CardAccess ZGB20 Manuel utilisateur

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Card Access Security Sensor Bridge V2 Page 1 of 12

Quick Start & Installation Guide Card Access, Inc.

Security Sensor Bridge V2

Model Number: ZGB20

Quick Start and Installation Guide

Card Access Security Sensor Bridge

Quick Start and Installation Guide

Easily bridge inexpensive security sensors into home automation -- with or without a security panel*

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Card Access Security Sensor Bridge V2 Page 2 of 12

Quick Start & Installation Guide Card Access, Inc.

Welcome and congratulations on your purchase of the Card Access Security Sensor Bridge. This Quick Start &

Installation Guide is an overview of configuring your Security Sensor Bridge with a Control4 System. This guide assumes

that you are a qualified and trained Control4 dealer.

*NOTICE: THE SECURITY SENSOR BRIDGE V2 IS INTENDED FOR HOME AUTOMATION PURPOSES ONLY. THIS

IS NOT A SECURITY SYSTEM.

Introduction

The Card Access Security Sensor Bridge is a device capable of receiving and interpreting signals from GE/ITI

sensors and integrating these signals with a Control4 System via the Control4 ZigBee wireless mesh. This device

gives the homeowner the ability to utilize the wide range of GE sensors available as accessories to the Control4

system.

The device consists of a self-contained, wall-mountable bridge in a plastic enclosure. It is powered by a 12V DC

adapter.

Specifications

ZGB20 Specifications

Dimensions 6.75” x 4.5” x 1.5” (excluding antennas)

Weight 0.5 Lbs (0.23Kg)

Maximum Ambient Operational

Temperature 140°F (60°C)

Power Input 12VDC, 100mA

Operational Environment Type 1 Device shall be mounted in a dry, moisture-protected location.

Site Requirements and Wiring Options

•

Allow at least 10 inches of clearance above the enclosure for the antennas.

•

Avoid mounting locations that expose the module to moisture.

•

Avoid areas with excessive metal or electrical wiring including furnace and utility rooms. If unavoidable,

mount on or near metal with the antenna extending above the metallic surfaces as shown in Figure 1.

•

Ensure that an electrical source is accessible for the DC power adaptor.

Figure 1 - Mounting on or near metal

Tools and Supplies Needed

To complete the installation, you will need the following tools and supplies:

•

Screwdrivers

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Card Access Security Sensor Bridge V2 Page 3 of 12

Quick Start & Installation Guide Card Access, Inc.

•

Drill with bits

•

Mounting screws and anchors (included)

Mounting

The bridge can be mounted on any interior wall

(protected from the elements) by following these steps:

Remove the cover by pressing in the button on

the bottom of the enclosure and rocking the

cover outward.

Hold the bridge base against the mounting

surface and mark the four (4) mounting holes

and two (2) wire access holes as shown in

Figure 2. Remember to leave at least 10 in. (25

cm) above the bridge for the antennas.

NOTE: The circuit board may be hinged out of the bridge base

plastics to gain better access to the mounting holes by pulling

outward on the retaining latch with a finger.

Drill holes and insert the appropriate anchors.

Use the wire access holes to route the wires

from the DC power supply (included) into the

bridge base.

Secure the bridge base to the wall with the pan

head screws provided. Figure 2 – Bridge Base Plastics

Wiring

To wire the DC power supply to the bridge, do the following:

1. Remove AC power (if applied) to the included DC power supply.

2. Wire leads of DC power supply into terminal block on the lower right side of the board. Polarity of the

wires does not matter.

3. Install metal antennas into outer slots of terminal blocks at top of board.

4. Replace cover.

Control4 Software Installation / Operation Instructions

NOTE:The Card Access Security Sensor Bridge and GE Sensors use Control4

DriverWorks™ drivers, which are not included with Composer software. They must be

downloaded from the Card Access website and manually installed.

Download and Install Drivers:

1. Go to http://www.cardaccess-inc.com/automation/drivers

2. Download the drivers you will need to use in your project.

3. Copy them to the appropriate folder on the computer you will be using to configure the project, typically “My

Documents\control4\Drivers\”

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Card Access Security Sensor Bridge V2 Page 4 of 12

Quick Start & Installation Guide Card Access, Inc.

Add the Security Sensor Bridge V2 (ZGB20) to your

Composer project:

1. In System Design view in Composer, select the ‘Card

Access ZGB20’ driver from the Search tab and drag it into

your project (see figure at right).

