SkyLink HA-318 manual Code Connectors, Zone Connectors, Power Up, Sensor Sensitivity, Mounting

Motion Alert

Model HA-318

1. INTRODUCTION

2. SET UP THE INDOOR/OUTDOOR MOTION SENSOR AND HOUSELINK® RECEIVER

The Motion Alert is designed to monitor movement around your house. The motion sensor can be placed either indoor or outdoor. Once motion is detected, the receiver will beep & flash.

In this package, you should find an Indoor/Outdoor Motion Sensor, a Houselink® Receiver, an adapter, ball-head joint, screws and a clip.

1. CODE CONNECTORS

In order for the sensor to communicate with the receiver properly, the sensor’s code must match with the receiver’s code. Code connectors 1 to 6 can be found by opening the battery cover and back cover of the receiver. User is required to set these code connectors randomly and the code settings on both sensor and receiver must be the same. Each position of the code connector can be set to “+”, “-‘ or “0” positions. Refer to the diagram below to set the code connectors properly.

Clip

Note: A connector can be removed with the clip, as shown.

2. ZONE CONNECTORS

Each receiver can work with up to 4 different sensors (to represent 4 different zones on the receiver). There are 2 connectors that determine the zone number 1, 2, 3 and 4. These 2 connectors can be found by opening the battery cover. Please follow table 1 to set the zone.

	A	B
Zone 1	+	+

Ball-head joint	Indoor/Outdoor
	Motion Sensor

‘0’

Zone 2	+	-
Zone 3	-	+

Adapter

		Houselink®
2 pcs 3 x 18 screws	Clip	Receiver

‘+’

Code Connectors on Motion Sensor Code Connectors on Receiver

‘-’

	Zone 4	-	-
Zone connectors		Table 1

(Included)

Please follow the instructions below to setup your motion sensor and the receiver.

Note: If you experience interference from a nearby system, which could accidentally trigger your system, please change the code settings on the sensor and receiver. The code setting on the sensor and receiver should still match after changing the code setting.

“+” in the table means the connector for that position should be placed on the posts.

“-“ in the table means the connector for that position should be removed.

3. POWER UP THE INDOOR/OUTDOOR MOTION SENSOR AND RECEIVER

1. POWER UP

After setting up all the connectors properly, both units are now ready to be powered up.

Insert a 9V alkaline battery (not included) to the motion sensor and its LED will be on for 2 seconds. The receiver will beep and red LED flash. The sensor requires a warm up time of approx. 45 seconds before it can function properly. After powering up the sensor, face it to the wall where no motion will be detected. After 45 seconds, the sensor is ready. Wave your hand in front of the sensor, the receiver will beep and red LED will flash for

approx. 15 seconds.

Plug in the adapter to the receiver, the green LED will start flashing indicating the receiver unit is powered up but no sensor is detected.

Plug in the adapter to the receiver Insert 9V alkaline battery to the sensor

2. SENSOR SENSITIVITY

The sensitivity of the motion sensor is adjustable. Change the setting by placing the connector on either the ”High” or “Low” position. When the sensitivity is set to “Low”, more movement is required to trigger the sensor. It is recommended to set the sensitivity to “Low” and perform a “Walk Test” (Described in Section 3 - “Walk Test”). If the walk test result is satisfied, the sensitivity does not require to be adjusted further. If the walk test result shows the sensitivity is too low, then you can change the sensitivity setting to

“High”. Please perform the walk test after chang- ing the sensitivity setting.

Sensitivity Connectors on Motion Sensor

3. MOUNTING

A ball-head joint is necessary to mount the sensor at a desire location. A height of 5-6 ft is recommended, depending on your application. Once a location is selected, mount the ball-head joint to this location by screws provided, (see diagram 1). Once the ball-head joint is mounted to the wall, slide the back of the sensor into the ball-head joint (see diagram 2). The mounting angle can be adjusted. Please refer to Section 3 “Walk Test” to determine the best mounting angle.

Diagram 1 Diagram 2