WARNING: Use of this on/off power switch with any product other than Winegard amplified RV antenna, could result in fire or other damage.
APPLICATIONS AND
ALTERNATE CONNECTIONS
Antenna | Outdoor Receptacle |
| |
| Cable Input |
| TV |
| Outlet |
Antenna | |
Input | Set 2 |
Cable Input
Example 1 | ON/OFF | Set 1 |
| Switch |
WARNING: Do Not Connect High Current Devices Such as Hair Dryers to +12 Volt Receptacle on Wall Plate/Power Supply. Maximum current ratings of this receptacle is 7.5 amps at +12 VDC.
WARNING: Use of this on/off power switch with any product other than Winegard amplified RV antenna, could result in fire or other damage.
APPLICATIONS AND
ALTERNATE CONNECTIONS
Antenna | Outdoor Receptacle |
| |
| Cable Input |
| TV |
| Outlet |
Antenna | |
Input | Set 2 |
Cable Input
Example 1 | ON/OFF | Set 1 |
| Switch |
WARNING: Do Not Connect High Current Devices Such as Hair Dryers to +12 Volt Receptacle on Wall Plate/Power Supply. Maximum current ratings of this receptacle is 7.5 amps at +12 VDC.
WARNING: Use of this on/off power switch with any product other than Winegard amplified RV antenna, could result in fire or other damage.
APPLICATIONS AND
ALTERNATE CONNECTIONS
Antenna | Outdoor Receptacle |
| |
| Cable Input |
| TV |
| Outlet |
Antenna | |
Input | Set 2 |
Cable Input
Example 1 | ON/OFF | Set 1 |
| Switch |
WARNING: Do Not Connect High Current Devices Such as Hair Dryers to +12 Volt Receptacle on Wall Plate/Power Supply. Maximum current ratings of this receptacle is 7.5 amps at +12 VDC.
Antenna | Outdoor Receptacle |
| |
Antenna | Cable |
Input | Input |
| Set 2 |
ON/OFF |
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Switch | Set 1 |
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| Example 2 |
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Antenna |
| Outdoor Receptacle | ||
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| Cable |
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Antenna |
| Input |
| TV |
Input |
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| Set 2 | Outlet |
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| Splitter |
ON/OFF |
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Switch | Set 1 |
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| Example 3 | |
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Antenna | Outdoor Receptacle | |
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Antenna |
| Cable |
Input |
| Input |
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| Set 2 |
ON/OFF |
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Switch | Set 1 |
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| Example 2 |
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Antenna |
| Outdoor Receptacle | ||
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| Cable |
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Antenna |
| Input |
| TV |
Input |
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| Set 2 | Outlet |
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| Splitter |
ON/OFF |
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Switch | Set 1 |
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| Example 3 | |
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Antenna | Outdoor Receptacle | |
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Antenna |
| Cable |
Input |
| Input |
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| Set 2 |
ON/OFF |
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Switch | Set 1 |
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| Example 2 |
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Antenna |
| Outdoor Receptacle | ||
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| Cable |
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Antenna |
| Input |
| TV |
Input |
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| Set 2 | Outlet |
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| Splitter |
ON/OFF |
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Switch | Set 1 |
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| Example 3 | |
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INSTRUCTIONS
STEP 1. Select location for wall plate and patio receptacle. Run two coax cables between locations and install connectors on each end.
Mark cables so "cable input" and "TV output" may be identified. Antenna downlead and +12 VDC will also be needed at inside wall plate/power supply location.
STEP 2. Thewallplate/powersupplyassembly may be flush mounted in most standard electrical boxes. To flush mount cut a hole in wall to fit the box. Run 2 #12 wires between wall plate/power supply and +12VDC source and route downlead cable to this location. Install cable between set 2 outlet and power supply location at this time.
WHEN CONNECTING CABLE OR WIRES BE SURE SWITCH IS IN OFF POSITION.
STEP 3. Make +12 volt connection to wall plate/power supply Figure 2. Install terminals on wires from +12VDC source as shown in Figure 1. Crimp terminals with Craftsman type 4 crimping tool or equivalent. Push wires onto tabs on terminal board as shown in Figure 2. If in doubt as to the polarity of the wires, connect them temporarily to tabs on circuit board and press switch on front of outlet. If light comes on, polarity is correct. See Figure 3.
