Channel Master - Benton Electronics Supply

Transcription

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A N T E N N A S
1
PREAM PLIFIERS
SPECIAL MARKET
1
MAST MOUNTED
1
2
4
3
3
SPARTAN 3™
3010 STEALTHtenna™ HDTV
3000A SMARTenna™ HDTV
5646 Supervee™ HDTV / UHF / VHF / FM
4228 MULTI-BAY HDTV / UHF
4221 MULTI-BAY HDTV / UHF
U L T R A - H I C R O S S F I R E ™
3671 HDTV / UHF / VHF / FM DOUBLE BOOM 3677 HDTV / UHF / VHF / FM
3678 HDTV / UHF / VHF / FM DOUBLE BOOM 3679 HDTV / UHF / VHF / FM A D V A N T A G E ™
4
4
4
4
4
5
3020 HDTV / UHF / VHF / FM
INDOOR HDTV / UHF / VHF / FM
4010 INDOOR
3803 ECONOMY INDOOR
4020 INDOOR
4000 INDOOR
ROTATOR
W I R E
3064 / 3065 WIRE, ROUND ROTATOR, 3 CONDUCTor
9354 CABLE, TRANSMISSION LINE, 300 Ohm
9554 WIRE, ROUND ROTOR
9080 WIRE, GUY, GALVANIZED STEEL
M O UN T S
9003 TRIPOD MOUNT
SUPER MAST™ STRAIGHT LENGTH
TELESCOPING MAST
9139 KIT, PITCH PAD & LAG BOLT
H A R DWA R E
13
14
ChannelMAX®
14
AM PLIFIERS
15
DISTRIBUTION
15
3042, 3044, 3043, 3045 MULTI-SET WITH RETURN PATH 15
16
TV/AUDIO/VIDEO
16
6
S ATELLITE 6
6
6
6
7
0089 balun/matching transformer, outdoor
3274 coaxial grounding block
16
16
17
SIGNAL METERS
17
D I P L E X E R , I F - V H F /U H F 19
LINE AMPLIFIER
20
AMPLIFIER, HEADEND W/LNB POWER SUPPLY 2 1
MULTISWITCHES, IF
21
7
LNB POWER SUPPLY / INJECTORS
28
8
DESIGN GUIDELINES
29
8
8
8
8
9
9
9
9
9
10
MOUNT, WALL (WITH LAG BOLTS)
MOUNT, EAVE, ADJUSTABLE
MOUNT, CHIMNEY, U-BOLT TYPE
ACCESSORY, U-BOLT
STANDOUTS
MOUNTS
12
13
ACCESSORIES 10
MOUNTING
TITAN 2™
UHF/VHF OUTDOOR ANTENNA
12
5
5
5
5
5
7
9521A ANTENNA ROTATOR CONTROLLER
- COMPLEte SYSTEM
9537 ANTENNA ROTATOR
- CONTROLLER & HANDHELD UNIT
MATV MAST MOUNTED
12
10
10
10
10
11
11
TA B L E O F C O N T E N T S
GENERAL INFORMATION
34
ANTENNA SELECTION & SPECIFICATIONS 34
WHICH ANTENNA WORKS BEST FOR YOUR LOCATION?
PREVENT ELECTRIC SHOCK!
SUPERIOR RECEPTION FEATURES AND RUGGED
WEATHER-DEFYING STRENGTH
HDTV antenna selection
HDtv antenna types
how to selecT the right antenna
34
34
34
35
35
35
ANTENNA REFERENCE CHART
37
COMMERCIAL TELEVISION CHANNELS
38
PRODUCT INDEX
39
WARRANTIES
40
TERMS AND CONDITIONS
41
CONTACT INFORMATION
42
© 2006 Channel Master, a division of PCT International, Inc. All rights reserved. Specifications subject to change without notice. Pub PCTCM001.200611
SPECIAL MARKET
HDTV Digital
STEALTHtenna ™
ANTENNAS
A N T EN N A S
SPECIAL MARKET
 Optimized for receiving:
 HDTV Digital
 Analog signals
 Use with DBS satellite systems
 Mounting methods:
HDTV Digital
 Rear
 Traditional (roofs, walls,
chimneys, and in attics)
3010 HDTV STEALTHtenna™
Reception Range
Channels 2 thru 69,
HD, and FM
Antenna Size (L x W x H)
Turning Radius
Number of Elements
CEA1LM
1
SM Small Multidirectional
MM Medium Multidirectional
LM Large Multidirectional
Up to 45 miles
15 x 52 x 2.25 in.
30 in.
N/A
SD Small Directional
MD Medium Directional
LD Large Directional
3038 STEALTHtenna™ OPTIONAL AMPLIFIER
Signal Gain
UHF
VHF/FM
Power Required
15 dB
15 dB
12 to 22 VDC
n
All models on this page are shippable via UPS.
Outdoor Balun Kit (p. 16) included with all models. Kit allows
antenna to be connected directly to a 75 Ohm downlead.
n
ANTENNAS
SPECIAL MARKET
ANTENNAS
SPECIAL MARKET
HDTV Digital
SMARTenna ™
 360° television amplified antenna
reception
 Internal amplifier with FM trap
 Includes C-UL an UL approved
AC power supply and injector
Omnidirectional antennas are not recommended in areas with
high multi-path problems (i.e. ghosting)
HDTV Digital
3000A HDTV SMARTenna™
Reception Range
Channels 2 thru 69,
Up to 45 miles
and HD
Antenna Size (Cir. x H)
22 x 2.5 in.
Turning Radius
N/A
Number of Elements
N/A
CEA1SM
Bandpass
54 to 806 MHz
FM trap (fixed)
Attenuates 88 to 108 MHz
Amplifier Gain
20 dB
Impedance
75 Ohm
Power Required
117 VAC 60 Hz, 4 Watts
Weatherproof Housing UV protected copolymer
Mounting Type
Optional round mast up to
1.5 in. OD
Suburban / Metro
TV Reception
Super-Vee ™
5646 HDTV / UHF / VHF / FM ANTENNA
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1MD
Up to 45 miles
66 x 83.6 x 22 in.
44 in.
24
n
n
ANTENNAS
ANTENNA S
HDTV / UHF
HDTV Digital
UHF / HDTV
4228 MULTI-BAY HDTV / UHF ANTENNA
Reception Range
Channels 7 thru 69,
and HD
Turning Radius
Number of Elements
CEA1LD
Up to 60 miles
5 x 39.5 x 36 in.
20 in.
32
HDTV Digital
4221 MULTI-BAY HDTV / UHF ANTENNA
Reception Range
Channels 14 thru 69,
and HD
Turning Radius
Number of Elements
CEA1LD
1
Up to 45 miles
4 x 20 x 36 in.
10 in.
16
n
n
© 2006 Channel Master, a division of PCT International, Inc. All rights reserved. Specifications subject to change without notice. Publication PCTCM001.200611
ANTENNAS
ANTENNAS
ULTRA-HI CROSSFIRE
HDTV Digital
ULTRA-HI CROSSFIRE
HDTV Digital U L T R A - H I C R O S S F I R E
3671 HDTV / U / V / FM DOUBLE BOOM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1LD
Up to 100 miles
173 x 110 x 35.4 in.
95.75 in.
61
3677 HDTV / U / V / FM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1MD
Up to 45 miles
97 x 110 x 34 in.
66.5 in.
35
3678 HDTV / U / V / FM DOUBLE BOOM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1LD
Up to 80 miles
151 x 110 x 35.4 in.
86.5 in.
53
3679 HDTV / U / V / FM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1LD
1
Up to 60 miles
122 x 110 x 35.4 in.
77.5 in.
46
n
n
ANTENNAS
A N T EN N A S
ADVANTAGE
HDTV Digital
3020 HDTV / U / V / FM
ADVANTAGE
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1LD
Up to 100 miles
152.25 x 95 x 22 in.
94.4 in.
50
3018 HDTV / U / V / FM
Up to 60 miles
113.25 x 95 x 22 in.
57.9 in.
30
HDTV Digital
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1LD
3016 HDTV / U / V / FM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1MD
Up to 45 miles
66 x 83.6 x 22 in.
44 in.
24
3014 HDTV / U / V / FM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1SD
Up to 25 miles
52.5 x 83.6 x 2.25 in.
40 in.
15
2001 HDTV / U / V / FM
Reception Range
Channels 2 thru 69,
HD, and FM
Turning Radius
Number of Elements
CEA1LM
1
Up to 20 miles
27 x 84.8 x 2.75 in.
43.8 in.
10
n
n
ANTENNAS
indoor uhf / vhf / fm
ANTENNAS
INDOOR HD / UHF/VHF/FM
Capture the best reception on HDTV, UHF, VHF, and FM.
n
Superior performance
4010 INDOOR ANTENNA
 Telescoping, 40 in., 7 section VHF dipoles tilt
and rotate in any direction
 UHF loop tilts and rotates for fine tune
adjustments
 75 Ohm output for quick and easy
installation
 Includes six foot coaxial cable with
connectors
n
Contemporary styling
4020 INDOOR ANTENNA
adjustments
 Six position knob for precise fine tuning
 75 Ohm output for quick and easy
installation
connectors
3803 ECONOMY INDOOR ANTENNA
 Economy and performance
 Improves TV and FM reception
 Dual 31 in., 4-section telescoping chrome
dipoles allow full 90° tilt
 Black base with ant-scratch felt surface
n
Competitive pricing
4030 AMPLIFIED INDOOR ANTENNA
 Amplifies incoming signals 10 times
adjustments
 Six position knob for precise fine tuning
 Unique dual 75 Ohm outputs for multiple TV,
VCR, or FM receiver hookups
connectors
4000 INDOOR ANTENNA
 Set top antenna
 Remove dipoles from base and attach
behind TV
 Fits most sets
 300 Ohm twin lead output
 Dual 40 in., 5-section retractable chrome
dipoles with 90° tilt for fine tune adjustments
ROTATOR
Rotate your indoor or outdoor antenna with ease!
antennas
A N T EN N A S
rotator
 Control Unit






 Drive Unit
Compatible with most universal remote
controls, including satellite
69 channel programmable memory
Non-volatile memory - holds locations during power failures
Automatic synchronization ensures pinpoint position accuracy
Direct access via TV channel number or digital compass location
Perfect for upgrading from: Models 9500, 9510, 9510A, 9512,
9513, 9515, 9515A, or Radio Shack 5-1225







One-pice cast aluminum housing
Heavy duty rotator motor
Wind tested brake pads
Durable powder coat pain finish
Precision cut gear system
Built-in steel thrust bearings
Easy push tab wire connections
9521A ANTENNA ROTATOR CONTROLLER - COMPLETE
Includes
Rotation
Gear Ratio
Masting
Power
Controller, handheld unit, and drive unit
1 RPM
3,200 to 1
2 in. max
117 V 60 Hz, rotator & control unit
9537 ANTENNA ROTATOR - CONTROLLER & HANDHELD UNIT
Includes
Controller and handheld unit
Replace any current
manual controller
with Model 9537
to instantly upgrade
to remote!
WIRE
WIRE
3064 / 3065 WIRE, ROUND ROTATOR, 3 CONDUCT.
•
3 Conductor
MODEL
3064
3065
LENGTH (Ft.)
75
100
PACKAGING
Hank
Hank
9354 CABLE, TRANSMISSION LINE, 300 OHM
•
•
•
•
300 Ohm
20 gauge
Black poly jacket
7 strand, pure copper
MODEL
9354-500
LENGTH (Ft.)
500
PACKAGING
Spool
9554 WIRE, ROUND ROTOR
•
•
•
•
22 gauge
Black vinyl jacket
7 strand
Color coded conductors
MODEL
9554-500
9554-FP-1000
LENGTH (Ft.)
500
1,000 PACKAGING
Spool
Feeder Pack
9080 WIRE, GUY, GALVANIZED STEEL
•
•
6-20 steel
20 to 50 ft. snarl proof interconnected hanks per box
MODEL
9080
LENGTH (Ft.)
1,000
PACKAGING
Spool
MOUNTS
M OU N T S
9003 TRIPOD MOUNT
•
•
•
•
1.25 in. diameter legs
Heavy duty galvanized steel
Preassembled
Accepts up to 1.75 in. diameter mast
SUPER MAST™ STRAIGHT LENGTH
MODEL
1607
1610
1805
1810
LENGTH (Ft.)
GAUGE
5
10
5
10 16
16
18
18
TELESCOPING MAST
MODEL
1620
1630
1640
1650
1722*
1820
1830
1840
1850
LENGTH (Ft.)
GAUGE
20
30 40 50 30
20 30 40 50 16, 16
16, 16, 18
16, 16, 18, 18
16, 16, 18, 18, 18
18, 18, 16
18, 18
18, 18, 20
18, 18, 20, 20
18, 18, 20, 20, 18
* No guy rings.
9139 KIT, PITCH PAD & LAG BOLT
•
•
•
3 ea. pitch pads
6 ea. 2 x 0.25 in. lag bolts
For tripod mounts
HARDWARE
MOUNTING
H A R DWA R E
MOUNTING
MOUNT, WALL (WITH LAG BOLTS)
MODEL
9023
9025
9032
9034
9036
LENGTH (Ft.)
4 in.
3 in.
6 in. 12 in. 18 in.
DUTY
Standard
Heavy
Heavy
Heavy
Heavy
USE W/MAST SIZE
up to 1.5 in.
up to 2.5 in.
up to 1.5 in.
up to 1.5 in.
up to 1.5 in.
9023
9036
9025
9034
9032
MOUNT, EAVE, ADJUSTABLE
MODEL
9030
LENGTH (Ft.)
45 to 60 in.
DUTY
Standard
USE W/MAST SIZE
up to 2.5 in.
9030
MOUNT, CHIMNEY, U-BOLT TYPE
MODEL
9067
LENGTH (Ft.)
DUTY
USE W/MAST SIZE
-
Standard
up to 1.5 in.
Includes 18 ft. stainless steel straps
9067
ACCESSORY, U-BOLT
MODEL
9017
LENGTH (Ft.)
-
DUTY
Standard
USE W/MAST SIZE
Up to 1.5 in.
9017
10
HARDWARE
H A R DWA R E
MOUNTING
Retail blister-packed and boxed.
MOUNTING
STANDOUTS
MODEL
LENGTH
3071
3072
3.5 in.
3.5 in.
STYLE
Wood Screw
Mast Clip
QTY / RETAIL PKG
4
2
3071
3072
RETAIL PACKAGED
MOUNTS
MODEL
SIZE
3078
3079
3080
N/A
4 in.
N/A
3081
3092
N/A
3 ft.
USE
Roof / Attic
Wall
Chimney
QTY / RETAIL PKG
(Includes 2 ea. 12 ft. straps)
(Preassembled, heavy duty
galvanized steel, accepts up
to 1.75 in. diameter mast)
U-Bolt Assembly
Tripod
1
2
2
1
1
3081
3078
3079
3092
3080
n
All models on this page are blister-packed and boxed.
11
MAST MOUNTED
SPARTAN 3 ™
MAST MOUNTED
PREAMPLIFIERS
PR E A M PL I F I E R S
PREAMPLIFIERS, MAST MOUNTED, SPARTAN 3™
SP E C I F I C AT I O N S
Model
0064 DSB
3041 DSB
0264 DSB
0068 DSB
*
Inputs
VHF
1 (VHF/UHF)
1 (VHF/UHF)
2 (VHF & UHF)
1 (VHF/UHF)
UHF
FM CONTR OL
Input Impedance / Noise
Output
Noise
Output
Impedance Download Gain Figure Capability Gain Figure Capability Switchable Tunable
Ohms
Ohms
dB
dB
dBmV*
dB
dB
dBmV*
Trap
Trap
300
300
300
75
75
75
75
75
16
16
16
16
3.0
3.0
3.0
3.0
56
56
56
56
23
23
23
23
2.2
2.2
2.2
2.2
50
50
50
50
Yes
Yes
Yes
Yes
Yes
No
Yes
Yes
Power Supply
0747 Included
0747 Included
0747 Included
0747 Included
Output capability is quoted for 2 channels at -46 dB cross modulation.
Derate by 5 or 9 dB for 4 or 8 channels per band. Maximum input is output capability minus gain.
S P A RT A N 3 ™
 Surface-mounted components for automated
production and consistent high performance
 Switchable and tunable FM traps provide
full FM control where needed
 Modern design for both outdoor
unit and power supply
 Uninterrupted operation even under the
harshest environmental conditions
 Easiest installation in the industry
 Full lightning and surge protection
 High gain and ultra low noise figure from
the latest generation transistors provides
optimum sensitivity
 Cool running, redesigned 117 VAC power supply
 Separate VHF and UHF amplification plus the
use of ultra linear transistors improve output
capability for optimum signal handling
12




