Gallagher C500306 Guide de démarrage rapide

Gallagher

SMB USA Base Kit

Installation Note

Gallagher SMB USA Base Kit, T11 White Reader: C500306

Gallagher SMB USA Base Kit, T11 Black Reader: C500307

Gallagher SMB USA Base Kit, T15 White Reader: C500308

Gallagher SMB USA Base Kit, T15 Black Reader: C500309

Gallagher SMB USA Base Kit, T30 White Reader: C500311

Gallagher SMB USA Base Kit, T30 Black Reader: C500312

Edition 1.2 | December 2023

Introduction

Thank you for choosing Gallagher.

The Gallagher SMB security solution has been designed to meet the security needs for small

to medium businesses. It is a fully integrated cloud-based security system that offers intruder

alarm, access control, monitoring and user management all within one mobile app.

Kit contents

Check the cabinet contains the following items:

• 1 x Gallagher SMB Controller (C500100)

• 2 x Gallagher HBUS 8In 4Out Board (C300680)

• 1 x LSP 150 W PSU (C305747)

• 1 x LSP D8 Power Distribution Module (C305743)

• 1 x LSP B100 Secondary Voltage Module (C305740)

• 1 x Metal Mounting Plate with ducting

• 1 x Door earth wire

• 1 x Wiring loom and associated internal cable assembly

• 1 x Gallagher SMB T15 (C500481/480), T11 Reader (C500430/431) or T30 Keypad

Reader (C300490/491) located in a separate carton

Check the plastic bag contains the following items:

• 2 x Cabinet keys

• 32 x 4k7 ohm resistors

• 1 x White sticker (for rear optical tamper)

Note: The 7 Ah 12 V standby batteries and power lead are not provided.

Additional items are:

• SMB US Monitoring Kit (C500615) includes Alula BAT-Connect

• SMB US Expansion Kit (C500310)

• 1 x HBUS 16In 16Out Board (C300688)

• 1 x HBUS 8 Port Hub (C300698)

All hardware items with an associated part number can be ordered as replacement parts.

What's connected?

The hardware within the kit is pre-wired to support the site's default software configuration.

Controller

LAN

IN 16

IN 15

IN 14

IN 13

GND

VIN

IN 12

IN 11

IN 10

IN 9

OUT 5 OUT 6

OUT 7 OUT 8

Secondary

8In 4Out

Board

Reader

Battery Low

Mains Fail

IN 1

IN 2

IN 3

IN 4

GND

VIN

IN 5

IN 6

IN 7

IN 8

OUT 1 OUT 2

OUT 3 OUT 4

Primary

8In 4Out

Board

SYS AC

Battery

(not supplied)

Battery

(not supplied)

FAI

N EG L

Main Earth Connection

Mains coming into

the cabinet

24V 6A Life

Safety Power

Supply Unit

12V 4A B100

Power Supply

Converter

D8 Fused

Power

Distribution

Board

Earth connected

to cabinet wall

Alula D7 connection

Set JP7 to position 2

Earth connected

to cabinet door

JP1

JP2

JP9

Blk:BAT-

Red:BAT+

Blk:BR

Blu:DC1+

Blk:BR J2

Org:B2 J3

Blu: B1 J1

Blk:BR J3

Blu:DC in J1

Blk:BR J6

Org:DC out J5

Blu: DC in J4

FLEX IO

Installation

The installation of this kit must be carried out by a Gallagher SMB Partner.

Follow the instructions in this document to install the kit.

ATTENTION: This equipment contains components that can be damaged by electrostatic

discharge. Ensure both you and the equipment are earthed before beginning any servicing.

1. Install the cabinet

The cabinet is a secure metal enclosure containing the electrical equipment.

The cabinet also provides installation space for four 7 Ah 12 V batteries.

Before you begin

• Location

The cabinet is designed to be mounted on the wall and should be installed in a secure

room that is hidden from casual observers but allows frequent access. The room must

provide environmental and extreme temperature protection, AC mains power availability,

and security cable availability (for the low voltage connections). It is preferable for

optimal work height that the cables exit the wall and enter the cabinet at eye height or

just below, (i.e. approximately 1.6 m (5.25 ft) from the floor). The solution is considered a

permanently connected system and is not intended to be moved once installed.

• Dimensions

Cabinet - Height: 620 mm (24.4"). Width: 372 mm (14.65"). Depth: 150 mm (5.9").

Mounting holes - 379.5mm (14.94") bottom to middle key holes. 593mm (23.34") bottom

to top holes.