STEP 4. Install connectors on downlead and set 2 cable as shown in Figure 5. Attach downlead cable to jack on wall plate/power supply marked antenna as shown in Figure
4.Attach cable going to set 2 outlet to jack on power supply marked SET 2. Attach cable coming from cable input to jack on power supply marked CABLE.
INSTRUCTIONS
STEP 1. Select location for wall plate and patio receptacle. Run two coax cables between locations and install connectors on each end.
Mark cables so "cable input" and "TV output" may be identified. Antenna downlead and +12 VDC will also be needed at inside wall plate/power supply location.
STEP 2. Thewallplate/powersupplyassembly may be flush mounted in most standard electrical boxes. To flush mount cut a hole in wall to fit the box. Run 2 #12 wires between wall plate/power supply and +12VDC source and route downlead cable to this location. Install cable between set 2 outlet and power supply location at this time.
WHEN CONNECTING CABLE OR WIRES BE SURE SWITCH IS IN OFF POSITION.
STEP 3. Make +12 volt connection to wall plate/power supply Figure 2. Install terminals on wires from +12VDC source as shown in Figure 1. Crimp terminals with Craftsman type 4 crimping tool or equivalent. Push wires onto tabs on terminal board as shown in Figure 2. If in doubt as to the polarity of the wires, connect them temporarily to tabs on circuit board and press switch on front of outlet. If light comes on, polarity is correct. See Figure 3.
STEP 4. Install connectors on downlead and set 2 cable as shown in Figure 5. Attach downlead cable to jack on wall plate/power supply marked antenna as shown in Figure
4.Attach cable going to set 2 outlet to jack on power supply marked SET 2. Attach cable coming from cable input to jack on power supply marked CABLE.
INSTRUCTIONS
STEP 1. Select location for wall plate and patio receptacle. Run two coax cables between locations and install connectors on each end.
Mark cables so "cable input" and "TV output" may be identified. Antenna downlead and +12 VDC will also be needed at inside wall plate/power supply location.
STEP 2. The wall plate/power supply assembly may be flush mounted in most standard electrical boxes. To flush mount cut a hole in wall to fit the box. Run 2 #12 wires between wall plate/power supply and +12VDC source and route downlead cable to this location. Install cable between set 2 outlet and power supply location at this time.
WHEN CONNECTING CABLE OR WIRES BE SURE SWITCH IS IN OFF POSITION.
STEP 3. Make +12 volt connection to wall plate/power supply Figure 2. Install terminals on wires from +12VDC source as shown in Figure 1. Crimp terminals with Craftsman type 4 crimping tool or equivalent. Push wires onto tabs on terminal board as shown in Figure 2. If in doubt as to the polarity of the wires, connect them temporarily to tabs on circuit board and press switch on front of outlet. If light comes on, polarity is correct. See Figure 3.
STEP 4. Install connectors on downlead and set 2 cable as shown in Figure 5.Attach downlead cable to jack on wall plate/power supply marked antenna as shown in Figure 4.Attach cable going to set 2 outlet to jack on power supply marked SET 2. Attach cable coming from cable input to jack on power supply marked CABLE.
Crimp Here
|
| Connector | |
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| Ferrule | |
1/4" |
| #12 Wire | |
Connector | Remove 1/4" of | ||
Insulation | |||
insulation from | |||
Figure 1 | #12 wire. | ||
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| +12 VDC | |
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| Ground | |
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Figure 2
WARNING
DO NOT connect high current devices such as hair dryers to this receptacle. Maximum current rating of this receptacle is 7.5 amps at 12 VDC.
Figure 3
Crimp Here | Connector | |
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| |
|
| Ferrule |
1/4" | #12 Wire | |
Connector | Remove 1/4" of | |
Insulation | insulation from | |
#12 wire.
Figure 1
+12 VDC
Ground
Figure 2
WARNING
DO NOT connect high current devices such as hair dryers to this receptacle. Maximum current rating of this receptacle is 7.5 amps at 12 VDC.
Figure 3
Crimp Here | Connector | |
|
| |
|
| Ferrule |
1/4" | #12 Wire | |
Connector | Remove 1/4" of | |
Insulation | insulation from | |
#12 wire.
Figure 1
+12 VDC
Ground
Figure 2
WARNING
DO NOT connect high current devices such as hair dryers to this receptacle. Maximum current rating of this receptacle is 7.5 amps at 12 VDC.
Figure 3