Model 0747 is included with each model
Output voltage is +18 VDC
UL and cUL listed
Power supply available as a separate item (model 0747)
MATV MAST MOUNTED
TITAN 2 ™
Number of Inputs*
VHF / UHF
Input and Output Impedance Ohms
Input and Output Connectors Type
VHF Gain
dB
VHF Noise Figure
dB
VHF Output Capability**
dBmV
Switchable FM Trap
-
UHF Gain
dB
UHF Noise Figure
dB
UHF Output Capability**
dBmV
*
**
7775
0 / 1
75
F
N/A
N/A
N/A
N/A
26
2.0
51
7777
1 / 2
75
F
23
2.8
57
Yes
26
2.0
51
7778
1/2
75
F
16
3.0
56
Yes
23
2.2
50
MATV MAST MOUNTED
PREAMPLIFIERS, MATV MAST MOUNTED, TITAN 2™
PREAMPLIFIERS
PR E A MP L I F I E R S
On Models 7777 and 7778, an internal switch selects either separate or combined VHF and UHF inputs.
Output capability is quoted for 2 channels at -46 dB cross modulation. Derate by 5 or 9 dB for 4 or 8 channels per band.
Maximum input is output capability minus gain.
7775
 UHF only
7 7 7 7 & 7 7 78
 VHF and UHF bands with separate amplification
in each band for maximum signal handling
 May be configured for either separate
or combined VHF and UHF inputs
 Includes a switchable FM trap
 Model 7778 offers Spartan 3™ specifications
in the die-cast Titan™ housing
13
PREAMPLIFIERS
uhf / vhf outdoor antenna
PR E A M PL I F I E R S
UHF/VHF OUTDOOR
ANTENNA
ChannelMAX ®
CHANNELMAX® PREAMPLIFIER, UHV / VHF OUTDOOR ANTENNA AMPLIFIER
Frequency Range
Impedance (in / out)
Gain
Noise Figure
Power Required
Output Capability
MHz
Ohms dB
dB
VAC
dBmV
3039
54 to 88, 174 to 806
300 / 75
13
3.5
117
45 per ch. (8 chs.)
3039
 Amplifies weak UHF/VHF television signals
 Increases incoming signal by 20 times
 Includes:





Antenna boom mounted amplifier
UL / cUL listed power supply
6 Ft. RG59 coaxial cable
Weather boot
Tie wrap
 Packaged in a clear, clam shell blister
pack for optimum consumer appeal
14
DISTRIBUTION
AMPLIFIERS
A MP L I F I E R S
distribution
AMPLIFIERS, DISTRIBUTION, MULTI-SET WITH RETURN PATH
3042
Number of Outputs
-
1
Operating Frequency
MHz
50 to 900
Return Path
MHz
5 to 42
Amplifier Gain
dB
13
Gain - Each Output
dB
13
Noise Figure
dB
3.5
Impedance
Ohm
75
Isolation Between Ports
dB
N/A
Max. Output / Channel (@ 36 channels)dBmV
30
Operating Voltage
VAC 105 to 129
3043
2
50 to 900
5 to 42
22
10
3.5
75
24
25
105 to 129
3044
4
50 to 900
5 to 42
22
8
3.5
75
24
23
105 to 129
3045
8
50 to 900
5 to 42
22
4
4.0
75
30
19
105 to 129
3042
 Ideal for amplifying weak antenna or cable signal
3 0 4 3 , 3 0 4 4, & 3045
 Allows distribution of amplified signals to 2, 4,
or 8 television sets or other video equipment
without the use of additional splitters
 Return path for cable modem applications
15
ACCESSORIES
TV/AUDIO/VIDEO
16
AC C E S S O R I E S
TV/AUDIO/VIDEO
TV ANTENNA
0089 BALUN / MATCHING TRANSFORMER, OUTDOOR
•HD / UHF / VHF / FM
• Connects 300 Ohm antennas to 75 Ohm downleads
• Excellent matching, low through loss
AUDIO/VIDEO
3274 COAXIAL GROUNDING BLOCK
•Wall mounted with easy ground wire connection
S AT E L L I T E
S AT E L L I T E
SIGNAL METERS
SIGNAL METERS
1004IFD
 Standard model
1007IFD
 22 KHz tone switching
 Deluxe model with 13/18 V
battery pack and charger
1008IFD
 Dual Satellite
 22 KHz tone switching
 Deluxe model with 13/18 V
battery pack and charger
The 1004IFD, 1007IFD and 1008IFD are aid in the alignment of a
satellite dish. They include satellite IF (950-2150 MHz) amplification
and a broadband detector. The detector drives a meter and a variable
frequency audio tone. The dish is then aligned for maximum meter
deflection or highest pitch tone. A gain control allows a wide range of
input signal levels.
The units are connected to the LNB via a short coaxial cable.
The 1004IFD output must be connected to the satellite receiver in
order to supply power. The units operate from 11 to 24 VDC on the
coaxial cable. Connection to the receiver is optional with the 1007IFD
and 1008IFD but extends battery life between charges.
All models allow measurement of voltage on the coaxial cable.
The 1007IFD and 1008IFD will also measure LNB current.
The 1007IFD and 1008IFD includes an internal rechargeable NiCad
battery pack, carrying strap and a wall plug recharging unit.
The internal battery pack allows a dish to be aligned before it is
connected to the satellite receiver. The battery pack is switchable
between 13 and 18 V output, allowing either polarization to be selected
when used with a voltage switched LNB. In US DBS applications,
LHCP is selected when the LNB voltage is nominally 17 V. The 1007IFD
and 1008IFD now includes a 22 KHz tone switching signal to facilitate
multi-satellite installation and alignment.
The 1008IFD includes two meters in one housing allowing easy
alignment of dual satellite single dish installations. When peaking, the
dish signal level can be viewed for both LNB’s simultaneously, making
alignment quick and easy. Carrying case included.
Certain commonly used spare parts are also available. Contact
Channel Master Sales for details.
See following page for specifications.
17
S AT E L L I T E
SIGNAL METERS
S AT E L L I T E
SIGNAL METERS
SATELLITE SIGNAL METERS
Frequency Range
MHz Impedance
Ohm
Connectors
-
Audio Tone
-
LNB Voltage Measurement
-
LNB Current Measurement
-
Tone Switching, 22 KHz
-
Insertion Loss
dB
Input Level Range
1 channel
dBm
8 channels
dBm
16 channels
dBm
Dimensions (H x W x D)
mm
in. Weight
g
oz
Wall Plug Charging Voltage VDC
Battery Capacity
mA hours
Battery Life Between Charges hours
1004IFD
950 to 2150
75
Type F female
Yes
Yes
No
N/A
4.5
1007IFD
950 to 2150
75
Type F female
Yes
Yes
Yes
Yes
4.5
1008IFD
950 to 2150
75
Type F female
Yes
Yes
Yes
Yes
4.5
-30 to +4
-39 to -5
-42 to -8
92 x 147 x 72
3.6 x 5.8 x 2.8
482
17
N/A
N/A
N/A
-30 to +4
-39 to -5
-42 to -8
89 x 152 x 114
3.5 x 6 x 4.5
1040
37
24
600
3.0
-30 to +4
-39 to -5
-42 to -8
124 x 177 x 96
4.9 x 7 x 3.8
1176
42
24
600
1.5
To Satellite Rx
(Optional with 1007IFD & 1008IFD)
GAIN
SAT Rx
LNB
18
DIPLEXER, IF-VHF / UHF
S AT E L L I T E
S AT E L L I T E
4002IFD
 Single Unit
The 4002IFD diplexer is used for separating or combining satellite
signals at 950 to 2150 MHz with VHF/UHF signals at 54 to 806 MHz.
It includes high pass filter passing of 950 to 2150 MHz and low pass
filter passing of 54 to 806 MHz. Additionally, a DC power pass is
provided from the satellite port to the common in order to pass satellite
receiver LNB voltage. The power pass feature passes DC through
22 KHz for polarization and satellite selection commands using
13/18 V, 22 KHz, Diseqc.
The 4002IFD diplexer offers high performance (much greater
stopband rejection) which is necessary when COMBINING satellite
and VHF/UHF signals on to one cable because LNB noise extends
down into the UHF spectrum and can degrade (add noise to) UHF
TV reception if not adequately filtered out before connection to the
distribution cable.
 Combining Diplexer
Impedance
Ohm
Connectors
-
Satellite Port
Passband
MHz
Thru Loss
dB
Return Loss
dB
Stop Attenuation, 806 MHz
DC Pass to In/Out
Number of Ports
VHF/UHF Port
Passband
MHz
Thru Loss
dB
Return Loss
dB
Stop Attenuation
950 MHz
-
1000 MHz
-
1100 MHz
-
DC Pass to In/Out
Number of Ports
-
General
Number of Inputs
-
Number of Outputs
-
mm
in. 4002IFD
75
Type F female
950 to 2150
1.5
13
50
Yes
1
40 to 806
0.8
12
4002IFD
LNB A
HPF
SAT VHF/UHF
LPF
HPF = High Pass Filter
LPF = Low Pass Filter
40
40
40
No
1
2
1
80 x 100 x 29
3.1 x 3.9 x 1.1
19
S AT E L L I T E
S AT E L L I T E
LINE AMPLIFIER
LINE AMPLIFIER
5113IFD
 Satellite IF, 13 dB
5213IFD
 Dual Satellite IF, 13 dB
The 5113IFD is a general purpose, low cost satellite IF
(950 to 2150 MHz) line amplifier with 14 dB gain at 1450 MHz
and appropriate gain between 950 and 2150 MHz to give cable
slope compensation (see Figure 1).
Model 5213IFD includes two amplifiers in one housing for dual cable,
dual polarization systems (see Figure 2). Each amplifier is DC passive,
yet both amplifiers are powered from the same side providing higher
output capability.
Typical applications include:



With long (greater than 100 feet) runs of coaxial cable from satellite
receiver to LNB
In a satellite IF distribution system where signal levels may have
become marginal towards the end of the system
Prior to splitting a signal many ways which might cause excessive
splitting loss
Figure 1
SATELLITE LINE AMPLIFIER
Frequency Range
MHz
Impedance
Ohm
Connectors -
DC Power Pass
-
Gain
950 MHzdB
1200 MHzdB
1450 MHzdB
1750 MHzdB
2150 MHzdB
Input Return Loss
dB
Output Return Loss
dB
Noise Figure
dB
Output Capability
dBm/channel
13 V operation
16 channels, -40 dBc IMD
17 V operation
16 channels, -40 dBc IMD
Input Capability Isolation, Amp A to Amp B
dB
Voltage Requirements
VDC
Current Requirements
mA
Dimensions (H x W x D) mm
in.
20
5113IFD
950 to 2150
75
Type F female
Both directions
5213IFD
950 to 2150
75
Type F female
Both directions
11.5
13
14
15
16
6
6
5
11.5
13
14
15
16
13
13
5
-25
-25
-20
-18
Output capability minus gain
N/A
50
11-20
11-21
20 (13 V), 30 (17 v)
65 (17 V)
22 x 71 x 15 80 x 100 x 29
0.9 x 2.8 x 0.6 3.1 x 3.9 x 1.1
IN/LNB
IN/LNB
OUT/SAT Rx
OUT/SAT Rx
Figure 2
LNB B
LNB B
Rx B
Rx B
LNB A/18V
LNB A/18V
Rx A/18V
Rx A/18V
Notes:
1. Most satellite receivers are designed to operate with
input signal levels between -60 and -30 dBm per channel.
It is recommended that IF distribution systems be
designed to give no less than -50 dBm per channel at the
customer outlet.
2. Care should be taken not to overload the amplifier
(see specifications). Depending upon LNB gain, this will
usually involve leaving a minimum distance of 100 feet of
RG6U between the LNB and the line amplifier.
3. If two amplifiers must be cascaded, there should be
approximately 14 dB of cable loss at 1450 MHz between the
two amplifiers. Then, for the same distortion at the output
of the second amp, the input level to each amplifier must be
3 dB lower than for one amplifier.
AMPLIFIER, HEADEND
W/LNB POWER SUPPLY
S AT E L L I T E
S AT E L L I T E
5224IFD
8014IFD
 LNB powering supply
 24 V at 600 mA
 Included with 5224IFD
The 5224IFD is a dual polarization headend LNB amplifier with an
LNB powering 117 VAC power supply. This units is designed to
drive dual polarization IF distribution networks. It may also be used
as dual high level line extender in cases where 117 VAC power is
available Applications include multiple dwelling units, TV showrooms,
and offices.
use taps placed along the two trunk cables. Some systems will use a
combination of these two distribution network types. Channel Master
carries a wide range of satellite IF 2, 4 and 8-way splitters and taps.
Channel Master also carries a range of multiswitch taps. When used
as a line extender with careful system design, it may be cascaded for
use with very long cable runs such as in a shopping mall.
The 5224IFD offers cable slope compensation and provides very high
output capability. A block diagram of the unit is shown below.
DC power is provided at the input connections to the unit; +18 V at
input A (LHCP) and +13 V at input B (RHCP). This voltage is ideal
for powering voltage switched LNBs. When DC power is not required
at the input, Model 7264 DC block should be added. The outputs are
DC blocked.
Most distribution networks will be of either the home-run type involving
a network of splitters at the headend; or the tapped-trunk type which
AMPLIFIER, HEADEND W/LNB POWER SUPPLY
5224IFD
Frequency Range
MHz
950 to 1750
Impedance
Ohm
75
Connectors
-
Type F female
Gain
950 MHz
dB
20
1200 MHz
dB
22
1450 MHz
dB
24
1750 MHz
dB
24
Return Loss, Input & Output dB
13
Isolation, Amp A to Amp B
dB
55
Noise Figure
dB
6
Output Capability
dBm/transponder
-40 dBc Third Order Products
2 transponders
+5
8 transponders
-4
16 transponders
-7
LNB A Voltage
VDC, diode steered
+18
LNB B Voltage
VDC, diode steered
+13
LNB Current–Maximum, A+B mA
240
Voltage Requirements
VAC
117
210 x 137 x 36
in.
7.9 x 5.4 x 1.4
AMPLIFIER, HEADEND W/ LNB POWER SUPPLY
 Dual Satellite
117 VAC
LNB A
+18 V
OUT
A
+18 V
+13 V
LNB B
+13 V
OUT
B
21
S AT E L L I T E
S AT E L L I T E
MULTISWITCHES, IF
6214IFD
 4 Outputs
MULTISWITCHES, IF
 Passive VHF / UHF
6228IFD
 8 Outputs
6314IFD
 4 Outputs
 Active VHF / UHF
6328IFD
 8 Outputs
These multiswitches are used to provide satellite signals of either
RHCP or LHCP polarization from one dish at four or eight locations.
In addition, when required, they provide terrestrial VHF/UHF signals
diplexed on the same coaxial cable. At the customer outlet, the satellite
signals are separated from the VHF/UHF signals with a diplexer such
as Channel Master Model 4001IFD.
When VHF/UHF channels are not required, models 6214IFD and
6228IFD are recommended. The VHF/UHF input is left unconnected.
Model 6214IFD and Model 6228IFD combine VHF/UHF (54-806 MHz)
signals with satellite IF signals on one cable to provide up to eight
independently switchable wideband outputs. They should be used
with a masthead preamplifier or MATV amplifier when all desired
VHF/UHF TV signals can be received at comparable levels from a
stationary antenna or antenna system, or with a channelized MATV
system when this is not the case. Passive VHF/UHF processing
allows complete flexibility for VHF/UHF amplification.
Recommended VHF/UHF amplifiers are:


