Inside RV

STEP 5. Mount antenna and lift on roof in travel position. Apply a liberal amount of approved nonhardening sealing compound on bottom of base plate and roof area around hole. See Figure 3. Secure base plate with screws provided.

					Cable clamp on gear housing.
CAUTION:	DO	NOT	GET		Make sure there is 16" of
CAUTION:	DO	NOT	GET		coax between the cable
SEALING	COMPOUND		ON		coax between the cable
SEALING	COMPOUND		ON		clamp on the gear housing
BEARING SURFACE BETWEEN					clamp on the gear housing
BEARING SURFACE BETWEEN					and the one 3" in front of
BASE PLATE AND ROTATING					and the one 3" in front of
BASE PLATE AND ROTATING					base plate. TOO MUCH OR
GEAR HOUSING.		DO NOT			base plate. TOO MUCH OR
GEAR HOUSING.		DO NOT			TOO LITTLE WILL CAUSE
PAINT TOP OF BASE PLATE OR					TOO LITTLE WILL CAUSE
PAINT TOP OF BASE PLATE OR					DAMAGE TO COAX.
AROUND ROTATING GEAR					DAMAGE TO COAX.
AROUND ROTATING GEAR
HOUSING.
NOTE: Apply non-hardening sealing
compound between Base Plate and
compound between Base Plate and
roof of vehicle.					Attach cable clamp here.
					Attach cable clamp here.
				FIGURE 3	3" min.
				FIGURE 3

CE-1000

#10 x 1" Screws

STEP 6. Attach cable clamp to the coax cable 16" from the cable clamp on the gear housing.

STEP 7. Attach cable clamp to roof 3" in front of baseplate as shown in Figure 3, use 7/16" flat washer between screw head and clamp, apply sealing compound over mounting screw head.

		Downlead
		from antenna
	Downlead
	connects to	FS-8100 male-to-male
	satellite	FS-8100 male-to-male
	satellite	F-connector
	receiver	F-connector
	receiver	(if required)
		(if required)

FIGURE 3A

STEP 8. Feed downlead throught the roof using a Model CE-1000 cover plate (included with hardware), Figure 3A. Weatherproof cable entry by applying sealant under lip of roof-thru plate and where cable enters roof. Attach plate to roof with screws provided. Apply sealant over screws and around edge of roof-thru plate, making sure cable entry is sealed. Secure cables as necessary to prevent whipping. DO NOT MAKE CONNECTION

ON TOP OF ROOF unless there is no other option, it is very difficult to weatherproof outside connection. If downlead connection is made on top of roof make sure to weatherproof connection!

STEP 9. Assemble ceiling plate, directional handle and crank handle as shown in Figure 5. The circled numbers indicate placement from the ceiling down. Example: The ceiling plate 1 is located next to the ceiling. The elevation crank handle 8 is farthest from the ceiling. The number also indicates sequence of assembly.

NOTE: When installing polyethylene shim, # 3, page 5, slide shim onto shaft as far as it will go. Then slide directional handle up over shaft and shim and onto the gear housing. Two shims are supplied in case one is not enough to create a snug fit between directional handle and gear housing.

CAUTION: USE CAUTION WHEN INSTALLING THE ELEVATING CRANK. ONCE SCREW TOUCHES SHAFT, TIGHTEN ONLY 1/4 TURN MORE. SCREW SIMPLY HOLDS ELEVATING CRANK ON. DO NOT OVERTIGHTEN!

RD-4646, RD-4600 specifications

The Winegard RD-4646 and RD-4600 are advanced high-gain satellite antennas designed for consumers and mobile users who demand exceptional performance and reliability in a compact form factor. These antennas are engineered to provide a strong signal reception across a wide range of frequencies, making them suitable for various applications, including RVs, boats, and stationary installations.

The Winegard RD-4646 boasts a significant gain level, which allows it to capture signals from satellites located at greater distances. This is particularly advantageous for users in remote locations or areas with challenging terrain. The RD-4646 features a robust construction and a sleek design, ensuring durability while maintaining an elegant appearance. With its 360-degree reception capabilities, this model eliminates the need for manual adjustments and enhances user convenience.

On the other hand, the Winegard RD-4600 is engineered for versatility and ease of use. It features a compact design, making it suitable for smaller setups while still delivering solid signal performance. The RD-4600 is equipped with automatic satellite acquisition technology, allowing users to lock onto satellites with minimal effort. This feature is especially beneficial for mobile users who frequently change locations, as it drastically reduces setup time.

Both antennas come with a weather-resistant finish, protecting them from harsh environmental conditions, which is crucial for outdoor applications. The RD-4646 and RD-4600 employ advanced materials and innovative construction techniques, ensuring they can withstand extreme weather while maintaining signal integrity.

Another significant feature of the Winegard RD series is their compatibility with various satellite services, including Directv and Dish Network. This versatility ensures that users can choose the service provider that best fits their needs without worrying about compatibility issues.

In conclusion, the Winegard RD-4646 and RD-4600 are exceptional choices for satellite antenna systems. Their advanced technologies, robust features, and user-friendly designs make them suitable for a variety of applications, from mobile users to stationary setups. With their ability to receive strong signals in challenging environments, these antennas represent a solid investment for anyone seeking reliable satellite communication. Whether you are an RV enthusiast, a boater, or someone looking to enhance their satellite reception at home, the RD-4646 and RD-4600 will exceed your expectations.