2. Identification is similar to other Control4 ZigBee devices:

Go to Connections view in Composer and choose the

‘Network’ tab. Find the Card Access Security Sensor

Bridge device in the device list and highlight it. Then click

the ‘Identify’ button at the top of the screen.

3. When prompted to identify the unit, press the ID button on

the Bridge by using a paper clip inserted through the small

hole located on the face of the Bridge. Press the button

four times in succession. The ‘BUS’ LED on the Security

Sensor Bridge will begin blinking as it attempts to join the

ZigBee mesh and identify into the Control4 project.

4. When the Security Sensor Bridge has successfully joined

the ZigBee mesh and identified, the address of the bridge

will appear in the identification window. Click the ‘Close’

button.

To add additional Security Sensor Bridges to your

Composer project:

1. When using two or more Security Sensor Bridges in the

project, you must first add one ZGB20 driver for the first

Security Sensor Bridge. Then, you will add one instance of

the Expansion Bridge driver (ZGB20-XP) for each

additional bridge.

2. Select the Card Access ZGB20-XP driver from the Search

tab. Add one instance of the Expansion Bridge driver for

each additional bridge you will use.

3. Identify each Expansion Bridge as specified in the ZGB20

instructions above. No bindings or connections to the

primary bridge are needed.

Add wireless sensors to the project:

1. In System Design view in Composer, select the appropriate wireless sensor driver from the Search tab

and drag it into your project.

2. Navigate to the Properties page of the wireless sensor by clicking on the newly added item on the left

pane of Composer. Note that you may need to click on another item and then back on the newly added

item to force Composer to display the Properties page for the device.

3. On the Properties page, replace the text ‘unassigned’ with the 6 or 7-digit TxID printed on the label on the

wireless sensor. Then click the ‘Set’ button.

4. Test the sensor by activating/deactivating the sensor’s input. You will see the sensor status populate on

the properties page as well as the wireless signal level of the sensor-to-bridge connection.

NOTE:Ensure that the Security Sensor Bridge driver is added to the project before adding individual

wireless sensors.

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Card Access Security Sensor Bridge V2 Page 5 of 12

Quick Start & Installation Guide Card Access, Inc.

5. Select the generic proxy of your choice and at it to your project. Go to the Connections tab, and under

Control/AV, bind the output for the sensor to this proxy. DO NOT change the input bindings.

Diagnostic Indications

The Security Sensor Bridge has two LEDs which indicate its current operational state. During normal operation, these

LEDs will help to determine if the bridge is functioning properly. The tables below provide a brief summary of these LEDs:

BUS LED (top):

GREEN (solid)

Bridge is connected to Control4 automation system and operating

properly (ZigBee connection established, driver properly identified)

RED (solid)

ZigBee PRO: Bridge is not connected to the ZigBee mesh.

RED (short winks OFF)

ZigBee PRO: Bridge is connected to the ZigBee mesh but is not

communicating with the ZGB20 driver. Ensure bridge has been

identified into the system.

EmberNet: Bridge is not communicating with the ZGB20 driver.

Ensure bridge has been identified into the system.

RF LED (bottom):

GREEN (short winks ON)

Wireless sensor activity

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Card Access Security Sensor Bridge V2 Page 6 of 12

Quick Start & Installation Guide Card Access, Inc.

NOTE:The Security Sensor Bridge and its associated drivers provide a good deal of

diagnostic information to assist in deployment of Security Sensor Bridges as well as

placement and testing of wireless sensors. The information below is also included in the

Documentation tab of each driver.

ZGB20 Driver Details

•Supported Devices:

oFirst Security Sensor Bridge in a project

- Model Number. ZGB20

•Properties Page Help:

oBridge Status: Displayed as “Online” or “Offline.”

NOTE: if the Security Sensor Bridge is offline, all

sensors will register as offline.

oLast Check-In: Shows the last check-in date and

time of the Security Sensor Bridge.

oLast Event: Shows the date and time of the last

sensor event, along with the TxID or name of the

sensor and the signal level.

ZGB20-XP Driver Details

•Supported Devices:

oAdditional Security Sensor Bridges in the same

project

- Model Numbers. ZGB20

•Properties Page Help:

oTo view diagnostic information on Expansion

Bridges, refer to the properties page of the primary Security Sensor Bridge ZGB20 driver.

Micro Door/Window Sensor Driver Details

•Supported Devices:

oGE Micro Door/Window Sensor

- Card Access Model Number: GMS10A

- GE Model Number: NX-454

oGE Recessed Micro Door/Window Sensor

- Card Access Model Number: GRS10A

- GE Model Number: 60-741-95

NOTE: This driver MUST be used in conjunction with the Card Access Security Sensor Bridge hardware and DriverWorks

driver. GE Wireless Sensors do NOT need to be associated in any way with a specific Security Sensor Bridge in

Composer.