22
For 6214IFD – Spartan 3™, 7778
For 6228IFD – 7777
Models 6314IFD and 6328IFD amplify VHF/UHF (54 to 806 MHz)
signals and combine them with satellite IF signals on one cable to
provide up to eight independently switchable wideband outputs.
They should be used when all desired VHF/UHF terrestrial TV signals
can be received at comparable levels from a stationary antenna or
antenna system. Other VHF/UHF amplifiers are not normally required
or desired.
Each model requires the Channel Master 8014IFD 24 VDC wall
plug power supply (included). This power supply will power the
multiswitch and provide +13 V at the RHCP input and +18 V at the
LHCP input for the LNB. The current available is sufficient to power
the multiswitch and the LNB plus, where needed, one 5213IFD or two
5113IFD line amplifiers.
The polarization selection control at each output is by receiver LNB
voltage; a nominal +13 V will select RHCP (or vertical polarization)
signals whereas a nominal +18 V will select LHCP (or horizontal
polarization) signals. These units may be used with either a dual-fixed
output LNB, twin-switched output LNB or from two LNBs connected to
an orthomode transducer (OMT).
MULTISWITCHES, IF
6 2 1 4 I FD
6228IFD
6314IFD
6328IFD
 4 Outputs
 8 Outputs
 4 Outputs
 8 Outputs
satellite
S AT E L L I T E
MULTISWITCHES
SATELLITE IF MULTISWITCHES
6 2 1 4 I FD
6314IFD
6228IFD
6328IFD
Impedance
Ohm
75
75
75
75
Connectors
Type
F female
F female
F female
F female
Satellite Input
Frequency Range
MHz 950 to 2150 950 to 2150 950 to 2050 950 to 2050
Insertion Loss
dB
5
5
3
3
Noise Figure
dB
7
7
7
7
Isolation-Cross Polarization
-
32
32
35
35
Maximum Input
dBm/transponder
16 transponders, -35 dBc IMD
-20
-20
-25
-25
VHF/UHF Port
Frequency Range
MHz
54 to 806
54 to 806
54 to 806
54 to 806
Gain
dB
N/A
1
N/A
1
Insertion Loss
dB
8
N/A
23
N/A
Noise Figure
dB
N/A
4.5
N/A
5.0
Maximum Input
dBmV, per channel
8 channels, -46 dB x mod
N/A
35
N/A
17
Power
Wall Plug Power Supply
Input
VAC, 60 Hz
117
117
117
117
Output VDC center positive 24
24
24
24
Multiswitch
RHCP LNB Voltage
V diode steered 12
12
13
13
LHCP LNB Voltage V diode steered 18
18
18
18
LNB Current (max.)
mA RHCP + LHCP 450
400
325
275
Current Drawn From IRD (max.)
mA
14
14
30
30
General
Multiswitch (including connectors) mm
165 x 107 x 31
252 x 137 x 36
in.
6.5 x 4.2 x 1.2
9.9 x 5.4 x 1.4
Power Supply
mm
58 x 81 x 48
58 x 81 x 48 in.
2.3 x 3.2 x 1.9
2.3 x 3.2 x 1.9
Operating Temperature C
-20 to +50°
-20 to +50°
F
-4 to +122°
-4 to +122°
See reverse side for specifications.
23
S AT E L L I T E
multiswitches , if
S AT E L L I T E
MULTISWITCHES, IF
I N S TA L L AT I ON G UIDELINES
Ensure that all cable installation is complete before switching on the
power supply associated with the unit.
Typical losses for various TV and satellite cables are shown in the
table below.
For new installations, it is recommended that as a minimum RG6U,
which has been sweep tested to the maximum frequency in use, be
used for the downlead cable with longer cable runs using RG11U or
its equivalent. To minimize voltage drop, only coaxial cable which has
a solid, copper-center conductor should be used.
Cable Type
The recommended levels at the outlet plate for satellite signals are:
• -55 dBm minimum
• -35 dBm maximum
The recommended minimum level for VHF/UHF signals is 25 dBmV at
the input connector of the 6214IFD or 6228IFD.
The recommended minimum level for VHF/UHF signals is 5 dBmV at
the input connector of the 6314IFD or 6328IFD.
Installers of these units are advised that the cases should be connected
to an electrical ground via the ground bonding terminal provided and
that all input and output signal cables are ground bonded externally
to the unit.
Loss in dB per 100 feet Length
Unit
100 MHz
200 MHz
500 MHz
900 MHz
1450 MHz
1750 MHz
2050 MHz
RG59U
dB
2.6
4.0
6.5
9.0
11.9
13.6
15.3
RG6U
dB
2.1
3.1
5.0
6.9
9.1
10.4
11.7
RG11U
dB
1.5
2.2
3.7
5.2
6.9
7.9
8.9
T y pical Installation D iagrams
The following diagrams show some possible installations. Many other
possibilities exist. Please contact our Technical Service Department,
which will assist with any specific applications not covered here.
VHF/UHF
ANTENNA
Figure 1
Satellite IF and VHF / UHF TV
Distributed to 4 Outlets
on 1 Cable per Outlet
(for 8 outlets, use 6228IFD)
Typical
application
where
satellite IF signals and VHF/UHF
TV signals are diplexed onto 1
cable and distributed to 4 outlet
points using 6214IFD units.
DISH
MATV AMP OR
MASTHEAD PREAMPLIFIER
OR MATV SYSTEM
TWIN SWITCHED
LNB
LNB
LHCP
LNB RHCP
POWER SUPPLY
8014IFD
117VAC
LHCP VHF/UHF RHCP
INPUT INPUT INPUT
24VDC
Model 6228IFD may be used
with the same input connections
to provide 8 outlet points.
+18V
+13V
Multiswitch
6214IFD
OUT OUT OUT OUT
1
2
3
4
4 x IF – VHF/UHF DIPLEXED
OUTLET PLATES OR
4001IFD DIPLEXERS
VHF/UHF TV SIGNALS ONLY
TV
SATELLITE AND VHF/UHF SIGNALS
TV
TV TV
SAT TV
SAT
SATELLITE
RECEIVER
SATELLITE AND VHF/UHF SIGNALS
TV
SATELLITE
RECEIVER
24
MULTISWITCHES, IF
DISH
VHF/UHF
ANTENNA
MATV AMP OR
OR MATV SYSTEM
Figure 2
(for 8 outlets, use 2 ea. 6214IFD)
TWIN SWITCHED
LNB
LNB
LHCP
LNB
RHCP
2 x IF SPLITTERS
(DC PASS BOTH PORTS)
EG. 2202IFD
117VAC
24VDC
2 6214IFD units may be used
to provide 8 outputs.
POWER SUPPLY
8014IFD
LHCP VHF/UHF RHCP
INPUT INPUT INPUT
117VAC
24VDC
Multiswitch
6228IFD
OUT OUT OUT OUT OUT OUT OUT OUT
1
2
3
4
5
6
7
8
LHCP VHF/UHF RHCP
INPUT INPUT INPUT
Multiswitch
6228IFD
1
2
3
4
5
6
7
8
16 x IF – VHF/UHF DIPLEXED OUTLET PLATES OR 4001IFD DIPLEXERS
MULTISWITCHES, IF
POWER SUPPLY
8014IFD
Typical application having 16
outputs showing how 6228IFD
units can be arranged to provide
additional outlets.
S AT E L L I T E
S AT E L L I T E
Figure 3
DISH
TWIN SWITCHED
LNB
LNB
LHCP
117VAC
on 1 Cable per Outlet
(for 4 outlets, use 6314IFD)
VHF/UHF
ANTENNA
Typical
application
where
satellite IF signals and VHF/UHF
TV signals are diplexed onto 1
cable and distributed to 8 outlet
points using 6328IFD units.
LNB RHCP
POWER SUPPLY
8014IFD
LHCP VHF/UHF RHCP
INPUT INPUT INPUT
24VDC
+18V
6314IFD may be used with
the same input connections to
provide 4 outlet points.
+13V
Multiswitch
6328FD
1
2
3
4
5
6
7
8
4 x IF – VHF/UHF DIPLEXED
OUTLET PLATES OR
4001IFD DIPLEXERS
VHF/UHF
TV SIGNALS ONLY
TV
SATELLITE AND
VHF/UHF SIGNALS
TV
SATELLITE AND
VHF/UHF SIGNALS
TV
TV TV
SAT TV
SATELLITE
RECEIVER
SATELLITE
RECEIVER
SAT
TV
SAT
TV
TV
VHF/UHF TV
SIGNALS ONLY
TV
SATELLITE AND
VHF/UHF SIGNALS
TV
SATELLITE AND
VHF/UHF SIGNALS
SATELLITE
RECEIVER
SATELLITE
RECEIVER
25
S AT E L L I T E
multiswitches , if
26
S AT E L L I T E
MULTISWITCHES, IF
Figure 4
(for 16 outlets, use 2 ea. 6328IFD)
TWIN SWITCHED
LNB
LNB
LHCP
Typical application having 8
outputs showing how 6314IFD
units can be arranged to provide
additional outlets.
2 6328IFD units may be used
to provide 16 outlet points.
DISH
VHF/UHF
ANTENNA
VHF/UHF
SPLITTER
EG. 7992
POWER SUPPLY
8014IFD
117VAC
24VDC
LHCP VHF/UHF RHCP
INPUT INPUT INPUT
Multiswitch
6314IFD
OUT OUT OUT OUT
1
2
3
4
LNB
RHCP
2 x IF SPLITTERS
(DC PASS BOTH PORTS)
EG. 2202IFD
POWER SUPPLY
8014IFD
117VAC
24VDC
LHCP VHF/UHF RHCP
INPUT INPUT INPUT
Multiswitch
6314IFD
OUT OUT OUT OUT
1
2
3
4
8 x IF – VHF/UHF DIPLEXED OUTLET PLATES OR 4001IFD DIPLEXERS
S AT E L L I T E
S AT E L L I T E
MULTISWITCHES, IF
6344IFD
Model 6344IFD includes a VHF/UHF amplifier. As such, at least
one satellite receiver must be connected to Model 6344IFD to pass
VHF / UHF signals.
MULTISWITCHES, IF
This model represents Channel Master’s lowest cost multiswitch.
It supplies LNB power from the satellite receiver and does NOT require
an 8014IFD power supply. It is intended for use in systems when
117 VAC is not available at the distribution point where it is desired to
locate a multiswitch, making these units ideal.
AMPLIFIER, HEADEND W/LNB POWER SUPPLY
6344IFD
Impedance
Ohm
75
Connectors
-
Type F female
Satellite Input
Frequency Range
MHz
950 to 2150
Insertion Loss
dB
5
Noise Figure
dB
7
Isolation-Cross Polarization output to
32
opposite polarity input
Maximum Input
dBm / transponder
16 transponders, -40 dBc IMD
-23
Number of Outputs
4
VHF/UHF Input
Frequency Range
MHz
54 to 806
Gain
dB
1
Insertion Loss
dB
N/A
Noise Figure
dB
4.5
Maximum Input
dBmV, / channel
8 channels, -46 dB x mod
35
General
LNB Voltage
Nominal 13 V, >12.0 V 11.2
into any output
LNB Voltage
Nominal 17 V - 0.3, Highest Rx
Current Drawn from
mA plus LNB
110 max
IRD and line amps
Operating Temperature °C
-20 to 50
°F
-4 to 122
163 x 107 x 30
DISH
TWIN SWITCHED
LNB
LNB
RHCP
LNB LHCP
LEAVE UNCONNECTED
WHEN VHF/UHF SIGNALS
ARE NOT REQUIRED
RHCP VHF/UHF LHCP
INPUT INPUT INPUT
+13V
+18V
Multiswitch
6344IFD
OUT OUT OUT OUT
1
2
3
4
Caution 1 - Ensure that the
maximum current, in addition
to LNB current, plus any line
amplifiers, will not overload the
satellite receiver.
Caution 2 - Solid copper center
conductor RG6U coaxial cable must
be used. It has a loop resistance of
1.0 Ohms per 100 feet.
At 300 mA, this implies a voltage
drop of 0.3 V per 100 feet. (Never
use copper clad steel center
conductor cable which has a
much higher loop resistance.)
As a result, to minimize voltage
drops: (a) keep downleads from
VHF/UHF
ANTENNA
MATV AMP OR
OR MATV SYSTEM (NOT
REQUIRED WITH MODEL 6344IFD)
the multiswitch to the satellite
receiver shorter than 75 feet. This
will ensure proper switching action,
and (b) keep cable lengths from the
LNB to the multiswitch less than 75
feet. This will ensure adequate
voltage to the LNB.
Caution 3 - Note that the LNB
voltages from the multiswitch are
determined as follows:
Nominal 17 V = Highest satellite
receiver voltage minus 0.3 V.
Nominal 13 V = 11.2 V
(with > 12.0 V into any output).
Check that these voltages are
compatible with the LNB in use.
27
S AT E L L I T E
LDB PWER SUPPLY / INJECTORS
S AT E L L I T E
LNB POWER SUPPLY /
INJECTORS
8002IFD
 13 and 18
8004FD
 13 and 18 V
 Includes power
supply
These units are designed for external powering of twin switched
LNBs. 8002IFD will power one twin LNB, 8004IFD will power two
twin LNBs. Each LNB is supplied with +13 and +18 V regulated.
The power source is a standard wall plug supply which has an
unregulated output of approximately +24 VDC. The output lines are
all DC blocked.
For both models, the total LNB current should not exceed
600 mA. The main application for these units is in SMATV systems
where it is not desirable to power the LNB from the satellite
receivers. 8004IFD is used mainly in two satellite installations. Many
other applications are possible such as powering line amplifiers,
i.e. Model 5213IFD, 5113IFD.
LNB POWER SUPPLY / INJECTORS
8 0 0 2 I FD
8004IFD
Frequency Range
MHz 50 to 2150
50 to 2150
Impedance
Ohm
75
75
Connectors
- Type F female Type F female
Insertion Loss
dB
0.6
0.7
Return Loss
dB
17
17
Cross-Pol Isolation
dB
50
45
Cross-Satellite Isolation
dB
N/A
45
Voltage
LNB A V
13 and 18
13 and 18
LNB B V
N/A
13 and 18
Maximum Total Current
mA
600
600
8002IFD
Dimensions Injector (H x W x D) Modelmm
84 x 104 x 25 107 x 114 x 30
in. 3.3 x 4.1 x 1.0 4.2 x 4.5 x 1.2
LNB
Power Supply (8004IFD only)
117 VAC
Input
VAC, Hz
N/A
117, 60
13VVDC
18V
Output
N/A
24 unreg.
@ 600 mA
max
N/A
84
x
56 x 49
OUT
in.
N/A
3.3 x 2.2 x 1.9
Model 8002IFD
Mode
LNB
13V
18V
13V
24VDC
Model 8004IFD
LNB A
13V
18V
OUT A
18V
OUT A
OUT
LNB B
13V
18V
OUT B
24VDC
28
LNB A
117 VAC
117 VAC
DESIGN GUIDELINES
levels
As a starting point, assume a level of -35 dBm per transponder out of
the LNB. This will of course vary with satellite footprint EIRP, antenna
size and LNB gain.
In clear sky conditions
LNB output (dBm) = Footprint EIRP (dBW) + 30 - Path Loss (dB)
+ Antenna gain (dB) + LNB gain (dB)
Assume path loss
= 206 dB (at 12.45 GHz);
Antenna gain = 34.0, 36.5 or 40.7 dB
for antenna size of 0.46, 0.60
or 1.0 m (at 12.45 GHz)
Typical footprint = 51 dBW
Typical LNB gain = 56 dB
Example
LNB output level = 51 + 30 - 206 + 34 + 56 = -35 dBm
Design for a level at secondary distribution points in the range
-45 to -30 dBm per transponder. This will typically be in the range of
-10 to +5 dB relative to LNB level.
Systems serving several floors are often more conveniently designed
with a cascade, tapped-trunk architecture. Here the secondary
distribution points will typically be located at a central point on
each floor.
Some systems will be most conveniently designed as a combination
of home run and cascade networks, forming a “tree and branch”
structure.
Design for a level at the customer outlet of -55 to -35 dBm per
transponder.
Perform calculations of signal level at the highest frequency in use. In
the United States this is generally 1450 MHz. In South America, it is
generally 1750 MHz.
DESIGN GUIDELINES
A simplified calculation to determine LNB output level is shown below.
Home run systems are those where each outlet has its own coaxial
cable from the outlet back to the secondary distribution point. In a
home run system, the secondary distribution points will typically be
located at a point convenient to feed a particular group of outlets, this
may be at the headend.
satellite
S AT E L L I T E
It is worthwhile repeating the calculations at 950 MHz to ensure that
the signal slope from 950 to 1450 MHz is acceptable. Maintain less
than 7 dB slope.
signal level meas urement
An installer of medium and large satellite IF distribution systems
requires a spectrum analyzer. The spectrum analyzer will allow him
to measure the signal level of each transponder. Without a spectrum
analyzer, a system may be constructed, and if it does not immediately
function correctly without adjustment, the installer is “in the dark” as to
