305R-DC1, V1305R-DC1-230 (NOVA): RS -422 communications. Terminal
block on main PCB accessible through cable entry fitting on receiver
enclosure for communication to and from CPU and next receiver in line. Two
leads differential RS -422 command. Two leads differential RS-422 response.
Two leads shield ground. Up to five miles distance between receivers when
using Belden No. 9182 shielded twisted-pair wires or equivalent. Baud rate
selectable from DIP switch on main PCB.
V1305R-DC2, V1305R-DC2-230 (Vicoax II): TTL communications. Two BNC
connectors route control signals from the Vicoax transmitter to receiver and
connect the video from the camera to the receiver.
Auxiliary Functions: Terminal block on main PCB accessible through cable entry fittings on the
receiver enclosure. Settings are normally open (NO). Selectable momentary
or latching. Two relays installed; two additional driver outputs (optional
relay board available).
Pan-and-Tilt Output: 24 VDC. Terminal block on main PCB accessible through cable entry fittings
on receiver enclosure.
Lens Drive Output: 9.5 VDC. Terminal block on main PCB accessible through cable entry fittings.
Autoiris: Receiver-based autoiris control. Autoiris level potentiometer on main PCB.
Radio Frequency
Emission Rating: FCC Class A.
European Community (CE)
Standard: Emissions: EN 55022: 1994 +A1: 1995 +A2: 1997.
Harmonic Emissions: EN61000-3-2: 1995+A1: 1998+A2: 1998.
Flicker: EN6100-3-3: 1995.
Immunity: EN 50130-4: 1995+A1:1998.
X992 Rev 202 V1305R -DC Technical Information •• 25
OPERATION
Basic Functions: Pan left and right, variable speed.
Tilt up and down, variable speed.
Zoom in/out, variable speed.
Focus near/far, variable speed.
Iris open/close, variable speed.
Autoiris control for motorized zoom lenses.
Two auxiliary relays, selectable momentary or latching, installed;
two additional auxiliary relay drivers available for option board.
79 presets.
4800/9600 baud rates, selectable.
Test Mode: Pan right and left.
Tilt up and down.
Zoom in and out.
Focus near and far.
Iris open and close.
Auxiliary functions.
Erase presets.
MECHANICAL
Dimensions: Height: 4.25 in. (105 mcm).
Width: 9.5 in. (240 mm), including cable entry ports.
Depth: 12.5 in. (320 mm).
Weight: 8.5 lb (4.0 kg).
ENVIRONMENTAL
Operating Temperature
Range: -4° to 140° F (-20° to 60°C).
-40° to 140°F (-40° to 60°C) with heater.
Operating Humidity: Up to 95% relative, noncondensing.
Storage Temperature
Range: -20° to 140° F (-29° to 60°C).
Storage Humidity: Up to 85% relative, noncondensing.
Water Resistance: IP65.
26 •• Technical Information X992 Rev 202 V1305R-DC
Vicon Industries Inc.
Corporate Headquarters
89 Arkay Drive
Hauppauge, New York 11788
631-952-CCTV (2288) 800-645-9116
Fax: 631-951-CCTV (2288)
✆Infofax: 800-287-1207
Vicon Europe
Headquarters
Brunel Way
Fareham, PO15 5TX
United Kingdom
44/(0) 1489/566300
Fax: 44/(0) 1489/566322
Brussels Office
Planet II - Unit E
Leuvensesteenweg 542
B-1930 Zaventem
Belgium
322 712 8780
Fax: 322 712 8781
Vicon China
Unit 5, 17/F, Metropole Square
8 On Yiu Street, Shatin
New Territories,
Hong Kong
(852) 2145-7118
Fax: (852) 2145-7117
Internet Address: www.vicon-cctv.com
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