Wiring

Wiring the system:

This unit requires a +13.8 VDC fused circuit. Unit draws up to 3 amps. The unit uses sophisticated micro- processor technology and needs “clean” (filtered) power to function properly.

DO NOT USE power designated to operate a +12 VDC lighting circuit from the converter, or a con- verter that does not have a battery connected to it, or any unfiltered converter! Damage to the system could result!

If in doubt, contact your dealer or the manufacturer of your vehicle.

NOTE: See page 5, Operation section, of this manual for one and two receiver set- ups.

1.Make connection of the RED WIRE to +13.8 VDC (constant supply of power).

DO NOT HOOK UP ORANGE WIRE. This is for “Antenna Up” warning sensor

supplied by most RV manufacturer. DO NOT CONNECT ORANGE WIRE TO +13.8 VDC! Connect the BLACK WIRE to the ground.

2.Connect the “BRIGHT WHITE” (PRIMARY) COAX CABLE to “Satellite In” jack on the back of your receiver. The primary coax must be hooked to the electronics box. This receiver controls the toggle function.

3.Connect the receiver “Out to TV” to the television.

4.Plug receiver into 117 VAC receptacle.

5.Connect the other cable to your second receiver/TV.

For proper operation:

1.To check for LNBF voltage, you must have your receiver connected to your system. Lack of receiver or a bad connection at some point will result in the dish not

being able to lock on any satellite signal. All LEDs on wall plate control panel will be on until cor rected.

2.Refer to the Operation Section to fully test the system!

Check Switch function and toggling between satellites

For a complete description of these functions, see Operation section.

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Winegard AS-2003, AS-2053 installation manual Wiring the system, For proper operation
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AS-2003, AS-2053 specifications

The Winegard AS-2053 and AS-2003 are two advanced outdoor satellite antennas that provide exceptional performance for satellite television reception. Designed with the latest technologies and superior engineering, these models are well-suited for both residential and commercial applications.

The AS-2053, known for its robust construction and high gain, features a unique aerodynamic design that minimizes wind resistance and enhances stability during adverse weather conditions. This antenna boasts a powerful signal amplification system that ensures clear and reliable reception of satellite signals, even in areas with challenging terrain or foliage. The AS-2053 is particularly favored by RV enthusiasts and campers who require dependable satellite access on the go.

Conversely, the AS-2003 offers a more compact profile while retaining high performance standards. This model is perfect for urban environments where space may be limited but the need for reliable television signals remains paramount. The AS-2003 employs innovative technology that optimizes signal reception within a smaller footprint, making it feasible for apartment complex installations or properties with restrictive zoning regulations.

Both antennas are equipped with a state-of-the-art rotor system that allows them to automatically position themselves toward the satellite for optimal signal strength. This technology eliminates the need for manual adjustments, making installation straightforward and user-friendly.

In terms of compatibility, the Winegard AS-2053 and AS-2003 are designed to work seamlessly with a range of satellite providers, ensuring that users have the flexibility to choose their preferred service. The antennas are constructed with durable materials that withstand harsh weather, including exposure to UV rays, rain, and snow.

Another significant feature of these models is their ease of installation. The antennas come with comprehensive mounting kits and user-friendly manuals, allowing even those with minimal technical expertise to set them up quickly and efficiently. Additionally, Winegard provides excellent customer support, ensuring that any issues can be addressed promptly.

In summary, the Winegard AS-2053 and AS-2003 antennas stand out for their high performance, durable construction, and innovative technologies. Whether for recreational vehicles or stationary residential use, these antennas are designed to deliver superior satellite reception, making them a top choice for users seeking quality and reliability in their television viewing experience.
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