why it doesn’t work properly. He will then probably resort to changing
parts in a random manner; wasting both time and money. The following
are just a few of the problems that can be instantly recognized with a
spectrum analyzer:
a. Signal levels within the desired range.
b. Acceptable flatness across the spectrum i.e. the difference
in level between lowest (950 MHz) and highest transponder
(1450 MHz).
c. No unusual notches or “suck-outs”. This effect is usually called
by poor coaxial cable or type F connectors.
d. No ingress or other interfering signal which may cause certain
transponders to be degraded.
The following are guidelines when using a spectrum analyzer with
digital QPSK signals as found in DBS TV applications
3 MHz in their widest setting. As a result, the displayed signal level is
much lower than the actual level.
The correction in dB to be applied depends on the ratio of the analyzer’s
resolution bandwidth to 20 MHz from the following formula:
dB correction = 10 log (20/RB)
RB = resolution bandwidth in MHz
This figure calculates to 13 dB for an analyzer with a 1 MHz resolution
bandwidth or 8 dB for an analyzer with 3 MHz resolution bandwidth.
Some analyzers have been specifically designed for this application
and use IF filters wide enough to pass the digital DBS signal without
truncation. In this case, no correction need be applied.
The following procedure may be found useful for measuring satellite
signal levels at IF with a spectrum analyzer:
a. Start by taking care not to apply DC to the analyzer unless
designed to handle it.
b. Set the frequency span from approximately 900 to 1500 MHz.
This will allow any slope in the system to be identified.
c. Set the input attenuator to an appropriate level. Expect
approximately -35 dBm per transponder out of the LNB.
The total occupied bandwidth of a digital DBS signal is 24 MHz with
the power distributed fairly evenly across the 3 dB power bandwidth
of approximately 20 MHz. As a result, the appearance on a spectrum
analyzer when viewing the 16 transponders at 950 to 1450 MHz IF is
similar to viewing a square wave on an oscilloscope.
e. Maximum video filtering is useful in achieving a reduced noise
display.
The occupied bandwidth is much wider than the resolution bandwidth
(IF filter) of most spectrum analyzers which are typically 1 MHz or
g. Add the correction described above to this level.
d. Set the analyzer to the widest resolution bandwidth.
f. Read the level at the top of the “square wave”.
29
S AT E L L I T E
DESIGN GUIDELINES
S AT E L L I T E
DESIGN GUIDELINES
system size limitations
The same factors that limit the reach of a CATV system apply to
satellite IF distribution systems. Specifically:
c. Slope build up. It is difficult to maintain a flat response with
many units in cascade.
a. Intermodulation Distortion (IMD products). These are mixing
products created by amplifier non-linearities. We recommend
that the final component in a cascade have no worse than
-40 dBc IMD products at its output.
In summary to limit the effects of the above, we recommend that
distribution systems be designed for no more than four active units in
any one cascade line from the headend to the customer outlet. Active
units include headend amplifiers, line extender amplifiers and active
multiswitches (not passive multiswitch models 6222IFD and 6232IFD);
i.e. one headend amplifier, two line extender amplifiers and one active
multiswitch in any one line from headend to customer outlet is the
maximum cascade we suggest.
b. Noise. As signal levels are kept down to keep IMD products
in check, noise can start to degrade the signal. This problem
is less severe than in CATV due to the high LNB gain and
relatively low C/N signals.
home r un distrib ution systems
Home run systems are those where each outlet has its own coaxial
cable from the outlet back to the secondary distribution point
(see Figure 1). The secondary distribution points will typically be
located at a point convenient to feed a particular group of outlets.
In small systems, this may be at the headend itself.
In a voltage switched system, multiswitches or a single output switch
are connected to each pair of cables at the secondary distribution
points.
The signal level at the secondary distribution points may be calculated
relative to the LNB level for the system in Figure 1 as follows:
At the highest frequency in use (1450 MHz in US):
Total loss between LNB and secondary distribution points =
2801IFD loss + 2201IFD loss + Cable loss = L dB
5224IFD gain at 1450 MHz = 24 dB, therefore,
Level at secondary distribution point = LNB level + 24 - L dBm.
Figure 2 shows a voltage-switched, home-run system with 64 outlets.
Each multiswitch could be located in a convenient position to feed a
group of four outlets. The multiswitch input signals could be taken
from the headend in Figure 1.
Home run systems are the easiest to set up and give fewest problems,
particularly in the deployment phase of the project. This is unlike
cascade systems where a problem in one component is likely to hurt
all outlets “down the line”.
Figure 1
5224IFD
A/+18V
B/+13V
117
VAC
2201IFD SPLITTER
2801IFD
2801IFD
SECONDARY DISTRIBUTION
POINT #1
POINT #16
UNUSED SPLITTER OUTPUTS TERMINATED
WITH 7184 TERMINATION
Figure 2
HOME RUN SYSTEM - 64 OUTLET, VOLTAGE SWITCHED
Multiswitch #1
OUTPUT #1
30
Multiswitch #2
OUTPUT #8
Multiswitch #15
OUTPUT #48
VHF/UHF
RHCP
LHCP
VHF/UHF
RHCP
LHCP
VHF/UHF
RHCP
POINT #16
LHCP
VHF/UHF
RHCP
LHCP
POINT #1
Multiswitch #16
OUTPUT #64
DESIGN GUIDELINES
cascade tapped -tr unk distrib ution systems
These systems (refer to the example in Figure 3) are particularly
convenient for serving several floors with a secondary distribution
point on each floor. An example of such a system is shown in
Figure 4. In voltage switched systems, multiswitches are located
at the secondary distribution points, forming a “tree and branch”
structure.
• The tap loss.
• The thru loss of previous taps in the cascade.
• Prior cable losses.
• The gains of a headend amplifier and any line
extender amplifiers.
When installation of a multiswitch or single output switch is required
on each floor, dual polarization directional tap, Model 2112IFD is
recommended. When the -12 dB tap value is too low, an attenuator
can be placed on the tap output. Attenuator Models 2803IFD, 2806IFD
and 2810IFD are recommended.
In cascade systems it is of extreme importance to use only components
having high return loss characteristics in the trunk path. This is to
minimize ripple in the passband. Dual directional tap model 2112IFD
and the two output multiswitch taps models 6222IFD and 6232IFD
have excellent return loss characteristics.
When system losses are such that amplification is required in a
cascade system, dual polarization line extender, model 5213IFD is
5224IFD AMP
Care must be taken to keep intermodulation distortion products
down to an acceptable level. IMD products of -40 dBc out of the final
amplifier are generally considered the limit of acceptability. This will
limit the number of amplifiers in a cascade and/or the signal level into
each amplifier. Channel Master products are specified at an input level
for -40 dBc IMD products, reducing the input level will significantly
reduce the IMD products.
In cascade systems particularly, the slope or tilt of the signals can
become a problem. This is the difference in level between the
highest frequency transponder and lowest frequency transponder.
The coaxial cable loss verses frequency characteristic is the
main reason why transponders near the high end of the spectrum
(1450 MHz) tend to become attenuated relative to transponders at the
low end (950 MHz). Coaxial cable loss in dB at frequencies F2 and
F1 follows the rule:
F2 loss (dB) = F1 loss x square root (F2/F1)
DESIGN GUIDELINES
When calculating the level at the output of each tap, consider:
recommended. Amplifier model 5213IFD may be cascaded with an
amplifier placed in the line after losses equivalent to the amplifier
gain at the highest system frequency (1450 MHz in the US),
i.e. after each 14 dB of cable loss and tap thru loss, place an amplifier
(see Figure 5).
S AT E L L I T E
S AT E L L I T E
Typical cable loss data is shown on Page 25. Try to keep the signal
flatness within 7 dB at the customer outlet. Channel Master headend
amplifiers, line amplifiers and high level line extenders include cable
slope compensation to minimize this problem.
Figure 3
8 x DIRECTIONAL TAP OR
4 x 2112IFD DUAL DIRECTIONAL TAP
A/+18V
B/+13V
2 x 7184
TERMINATION
117
VAC
SECONDARY
SECONDARY SECONDARY
SECONDARY
DISTRIBUTION DISTRIBUTION DISTRIBUTION DISTRIBUTION
POINT #1
POINT #2
POINT #3
POINT #4
31
S AT E L L I T E
S AT E L L I T E
DESIGN GUIDELINES
Figure 4
Figure 5
DESIGN GUIDELINES
117
VAC
LHCP
+18V
5224IFD
HEADEND AMP
RHCP
117
VAC
+13V
3 x 4 OUTPUT
MULTISWITCH
LHCP
+18V
RHCP
+13V
3 x 4 OUTPUT
MULTISWITCH
5224IFD
HEADEND AMP
OUTPUTS
1 TO 4
3 x 2112IFD
DIRECTIONAL TAP
OUTPUTS
5 TO 8
OUTPUTS
9 TO 12
5213IFD
+18V
2 x 7184
TERMINATION
117
VAC
+13V
8002IFD
2 x 7184
TERMINATION
32
DESIGN GUIDELINES
carrying vhf / u hf signals on the distrib ution system
In particular, we do not recommend having satellite IF signals and
VHF / UHF signals on the same cable where amplification is
required in the system. In this case, the likelihood of problems due to
intermodulation, signal level variations, slope, etc., is just too great.
Additional diplexing is another area connected with the carrying
of VHF/UHF and satellite signals on one cable which can create
problems. Here the extra group delay from each diplex filter builds
up and can degrade the digital QPSK signal. This problem is usually
evident on the lowest (near 950 MHz) transponder. In summary, one
pair of diplexers is the maximum we can recommend using.
Recommended distribution amplifiers for VHF/UHF signals are:
Model 7722 for off-air VHF/UHF and CATV.
A typical 3 wire distribution network carrying VHF CATV signals
from the ground up (see Figure 6).
Figure 6
Figure 7
117
VAC
+18V
5224IFD
DESIGN GUIDELINES
Channel Master recommends that, in most cases, a third cable
network should be used to carry VHF/UHF signals for off-air local
broadcasts EXCEPT for the final “drop” to the customer’s outlet.
In voltage switched systems, this usually means between the
multiswitch output and the customer outlet. Most Channel Master
multiswitches combine (diplex) the satellite signals and VHF/UHF
signals on to one cable at each multiswitch output. At the customer’s
outlet, a 4001IFD or diplexed outlet plate may be used to separate the
satellite signals from the VHF/UHF off-air signals.
S AT E L L I T E
S AT E L L I T E
+13V
3 x 4 OUTPUT
MULTISWITCH
e.g. 6214IFD, 6344IFD
7184 or 7190
2112IFD
x3
3 x VHF/UHF
DIRECTIONAL TAP
2 x 7184
7722
50-900 MHz DISTRIBUTION AMP
CATV IN
33
general information
HD ANTENNA SELECTI0N & SPECIFICATIONS
G E N E R A L I N F O R M AT I O N
HD ANTENNA SELECTION
& SPECIFICATIONS
All Channel Master antennas are classified according to sensitivity:
for example, “fringe,” “suburban,” etc. These ratings are designed to
indicate at what distance from a TV transmitter the antenna provides
the best reception. These ratings are based on optimum conditions
over unobstructed terrain. Factors such as the type of terrain, the
number and placement of buildings along the signal path, and the
height and power output of the transmitting tower will have a bearing
on the type of antenna which is appropriate.
AREA DESIGNATION
Deepest Fringe
Channel Master has long been recognized as the foremost designer
of high performance antennas. Our engineers have prepared the
following classifications according to exacting standards. Examine
very carefully any manufacturer’s claim of greater performance.
VHF
(km / mi)
UHF
(km / mi)
160 + / 100+
97+ / 60+
Deep Fringe
160 / 100
97 / 60
Fringe
129 / 80
72 / 45
Near Fringe
97 / 60
64 / 40
Far Suburban
80 / 50
56 / 35
Suburban
72 / 45
48 / 30
Far Metropolitan
48 / 30
40 / 25
Metropolitan
40 / 25
24 / 15
W H I C H A N T ENNA WORKS BEST FOR YO UR LOCATION?
Selecting the right antenna can be an easy task when you have the
right information. One valuable tool is the Consumer Electronics
Associations antenna selector web site WWW.ANTENNAWEB.ORG
where you can find out which TV channels are available in your
area, including the direction of the transmit towers and the TYPE OF
ANTENNA needed to receive these stations. On each antenna box
you will see the CEA antenna selector chart classifying the antenna.
For example, if the web site says you need a medium directional
antenna, choose the antenna that is classified as a medium directional
or better. The Antenna Reference Chart, on Page 38 of this catalog,
shows the CEA classification for all Channel Master antennas.
YELLOW
VIOLET
GREEN
BLUE
LT GREEN
RED
See www.anntennaweb.org
to finid the zone in which you live.
PREVENT ELECTRIC SHOCK!
WARNING! Installation or removal of antennas near power lines
is dangerous. For safe installation, read and carefully follow
the instructions included with every Channel Master antenna.
Never let any part of the antenna, mast, or guying assembly touch any power line. If a metal part does touch a line, it will
complete an electrical path through the antenna to you, and you could
be killed or seriously injured. We strongly recommend that you stay
a distance away from all power lines of a minimum of twice the total
length of the antenna and mast.
SUPERIOR RECEPTION FEATURES AND RUGGED WEATHER-DEFYING STRENGTH



