I. THIS DEVICE COMPLIES WITH FCC RULES PART 15. OPERATION IS SUBJECT
TO THE FOLLOWING TWO CONDITONS:
(1) This device may not cause harmful interference, and
(2)
may cause undesired operation of the device
II. In order to comply with the FCC/IC adopted RF exposure requirements, this transmission
system will be installed by an authorized professional installer of VideoComm
Technologies. Installation of all antennas must be performed in a manner that will provide
at least 23cm clearance from the front radiating aperture, to any user or member of the
public.
This device must accept any interference, including interference that
III. This is NOT an intrinsically safe device. Do not take into area where intrinsic safety is
required. Bodily harm may result if warning is ignored.
IV. DO NOT OPERATE CAMERA WITHOUT ANTENNA CONNECTED TO ANTENNA
PORT. Failure to do so will result in damage to the unit and void the warranty.
V. DO NOT OPERATE THE SYSTEM WHEN the Camera & Receiver are closer than ten
feet to each other. The devices may not work properly and permanent damage can occur.
VI. This device has been certified by the FCC for use with other products without any further
certification (as per FCC section 2.1091.) Changes or modifications not expressly approved
by VideoComm Technologies could void the user’s authority to operate the equipment.
3
5.8GHz Day-Night Camera Series Manual Rev. A
INTRODUCTION
Introduction
East to install and operate, the all-weather 5.8GHz IR camera series offers an economical solution for
Real-Time, high-resolution wireless video applications that is not susceptible to interference from
2.4GHz 802.11 b/g networks. The unit features 8 user-selectable channels, high-resolution day-night
color CCD camera and powerful IR illuminators for night vision. Perfect for permanent or temporary
outdoor monitoring applications where trenching cable may not be possible, convenient or economical.
Easy to install and operate.
•
•
5.8GHz - 8 user selectable channels.
•
High resolution Sony CCD camera chip
•
Delivers high resolution, real time video
•
Night vision range up to 100 feet ( model # ZX-520SR100 )
•
Less susceptible to wireless data networks and other devices
•
Rugged all weather IP-66 rated protective metal enclosure.
•
Includes universal wall-ceiling mounting bracket
•
Perfect for commercial, industrial, scientific, law enforcement
• and government video security applications.
Model # ZX—480SR40
VideoComm Technologies
Customer Service
Bus (905)-339-0366
US Toll Free 888-379-2666
Fax (905)-339-1776
E-mail- info@VideoTransmitters.com
Web Site- www.VideoTransmitters.com
Monday - Friday 8:30am- 5:30pm
Eastern Standard Time
Advantages
Model # ZX—520SR100
4
5.8GHz Day-Night Camera Series Manual Rev. A
PARTS LIST
The 5.8GHz All Weather Camera Series has been carefully manufactured, tested, inspected and
packaged. Please inspect the packaging carefully to ensure you have received all the necessary parts
and accessories listed. Refer to the following chart to determine which parts are included with your
product. If any parts are missing or damaged, contact VideoComm Technologies, Customer Service
or your re-seller immediately.
The TCO-5800 All Weather Video Transmission system comes complete with the following items:
PARTS ZX-480SR40 ZX-520SR100
1 X All Weather Camera with Sun-Hood X X
1 X Universal Mounting Bracket X X
1 X 12 VDC 500mA Power Supply – # PS-1250 X -
1 X 12 VDC 1.25 Amp Power Supply – # PS-121A- X
1 X 5.8GHz Rubber Duck Antenna – # RUB-5803X X
1 x Allen-Key
X X
Operating Instructions X X
PRE INSTALLATION
Site Evaluation
Identify line-of-sight
Although wireless video transmission may seem like a viable option for a particular application at first
glance, there are many considerations. Is there a clear, unobstructed view between the transmitter and
receiver? Are there any other devices that may cause interference? Depending on the height of the
building, tower or structure, you must consider the path that the wireless video will travel between the
transmitter and receiver. Line-of –sight is defined as a clear and unobstructed view between the
transmitter and receiver.
Up & in the clear
To realize the optimum distance for your VideoComm Technologies wireless devices, “give them
some air”. A good rule of thumb is to mount the devices at least 15 to 20 feet above obstructions, like
the roof of a building, above the roofs of parked cars in a parking lot, or top of a fence line.
See Figure 2.
5
5.8GHz Day-Night Camera Series Manual Rev. A
Ground Plane
If the radio devices are not mounted high enough above obstructions, the signal strength will be
seriously reduced; therefore your distance will be reduced. The signal will literately bounce up and
away from your intended target. This is known as a negative ground plane effect. The ground plane
could not only be the ground you stand on, but could also be the rooftops of cars or distant buildings.
See Figure 3. If we have a choice, place the transmitter/receiver enclosures, or if external antenna, on
the edge of the roof looking AWAY from the building, rather than installing them in the middle of the
roof , shooting across the top of the roof. See Figure 4. This is particularly important if we have a
metal roof that tends to deflect signals away from the target. Also consider any obstruction that may
get in the way, like another roof or a tractor-trailer that may pass through your “line of sight”..
Trees Grow!
If we install the video link in the winter, the leaves that come out in spring may eliminate your wireless
link. Are you trying to transmit through trees? Then you will need to seriously consider how much
range will be lost. A field test is always the best way to find out. Speak to a VideoComm Technologies
Tech for a possible solution.
Unusual Traffic
Watch out for unusual traffic in your transmission path. For example, a dump truck with the back
elevated while dumping a load can be much taller than expected. Tractor-trailers or other large vehicles
may be a factor if trying to transmit over a highway. Metal obstructions between the antennas cannot
be ignored including electrical transmission lines that may not be obvious in the distance. Each high
voltage wire crossing your path can be the equivalent of transmitting past an eight-foot thick steel pipe.
Microwave towers may look fragile, but they can be as good as or equal to a solid steel door for
blocking transmission.. The higher the transmitter and receiver are in the air, the higher the success
rate.
Things that block transmission
Things that block transmission are not always obvious. Here are some of the most common pitfalls:
• Water, or anything with water in it (people are 98% water). Snow & rain can reduce your
distance.
• Steel, or anything with steel in it---steel-reinforced concrete (rebar) or metal window
screens, or a tool-room cage. Aluminum siding, and energy-saving foil on the insulation in
the walls are sneaky killers for radio waves. Some metallic paints or metallic wallpapers
also block signals.
• Mirrors block transmission, because the “mirror” consists of a metallic backing on the glass.
• Lead windows will kill radio transmission; also windows that are UV coated may have thin
metal energy-saving film.
• High Voltage transmission lines (physically they look small, but for video transmission
purposes, they might as well be 8-foot diameter metal sewer pipes.
• Other materials like brick, drywall or wood, will also cut down on the signal, depending on
water content.
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