Mounting Option 2

If installing the antenna so that the cable enters the vehicle via a cable entry plate (sold separately), follow the steps below for Mounting Option 2.

1.Run coaxial cable from the power supply to the antenna via the cable entry plate. The antenna needs to be at least 8 inches from the cable entry plate. Do not fasten the coaxial cable at this point because additional coaxial cable is required later (see step 18).

2.Place the circular gasket in the chosen location for the antenna, and trace around the outer edge of the gasket.

3.Check with the vehicle manufacturer for approved sealant for the vehicle.

4.Then, apply a liberal amount of sealant in the traced circle.

5.Replace the circular gasket where the sealant has been applied.

6.Run the coaxial cable upward through the antenna pedestal. Make sure the cable runs through the slot on the underside of

the pedestal.

Slot

Mounting Option 2, Cont.

12.While applying pressure, rotate the head until feeling the grooves in the head line up with the grooves in the pedestal.

13.Push down again; you should hear the head click into place.

Warning: Once the head and pedestal are connected, the head cannot be removed without incurring damage.

14.Check that the scribe line on the pedestal is no longer visible. If the scribe line is still visible, the head is not fully seated on the pedestal.

15.Pull the antenna head upward. If the head is unable to slide upward on the pedestal, the head is fully seated on the pedestal. If the head slides upward, the head is not fully

seated on the pedestal.

16.If the antenna head is not fully seated on the pedestal, repeat the steps to connect the antenna head to the pedestal.

Do not proceed until the head is fully seated on the pedestal.

Coaxial cable running from antenna head

Coaxial cable running through pedestal

7.Connect the coaxial cable running through the pedestal to the coaxial cable running from the antenna head.

8.Before using the supplied screws, check with the vehicle manufacturer for any screw requirements.

9.Then, align the holes in the circular gasket and pedestal. Mount the assembly to the roof with four screws, and tighten the four screws.

17.Pull the cable away from the antenna.

18.At a point 4” from the antenna along the excess cable, create a loop of 5” diameter between the antenna and entry plate. Clamp at the top of the loop, at 8” linear distance from the antenna, and every 12–16” thereon along the cable.

5 in

8 in

10.Gently push the cable slack downward through the pedestal, and pull the cable through the slot.

11.Twist the antenna head back and forth while pushing it onto the pedestal. The pedestal should engage with the snap ring inside the antenna head.

19.Run a solid bead of sealant where the edge of the pedestal meets the roof, over the screw heads and around the slot in the pedestal.

20.Continue with “Installing the Power Supply” on page 7. If the power supply is already installed, make sure to run a channel scan after installing the antenna. See page 8 for more information.

5

RoadStar Antenna

RoadStar Antenna

6

Page 3 Page 5
Page 4
Image 4
Winegard RP-RS30, RP-RS35, RS-3035, MODELS RS-3000 manual Mounting Option 2
Page 3 Page 5

MODELS RS-3000, RP-RS30, RS-3035, RP-RS35 specifications

The Winegard RP-RS35, RS-3035, RP-RS30, and RS-3000 are a series of high-performance satellite antennas designed for RV and mobile applications. These models exemplify modern engineering, offering solutions for reliable satellite communication, ensuring users remain connected to their favorite programming, even on the go.

One of the standout features across these Winegard models is their impressive reception capabilities, which provide crystal-clear video and high-quality audio. The antennas employ advanced technology that capitalizes on multi-directional reception patterns, allowing users to access a wide variety of satellite signals without the need for constant realignment. This feature is particularly ideal for RV travelers, enabling seamless access to entertainment during long journeys.

The RP-RS35 and RS-3035 models incorporate a unique design that minimizes wind resistance, ensuring stability during travel. This aerodynamic form factor not only enhances performance but also prolongs the lifespan of the product by reducing wear during transit. Both models also integrate a robust self-leveling mechanism that effortlessly adjusts to varying terrains, which is crucial when setting up camp in remote locations.

In addition to the mechanical features, these models are equipped with cutting-edge signal processing technology. This technology allows for quick acquisition of satellite signals, reducing wait times significantly upon setup. The inclusion of a built-in Wi-Fi booster on certain models enhances connectivity, allowing users to stream services without interruption.

The RP-RS30 and RS-3000 emphasize portability and lightweight construction, making them easy to install and manage. These models cater to individuals looking for compact solutions without sacrificing performance. Furthermore, all these models boast compatibility with a variety of satellite service providers, ensuring users can choose the best option for their specific needs.

All the models are known for their rugged construction and weather-resistant features, making them suitable for diverse environmental conditions. With an emphasis on user-friendly installation, the Winegard satellite antennas come with comprehensive guides and support, allowing even the less tech-savvy users to set up their systems with ease.

In summary, the Winegard RP-RS35, RS-3035, RP-RS30, and RS-3000 present a comprehensive suite of features tailored for the modern traveler. With their superior reception capabilities, advanced technology, ease of installation, and robust design, these antennas stand out in the market, fulfilling the connectivity needs of users in various environments.
Top Page Image Contents