34
The following chart is intended as a general guide for selecting antennas:
All models feature heavy-duty elements designed to withstand
wind and weather, including ABS insulators able to endure, even
hurricane weather. Reinforced element sleeves provide added
strength at greatest stress points on long elements.
Spun boom ends on all models offer stability in high winds and
prevent annoying wind whistle.


Sturdy snaplocks and reinforced sleeves are on longer elements
for all Channel Master’s antennas.

DoubleboomtrussconstructiononlargerULTRA-HICROSSFIRE
antennas keeps elements inline and prevents antenna sagging
even under heavy ice loads. High-strength truss boom braces
reinforce the double boom and prevent structural distortion.
All-aluminum phasing crossover harness available on
all ULTRA-HI CROSSFIRE (see Page 4) and ADVANTAGE
(see Page 5) models for years of excellent reception that
include insulating spacers to prevent shorting and keep all elements
working in perfect harmony.
FREE Outdoor Balun Kit 0089 (see Page 16) with all antennas.
& SPECIFICATIONS
HDTV antenna selection
A receiving antenna is a device for intercepting the electromagnetic
waves or signals, sent from a transmitter. Some antennas are simple
vertical poles; others are small wire loops attached to the back of a
television set.
The outdoor TV antenna design, which most of us are familiar with,
is the central horizontal boom with small elements attached at
right angles.
hdtv antenna types
Television antennas can be grouped in five major functional
categories:
The main receiving element of an antenna is called the dipole. All of
the other antenna parts are designed primarily to help the dipole do
its job. The transmission line is attached to the dipole which consists
of two half-elements. All other antenna parts are designed and
positioned around the dipole.
HDTV

VHF / FM
uhf antennas

UHF

UHF / VHF / FM

FM ONLY combinations
UHF (Ultra High Frequency) antennas are designed to receive
TV channels 14 through 69, the UHF TV band. The UHF TV band
originally extended from channel 14 to channel 83. However, the
FCC now has reassigned channels 70 through 83 (also known as the
translator band) to mobile communications use. Although there are
still many antennas capable of receiving all 82 channels, the translator
band (former TV channels 70 through 83) is useless to the TV viewer.
UHF TV antennas come in a wider variety of shapes and sizes than
VHF/FM antennas. The variety of UHF designs is possible because
they do not require the long elements the VHF/FM antennas do.
vhf / fm antennas
Most VHF (Very High Frequency) antennas are engineered to receive
TV channels 2 through 13. They also will receive the FM radio band,
which is located between TV channels 6 and 7. FM ONLY antennas
are available also. Channels 2 through 6 are known as the low band.
Channels 7 through 13 are referred to as the high band. Some VHF
antennas are designed to receive only one band, either the low or high
band. Antennas designed to receive both the low band and the high
band are called VHF/FM broadband antennas.
TV channel 1 “disappeared” in the early days of TV because of a
change in frequency assignments by the Federal Communications
Commission (FCC). A reshuffling of FM, Amateur, and other bands
combination uhf / vhf / fm antennas
Combination UHF/VHF/FM TV antennas are designed to receive
both the UHF and the VHF/FM bands. Although the use of separate
antennas for each band is ideal for peak reception, high-performance
UHF/VHF/FM combination models are readily available and are the
more popular choice.
how to selecT the right antenna
There are many bands and hundreds of TV antenna model available.
However, choosing the right one is relatively easy if you are aware of
the few basic reception and TV antenna characteristics.
First, “good reception,” or production of a snow-free color TV picture,
requires a signal level of about 1000 microvolts. To deliver this
signal level to the receiver, the antenna requires a certain antenna
gain. The amount of gain required is dependent on the distance
between the station’s transmitting antenna and the receiving antenna.
The required type of antenna therefore depends on the channels to
be received and the distance and direction of the customer’s home
from the transmitting antennas. These facts are readily available
for any area, but be sure your information is accurate and complete.
Call a local TV station if you have questions. Most television stations
are willing to help TV antenna installers because they also benefit
from the improved reception to the station’s viewers.
Be sure to discuss with your customers the number and types
of channels that are receivable. This may sound basic, but your
customers may not understand the difference between VHF / FM
and UHF. They also may not be aware that with the right equipment
they may be able to receive out-of-town channels, some of which
may carry sports programs that are locally blacked out. The most
important points to remember when selecting an antenna are its gain,
sensitivity classification, directivity, and front-to-back ratio.
gain
The gain of an antenna indicates the relative strength of signal it can
deliver to a receiver. Most manufacturers list gain in their antennas in
decibels (dB). The higher the antenna gain, the stronger the signal at
the antenna output terminals. In most cases, the larger the antenna,
the higher the gain.
If you are in doubt about the amount of gain required, select an
antenna that is slightly larger than you think is actually needed.
The performance of all components deteriorates slightly during the
years they are exposed to rain, sun, wind, and corrosion. Consequently,
to ensure quality reception for a longer period, choose an antenna
with a little more gain than is necessary. (Note: Excessive gain may
cause overloading. Therefore, choosing the antenna with the highest
gain might create more reception problems than it cures.)
Sensitivity classifications are used to indicate the type of reception
area for which the antenna is designed. Certain ranges of gain are
best suited for certain types of areas. The appropriate range of gain
for a specific area is what a manufacturer is indicating when labeling
an antenna, i.e., Outer Suburban or Near Fringe. See the table on
Page 37 for typical sensitivity classifications. It indicates, in miles,
how close an antenna must be to the transmitter to produce the best
signal level. The classifications are somewhat general because
reception conditions at various sites within a particular type of area
may be different.
H D antenna selection & specifications

