HOME AUTOMATION

INSTALLATION (ML-100 Only)

Control Module [1] is represented by zone LED 1

®

This row :

Buttons for

Learning Control Module

Installing Door / Window Sensors

Window / Door Sensor is used to monitor doors or windows that open and close. When these doors / windows are open or closed, the sensors will transmit a signal to the control panel to notify the user. These sensors consist of 2 parts, one is the transmitter, the other is the magnet.

Transmitter Magnet

Part 2 Learn signal from Control Panel to Control Module

Step

Keys

Function

Description

Note

1

Press and hold

Enter

 

LED on the Control Module

 

the learn button

Programming

 

will flash indicating it is in

 

on the Control

mode

 

learn mode.

 

Module until its

 

 

 

 

LED starts to

 

 

 

 

flash.

 

 

 

Before installing the sensor, remove the battery isolator by pulling out the yellow tab. Once the isolator is removed, the control panel will announce the sensor's status, such as "Zone 1 Sensor 1 Triggered", and corresponding zone LED will flash and buzzer will beep. If the magnetic contact is closed, the beeping will stop.

Note:

-Both Window/Door Sensors have been programmed at the factory. They are Zone 1 Sensor 1 and Zone 2 Sensor 1. Trigger the sensor and listen to the announcement to determine which one is zone 1 and which is zone 2.

Mounting the Sensor

The transmitters should be mounted on the door frame or window frame by double sided tape. The magnet should be mounted on the door or window by either double sided tape or screws. Make sure the magnet is aligned with the

2

[6] to [0]

Transmit an ON

Refer to the

 

signal for the

chart below to

 

 

 

 

selected device

determine which

 

 

from the Control

button [6] to [0]

 

 

Panel to the

to press.

 

 

Control Module.

You should

 

 

 

transmit the “ON”

 

 

 

command for the

 

 

 

selected device.

After [X] is entered, you will hear [Device X On] indicating you have trans- mitted an ON signal for device X, where X is the Control Module Location. The LED on the Control Module should be off, indicating it has learned the signal, you may now release the learn button and the LED will stay on again.

red marking on the transmitter. If the surface of the frame is flat enough, double- sided foam tape is sufficient, otherwise, it is recommended to screw the mounting plate to the frame, then apply double sided tape. After mounting the sensor, if the AAA+ logo is inverted, remove the front cover and rotate it so the AAA+ logo is in the upright position.

Magnet

Magnet

"Red Marking"

"Red Marking"

Sensor

Sensor

CONTROL MODULE

TRANSMIT

LOCATION

BUTTON [X]

1

6

2

7

3

8

4

9

5

0

Magnet on the left

Magnet on the right

Mounting plate

Double-sided Sensor

 

 

and screws

foam tape

 

 

(optional)

 

Testing:

After mounting the sensor, test the sensor by opening and closing the door or window. Open the door or window will result in the followng:

1.Voice announcement - Announce the triggered zone and sensor.

2.Beeping - The number of beep represents the zone number.

3.Zone LED flashing - Number of flash represents the sensor number.

42

15

Page 17
Image 17
SkyLink ML-001, ML-100 manual Installing Door / Window Sensors, Mounting the Sensor, Testing

ML-001, ML-100 specifications

The SkyLink ML-100 and ML-001 are innovative products in the realm of machine learning and artificial intelligence, designed to simplify the process of deploying and managing machine learning models in various applications. As devices that cater to developers and businesses alike, they bring cutting-edge technologies to the forefront, ensuring a seamless experience for users looking to utilize machine learning effectively.

The SkyLink ML-100 is specifically engineered to provide high-performance capabilities in a compact form factor. One of its main features is the advanced processing unit, which leverages state-of-the-art neural network architectures. This allows the device to handle complex algorithms and process large datasets efficiently. Additionally, the ML-100 is equipped with robust connectivity options, including Wi-Fi, Bluetooth, and support for various IoT protocols, making it an ideal choice for applications in smart homes, industrial automation, and beyond.

On the other hand, the SkyLink ML-001 serves as a versatile platform for developers who wish to train and deploy their machine-learning models. It is designed with a user-friendly interface that supports easy integration with popular programming languages such as Python and R. The ML-001 also boasts an extensive library of pre-built models and algorithms, enabling users to accelerate their development processes. Furthermore, the device comes with advanced data analytics features, providing insightful reports and visualizations that help users understand their model performances better.

Both devices prioritize energy efficiency, ensuring that they can run demanding models without excessive power consumption. They feature adaptive cooling technologies to maintain optimal operating conditions, thereby prolonging device lifespan and enhancing performance stability.

SkyLink incorporates robust security measures into both models, protecting sensitive data and ensuring secure communications. With end-to-end encryption and secure access controls, businesses can rest assured that their data remains confidential.

In conclusion, the SkyLink ML-100 and ML-001 represent significant advancements in machine learning technologies, offering a unique blend of performance, versatility, and security. Whether targeting developers seeking a platform for model deployment or businesses looking for powerful, connected devices, these products stand out in the competitive landscape, providing the tools necessary to harness the full potential of machine learning.