• Earthing

The cabinet has an earth wire connected to the cabinet door, cabinet body, power supply

unit and the main's supply earth wire. When the gear plate gets taken out of the cabinet

to hang the cabinet on the wall for the first time, it is necessary to disconnect the earth

wire from the door and from the cabinet body. They must both get reconnected (as well as

the mains earth connection) after refitting the gear plate in the cabinet to comply with the

local electrical regulations before turning on the mains supply.

• Tamper detection

The controller's front optical detector uses the reflective metal plate (pre-installed on the

inside of the cabinet door) to detect a change in light when the cabinet door is opened.

The controller's rear optical detector uses the light pipe in the back face of the cabinet,

and a rear tamper sticker on the wall to detect a change in light when the cabinet is

removed from the wall.

• Locking the cabinet

Two cabinet keys are provided to secure the contents of the cabinet.

• Knockouts

The knockouts in the side panels of the cabinet can be carefully tapped or cut out.

Procedure

1. Disconnect the earth wires connected to the cabinet door and left inside of cabinet and

remove the door for ease of installation.

2. Remove the backplate from the cabinet by unscrewing the two nuts (centre left-hand side

of the I/O board and D8 module) and lift it out.

3. Identify and create the knockouts needed for cables and the antenna (if using the Alula

BAT-Connect, refer to separate installation note).

4. Mark the position of the six mounting holes and rear tamper detector (light pipe) on the

cabinet mounting surface.

5. Fix the rear tamper sticker to the mounting surface. The sticker must align with the light

pipe located in the back face of the cabinet.

6. Secure the cabinet to the wall, using a minimum of four securing anchors. The cabinet

must be tight and flush against the wall. This ensures the distance between the rear

tamper sticker and the controller's rear tamper detector is kept to a minimum.

7. Hook the backplate under the bolt heads on the right-hand side and align the two holes

with bolts.

8. Secure the backplate back into place with two nuts.

9. Reconnect the earth wires to the door and to the body of the cabinet.

10.If using the Alula BAT-Connect for monitoring, refer to the US Monitoring Kit installation

details.

11.An Expansion Kit is availale to increase capacity to support more doors, refer to the US

Expansion Kit installation details.

2. Install readers

The default configuration provides allocation for one reader. It is recommended at least

one reader be configured to a site. This allows a user to arm or disarm locally using their

smartphone, in the event that the site losses internet connectivity. The smartphone uses

Bluetooth to communicate with the reader.

Doors can be configured without a reader, if required.

The HBUS communications protocol allows a single reader to communicate over a distance

of up to 500 m (1640 ft) from the controller, when using data only in a single CAT5E cable.

Cabling should be a minimum size of 0.2 mm2(24 AWG).

Connect the reader tail to the building cable. All cabling between HBUS devices should use

‘daisy chain’ wiring. This allows you to have multiple devices on the same cabling run. The end

devices on the HBUS run must be terminated. To terminate a reader, connect the orange wire

to the green wire.

Should you require multiple doors, the HBUS 8 Port Hub (C300698) can be utilized. This hub

supports the star wiring of eight HBUS devices to the hub's eight ports.

Note: you will still need to provide power to the door.

Controller

HBUS A

HBUS B

Negative

Positive

HBUS Termination

Not used

Green

Brown

Black

Red

Orange

White

Blue

Reader tail Building

cable

RS485

The reader is designed to be mounted on any solid flat surface. However, installation on metal

surfaces, particularly those with a large surface area will reduce read range. The extent to

which the range is reduced will depend upon the type of metal surface. Use a spacer plate or

the reader mount block (C300951) accessory to improve the read range.

The recommended mounting height for the reader is 1.1 m (3.6 ft) from the floor level to the

centre of the reader. However, this may vary in some countries, and you should check local

regulations for variations to this height. If using conduit, the reader can be mounted on a

mounting block (C300951).

Bezel

Building cable

No. 6 pan head screw

Building cable

Facia

Reader tail

Connection

Fit screw to secure facia to bezel

3. Connect inputs and outputs

Two 8In 4Out Boards are pre-installed in the cabinet. The Primary board is directly below the

controller.

The boards provide connection for a total of 16 inputs and 8 outputs. Two of the 16 inputs,

on the Primary board, are used for monitoring mains power failure and battery low.

The remaining 14 inputs can be used to connect sensors.

The HBUS 16In 16Out Board can be utilized with the SMB Kit to expand the solution.

Connect inputs and outputs, as required. Fit two 4K7 resistors as close as possible to the

device being monitored. When the monitored device incorporates a normally-closed tamper

switch, it can be wired in series with resistor R1. All devices connected to a single I/O board

must share the same resistor value. The resistance value for an I/O board can be changed

within the SMB Configuration App.