removed TV from the frequencies previously reserved for TV channel 1.
Because the other 12 TV channels were already numbered 2 through
13, the channel 1 designation was dropped.
general information
35
general information
36
& SPECIFICATIONS
typical sensitivity classifications
DIRECTIVITY
Directivity is the ability of an antenna to intercept signals from only one
direction and reject those from other directions. Directivity indicates the
antenna’s ability to intercept signals arriving at its front and reject signals
coming from the sides and rear. Generally, the more highly directive an
antenna, the better it can reject signals from the sides and rear.
The front-to-back ratio of an antenna can be helpful when attempting to
determine its directivity. Front-to-back ratio is expressed in decibels (dB).
This ratio indicates an antenna’s ability to reject signals coming from the
rear (i.e. rear rejection). For example, an antenna with a front-to-back ratio
of 25 dB will receive about 18 times more signal strength from the front
than from the back.
In most cases, comparing its specified front-to-back ratio with the relative
sensitivity classifications listed in Typical Sensitivity Classifications table
can make an acceptably accurate estimate of an antenna’s directivity.
AREA DESIGNATION
Deepest Fringe
VHF
(km / mi)
UHF
(km / mi)
160 + / 100+
97+ / 60+
Deep Fringe
160 / 100
97 / 60
Fringe
129 / 80
72 / 45
Near Fringe
97 / 60
64 / 40
Far Suburban
80 / 50
56 / 35
Suburban
72 / 45
48 / 30
Far Metropolitan
48 / 30
40 / 25
Metropolitan
40 / 25
24 / 15
The sensitivity classifications in the table to the right are intended only as
general guidelines for evaluating directivity. Other factors, such as the
antenna’s beamwidth, can affect its directivity.
Beamwidth is related to an antenna’s overall gain and indicates how
wide or narrow the reception area of the antenna is. For example, if two
antennas have the same front-to-back ratio, the one with the highest
overall gain will have the narrowest beamwidth and consequently, will
be the most directive.
An antenna with a relatively narrow beamwidth generally is best suited
for areas where interference from sides is a problem. An antenna
with a broad beamwidth is best suited for areas where a broad beam
is needed to capture the signals from widely separated stations, and
where interference is minimal. Beamwidth information, if included by
the manufacturer, is usually displayed by use of polar plots as in the
example at right.
Selecting the most suitable antenna becomes easy with experience,
but selecting quality materials should be the first decision to make
before starting any installation. High-performance reception usually
requires highly sensitive equipment. In the end, it pays to use the finest
equipment available, from the antenna down to the receiver including
the transmission line. The slight additional cost should be considered
an investment in longer system life and optimum performance.
Sample of a polar plot revealing the directivity and beamwidth of an antenna.
& SPECIFICATIONS
antenna reference chart
METRIC
RECEPTION RANGE
AVERAGE GAIN
ANTENNA SIZE
VHF Lo
VHF Hi
UHF
Length
Width
(max)
Height
TURNING
RADIUS
(cm)
(km)
ANTENNA
SERIES
CROSSFIRE
ADVANTAGE
SPECIAL
MARKETS
TYPE
VHF/FM
UHF
(cm)
SHIPS
VIA
UPS
CEA
3671
U/V/FM
161+
96+
5.6
10.9
10.0
439.4
279.4
89.9
243.1
3678
U/V/FM
96
96
4.7
8.2
8.6
383.5
279.4
89.9
219.7
LD
3679
U/V/FM
80
96
4.0
8.1
9.5
309.9
279.4
89.9
196.9
3677
U/V/FM
72
72
2.3
7.9
8.5
246.4
279.4
89.9
168.9
2001
U/V/FM
72
48
-3.5
0.0
2.0
68.6
215.4
7.0
111.3
LM
3014
U/V/FM
40
24
0.7
4.6
5.1
133.4
212.3
5.7
101.6
SD
Yes
LD
LD
MD
3016
U/V/FM
72
48
1.2
7.9
7.7
167.6
212.3
55.9
104.1
3018
U/V/FM
96
64
2.3
8.2
8.4
287.7
241.3
55.9
147.1
3.6
8.6
9.5
386.7
241.3
55.9
239.8
LD
6.4
N/A
SM
139.7
5.7
76.2
LM
3020
U/V/FM
161
96
3000A
U/V
72
48
3010
U/V/FM
72
48
-4.6
0.5
4221
UHF
N/A
72
N/A
4228
UHF
N/A
96
N/A
Amplified Antenna
63.5 (circular)
-1.6
38.1
N/A
10.2
10.2
50.8
91.4
25.4
N/A
12.0
12.7
100.3
91.4
50.8
Yes
MD
LD
Yes
LD
LD
ENGLISH
RECEPTION RANGE
(miles)
ANTENNA
SERIES
CROSSFIRE
ADVANTAGE
SPECIAL
MARKETS
UHF ONLY
AVERAGE GAIN
ANTENNA SIZE
(dB)
(in.)
SHIPS
VIA
UPS
MODEL
TYPE
VHF/FM
UHF
VHF Lo
VHF Hi
UHF
Length
Width
(max)
Height
TURNING
RADIUS
(in.)
3671
U/V/FM
100
60+
5.6
10.9
10.0
173
110
35.4
95.7
3678
U/V/FM
60
60
4.7
8.2
8.6
151
110
35.4
86.5
3679
U/V/FM
50
60
4.0
8.1
9.5
122
110
35.4
77.5
3677
U/V/FM
45
45
2.3
7.9
8.5
97
110
35.4
66.5
2001
U/V/FM
45
30
-3.5
0.0
2.0
27
84.8
2.75
43.8
LM
3014
U/V/FM
25
15
0.7
4.6
5.1
52.5
83.6
2.25
40
SD
CEA
LD
Yes
LD
LD
MD
3016
U/V/FM
45
30
1.2
7.9
7.7
66
83.6
22
41
3018
U/V/FM
60
40
2.3
8.2
8.4
113.25
95
22
57.9
LD
3020
U/V/FM
100
60
3.6
8.6
9.5
152.25
95
22
94.4
LD
3000A
U/V
45
30
25 in. (circular)
2.5
N/A
SM
3010
U/V/FM
45
30
-4.6
0.5
-1.6
15
55
2.25
30
LM
4221
UHF
N/A
45
N/A
N/A
10.2
4
20
36
10
4228
UHF
N/A
60
N/A
N/A
12.0
5
39.5
36
20
Amplified Antenna
Yes
Yes
MD
LD
LD
YELLOW
GREEN
LT GREEN
SM
MM
LM
YELLOW
YELLOW
GREEN
VIOLET
GREEN
LT GREEN
BLUE
LT GREEN
UHF ONLY
MODEL
(dB)
LT GREEN
SD
RED
RED
MD
LD
37
LOW BAND
COMMERCIAL TELEVISION CHANNELS
HIGH BAND
SUPER
BAND
PICTURE
CARRIER
MHz
301.25
FREQUENCY
BAND
MHz
300 to 306
CHANNEL
NUMBER
PICTURE
CARRIER
MHz
AA 37
BAND
FREQUENCY
BAND
MHz
55.25
CHANNEL
NUMBER
PICTURE
CARRIER
MHz
54 to 60
BAND
FREQUENCY
BAND
MHz
2
30
566 to 572
567.25
3
60 to 66
61.25
BB 38
306 to 312
307.25
31
572 to 578
573.25
4
66 to 72
67.25
CC 39
312 to 318
313.25
32
578 to 584
579.25
5
76 to 82
77.25
DD 40
318 to 324
319.25
33
584 to 590
585.25
5
82 to 88
83.25
EE 41
324 to 330
325.25
34
590 to 596
591.25
FF 42
330 to 336
331.25
35
596 to 602
597.25
A 14
120 to 126
121.25
GG 43
336 to 342
337.25
36
602 to 608
603.25
B 15
126 to 132
127.25
HH 44
342 to 348
343.25
37
608 to 614
609.25
C 16
132 to 138
133.25
II 45
348 to 354
349.25
38
614 to 620
615.25
D 17
138 to 144
139.25
JJ 46
354 to 360
355.25
39
620 to 626
621.25
E 18
144 to 150
145.25
KK 47
360 to 366
361.25
40
626 to 632
627.25
F 19
150 to 156
151.25
LL 48
366 to 372
367.25
41
632 to 638
633.25
G 20
156 to 162
157.25
MM 49
372 to 378
373.25
42
638 to 644
639.25
H 21
162 to 168
163.25
NN 50
378 to 384
379.25
43
644 to 650
645.25
I 22
168 to 174
169.25
OO 51
384 to 390
385.25
44
650 to 656
651.25
7
174 to 180
175.25
PP 52
390 to 396
391.25
45
656 to 662
657.25
8
180 to 186
181.25
QQ 53
396 to 402
397.25
46
662 to 668
663.25
9
186 to 192
187.25
RR 54
402 to 408
403.25
47
668 to 674
669.25
10
192 to 198
193.25
SS 55
408 to 414
409.25
48
674 to 680
675.25
49
680 to 686
681.25
50
686 to 692
687.25
88 to 108
FM
MID BAND
38
CHANNEL
NUMBER
COMMERCIAL TELEVISION
CHANNELS
BAND
general information
HYPER
BAND
11
198 to 204
199.25
TT 56
414 to 420
415.25
12
204 to 210
205.25
UU 57
420 to 426
421.25
13
210 to 216
211.25
VV 58
426 to 432
427.25
51
692 to 698
693.25
J 23
216 to 222
217.25
WW 59
432 to 440
435.25
52
698 to 704
699.25
K 24
222 to 228
223.25
14
470 to 476
471.25
53
704 to 710
705.25
L 25
228 to 234
229.25
15
476 to 482
477.25
54
710 to 716
711.25
M 26
234 to 240
235.25
16
482 to 488
483.25
55
716 to 722
717.25
UHF
N 27
240 to 246
241.25
17
488 to 494
489.25
56
722 to 728
723.25
O 28
246 to 252
247.25
18
494 to 500
495.25
57
728 to 734
729.25
P 29
252 to 258
253.25
19
500 to 506
501.25
58
734 to 740
735.25
Q 30
258 to 264
259.25
20
506 to 512
507.25
59
740 to 746
741.25
R 31
264 to 270
265.25
S 32
270 to 276
271.25
T 33
276 to 282
U 34
21
512 to 518
513.25
60
746 to 752
747.25
22
518 to 524
519.25
61
752 to 758
753.25
277.25
23
524 to 530
525.25
62
758 to 764
759.25
282 to 288
283.25
24
530 to 536
531.25
63
764 to 770
765.25
V 35
288 to 294
289.25
25
536 to 542
537.25
64
770 to 776
771.25
W 36
294 to 300
295.25
26
542 to 548
543.25
65
776 to 782
777.25
27
548 to 554
549.25
66
782 to 788
783.25
28
554 to 560
555.25
67
788 to 794
789.25
29
560 to 566
561.25
68
794 to 800
795.25
69
800 to 806
801.25
UHF
PRODUCT INDEX
M O DEL NO. PAGE
MODEL NO.PAGE
3274..........................................16
3671........................................... 4
3677........................................... 4
3678........................................... 4
3679........................................... 4
3803........................................... 6
4000........................................... 6
4002IFD.....................................19
4010........................................... 6
4020........................................... 6
4030........................................... 6
4221........................................... 3
4228........................................... 3
5113IFD.....................................20
5213IFD.....................................20
5224IFD..................................... 21
5646.. ......................................... 2
6214IFD.....................................22
6228IFD.....................................22
6314IFD.....................................22
6328IFD.....................................22
6334IFD.....................................27
7775..........................................13
7777..........................................13
7778..........................................13
8002IFD.....................................28
8004IFD.....................................28
8014IFD..................................... 21
9003.. ......................................... 9
9017.. ........................................10
9023.. ........................................10
9025.. ........................................10
9030.. ........................................10
9032.. ........................................10
9034.. ........................................10
9036.. ........................................10
9067.. ........................................10
9080.. ......................................... 8
9354.. ......................................... 8
9521A..........................................7
9537.. ..........................................7
9554.. ......................................... 8
9554-FP-1000.............................. 8
PRODUCT INDEX
0064 DSB...................................12
0068 DSB...................................12
0089.. ........................................16
0264 DSB...................................12
1004IFD.....................................17
1007IFD.....................................17
1008IFD.....................................17
1607........................................... 9
1610........................................... 9
1620........................................... 9
1630........................................... 9
1640........................................... 9
1650........................................... 9
1722........................................... 9
1805........................................... 9
1810........................................... 9
1820........................................... 9
1830........................................... 9
1840........................................... 9
1850........................................... 9
2001.. ......................................... 5
3000A......................................... 2
3010............................................1
3014........................................... 5
3016........................................... 5
3018........................................... 5
3020........................................... 5
3038............................................1
3039..........................................14
3041 DSB...................................12
3042..........................................15
3043..........................................15
3044..........................................15
3045..........................................15
3064........................................... 8
3065........................................... 8
3071.......................................... 11
3072.......................................... 11
3078.......................................... 11
3079.......................................... 11
3080.......................................... 11
3081.......................................... 11
3092.......................................... 11
39
general information
WARRANTIES
WARRANTIES
T E L E V I S I O N ANTENNA P ROD UCTS
L I M I T E D 9 0 -DAY WARRANTY
This Channel Master® product is warranted to be free from defects in
material and workmanship under normal use and service. Channel
Master shall repair or replace defective product, at no charge, or at
its option, refund the purchase price, if the product is returned to
Channel Master, transportation prepaid, not more than ninety (90)
days after purchase. Labor costs for removal or replacement of
product and transportation costs are not covered by this warranty.
However, Channel Master shall return repaired or replaced product
freight prepaid.
This warranty shall not apply to product which has been repaired or
altered in any way so as to affect its stability or durability, nor which
has been subject to abuse, misuse, accident, or neglect. This warranty
does not cover product which has been impaired by severe weather
conditions such as excessive wind, ice, storms, lightning, or other
natural occurrences over which Channel Master has no control.
Nor shall this warranty apply to product which has been operated or
installed other than in accordance with the instructions furnished by
Channel Master.
Claimants under this warranty shall present their claim along with
the defective product to Channel Master immediately upon failure.
Non-compliance with any part of this claim procedure may invalidate
this warranty in whole or in part.
The repair or replacement of this product is your exclusive
remedy under this Limited Warranty. Any implied warranty of
merchantability or fitness for a particular purpose is limited in
duration to the duration of this warranty. You are not entitled to,
and Channel Master is not liable for, indirect, special incidental or
consequential damages of any nature. This warranty gives you
specific legal rights, and you may also have other rights which
vary from state to state, some states do not allow the exclusion
exclusion or limitation of incidental or consequential damages,
so the foregoing limitation may not apply to you.
A N T E N N A S YSTEMS, ANTENNA AM P LIFIERS, MATV, RETAIL A UDIO/VIDEO,
R O TAT O R S , and S ATELLITE IF
Limited 9 0 -Day R e placement Warranty (L abor Not Included)
This Channel Master product is warranted to be free from defects in
material and workmanship under normal use and service for a period
of 90 days after purchase by the original purchaser. If the product
does not conform to this warranty, Channel Master shall replace it if
it is returned to the dealer within the 90-day warranty period, and if
examination reveals to Channel Master’s satisfaction, that the product
is defective.
Claimants under this warranty should present their claim along with
the defective product, proof-of-purchase and the Warranty Certificate
originally supplied with it, to their dealer immediately upon failure.
Noncompliance with any part of this claim procedure may invalidate
this warranty in whole or in part.
This warranty shall not apply to any product which has been
repaired or altered in any way so as to affect, in Channel
Master’s judgment, its stability or durability or which has been
subjected to abuse, misuse, or accident or which has had the
serial number altered or removed. This warranty does not cover
products that have been impaired by severe weather conditions
such as excessive winds, ice, storms, lightning, or other natural
occurrences over which Channel Master has no control, nor shall
this warranty apply to any product which has been operated
other than in accordance with the instructions furnished by
Channel Master.
The replacement of this product is your exclusive remedy
under this Limited Warranty. Any implied warranty or
merchantability or fitness for a particular purpose is limited in
duration to the duration of this warranty. You are not entitled to,
and Channel Master is not liable for, indirect, special incidental or consequential damages of any nature. This warranty gives
you specific legal rights, and you may also have other rights
which vary from state to state. Some states do not allow the
exclusion or limitation of incidental or consequential damaged,
so the foregoing limitation may not apply to you.
dealer information
Through the proven reliability of Channel Master antenna amplifiers
and rotators, we are able to offer an extended Warranty Program.
40
This program has been designed to give you and your customers one
of the best warranty programs available today.
C H A N N E L MA STER LLC TERMS AND CONDITIONS OF S ALE
