Aritech AD044 Handleiding

Aritech Beveiliging AD044

Lees hieronder de 📖 handleiding in het Nederlandse voor Aritech AD044 (10 pagina's) in de categorie Beveiliging. Deze handleiding was nuttig voor 78 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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www.gesecurity.net 02/2005

Lid

Circuit board

Bracket

Base

Wire access

opening

Address Setting

0 00000000

1 10000000

2 01000000

3 11000000

4 00100000

5 10100000

6 01100000

7 11100000

8 00010000

9 10010000

10 01010000

Address Setting

11 11010000

12 00110000

13 10110000

14 01110000

15 11110000

16 00001000

17 10001000

18 01001000

19 11001000

20 00101000

21 10101000

Address Setting

22 01101000

23 11101000

24 00011000

25 10011000

26 01011000

27 11011000

28 00111000

29 10111000

30 01111000

31 11111000

Address 0

Address 2

Address 31

AD044

Installation Manual

DESCRIPTION

The AD044 is a universal external interface between

conventional detector devices and the Advisor MASTER

ATS1290 Addressable Devices DGP. It supports up to four

inputs and four supervised outputs.

You can connect four generic detectors with a dual zone

configuration (2-resistor EOL connection, 2 x 47kohm).

The outputs can be used, for example, to enable / disable

the alarm LED on the detector (depending on the detector’s

other functionalities, which can be programmed or activating

devices).

Output supervision is useful for monitoring outputs, such as

fire sounders, etc. (UL requirement).

DEVICE CATEGORY

The AD044 belongs to device category I/O, type 1, and will

be automatically recognised after learning the device into

the ATS1290 DGP.

MOUNTING THE UNIT

1. Pull the wiring through the wire access opening in the

unit base. See Figure n. Exploded view: 1. Lid; 2.

Circuit board; 3. Bracket; 4. Base; 5. Wire access

opening.

CAUTION! You must be free of static

electricity before handling sensor circuit

boards. Touch a grounded, bare metal

surface before touching circuit boards

or wear a grounding strap.

2. Mount the base using the appropriate mounting holes.

3. Mount the metal bracket to the base.

4. Mount the circuit board to the metal bracket.

CONNECTING THE UNIT

Connect the AD044 to the detector and Bus system. See

Figure q.

1. Connect the wires to the appropriate screw terminals

on the circuit board and tighten the screws. See

Figure o: 1. Bus In; 2. Bus Out; 3. Monitor*; 4. Inputs;

5. Outputs**, 6. Power supply

*Note 1: An open contact on the AC monitor input

causes an AC fault to be transmitted to the control

panel. An open contact on the battery monitor input

causes a battery fault to be transmitted to the control

panel. When both contacts are closed or hard wired

to close, these inputs will force the AC and battery

monitor to normal state.

**Note 2: Outputs connect the supply voltage (12 or

24 VDC) across the load when ON.

2. Set the address DIP-switches. See Figure p.

Note 3: Devices are shipped with the DIP switches set

to 255. This is an invalid address. The device will not

communicate with the control panel until a valid

address has been set. Refer to the ATS1290 manual

to determine the correct address setting for each unit.

3. Attach the unit lid to the base. See Figure n.

4. Test the unit when the Bus system is completely

installed and the control panel is powered.

ADDRESS SETTING, ZONE NUMBERS AND OUTPUT NUMBERS

Set the AD044 to its unique address on the Point ID bus.

For details, see figure p.

The AD044 normally occupies four consecutive addresses,

where the DIP switch represents the main address. Where

output-supervision is used, the AD044 occupies up to eight

consecutive addresses.

THE ATS INPUTS

Input 1 is linked to main address.

Input 2 is linked to main address + 1.

Input 3 is linked to main address + 2.

Input 4 is linked to main address + 3.

THE ATS OUTPUTS

Output 1 is linked to main address.

Output 2 is linked to main address + 1.

Output 3 is linked to main address + 2.