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Card Access Security Sensor Bridge V2 Page 7 of 12

Quick Start & Installation Guide Card Access, Inc.

•Properties Page Help:

oSensor TxID: Enter the TxID printed on the Sensor Label. The TxID is a 6 or 7-digit alphanumeric address.

oSensor Name: An optional descriptive name may be entered here. This name is displayed on the property

page of the Bridge when data for this sensor is received.

oSensor Contact State: shows the current state of the contact as "Opened" or "Closed."

oSensor Status: shows whether the sensor as "Online" or "Offline." This status is affected by the connection

state of the Security Sensor Bridge(s).

oLast Sensor Event: shows the date and time of the last event received, as well as the contact status and low-

battery status.

oLast Signal Level: shows the approximate signal level of the last received event. Use this level to aid in proper

positioning of sensors.

oSupervisory Timeout: sets the number of supervisory periods which must be missed before the “Supervisory

Lost” event is triggered. Supervisory periods for these sensors are every 64 minutes.

oSupervisory State: shows current state of the supervisory signal monitor.

oStatistics: shows the number of events and RX success of the sensor.

•Actions Page Help:

•Identify Sensor: Click this button to allow the driver to automatically 'learn' the TxID of the sensor. After clicking

the button, activate the 'Tamper' switch on the sensor as follows:

oMicro/Door Window Sensor: Remove the sensor cover and slide the battery about half-way out of the battery

holder. When finished, slide the battery back in. When the sensor has been

successfully identified, the TxID will appear in the Sensor TxID field of the Driver

Properties page.

oRecessed /Door Window Sensor: Insert the blade of a standard screwdriver into the

slot at the top of the sensor. Press in firmly while slowly rotating the top 1/8 turn

counter-clockwise, then rotate it back. When the sensor has been successfully

identified, the TxID will appear in the Sensor TxID field of the Driver Properties page.

•Cancel Identify: Click this button to abort the sensor identify process. Note that clicking

this button is not necessary if you have successfully identified a sensor.

Panic Button Sensor Driver Details

•Supported Devices:

oGE Water-Resistant Panic Pendant

- Card Access Model Number: GPB10A

- GE Model Number: NX-475

oGE Multi-Purpose Panic Button

- Card Access Model Number: GMP10A

- GE Model Number: 60-906-95

NOTE: This driver MUST be used in conjunction with the Card Access

Security Sensor Bridge hardware and DriverWorks driver. GE Wireless

Sensors do NOT need to be associated in any way with a specific Security

Sensor Bridge in Composer.

•Properties Page Help:

oSensor TxID: Enter the TxID printed on the Sensor Label. The TxID is a 6 or 7-digit alphanumeric address.

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Card Access Security Sensor Bridge V2 Page 8 of 12

Quick Start & Installation Guide Card Access, Inc.

oSensor Name: An optional descriptive name may be entered here. This name is displayed on the property

page of the Bridge when data for this sensor is received.

oPanic Button Contact State: shows the current state of the contact as "Opened" or "Closed."

oSensor Status: shows whether the sensor as "Online" or "Offline." This status is affected by the connection

state of the Sensor Bridge(s).

oLast Sensor Event: shows the date and time of the last event received, as well as the contact status and low-

battery status.

oLast Signal Level: shows the approximate signal level of the last received event. Use this level to aid in proper

positioning of sensors.

oSupervisory Timeout: sets the number of supervisory periods which must be missed before the “Supervisory

Lost” event is triggered. Supervisory periods for these sensors are every 64 minutes.

oSupervisory State: shows current state of the supervisory signal monitor.

oStatistics: shows the number of events and RX success of the sensor.

•Actions Page Help:

•Identify Sensor: Click this button to allow the driver to automatically 'learn' the TxID of the sensor. After clicking

the button, activate the 'Panic' condition on the sensor by pressing and holding the panic button. When the sensor

has been successfully identified, the TxID will appear in the Sensor TxID field of the Driver Properties page.

•Cancel Identify: Click this button to abort the sensor identify process. Note that clicking this button is not

necessary if you have successfully identified a sensor.

Smoke Detector Driver Details

•Supported Devices:

oGE Supervised Wireless Smoke Detector

- Card Access Model Number: GSD10A

- GE Model Number: TX-6010-01-1

NOTE: This driver MUST be used in conjunction with the Card

Access Security Sensor Bridge hardware and DriverWorks driver.

