Specifications
Specifications subject to change without notice.
Maximum Distance* 1,000 feet
Maximum Input 1.1 Vp-p
Bandwidth (video) DC to 6 MHz
Bandwidth (audio) 20 Hz to 20 kHz
Impedance (video) 75 ohms
Impedance (audio) 600 ohms minumum
Insertion Loss Less than 2 dB per pair over the frequency range
Return Loss Greater than 15 dB over the frequency range
Common Mode Rejection Greater than 40 dB over the frequency range
Unshielded Twisted Pair Maximum capacitance: 20 pf/foot
Cabling Specifications Impedance: 100 ohms @ 1 MHz
(24 gauge or lower solid Attenuation: 6.6 dB/1000 ft. @ 1 MHz
copper) Cat 5, Cat 5e, Cat 6, Cat 7 compatible
Connectors One (1) female S-Video 4-pin and two (2) RCA to one (1) RJ45
RJ45 Pinout S-Video Luma: 7 & 8, pair 4
S-Video Chroma: 4 & 5, pair 1
Audio 1: 1 & 2, pair 2
Audio 2: 3 & 6, pair 3
Temperature Operating: 32 to 131 F (0 to 55 C)
Storage: -4 to 185 F (-20 to 85 C)
Humidity: up to 95%
Enclosure Front: standard decora-style wallplate
Rear: metal
Dimensions 4.0” x 1.4” x 1.7”
Weight 0.2 lbs (3.2 oz.)
Ordering Information AVO-SVA2-WP-F: single AVO-SVA2-WP-F balun in bulk
packaging
Warranty 2 years
AvoCat
Series
Intelix AVO-SVA2-WP-F S-Video and Audio Balun
Installation ManualInstallation Manual
Installation Manual
Installation ManualInstallation Manual
The Intelix AVO-SVA2-WP-F wallplate balun transmits an
S-Video signal and two analog audio signals up to 1,000
feet over standard structured cabling, such as Cat 5. Used
in pairs or with the rack-mountable Intelix AVO-SVA2-F
balun, AVO-SVA2-WP-F baluns replace bulky S-Video cable
and utilize a building’s existing structured cabling network.
The Intelix AvoCat Series of baluns is the ideal solution
for sending audio and video over structured cabling. When
signal quality matters, choose Intelix.
Installation
Caution: Do not attempt to disassemble or alter the balun housing. There are
To install an AVO-SVA2-WP-F balun, perform the following steps:
1. Turn off power and disconnect the video equipment by following the
manufacturer’sinstructions.
2. Make certain that outlets and cross connects to which you will connect the AVOSVA2-WP-F are configured properly and labeled appropriately to identify the
circuit.
Caution: Do not connect the AVO-SVA2-WP-F to a telecommunication outlet
no user-serviceable parts inside the AVO-SVA2-WP-F. Modifying the
unit will void your warranty.
wired to unrelated equipment. Making such a connection may damage
the equipment and/or balun. Please ensure all wiring is “straightthrough.”
* Distances and picture quality may be affected by cable grade, cable quality, source and
destination equipment, RF and electrical interference, and cable patches. Intelix specifications are
based on straight-through cabling with standard-grade Cat 5.
Contact Information
Intelix
2222 Pleasant View Road
Middleton, WI 53562
Toll-free: 866-4-MATMIX
Phone: 608-831-0880
Fax: 608-831-1833
www.intelix.com
3. Verify the desired twisted pairs are not being used for other LAN or telephony
equipment.
4. Connect the S-Video and RCA outputs from the source equipment to the AVOSVA2-WP-F. Connect the inputs from the receive device to a second AVO-SVA2WP-F or another compatible Intelix balun, such as the AVO-SVA2-F.
Caution: Do not mount the balun over equipment ventilation openings.
Covering the openings may cause the equipment to overheat.
5. Connect the two baluns with a structured cable with RJ45 connectors, such as
Cat 5. Verify the cable’s pinout conforms to EIA/TIA 568A or 568B pattern
standards.
6. Power on the source and destination equipment and test for correct operation.
Troubleshooting
If your equipment malfunctions with AVO-SVA2-WP-F baluns in place, follow the troubleshooting procedures below:
How do I crimp an unshielded RJ45 connector onto Cat 5?
Crimping an RJ45 connector onto Cat 5 is a fairly straight forward task, assuming you have
the proper tools. Keep in mind that baluns require either the EIA/TIA 568A or 568B crimp
pattern, which are the industry standards for networking.
1. Perform diagnostics on your audio equipment by following the manufacturer’s
instructions.
2. Check all the connections and the structured cabling system. Verify the RJ45 crimp
pattern conforms to either EIA/TIA 568A or 568B standards.
3. Check the pin configuration of the structured cabling.
4. The maximum operational distances over which the AVO-SVA2-WP can be
transmitted is dependant on the equipment used and cable. Ensure that the
maximum recommended operational distances have not been exceeded.
5. Check that only twisted pair patch cords are being used.
6. Replace the AVO-SVA2-WP-F balun with another AVO-SVA2-WP-F that is known
to be working.
7. If you still cannot diagnose the problem, contact Intelix for support.
Frequently Asked Questions
How do I expose the individual pairs in Cat 5 cabling?
There is no single method when exposing the four
individual pairs in twisted pair cabling, such as Cat 5 and
Cat 6; however, it does help to have a cable stripping tool
designed to strip the cable jacket/insulation.
Begin by stripping back the cable’s outer jacket/insulation
about an inch (or more depending on whether multiple
baluns will be connected to the pairs of a single cable) so
that the internal wires are exposed. Be careful not to cut
the internal wires when stripping the insulation/jacket.
Eight twisted wires and a string should now be visible;
the string is unnecessary and may be removed. These
eight wires, which when combined form four pairs,
connect directly to the baluns. Typical protocol pairs
similar colors; the important thing is to verify the same
color-coded pairs are used on each end.
1. First, strip a portion of the insulation about 3/4" to expose the four twisted pairs.
2. Next, untwist the wires and fan them out so that they match either EIA/TIA 568A or
568B pattern.
3. Evenly trim the wires to about 1/2". Most RJ45 crimp tools feature a built-in wire
trimmer.
4. Insert the trimmed wires into the RJ45 connector so that each wire is in its individual
slot. Verify each wire is completely inserted.
5. Finally, insert the RJ45 connector into the crimp tool and squeeze firmly.
6. Repeat the above steps on the other end of the Cat 5 cable and verify pinout is iden-
tical on each end.
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