Output 4 is linked to main address + 3.

OUTPUT SUPERVISION

The AD044 can support output supervision on all four

outputs. Supervision of Output 1 is linked to Input 5 and

onwards.

In the default setting, all output are supervised. If an output

(e.g. Output 1) is open, it misses the EOL resistor (47K), the

linked input (input 5) is in Alarm. The relay output will not

follow the linked output of the control panel.

Note 4: The EOL resistor must be available before the

outputs of the AD044 work properly.

The supervision for Outputs 1 to 4 are linked to the

consecutive input addresses:

Supervision Output 1 is linked to Input 5 with main

address+4.

Supervision Output 2 is linked to Input 6 with main

address+5.

Supervision Output 3 is linked to Input 7 with main

address+6.

Supervision Output 4 is linked to Input 8 with main

address+7.

1. It is possible to map another PID device within the

AD044 range. For example, when the AD044 is set

to Address 0 and the AD011 is set to Address 2, the

AD044 occupies Address 0 (I/O 1), 1 (I/O 2) and 3 (I/O

4), and AD011 occupies Address 2. I/O 3 of the AD044

is not available.

2. If Inputs 2,3 or 4 or even 5, 6, 7 and 8 are used, they

must be within the ATS1290 I/O range. If they are out

of range, they are not available.

3. If some AD044 inputs are not used, the linked zone

input in the ATS control panel must be programmed

as disabled (default).

4. If some AD044 outputs are not used, the linked output

in the ATS control panel must not be programmed

(default).

Refer also to the ATS1290 manual for the direct link to the

zone number (control panel).

MEMORY LOCATION MAP

Every PID device has its own characteristics concerning

related I/O lines or certain functionality of the device.

A total of 16 memory locations are reserved to configure

the PID devices. Only the first nine are normally user

configurable. This depends on the functionality of the

particular device.

For the AD044 external PID interface only memory locations

3 and 5 matter.

On Memory Location 3, the zone type can be configured for

each input to Single EOL, Double EOL (default) or the zone

can be switched off (the status will always be “Normal”).

On Memory Location 5, the output supervision can be

enabled (default) or disabled for each output.

MEMORY LOCATION MAP FOR AD044

Location Function Decimal values Binary values

3 Zone types

For example:

0 = All zones are Off

85 = All zones are Single EOL

170 = All zones are Double EOL (default)

Zone 4 Zone 3 Zone 2 Zone 1

Bit 7-6 Bit 5-4 Bit 3-2 Bit 1-0

00 = Zone is Off

01 = Single EOL

10 = Double EOL (default)

11 = Undefined

5 Supervision

outputs

For Example:

0 = All Output Supervisions disabled

15 = All Output Supervisions enabled (default)

Output 4 Output 3 Output 2 Output 1

Bit 3 Bit 2 Bit 1 Bit 0

0 = Disabled

1 = Enabled (default)

ZONE TYPE

Input loop

resistance Status ATS control panel

Double EOL

Status ATS control panel

Single EOL

<20 ohm Short Short

47K Normal Normal

94K Alarm Open

> 1Meg ohm Open Open

TECHNICAL SPECIFICATIONS

Bus protocol.........................................GE Interlogix Point ID

Bus voltage........................................................ 12 V or 24 V

External power supply ...................12/24 V (see Note below)

Current consumption from bus ...................................290 µA

Unit load for DGP ................................................................ 1

Address range .......................................................... 0 to 255

Max Current Outputs ......................................500 mA (each)

Single EOL resistor Inputs ................................ 47 kΩ +/- 5%

Double EOL resistors Inputs........................2 x 47 kΩ +/- 5%

EOL resistors Outputs ................................................. 47 KΩ

Category........................................................................... I/O

Device type........................................................................ T1

Note: The auxiliary power output of closest panel or DGP can

also be used.

Product specificaties

Merk:	Aritech
Categorie:	Beveiliging
Model:	AD044

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