Relays are provided as ‘dry’ contacts or ‘electromagnetically switched’ contacts. Each relay is

rated 3 Amps at 24 Vdc for a resistive load, or 1 A at 24 Vdc for an inductive load.

The relay is controlled by the assigned output in the SMB Configuration App. To make use of

the relay, terminate the positive constant supply to the common termination of the relay and

nominate either Normally Open (N/O) or Normally Closed (N/C) termination to operate the

external device.

The D8 Fuse Board provides power distribution. The board can be used to power locks,

sensors, readers, and sirens, while maintaining circuit protection. Jumpers are used to draw

either 12 Vdc or 24 Vdc from the board. The default jumper position is one which draws

24 Vdc, designed to power locks at 24 Vdc. Change the jumper to position two, if you want to

draw 12 Vdc from the board.

Reference the LifeSafety Power D8 Installation Manual for further information.

The B100 provides an additional voltage in a conjunction with the LifeSafety FPO150. The

B100 voltage input is 24 Vdc from the FPO150 and the secondary voltage output is 12 Vdc

(DC OUT). 12 V required for the controller and I/O boards and 24 V is required for powering

locks. The jumpers should not be interfered with.

Reference the LifeSafety Power B100 Installation Manual for further information.

4. Connect power to the system

The cabinet comes pre-installed with a LifeSafety FPO150 which is used to power the

electrical hardware and charging up to four 7 Ah 12 V batteries (connected in a way to

support 24 Vdc backup. It provides a battery charging current of 2.5 A.

Calculating battery life

The cabinet supports up to four 7 Ah 12 V batteries. To know how long your batteries will

support your cabinet, calculate the following:

(combined battery capacity*) ÷ (total current draw in amps**) = (battery life in hours)

*To find the combined battery capacity, add the Ah values of all your batteries.

**To find the total current draw, add the current draw of the individual units in your cabinet.

Refer to the end of this installation note and separate hardware installation notes for current

draw values.

LifeSafety FPO150

The AC mains connection to the LifeSafety’s FPO150 power supply must be followed in

accordance with LifeSafety’s installation manuals. All AC mains electrical connections must

comply to the local electrical authority’s codes and NFPA section 70. Installation & service

should be performed by a qualified service personnel.

Refer to LifeSafety’s FPO150 Installation Manual for additional guidance.

The power supply provides two alarm outputs for monitoring battery low voltage and mains

failure alarms. Both the alarm outputs have on-board 4k7 EOL resistors fitted as standard.

Note: Do not apply voltage directly to the Battery Low or Mains Failure outputs, as this will

damage the monitoring circuitry, rendering the power supply unusable.

1. Using the battery leads provided, connect the required number of 7 Ah 12 V batteries to

the FPO150. To provide 24 Vdc battery backup, connect the batteries as shown.

Battery

(not supplied)

Positive

(+)

Negative

(-)

Battery

(not supplied)

Positive

(+)

Negative

(-)

Battery leadBattery lead Battery lead

2. The red wire connects to the red/positive battery terminal. The black wire connects to

the black/negative battery terminal. Use the orange wire provided as a jumper between

batteries.

Note: The batteries are not provided. The batteries are used as standby batteries, should

the mains power supply fail. Battery capacity requirements are to be calculated based

on the total load of the system and the number of hours required to run the system on

battery backup. For additional battery capacity, it must be housed in an additional cabinet

and connected to provide 24 Vdc back to the FPO150.

3. Terminate the AC mains earth to the main earth stud located on the right-hand side of

the gear plate. Earth termination must adhere to NFPA section 70 and local authority

electrical codes.

4. Connect the AC supply mains to the black (Live/Hot) and white (Neutral) wires in

accordance with LifeSafetys installation manuals, NFPA section 70 and local authority

electrical codes.

5. Energize the Lifesafety FPO150 mains.

Note: A power lead is not provided with the kit.

6. Ensure all equipment operates correctly, both with mains power ON/batteries ON, and

with mains power OFF/batteries ON.

Battery Low alarm

The Battery Low system alarm will be triggered when the battery charge falls below 10.8 V.

If no battery is connected the Battery Low alarm will not activate. This output is connected to

Input 7 on the default configuration of the Primary 8In 4Out Board.

Mains Failure alarm

The Mains Failure system alarm will be triggered when the mains voltage falls below

approximately 90 V or when the mains voltage rises above approximately 250 V. This output

is connected to Input 8 on the default configuration on the Primary 8In 4Out Board.

Note: Both Battery Low alarm and Mains Failure alarm are sent as a system notification to the

customer via the Gallagher SMB app. These events are also visible in the Event History of the

controller in the SMB Configuration app.

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