GE Wireless Sensors do NOT need to be associated in any way with

a specific Security Sensor Bridge in Composer.

•Properties Page Help:

oSensor TxID: Enter the TxID printed on the Sensor Label.

The TxID is a 6 or 7-digit alphanumeric address.

oSensor Name: An optional descriptive name may be entered here. This name is displayed on the property

page of the Bridge when data for this sensor is received.

oAlarm Contact State: shows the current state of the alarm as "Alarm" (meaning smoke is detected) or "No

Alarm" (meaning no smoke has been detected).

oSensor Status: shows whether the sensor as "Online" or "Offline." This status is affected by the connection

state of the Security Sensor Bridge(s).

oLast Sensor Event: shows the date and time of the last event received, as well as the contact status and low-

battery status.

oLast Signal Level: shows the approximate signal level of the last received event. Use this level to aid in proper

positioning of sensors.

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Card Access Security Sensor Bridge V2 Page 9 of 12

Quick Start & Installation Guide Card Access, Inc.

oSupervisory Timeout: sets the number of supervisory periods which must be missed before the “Supervisory

Lost” event is triggered. Supervisory periods for these sensors are every 64 minutes.

oSupervisory State: shows current state of the supervisory signal monitor.

oStatistics: shows the number of events and RX success of the sensor.

•Actions Page Help:

•Identify Sensor: Click this button to allow the driver to automatically 'learn' the TxID of the sensor. After clicking

the button, activate the 'Tamper' signal on the smoke detector by separating the unit from the mounting base.

When the sensor has been successfully identified, the TxID will appear in the Sensor TxID field of the Driver

Properties page.

•Cancel Identify: Click this button to abort the sensor identify process. Note that clicking this button is not

necessary if you have successfully identified a sensor.

Carbon Monoxide Detector Driver Details

•Supported Devices:

oGE Wireless Carbon Monoxide Detector

- Card Access Model Number: GCO10A

- GE Model Number: 60-652-95

NOTE: This driver MUST be used in conjunction with the

Card Access Security Sensor Bridge hardware and

DriverWorks driver. GE Wireless Sensors do NOT need to

be associated in any way with a specific Security Sensor

Bridge in Composer.

•Properties Page Help:

oSensor TxID: Enter the TxID printed on the Sensor Label. The TxID is a 6 or 7-digit alphanumeric address.

oSensor Name: An optional descriptive name may be entered here. This name is displayed on the property

page of the Bridge when data for this sensor is received.

oAlarm Contact State: shows the current state of the alarm as "Alarm" (meaning CO is detected) or "No

Alarm" (meaning no CO has been detected).

oSensor Status: shows whether the sensor as "Online" or "Offline." This status is affected by the connection

state of the Security Sensor Bridge(s).

oLast Sensor Event: shows the date and time of the last event received, as well as the contact status and low-

battery status.

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Card Access Security Sensor Bridge V2 Page 10 of 12

Quick Start & Installation Guide Card Access, Inc.

Regulatory Statements

FCC

The Card Access Security Sensor Bridge complies with standards established by the following regulatory bodies:

Federal Communications Commission (FCC), Conformité Européene (CE), and Restriction of Hazardous

Substances (RoHS).

FCC ID: MHIZGB20

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this

device may not cause harmful interference, and (2) this device must accept any interference received, including

interference that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part

15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a

residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not

installed and used in accordance with the instructions, may cause harmful interference to radio communications.

However, there is no guarantee that interference will not occur in a particular installation. If this equipment does

cause harmful interference to radio or television reception, which can be determined by turning the equipment off

and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

IMPORTANT! Changes or modifications not expressly approved by Card Access, Inc. void the user’s authority to

operate the equipment.

We, Card Access, Inc. of 11778 South Election Road, Suite 260, Salt Lake City, Utah, 84020 USA, declare under

our sole responsibility that the Card Access Security Sensor Bridge, Model Number ZGB20, to which this

declaration relates, is in conformity with the following standards and / or other normative documents:

EN60950, EN55022, EN55024

We hereby declare that the above named product is in conformity with the essential requirements and other

relevant provisions of Directive 1999/5/EC. The conformity assessment procedure referred to in Article 10(3) and

detailed in Annex II of Directive 1999/5/EC has been followed.

Industry Canada

IC: 3681C-ZGB20

This Class B digital apparatus complies with Canada ICES-003.

Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.

Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device

must accept any interference, including interference that may cause undesired operation of the device.

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agréer tout parasites , incluant parasites thanksggiving Mai raison peu souhaitable les fonctionnements de les

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