14. Remedies. Buyer must make any claim for damage or loss during shipment directly with the
carrier. All claims for damages, errors, shortages, or non-conformance of goods must be made
to Seller in writing within 3 days of Buyer’s receipt of the goods. Buyer’s failure to make such
claim within the time permitted shall constitute Buyer’s irrevocable acceptance of the goods.
Goods rejected by Buyer for damage (other than during shipping) or non-conformance must
be returned to Seller’s designated facility at Buyer’s expense within 10 days of Buyer’s timely
rejection thereof. Buyer shall ship all returned goods insured freight prepaid by carrier designated
by Seller. Credit or adjustment for returned goods shall be subject to inspection and acceptance
by Seller. The time for Seller’s delivery of replaced goods shall be extended as reasonably
required by Seller. Replacement goods will be delivered to the original place of delivery, and
Buyer may not reject such goods if they conform to applicable specifications. With respect to
properly rejected goods, Buyer’s exclusive remedy is as follows: Seller in its sole discretion may
either (i) repair or replace the goods (at its plant or such place as the parties agree) or (ii) refund
the amount Buyer paid to Seller for the goods.
15. Breach by Buyer. If Buyer fails to make any payment when due or breaches any term or
condition of this document in any other respect and fails to remedy the same within 7 days of
receiving Seller’s written request, or if Seller in good faith believes that Buyer will not be able to or
will not perform Buyer’s obligations under this document or under any other agreement between
Seller and Buyer, or Buyer becomes insolvent, enters into bankruptcy or has a receiver appointed
to protect its assets, Seller immediately may cease manufacture of all Buyer’s orders and stop
all shipments to Buyer, including stoppage in transit, and defer or cancel any further performance
hereunder or under any other agreement between Buyer and Seller, without prejudice to Seller’s
rights to recover any unpaid price for goods delivered, seek recovery of damages for losses or
assert any other right or remedy it may have under these terms and conditions or at law or in
equity.
16. Confidentiality. Unless Buyer and Seller have entered into a separate non-disclosure
agreement, the terms of which will govern confidentiality obligations, all material and information
provided to Seller shall be considered non-confidential unless Buyer clearly and unambiguously
identifies in writing certain material or information as “confidential”. Title to all materials and
information provided by Seller to Buyer, including, but not limited to, specifications, drawings,
engineering data, and technical designs, shall remain vested in Seller, unless otherwise agreed
to in writing by the parties. Buyer agrees to hold in confidence and not disclose to third parties
or its employees without a need to know all such information and all other Seller confidential
information. If Buyer discloses Seller confidential information to third parties or employees, it
shall inform them of Buyer’s obligation to maintain confidentiality and shall only disclose this
information to those who agree to keep it confidential.
17. Credit Evaluation. Prior to fulfilling any obligations under this document, Seller shall have
the option to evaluate Buyer’s credit worthiness. Seller’s obligations to manufacture the goods
hereunder or to extend payment terms are conditioned upon a credit evaluation satisfactory to
Seller.
18. Errors. Seller may correct any clerical or typographical errors made by its employees or
agents.
19. Severability. If at any time any one or more of the provisions of these terms and conditions
becomes or is held by a court to be invalid, illegal or unenforceable in any respect, the validity
and enforceability of the remaining provisions of this document shall not in any way be affected
or impaired thereby.
20. Set-off. Seller may apply any sum due from Buyer for any reason whatsoever in or towards
payment of any amounts due or to become due to Buyer from Seller for any reason whatsoever.
21. Waiver. The remedies provided to Seller hereunder shall be cumulative and concurrent and
may be pursued singly, successively or together against Buyer, and may be exercised as often
as occasion therefor shall arise. Seller shall not by any act of omission or commission be deemed
to waive any of Seller’s rights or remedies hereunder unless such waiver is in writing and signed
by a representative of Seller duly authorized to act on behalf of and bind Seller and issued from
Seller’s head office, and then only to the extent specifically set forth therein. A waiver of any right
or remedy on one event shall not be construed as continuing or as a bar to or waiver of such right
or remedy on a subsequent event.
22. Assignment. Buyer shall not delegate any duties nor assign any rights or claims under
this document without Seller’s prior written consent. Any attempted delegation or assignment
by Buyer of Buyer’s duties, rights or claims under this document, without Seller’s express,
prior written consent, shall be void and of no force or effect. Seller reserves the right to assign,
delegate or subcontract any order, in whole or in part, to its subsidiaries or affiliates without the
prior consent of Buyer.
23. Governing Law. An order is valid only when accepted in writing at Seller’s main office, 1315
Industrial Park Drive, Smithfield, North Carolina 27577 USA. The agreement arising therefrom
shall be deemed to have been entered into in the State of North Carolina and its interpretation,
construction, and remedies for its enforcement shall be governed by the internal laws of the State
of North Carolina.
24. Jurisdiction and Venue. Buyer consents to the exclusive jurisdiction of the state courts
located in Johnston County, North Carolina and the United States District Court for the Eastern
District of North Carolina for the purposes of any action, proceeding or other matter arising
directly or indirectly hereunder brought by Buyer or Seller and Buyer expressly waives any
objection thereto. Notwithstanding the foregoing, Seller reserves the right to bring any action,
proceeding or other matter arising directly or indirectly hereunder against Buyer or the goods
or proceeds thereof wherever they might be found or might otherwise be subject to jurisdiction.
Buyer agrees that any service of process may be made upon Buyer wherever Buyer is located
or by certified mail.
25. Attorneys’ Fees. In any dispute between the parties, whether or not resulting in litigation,
the prevailing party shall be entitled to recover from the other party all of its costs and expenses
incurred in such dispute or any appeal therefrom or any settlement or enforcement of any
judgment, including without limitation, reasonable attorneys’ fees and court costs, as well as any
such costs, expenses and fees incurred in any appeal, bankruptcy proceeding, and collection
effort.
26. Entire Agreement. This document and any applicable Distributor Agreement between Seller
and Buyer set forth the entire agreement between Seller and Buyer and exclusively determine
the rights and obligations of Seller and Buyer, notwithstanding any prior course of dealing, trade
custom, usage or course of performance or any additional or different terms proposed by Buyer.
27. Further Assurances. Upon Seller’s request, Buyer shall immediately execute and return
to Seller any documents, including without limitation UCC-1 financing statements or similar
documents or instruments, and take any other action required to perfect any and all security
interests created by these terms and conditions. Buyer hereby appoints Seller as Buyer’s
attorney-in-fact for the purpose of executing and delivering any such documents in the event
Buyer fails to do so within a reasonable time following Seller’s request therefor.
1. Priority of Terms and Conditions. Unless otherwise agreed to in writing by Seller, the
following terms and conditions are part of Seller’s quotation and govern any resulting order and
related invoices. No term or condition in any Buyer solicitation, purchase order or contract shall
become part of an order or otherwise be binding on Seller unless expressly agreed to in writing
by Seller. Seller’s failure to object to any term or condition contained in any communication
shall not be construed as consent to such terms or conditions nor be deemed a waiver of any
term or condition set forth herein. If Buyer fails to object to any of these terms and conditions in
writing within 5 days after receipt of this document, or within 5 days after receipt of any shipment
of goods, Buyer shall be deemed to have accepted all of these terms and conditions. If Buyer
is a party to a written supply agreement with Seller, the terms of that agreement are hereby
incorporated into these terms and conditions. All international shipping terms specified herein
shall be construed in accordance with the INCOTERMS published by the International Chamber
of Commerce.
2. Commercial Contract. All sales are made in strict accordance with these commercial
conditions and prices and shall not be subject to the procurement regulations of the United States
Government or of any state, local or foreign government unless agreed to in writing by Seller.
3. Quotation, Prices and Taxes. Quotations are valid for a period of 30 days. Quotations are
available for other specific time periods upon request. Unless specified otherwise, prices do not
include occupation, sales, use, privilege, value-added tax, excise or any other foreign, federal,
state, and local taxes (except for gross income tax), duty, tariff, government fee, or assessment
that may arise from the sale of the goods quoted. Such amounts shall be added to the contract
price if Seller becomes liable to pay or bear the burden thereof. A request for exemption from any
such tax, duty or assessment must be accompanied by a properly executed exemption certificate
prior to shipment.
4. Shipment. Unless otherwise agreed in writing, prices quoted do not include shipping or
handling. Orders are shipped Ex Works Seller’s Factory, freight prepaid, and Seller will bill
shipping and handling costs to Buyer. Goods will be packed, packaged and crated in accordance
with Seller’s standard commercial practices, unless Seller otherwise agrees in writing. Export
packing is available upon request at an additional charge. Seller may make partial shipments and
submit invoices for such partial shipments. International shipments are contingent upon receipt
of required United States export licenses. Seller shall make every commercially reasonable effort
to meet Buyer’s requested shipping and performance dates. Buyer acknowledges that delivery
schedules are subject to change. Seller will notify Buyer of any anticipated delay in delivery of
the goods hereunder.
5. Terms of Payment. Payment is due within 30 days from the invoice date. Past due payments
are subject to a service charge of 1.5% per month (18% annual) on the unpaid balance or the
maximum legal rate permitted by law, whichever is lower. Seller reserves the right, in its sole
discretion, to reject Buyer purchase orders or withhold shipment of Buyer orders if Buyer’s
account is in arrears. Buyer is responsible to Seller for all reasonable attorney fees, court costs,
and/or costs of collection should Buyer default on payment. To secure payment of the total
purchase price, together with interest, taxes, shipping costs and all other amounts owed to Seller,
Buyer hereby grants to Seller a security interest in the goods and all proceeds thereof that come
into Buyer’s possession or control. Buyer shall, at Buyer’s expense, return the goods to Seller if
Seller requests Buyer so to do.
6. Title; Risk of Loss; Insurance. Title to and risk of loss for the goods shall pass to Buyer
in accordance with the terms of shipment, and Buyer shall then be responsible for insurance
thereof.
7. Inspection and Equipment Testing. Prices do not include source inspections or product
testing and the cost of performing any such tests shall be added to the purchase order price.
8. Change Orders. Buyer’s requests for change orders must be in writing and shall not be
effective unless Seller agrees to such changes in writing in Seller’s sole discretion. If Seller does
not agree to a change order, the terms of the original agreement shall remain in full force and
effect. If Seller agrees to a change order and the change order causes an increase or decrease
in the cost or the time required for manufacturing or delivery, an equitable adjustment shall be
made in the contract price and schedule. Seller shall have no obligation to commence any extra
or changed work without written agreement as to adjustments to contract price and delivery
schedules affected thereby.
9. Specification Changes. Seller’s product specifications are subject to change without notice
to Buyer, provided such changes do not materially affect performance.
10. Shipment Delays/Billing in Place. If Buyer’s order is completed but any shipment delay
attributable to Buyer occurs, including, but not limited to, Buyer’s request to defer the shipment
date, Seller shall bill to Buyer a storage charge of 1.5% of the invoice price per month. Seller will
invoice Buyer for completed goods and Buyer will pay in accordance with the terms of the original
sale, as the goods will be deemed to have shipped in place. Seller will insure against risk of loss
until the goods are placed with the carrier.
11. Suspension of Performance. If Seller is prevented from performing under this document
either wholly or in part for any reason whatsoever beyond its reasonable control, including, but
not limited to, acts of God, war or terrorism, acts of the United States, its States, Territories, or
any political subdivision, acts of the Buyer, its employees, agents, or subcontractors, fires, floods,
strikes, freight embargoes, unusually severe weather conditions, or inadequate transportation
facilities, then Seller’s further performance shall be suspended for a reasonable time during
which Seller is so prevented. Seller shall not be liable or in any way responsible for any direct
or consequential loss or damage suffered by Buyer as a result of Seller’s inability to perform in
these circumstances.
12. Warranty. SELLER WARRANTS THE GOODS IN ACCORDANCE WITH ITS EXPRESS
WARRANTY POLICIES CURRENTLY IN EFFECT, COPIES OF WHICH ARE AVAILABLE FROM
SELLER WITHOUT CHARGE, AND WHICH VARY DEPENDING ON THE CATEGORY OF THE
GOODS PURCHASED. EXCEPT AS SET FORTH IN SUCH POLICIES OR AS EXPRESSLY
SET FORTH IN ANY DISTRIBUTOR AGREEMENT BETWEEN SELLER AND BUYER, OR
AS SET FORTH IN WRITING TO END USERS OF THE GOODS, SELLER DISCLAIMS
ANY AND ALL OTHER WARRANTIES OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING
WITHOUT LIMITATION, ANY WARRANTY AS TO THE DESIGN, FITNESS, CONDITION,
MERCHANTABILITY OR DESCRIPTION OF OR AS TO THE QUALITY OF THE MATERIAL
OR WORKMANSHIP IN THE GOODS, OR AS TO THEIR FITNESS FOR ANY PARTICULAR
PURPOSE FOR ANY TRADE OR BUSINESS, OR ANY OTHER REPRESENTATION OR
WARRANTY WHATSOEVER.
13. Limitation of Liability. IN NO EVENT SHALL SELLER BE LIABLE FOR INDIRECT,
EXEMPLARY, INCIDENTAL, SPECIAL, CONSEQUENTIAL OR PUNITIVE DAMAGES,
INCLUDING, BUT NOT LIMITED TO, INSTALLATION COSTS, LOST REVENUE OR LOST
PROFITS. Buyer acknowledges that such lack of liability includes, but is not limited to, loss
of actual or anticipated revenue or profits, loss of the value of actual or anticipated business,
or damage to Buyer’s business reputation or goodwill. Without limiting the generality of the
foregoing, under no circumstances shall Seller’s liability (if any) with respect to this document,
the goods, or the shipment of the goods exceed the total purchase price actually paid by Buyer
to Seller for the goods. No one is authorized to assume for Seller any other liability in connection
with the goods.
Revised January 17, 2003; November 14, 2006.
The trademark Channel Master is used under license.
41
general information
CONTACT INFORMATION
CONTACT INFORMATION
Channel Master
a division of PCT International, Inc.
Technical Support
Main Facility
1315 Industrial Park Drive
Smithfield, NC 27577-6024
USA
tel
+1.919.934.5860
fax +1.919.934.2809
email [email protected]
tel
+1.919.934.6949
fax +1.919.934.2809
Tel
Fax
Customer Support
+1.919.934.7078
+1.919.934.2809
www.pctinternational.com/channelmaster/
PCT International, Inc.
Main Facitlity
Headquarters
Worldwide
1715 West Sunrise Boulevard
Gilbert, AZ 85233-5032
USA
2141 East Broadway Road, Suite 111
Tempe, AZ 85282-1894
USA
