Page 1

SWI-ECL2

Universal Steering Wheel Radio Remote Interface for Eclipse Radios with a Wired Remote Input Connection

l

Before You Start

A. Is this product compatible with the vehicle?

SWI-ECL2 Connections

Brown Loop

Green

Orange

Yellow

Red

White

Blue

Black

Purple Loop

Page 2

Green - SWC signal input. Used with Version # 1, 2 or 4 only.

Orange - SWC signal input. Used with Version # 6 or 7 only.

Yellow - SWC signal input. Used with Version # 5 or 10 only.

Red - Interface power wire. Must be connected to a 12v ACC. or IGN. source controlled by the key.

White - SWC signal input. Used with Version # 3, 8, 9, 11 and 12 only.

Blue - GM HVAC data output. Used with Version # 4 only.

Black - Interface ground wire.

Cut the Brown or Purple loop if instructed to by the Vehicle Application Guide. All connections (including notes and additional notes) must be made before programming the interface.

*NOTE - It is recommended that the Red wire is connected to the same ACC. or IGN. wire as the radio.

See Vehicle Application Guide (separate sheet) for listing of vehicles and connection information.

If your vehicle is not listed, check www.pac-audio.com/swixprogrammingfor the most current list of compatible vehicles.

B. Prepare for the installation.

• Review the application guide for vehicle specifi c wiring details and note where the steering wheel control wires will be found. Keep in mind that the supplied interface wire harness is two feet long

• Use a digital multi meter for checking and verifying vehicle circuits.

Connecting to the New Radio

SWI-ECL2

Radio Control Wires

Connect the SWI-ECL2 Radio Control wires to the newly installed Eclipse radio. There are 2 known wiring color combinations for the Eclipse radios. Connect according to the chart below.

SWI-ECL2 Eclipse Radio Eclipse Radio

Brown

Brown

Brown

White

White

Brown/Black

Using the Vehicle Application Guide

The Vehicle Application Guide and Connector images (included with interface) contain the known locations of steering wheel control wires for vehicles compatible with this interface. If your Year, Make or Model is not listed below check www.pac-audio.com/swixprogrammingfor the most current and up-to-date list of compatible vehicles and radios. You can also reference similar vehicles or years. They may be the same as what you are working with.

C. Select your make, year and model.

• Choose your Make, Year, and Model and highlight the complete column across the page.

• If the exact model and year is not listed, choose a broad Model name such as “All Models” or one that describes the radio connector.

D. Locating the vehicle steering wheel control wire.

Determine your Interface Wire Color (Green, Yellow, Orange or White). This wire will be connected to vehicle’s steering wheel control wire

The Interface Connector (if available) is an image of the vehicle plug. This image is found on the Vehicle Connector Chart.

The Pin Number and Color (if available) refers to the vehicle’s SWC wire located in the Interface Connector (if available).

Programming the Interface Version Number

Step 1.

Refer to the Vehicle Application Guide for the version number that corresponds to your vehicle. Write the Version Number below for quick reference. Make sure to read all steps before programming as some are time sensitive. If the result indicated to the left of the arrow does not result from the step performed, you must start again. Double checking connections may be necessary before continuing. At this point all connections should be made and

the key should be in the off position. Keeping the door open during programming is recommended to disable the R.A.P. feature (if available)

Version Number: ____________ (Write Version Number here)

 

 

SWI-

 

IGN

 

Step 2.

SWI-

The LED inside of the

ECL2

 

 

 

 

 

 

ACC

 

 

Press and hold the Program Button.

ECL2

SWI-ECL2 will turn on

 

OFF

 

STRT

While holding the Program Button,

 

and stay on as long as the

 

 

 

 

turn the vehicle key to the ignition or

 

Program Button is held in.

 

 

 

 

On position.

 

 

-

 

SWI-

The LED will turn off immediately

SWI

 

ECL2

 

 

ECL2

Step 3.

after the Program Button is released

 

Release the Program Button.

 

indicating previously stored memory

 

 

 

has been cleared.

F. Additional Notes and Interfaces.

The Additional Notes are connections that may have been supplied by the radio prior to removal. These must be made in order to complete the steering wheel control circuit.

Some vehicles will require an additional CAN bus interface. This will be needed if “Yes” is printed below CAN Interface heading.

E. Version number, loops and notes.

The Version number will tell the interface what SWC circuit type is being used. This will be addressed on the next page. The Note ID is a vehicle specifi c programming tip or connection instruction. Only read notes in the note chart specifi ed by the Note ID. Disregard all others.

Cut Purple? Cut Brown? This refers to the loops on the SWI-ECL2 connector. Cut these loops only if instructed to do so.

SWI-

Step 4.

SWI

-

The LED will flash each

ECL2

Press and release the Program Button

 

 

 

ECL2

time the Program Button is

 

the same number of times as the version

 

 

 

 

 

pressed.

xVers.#

number.

 

 

 

 

 

SWI-

Step 5.

 

 

 

3 seconds after the last press of the Program Button, the LED will fl ash the same

 

ECL2

 

 

 

IGN

 

 

 

 

 

number of times as just pressed. This indicates the programmed version number. Turn

ACC

 

STRT

 

vehicle key to the Off position. The version programming sequence is now complete.

OFF

 

 

 

 

If the repeated fl ash count of the LED does not match the version number needed, you must start over at Step 2.

Page 1
Image 1
PAC manual Before You Start, SWI-ECL2 Connections, Using the Vehicle Application Guide

SWI-ECL2 specifications

The PAC SWI-ECL2 is a cutting-edge control system designed for the efficient management of industrial processes and automation tasks. Operating in a robust environment, it offers significant advantages in terms of performance, flexibility, and integration capabilities.

One of the main features of the PAC SWI-ECL2 is its advanced processing power. Equipped with a high-speed processor, it ensures real-time data processing and analysis, enabling quick responses to operational changes and enhancing overall system efficiency. This makes it suitable for applications that require rapid decision-making and immediate action, such as robotics, manufacturing, and distribution systems.

The system supports multiple communication protocols, allowing for seamless integration with a wide range of devices and equipment. This interoperability is crucial in modern industrial environments where various technologies often coexist. The PAC SWI-ECL2 can connect to Ethernet, serial communications, and various fieldbus systems, which ensures that it can function effectively within diverse setups and adapt to changing system requirements without the need for extensive modifications.

Another notable characteristic is its scalability. The PAC SWI-ECL2 can be easily expanded to accommodate future growth in operations. Users can add more I/O modules, network nodes, or even link additional PAC systems, making it an ideal choice for businesses that anticipate scaling up their operations. This flexibility not only protects the initial investment but also allows for gradual upgrades that match the demand.

Additionally, the system is built with reliability in mind. It incorporates comprehensive diagnostic and monitoring features that provide real-time insights into system performance and operational health. This helps in identifying potential issues before they escalate into significant problems, thus reducing downtime and maintenance costs.

The PAC SWI-ECL2 supports various programming environments, allowing engineers and technicians to use familiar programming languages and tools. With support for ladder logic, structured text, and function block diagrams, it provides a versatile development platform that accelerates project execution and helps ensure that the system aligns with user specifications and operational requirements.

In summary, the PAC SWI-ECL2 stands out in the realm of industrial automation due to its processing power, flexible integration capabilities, ease of scalability, reliability, and support for diverse programming languages. These features make it an ideal solution for businesses looking to optimize their operational processes and enhance productivity in an increasingly automated industrial landscape.