Honeywell Galaxy V-Plex Interface Manual de usuario

Introduction

The Galaxy V-Plex Interface supports 128 sensors and 64 outputs. If required additional V-pex interfaces can

be connected to the RS485 line.

The interface connects directly to the Galaxy RS485 communication bus, and is programmed directly from a

standard Galaxy keypad connected to the module.

Galaxy V-Plex Interface Layout

Connecting the V-Plex Interface

Connect the V-Plex Interface terminals as in V-Plex Connections,below:

Honeywell Security - Newhouse Industrial Estate - Motherwell - Lanarkshire - ML1 6SB - UK Part No.II1-0077 Rev. 2.01 p. 1

V-Plex Interface - English

V-Plex bus

connection

Processor

Retaining slot

Alternative programming

keypad socket

Tamper

bypass

switch

Programming

switch

SW3

SW4

PL 2

SW2

PANEL KEYPAD

PROGRAMMING HEADER

PL1

Tamper

switch

V-Plex Interface Connected to

++12 V (at control panel, keypad or remote

power supply)

-0V or ground (at control panel, keypad or

remote power supply)

To the A terminal of the previous module on the

line (or the control panel if the V-Plex Interface

is the ﬁrst module on the line)

To the B terminal of the previous module on the

line (or the control panel if the V-Plex Interface

is the ﬁrst module on the line)

V-Plex Connections for Panel & Keypad Terminals

V-Plex Tamper

If the Galaxy panel is not in Engineer Mode, removing the lid of the enclosure will cause a tamper alarm.

Switch SW2 can be used to temporarily bypass the tamper switch. Closing SW3 will bypass the tamper

protection.

Galaxy V-Plex Interface Programming Menu

Programming

Entering Programming Mode

To enter V-Plex Interface Programming Mode:

Ensure that the Galaxy panel is in Engineer Mode.

Address a keypad as 0 and connect it to the keypad terminals of the V-Plex Interface.2.

Close the programming switch (SW4).3.

The V-Plex Interface is now in Programming Mode and the keypad displays a language selection option.

Language Selection

LANGUAGE SELECT

00=ENGLISH 03=ITALIANO 06=ESPANOL

01=NEDERLANDS 04=FRANCAIS 07=CZECH

02=SVENSK 05=FLEMISH 08=SLOVAK

10 = PROG MODULE

20 = PROG ZONES 001-128

30 = PROG OUTPUTS 001-154

2 = Device ID Enter Number

A=YES

B=NO

11 = Cold start

12 = RIO Address 00-15 0 = Disable

1 = Enable

1 = Type 0 = Serial Poll

1 = Dip SW Poll

2 = Loop No 1 = Loop 1

2 = Loop 2

3 = Device ID 1 = Manual

2 = Self learn

1 = Type 0 = Serial Poll

1 = Dip SW Poll

OPTION 10 - PROG MODULE

OPTION 11 - Cold Start

This option loses all programming by restoring the Non-Volatile Memory to the default values.

OPTION 12 - RIO Address

This option allows the programming of up to 16 simulated RIO modules. The RIO address must be

enabled to allow zone and output programming of its zone and output addresses. An enabled address is

shown as ■; a disabled address is shown as □.

After a cold start, or with a new module, all addresses are disabled.

Honeywell Security - Newhouse Industrial Estate - Motherwell - Lanarkshire - ML1 6SB - UK Part No. II1-0077 Rev. 2.01 p. 2

Deleting a Detector or an Output

Select option 20=PROG ZONES to delete a detector or 30=PROG OUTPUTS to delete an output.1.

Select the address2.

Select the device ID option.3.

For detectors only, select the Manual option4.

Assign the value 05.

Press Enter6.

The device is deleted.

OPTION 30 - PROGRAMMABLE OUTPUTS

Select the desired output address.

From the Type menu, select Serial or DIP Switch Poll device type.2.

Select the device ID and enter the serial number. The serial number is on a sticker either inside the3.

module enclosure or attached to the PCB.

The V-plex detectors are assigned a speciﬁc RIO zone address.

Select the desired zone address.

From the Type menu, select serial or DIP device.2.

From the Loop menu, select the loop number. If the loop selected is not free, you cannot programme3.

the device serial number.

Most detectors use loop 1. Please see the installation instructions of the detector being used.

From the Device menu select Manual or Self Learn. Detectors that have DIP switches or both DIP

switches and serial numbers must use the manual option.

The manual option allows the 2-digit zone address for DIP devices or the 7-digit numbers of5.

serial devices to be entered.

The Self Learn option allows the V-Plex interface to record the serial detector’s serial number by

allowing one minute to record the detector by opening and closing its tamper. The 7-digit serial number

is displayed.

Note: The control panel will recognize V-Plex zone values as resistance preset value of 1K Fault

(BAL).

OPTION 20 - PROG ZONE

Exiting Programming Mode

Open the programming switch and disconnect the keypad from the V-Plex Interface.1.

Exit from Engineer Mode at the Galaxy panel.2.

DECLARATION OF CONFORMITY

SPECIFICATIONS

Physical

Weight (Boxed): 270g approximately.

Dimensions (Boxed mm): 150 wide x 162 high x 39 deep for enclosure Type B

Operating temperature range: -10° C to +55° C

Humidity: Relative Humidity 25% to 75%

Electrical

Operating voltage range: 10.5V to 14.5V

Module current draw: 75mA typical, 85mA max

Max V-Plex bus current available: 128mA

An additional power supply should be used if the current draw of the V-plex devices exceeds the V-plex

interface capacity

EN50131-1 & EN50131-3 Security Grade 2,

Environmental Class II

Independently tested by Teleﬁcation b v

V-PLEX INTERFACE

V-Plex devices

Star wiring is supported with a maximum branch length of 457m and

combined maximum length 1400 meters (18AWG UTP cable current draw 64mA)

It is recommended that devices programmed as Manual and Self learn are not installed

on the same V-Plex interface

V-Plex Wiring Diagram

V-Plex Interface - English

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