Visit www.pctinternational.com/_about/
contact.html for a complete list of PCT
worldwide locations.
Tel
+1.480.813.0925
Fax +1.480.585.1080
Tel
+1.480.813.0925
Fax +1.480.522.2143
www.pctinternational.com
© 2006 Channel Master, a division of PCT International, Inc.
1315 Industrial Park Drive | Smithfield, North Carolina, 27577-6024 | USA
Printed in USA
No portion of this catalog may be reproduced or excerpted wholly or in part, nor may any photographs or drawings be reproduced
for any purpose without the written consent of the Channel Master division of PCT International, Inc. or by PCT International, Inc.
42
w w w. p c t international.com/channelmaster/
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CABLE & WIRI NG
1
LAN CABLE (Voice & Data)
2
Coaxial cable
RG6 60% - UL Listed, Swept to 3 Ghz
RG6 Quad Shield - UL Listed, Swept to 3 Ghz
RG59 Coaxial Cable - UL Listed
1
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CAT5E CM & Cmr Rated swept to 350 MHz, UL listed 2
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PATC H CABLES 3
PATCHCORD
3
CAT5E PATCH CABLES - 350 MHZ, UL LISTED
AV / HDMI & HD
3
audio video / hdmi and dvi high definition cables
accessories
4
SNAP-IN JACKS & MODULES
4
snap-in jacks
rj45 cat 3 (voice)
rj45 cat 6
rj45 cat 53
f-81
MODULES
4
4
rj45 cat 5e
blank
bnc
rca
“s” video
cat 5e
housing
MODULES
video amplifier
FACE PLATES
modular
DECORATOR
modular
5
5
5
5
6
6
6
6
connectors & TOOLS
7
CONNECTORS
7
F / BNC / RCA
7
TOOLS
7
Get Connected
COAXIAL & LAN CABLE
RG6 60% - UL LISTED, SWEPT TO 3 GHZ
Part No.
Description
LengthColor
Solid Copper Center Conductor
A6STD3GBC . . . . . . . . . . . . . Cable, RG6 60% Bare Copper 3Ghz . . . . . . . . . . . . . . . . . . . . . 1000’ Wood Reel . . . . . . . . Black
A6STD3GBCWH . . . . . . . . . . Cable, RG6 60% Bare Copper 3Ghz . . . . . . . . . . . . . . . . . . . . . 1000’ Wood Reel . . . . . . . . White
A6STD3GBCPB. . . . . . . . . . . Cable, RG6 60% Bare Copper 3Ghz . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Black
A6STD3GBCWPB . . . . . . . . . Cable, RG6 60% Bare Copper 3Ghz . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . White
Copper Clad Center Conductor
A6STD3G. . . . . . . . . . . . . . . . Cable, RG6 60% Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . .1000’ Wood Reel . . . . . . . . Black
A6STD3GW . . . . . . . . . . . . . . Cable, RG6 60% Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . .1000’ Wood Reel . . . . . . . . White
A6STD3GPB. . . . . . . . . . . . . . Cable, RG6 60% Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . .1000’ Easy Pull Box . . . . . . Black
A6STD3GWPB. . . . . . . . . . . . Cable, RG6 60% Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . .1000’ Easy Pull Box. . . . . . White
Part No.
Description
LengthColor
A6QUAD3GBC. . . . . . . . . . . . Cable, RG6 Quad Bare Copper 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Wood Reel . . . . . . . . Black
A6QUAD3GBCWH. . . . . . . . . Cable, RG6 Quad Bare Copper 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Wood Reel . . . . . . . . White
A6QUAD3GBCPB . . . . . . . . . Cable, RG6 Quad Bare Copper 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Black
A6QUAD3GBCWPB. . . . . . . . Cable, RG6 Quad Bare Copper 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . White
Copper Clad Center Conductor
A6QUAD3G . . . . . . . . . . . . . . Cable, RG6 Quad Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Wood Reel . . . . . . . . Black
A6QUAD3GW. . . . . . . . . . . . . Cable, RG6 Quad Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Wood Reel . . . . . . . . White
A6QUAD3GPB. . . . . . . . . . . . Cable, RG6 Quad Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Black
A6QUAD3GWPB . . . . . . . . . . Cable, RG6 Quad Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . White
A6Q3G500PB. . . . . . . . . . . . . Cable, RG6 Quad Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . 500’ Easy Pull Box. . . . . . . Black
A6Q3GW500PB. . . . . . . . . . . Cable, RG6 Quad Copper Clad 3Ghz. . . . . . . . . . . . . . . . . . . . . 500’ Easy Pull Box. . . . . . . White
coa x ial & lan cable
RG6 QUAD SHIELD - UL LISTED, SWEPT TO 3 Ghz
cable & wir I N G
CABLE & WIRING
RG59 COAXIAL CABLE - UL LISTED
Part No.
Description
LengthColor
A5995BCWHPB. . . . . . . . . . . Cable, RG59 95% Solid Copper w/ Copper Braid. . . . . . . . . . . . 1000’ Pull Box. . . . . . . . . . . White
A5995BCBLPB. . . . . . . . . . . . Cable, RG59 95% Solid Copper w/ Copper Braid. . . . . . . . . . . . 1000’ Pull Box. . . . . . . . . . . Black
A5995BC18/2WPB. . . . . . . . . Cable, RG59 95% Solid Copper + 18/2 AWG. . . . . . . . . . . . . . . 1000’ Reel . . . . . . . . . . . . . White
CABLE & WIRING
LAN CABLE (VOICE &
CABLE & WIRING
Get Connected
CAT 5E & CAT 6
S PECI F ICATION S
Conductor
Insulation
Shield (FTP only)
Outer Jacket
Flame Rating
24 AWG Bare Solid
Copper
Solid Polyethylene
Screened Mylar with
overall aluminum
foiled, tinned,
copper drain wire
Flame-retardant
PVC
CM, CMR
AP P L ICATIONS
10 Base-T (IEEEE802.3)
100Vg-AnyLan (IEEEE802.12)
Token Ring (IEEEE802.5)
100 Base-T (IEEEE802.3)
FDDI/CDDI 100 Mbps
ATM 155, 622 Mbps
1000 Base-T
INDU STRY STANDAR DS
UL listed
CM/ETM Verified
ETL Verified to ANSI/TIE/EIA568A
ISO/IECC/1801
CAT5E CM & CMR RATED SWEPT TO 350 MHz, UL LISTED
Part No.
Description
LengthColor
Description
LengthColor
CM
65504AGRPB. . . . . . . . . . . . . Cable, CAT5E 4 pair 24AWG CM. . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Gray
65504ABLPB . . . . . . . . . . . . . Cable, CAT5E 4 pair 24AWG CM. . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Blue
65504AWHPB. . . . . . . . . . . . . Cable, CAT5E 4 pair 24AWG CM. . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . White
65504AYLPB . . . . . . . . . . . . . Cable, CAT5E 4 pair 24AWG CM. . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Yellow
65504AGNPB. . . . . . . . . . . . . Cable, CAT5E 4 pair 24AWG CM. . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Green
65504AGRCMRLX. . . . . . . . . Cable, CAT5E 4 pair 24AWG CM . . . . . . . . . . . . . . . . . . . . . . . .1000’ Reel in Pull Box . . . . Gray
65504ABLCMRLX . . . . . . . . . Cable, CAT5E 4 pair 24AWG CM . . . . . . . . . . . . . . . . . . . . . . . .1000’ Reel in Pull Box . . . . Blue
65504AWHCMRLX. . . . . . . . . Cable, CAT5E 4 pair 24AWG CM . . . . . . . . . . . . . . . . . . . . . . . .1000’ Reel in Pull Box . . . . White
65504AYLCMRLX. . . . . . . . . Cable, CAT5E 4 pair 24AWG CM . . . . . . . . . . . . . . . . . . . . . . . .1000’ Reel in Pull Box . . . . Yellow
65504AGNCMRLX. . . . . . . . . Cable, CAT5E 4 pair 24AWG CM . . . . . . . . . . . . . . . . . . . . . . . .1000’ Reel in Pull Box . . . . Green
CMR
65504AGRCMRPB. . . . . . . . . Cable, CAT5E 4 pair 24AWG CMR. . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Gray
65504ABLCMRPB. . . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Blue
65504AWHCMRPB . . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . White
65504AYLCMRPB . . . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Yellow
65504AGNCMRPB. . . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box. . . . . . Green
65504AGRCMRRLX. . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . Gray
65504ABLCMRRLX. . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . Blue
65504AWHCMRRLX . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . White
65504AYLCMRRLX. . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . Yellow
65504AGNCMRRLX. . . . . . . . Cable, CAT5E 4 pair 24AWG CMR . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . Green
CAT 6
Part No.
CM
ACAT6BLPB. . . . . . . . . . . . . . Cable, CAT6 CM
ACAT6WHPB. . . . . . . . . . . . . Cable, CAT6 CM
ACAT6GNPB . . . . . . . . . . . . . Cable, CAT6 CM
ACAT6BLRLX. . . . . . . . . . . . . Cable, CAT6 CM
ACAT6WHRLX. . . . . . . . . . . . Cable, CAT6 CM
ACAT6GNRLX . . . . . . . . . . . . Cable, CAT6 CM
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box . . . . . . Blue
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box . . . . . . White
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1000’ Easy Pull Box . . . . . . Green
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . Blue
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . White
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1000’ Reel in Pull Box . . . . Green
Get Connected
CAT5E PATCH CABLES - 350 MHz, UL LISTED
Part No.
APPC01
APPC03
APPC05
APPC07
APPC10
APPC25
Description
Patchcord, Cat5e molded
LengthColor
1 ft
3 ft
5 ft
7 ft
10 ft
25 ft
N/A
N/A
N/A
N/A
N/A
N/A
PATC H C A B L E S
PATCH CABLES
AUDIO VIDEO / HDMI AND DVI HIGH DEFINITION CABLES
Part No.
Description
LengthColor
Single RCA Python Cable
6 ft Single RCA Python Cable 12 ft Single RCA Cable 12 ft Dual Python Cable 6 ft Dual Python Cable 12 ft Premium Component Video Cable (3 RCA to 3 RCA)
6 ft Premium Component Video Cable (3 RCA to 3 RCA) 12 ft Premium Component Video Cable (3 RCA to 3 RCA) 6 ft Premium Component Video Cable (3 RCA to 3 RCA) 12 ft Audio/Video Cable (3 RCA to 3 RCA)
6 ft Audio/Video Cable (3 RCA to 3 RCA) 12 ft Component audio/video Cable (5 RCA to 5 RCA) 6 ft Component audio/video Cable (5 RCA to 5 RCA) 12 ft Component audio/video Cable (5 RCA to 5 RCA) 25 ft
Component audio/video Cable (5 RCA to 5 RCA) 6 ft Component audio/video Cable (5 RCA to 5 RCA) 12 ft Single (18 pin) DVI Cable 6 ft Single (18 pin) DVI Cable 10 ft
Single (18 pin) DVI Cable 12 ft Dual (24 pin) DVI Cable 12 ft Dual (24 pin) DVI Cable 6 ft Dual (24 pin) DVI Cable Single DVI to HDMI Cable
6 ft DVI - HDMI
12 ft HDMI to HDMI Dual
6 ft HDMI - HDMI Dual
12 ft
DVI to HDMI Adapter
Optical Cable 6 ft
Optical Cable 12 ft Blue
Blue
Orange
Blue
Blue
Ivory
Ivory
Black
Black
Black
Black
Ivory
Ivory
Ivory
Black
Black
Black
Black
Black
Black
Black
Black
N/A
N/A
N/A
N/A
N/A
Blue
Blue
© 2007 Channel Master, a division of PCT International, Inc. All rights reserved. Specifications subject to change without notice. Publication PCTCM002.200701
PATCHDORD & AV / HDMI / HD
AN13179
AN13180
AN13176
AN13183
AN13184
AN13185
AN13186
AN12997
AN12998
AN11620
AN11630
AN12991
AN12992
AN12993
AN12994
AN12995
AN13250
AN13260
AN13270
AN13280
AN13400
AN13410
AN13310
AN13700
AN13450
AN13690
AN13244
AN13181
AN13182
ACCESSORIES
Get Connected
SNAP-IN JACKS &
MODULES
SNAP-IN JACKS
Part No.
colorpart no.Color
RJ45 CAT 3 (VOICE)
• Unshielded RJ12 Module Jack • 110 IDC • 6P6C 8 USOC •
UL listed
AC3KJW. . . . . . White. . . . . . . . . AC3KJR . . . . . . Red
AC3KJIV. . . . . . Ivory . . . . . . . . . AC3KJY . . . . . . Yellow
AC3KJAL . . . . . Almond . . . . . . . AC3KJBL . . . . . Blue
AC3KJOR. . . . . Orange
SNAP-IN JACKS & MODULES
RJ45 CAT 6
•ExceedingcurrentTIA/EIACAT6specificationtosupport
• 1000 Base-T & Gigabit Ethernet system application
• Complying with TIA/EIA-568-B.2-1
• Available in both T568A & T568B universal wiring
AC6KJW. . . . . . White. . . . . . . . . AC6KJAL . . . . . Almond
AC6KJIV. . . . . . Ivory
RJ45 CAT 5e
• 110 Type Termination • 8P8C • 568A/B wiring • 50µ gold
plating • UL listed • Meets EIA/TIA, TSB40A standard
AC5EKJW. . . . . White. . . . . . . . . AC5EKJR. . . . . Red
AC5EKJIV. . . . . Ivory . . . . . . . . . AC5EKJY. . . . . Yellow
AC5EKJAL. . . . Almond . . . . . . . AC5EKJBL. . . . Blue
AC5EKJOR. . . . Orange
F-81
• UL listed
AF81SIW . . . . . White. . . . . . . . . AF81SIBK. . . . . Black
AF81SIV. . . . . . Ivory . . . . . . . . . AF81SIBR. . . . . Brown
AF81SIAL. . . . . Almond
MODULES
Part No.
DESCRIPTIONColor
RJ45 CAT 5e
UL listed • Used for round or stranded cable • 50µ gold
plating
ARJ45CC. . . . . Connector RJ45 Clear Crimp On . . N/A
ARJ11CC . . . . . Connector RJ11 Clear Crimp On. . .N/A
BLANK
UL listed • Used for round or stranded cable
ABLSW . . . . . . Module, Blank, Snap-In. . . . . . . . . . White
ABLSIV. . . . . . . Module, Blank, Snap-In. . . . . . . . . . Ivory
BNC
ABNCSW . . . . . Module, BNC, Snap-In . . . . . . . . . . White
ABNCSIV. . . . . Module, BNC, Snap-In . . . . . . . . . . Ivory
RCA
ARCASW . . . . . Module, RCA, Snap-In . . . . . . . . . . White
ARCASIV. . . . . Module, RCA, Snap-In . . . . . . . . . . Ivory
ARCASBK. . . . . Module, RCA, Snap-In . . . . . . . . . . Black
“S” VIDEO
ASVSW. . . . . . . Module, “S” Video, Snap-In. . . . . . . White
ASVSIV. . . . . . . Module, “S” Video, Snap-In. . . . . . . Ivory
Get Connected
CAT5E, CAT 6, &
CAT 5E & CAT 6
Part No.
DESCRIPTIONColor
HOUSING
ASM1IV. . . . . . . Housing, Surface Mount, 1 Port . . . Ivory
ASM1W. . . . . . . Housing, Surface Mount, 1 Port . . . White
ASM2IV. . . . . . . Housing, Surface Mount, 2 Port . . . Ivory
ASM2IV. . . . . . . Housing, Surface Mount, 2 Port . . . White
Part No.
DESCRIPTION
VIDEO AMPLIFIER
PCT-MA2-M. . . Drop Amplifer, Ultra Mini, 1 way, Passive Return
• Powering
- Direct via “PWR IN” F-port
- Drop-Line via power inserter MPI-1G
- Power adapter optional
• Input & Output Connectors
- SCTE compliant F-Female (standard PCT-F61DSM)
- Machined brass, Nickel plated
• Blocking Capacitors
- Standard on all ports
• Surge Withstand
- IEEE C62.41-1991 Category
- B3 (6kV) for all RF ports
• Operating Temperature
- -40 to 60° C (-40 to 140° F)
• Housing
- Cast aluminum with powder coating with weather seal
cate 5 e , cat 6 , & modules
MODULES
accessories
ACCESSORIES
Get Connected
FACEPLATES
FACEPLATES & DECORATOR
Part No.
FACEPLATES & MODULAR
DESCRIPTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . Color
MODULAR • UL listed • Smooth finish • Painted screws
AKFP1IV. . . . . . Keystone Faceplate, 1 - Port . . . . . . . Ivory
AKFP1W. . . . . . Keystone Faceplate, 1 - Port . . . . . . . White
DECORATOR
Part No.
DESCRIPTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . Color
MODULAR • UL listed • Smooth finish • Painted screws
ADCWP1W. . . . 1 port insert. . . . . . . . . . . . . . . . . . . . . White
ADCWP1IV. . . . 1 port insert. . . . . . . . . . . . . . . . . . . . . Ivory
ASGWPW. . . . . Single gang faceplate. . . . . . . . . . . . . White
ASGWPIV. . . . . Single gang faceplate. . . . . . . . . . . . . Ivory
ADGWPW. . . . . Double gang faceplate . . . . . . . . . . . . White
ADGWPIV. . . . . Double gang faceplate . . . . . . . . . . . . Ivory
ATGWPW. . . . . Triple gang faceplate. . . . . . . . . . . . . . White
ATGWPIV. . . . . Triple gang faceplate. . . . . . . . . . . . . . Ivory
Get Connected
CONNECTORS & TOOLS
ACCESSORIES
CONNECTORS - F / BNC / RCA
Part No.
DESCRIPTION
TOOLS
Part No.
DESCRIPTION
AMCTOOL . . . . Tool, Modular Crimp
APCTAS. . . . . . Tool, Universal, F / BNC / RCA
APIT. . . . . . . . . Tool, Insertion
ACAT5S . . . . . . Tool, Cable Stripper, Cat5
CONNECTORS & TOOLS
Hex Crimp
PCT-6-U. . . . . . Hex Crimp Connector, Indoor, 0.360 Hex, Series 6 Universal
PCT-6-U-WS. . . Hex Crimp Connector, Outdoor, 0.360 Hex, Series 6 Universal
Series 6
APTRS6 . . . . . . TRS Compression Connector, Series 6 Universal
APRCA6 . . . . . RCA Compression Connector, Series 6
APBNC6 . . . . . BNC Compression Connector, Series 6
Series 59
APTRS59 . . . . . TRS Compression Connector, Series 59 Universal
APRCA59 . . . . RCA Compression Connector, Series 59
APBNC59 . . . . BNC Compression Connector, Series 59
• Designed for F, BNC, and RCA compression connectors
• Flip latch secures connector assembly, providing perfect alignment
• Compact, pocket-size design
• Magnetic latch ensures proper alignment
• Long life durability
general information
CONTACT INFORMATION
CONTACT INFORMATION
Get Connected
Channel Master
a division of PCT International, Inc.
Main Facility
Technical Support
Customer Support
1315 Industrial Park Drive
Smithfield, NC 27577-6024
USA
tel
+1.919.934.5860
fax +1.919.934.2809
tel
+1.919.934.6949
fax +1.919.934.2809
Tel
Fax
+1.919.934.7078
+1.919.934.2809
www.pctinternational.com/channelmaster/
PCT International, Inc.
Main Facitlity
Headquarters
Worldwide
1715 West Sunrise Boulevard
Gilbert, AZ 85233-5032
USA
2141 East Broadway Road, Suite 111
Tempe, AZ 85282-1894
USA
Visit www.pctinternational.com/_about/
contact.html for a complete list of PCT
worldwide locations.
Tel
+1.480.813.0925
Fax +1.480.585.1080
Tel
+1.480.813.0925
Fax +1.480.522.2143
www.pctinternational.com
© 2007 Channel Master, a division of PCT International, Inc.
1315 Industrial Park Drive | Smithfield, North Carolina, 27577-6024 | USA
Printed in USA
No portion of this catalog may be reproduced or excerpted wholly or in part, nor may any photographs or drawings be reproduced
for any purpose without the written consent of the Channel Master division of PCT International, Inc. or by PCT International, Inc.
w w w. p c t international.com/channelmaster/

Channel Master - Benton Electronics Supply

Transcription

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