Houselink® Wireless

 

KeylessEntryforGarageDoors

Model 318KR

1. INTRODUCTION

In this package, you will find a keyless entry transmitter with 3V lithium batteries, a garage door receiver, a red / black wire and a clip.

Clip

 

Garage Door

 

Red/Black Wire

Receiver

Keyless Entry Transmitter

 

 

(Batteries inside)

2. INSTALLATION

The following instructions will show you how to install the receiver. After installing, the keyless entry transmitter (already programmed to the receiver) can be used to operate your garage door opener.

You need to locate 2 things inside your garage to install the receiver:

1)the wall-mounted door control;

2)an electrical outlet, select an electrical outlet different from the one already connected to the power cord of the garage door opener to reduce the chance of interference. The further distance between the receiver and the garage door opener, the less interference between 2 devices.

Note: The length of the red/black wire is 20ft, so the receiver must be plugged into an electrical outlet that is within 20ft of the wall mounted door control. If there is no electrical outlet within 20ft of the wall mounted door control, an extension cord can be used for temporary installation.

Remove power cord of garage

Wall Mounted dooropenerbeforeinstallation.

Door Control

Electrical

Outlet

Unplug the power cord of your garage door opener WARNING before installation to ensure power is not connected.

1Remove the wall-mounted door control from the wall by removing the screws. Connect the stripped ends of the Red/Black wire to the 2 terminals (2 screws) on the back of the wall mounted door control. (Polarity does not matter.)

 

Existing

 

wires

 

Note: There should be another

 

pair of wires connected to the 2

 

terminals already. Do not remove/

Red /

disconnect these existing wires.

Black wire

 

Note: If you see no screws mounting the wall mounted door control, the screws are probably under-neath the front cover. Remove the front cover by pressing onto the tabs on top of the cover.

Remove front

cover first

2. INSTALLATION (CONT)

2Plug in the connector end of the Red/Black wire to the 318R receiver. Note the orientation of the male & female connector.

3Plug the receiver into an electrical outlet inside the garage.

The red light on the receiver should be on after being plugged into an electrical outlet.

Existing wires connected to garage door opener. (Do not remove)

RECEIVER

RED/BLACK WIRE

Note: Alternative wiring options are available, the receiver can be connected directly to the opener’s motor. Please contact customer service for further information regarding alternative wiring options.

4Re-connect the power cord of the Garage Door Opener.

5Remove the battery isolator on the transmitter and enter the factory default PIN [0,0,0,0], [#], you will hear 3 beeps indicating you have entered the correct PIN. The door will now open.

3.TROUBLE SHOOTING

Q:Door opener does not react after pressing the button on the transmitter.

A:- Ensure you hear 3 beeps from the keypad transmitter after entering the default PIN and [#]. If you do not hear 3 beeps, that means the PIN you entered is incorrect. Re-enter the correct PIN.

-If the red light on the receiver flashes after entering the PIN on the transmitter, but the door opener does not respond, please ensure the red/black wire is successfully connected from the receiver to the wall mounted door control.

-Ensure the wires that are previously connected to the wall mounted door control are not loose.

-Ensure the code setting on the keypad transmitter is the same as the receiver. Refer to section 4 to check the code setting.

4.CHANGE THE OPERATION CODE FOR BOTH TRANSMITTER AND RECEIVER

It is recommended to randomly set the operation code for your keypad transmitter and receiver to avoid interference from other devices. Follow the instructions below to change the operation code.

1Pry off the cover on the back of the transmitter.

You will see 10 connectors labeled from “1” to “10”, as shown. (the connectors setting may not be the same as shown)

Different wall-mounted door controls

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Image 1
SkyLink manual Model 318KR, Different wall-mounted door controls

318KR specifications

The SkyLink 318KR is an advanced communication satellite designed to enhance global connectivity and provide robust services across various sectors. As part of the latest generation of satellites, the 318KR incorporates cutting-edge technologies and features aimed at meeting the increasing demand for bandwidth and efficiency in satellite communications.

One of the main features of the SkyLink 318KR is its high-throughput capability, which allows it to deliver significantly increased data rates compared to its predecessors. This satellite employs multiple transponders operating on various frequency bands to efficiently manage and distribute a large amount of data. The Ka-band and Ku-band operations allow for both high-frequency data transmission and wider coverage areas, making it suitable for a diverse range of applications, including broadband internet, telephony, and broadcasting.

The SkyLink 318KR utilizes advanced beamforming technologies, which enable dynamic and flexible coverage in targeted regions. This innovative feature allows the satellite to optimize its signal strength and quality based on user demand and geographic requirements, leading to improved user experiences. The satellite is also equipped with spot-beam technology, which creates focused coverage areas to deliver enhanced performance and capacity, particularly in areas with high usage demands.

In terms of structural characteristics, the SkyLink 318KR is engineered with durability and longevity in mind. It features a lightweight and robust design that ensures resilience against the harsh conditions of space. With a planned operational lifespan of over 15 years, the satellite is built to withstand challenges such as radiation exposure and temperature fluctuations in the space environment.

Powering the SkyLink 318KR are highly efficient solar arrays that harness sunlight to generate the necessary energy for its operations. These solar arrays are designed to maximize energy capture and are complemented by advanced battery systems that store energy for periods of low sunlight. This efficient power management system contributes to the satellite's overall performance and reliability.

Additionally, the SkyLink 318KR integrates advanced onboard processing capabilities that allow for real-time data handling and communication. This capability enables it to swiftly adjust to varying conditions and demands, providing a more adaptive and responsive service landscape. With its blend of high-performance features, innovative technologies, and robust design, the SkyLink 318KR stands as a significant advancement in satellite communication, setting the stage for the future of global connectivity.