MAP...3.1 Make the Data Bus Connections 29 3.2 Connect the Power Supply 31 3.3 Make the LSN Gateway Connections 32 3.4 Make Optional Connections 34 3.5 Install and Connect the Tamper

MAPICP-MAP5000

en System Reference Guide

MAP Table of Contents | en 3

Bosch Security Systems, Inc. System Reference Guide F01U168332 | 01a | 2010.10

Table of Contents

1 Introduction 41.1 Listings and Approvals 41.2 Battery Handling 41.3 Installation Considerations 41.4 Technical Specifications 51.4.1 Electrical 51.4.2 Mechanical 51.4.3 System Parameters 51.4.4 Environmental 61.5 Plan the System 61.6 System Overview 7

2 Installation 102.1 Remove the Enclosure Knockouts 112.2 Install the Tamper Switch Rail 122.3 Mount the Enclosure 132.4 Check the AC Connection 142.5 Install the Power Supply and AC Terminal Block 152.6 Install the TAE Box 182.7 Install the Accessory Mounting Plate 192.8 Install the 12 V Converter 202.9 Install the Fuse Plate (SIV) 212.10 Install the AT 2000 Communicator 222.11 Install the Hinged Mounting Plate 23

3 Cable Connections 293.1 Make the Data Bus Connections 293.2 Connect the Power Supply 313.3 Make the LSN Gateway Connections 323.4 Make Optional Connections 343.5 Install and Connect the Tamper Switch 363.6 Install the ICP-MAP0060 Enclosure Lockset 383.7 Install the Command Center 393.8 Make the Final Power Connections 40

4 Complete the Installation 41

5 Enclosure Options 425.1 ICP-MAP0115 Power Enclosure Option 425.2 Rack Mount Option for ICP-MAP0120 Expansion Enclosure 43

4 en | Introduction MAP

F01U168332 | 01a | 2010.10 System Reference Guide Bosch Security Systems, Inc.

1 Introduction

1.1 Listings and ApprovalsThe system is designed to comply with the certifications and approvals listed here.

1.2 Battery HandlingDispose of used batteries according to local environmental regulations.

1.3 Installation Considerations– When installing this system, ensure all local and national wiring codes are met.– Only use authorized service personnel to install this system.– Use only the installation material recommended by UC-ST to ensure error-free operation.– Follow anti-static procedures when handling system components. Ensure that you are

properly grounded to discharge any static charge before you work with system components.

– Install the system in a location with a good earth ground.– Install all components in dry, maintained interior rooms.– Install the system in a centrally located room that is near the AC Power MAINS.– This system is designed for an IT-power distribution system with phase-to-phase voltage

(230 V).– For IT-power distribution applications, the disconnect mechanism (either a plug or

switch) that breaks both poles must be placed within easy access.– Because the control panel is permanently connected equipment, a readily accessible

disconnect device must be included into the building installation wiring.

Region Agency Certification

Germany VdS Class C, VdS 2110

Europe CE Conformité Européene EN60950-1; EN50130-4

WARNING! Do not short-circuit the battery in the host alarm system. A short-circuited battery can deliver large currents that might result in serious burns or create a fire hazard.

WARNING! After operation of the protective device, the equipment is still under voltage if it is connected to an IT-power distribution system.

MAP Introduction | en 5


1.4 Technical Specifications

1.4.1 Electrical

Refer to Figure 2.6, Page 16 for the location of the ratings label on the power supply.

1.4.2 Mechanical

1.4.3 System Parameters

AC Primary Supply Voltage: 100 VAC -15% to 230 VAC +10%

AC Line Frequency: 47 Hz to 63 Hz

Power Consumption: 150 W per power supply (up to 32 power supplies)

Absolute Range of DC Bus: 16 VDC to 30 VDC

Battery Capacity: Up to 80 Ah per power supply (up to 32 power supplies)

Battery Charge Voltage: 28 VDC nominal

Back-up Time: Determined by battery capacity and system load

Wire Gauge for Power Supply Connectors 0.6 mm (22 AWG) to 2.0 mm (12 AWG)

Panel Enclosure (HxWxD): 604 mm x 443 mm x 191 mm (24 in. x 17 in. x 7.5 in.)

Expansion Enclosure (HxWxD): 432 mm x 443 mm x 89 mm (17 in. x 17.4 in. x 3.5 in.)

Number of Devices

MAP LSN Gateways (ICP.MAP0010): Up to 8; each with either 8 loops or 16 stubs

MAP Command Centers (IUI.MAP0001): Up to 32

MAP Power Supplies 150W (IPP.MAP0005): Up to 32

DR2020 Printers: 1

Number of Areas

Areas: Up to 500

Number of Addresses

Addresses: Up to 1500

Number of Inputs

Inputs: Up to eight on-board inputs and one tamper input. Expands up to 1500 addresses.

Number of Users

PINs: 1000PINs can include up to 13 digits, supporting a 6.digit user ID and up to a 7-digit passcode.

Number of Outputs

Programmable Outputs on LSN Bus: Limited to maximum number of addresses system wide

Programmable Outputs onBosch Data Bus (BDB): Up to 32 (one per Command Center)

MAP Main Panel (ICP.MAP5000): 5

MAP DE Module (ICP.MAP0007): 5 total: three supervised and two open-collector outputs



1.4.4 Environmental

1.5 Plan the SystemThe ICP-MAP0110 Panel Enclosure is the main system enclosure. This enclosure is designed to contain the following components:

– ICP-MAP5000 5000 Main Panel1

– ICP-MAP0007 DE Module1

– ICP-MAP0010 LSN Gateway1

– AT 2000 Communicator2

– IPP-MAP0005 Power Supply3

– ICP-MAP0065 AC Terminal Block4

– ICP-MAP0050 Panel Enclosure Tamper SwitchUse the ICP-MAP0120 Expansion Enclosure when the system requirements for power and/or remote devices exceeds the capacity provided by the ICP-MAP0110 Panel Enclosure.The ICP-MAP0120 Expansion Enclosure is designed to contain the following components:


– ICP-MAP0010 LSN Gateway3


– ICP-MAP0055 Expansion Enclosure Tamper SwitchUse the ICP-MAP0120 Power Enclosure when system power requirements exceed the power capacity of the ICP-MAP0110 Panel Enclosure. This enclosure is designed to contain the following components:



– ICP-MAP0050 Panel Enclosure Tamper Switch– Four batteries1 This module mounts on the ICP-MAP0025 Hinged Mounting Plate.2 This module mounts on the ICP-MAP0020 Accessory Mounting Plate, which mounts to the back of the enclosure.3 The IPP-MAP0005 Power Supply supports up to two ICP-MAP0010 LSN Gateways.4 This assembly is only required if the IPP-MAP0005 Power Supply is installed.

Operating Temperature: -10ºC to +55ºC (+14ºF to +131ºF)

Storage Temperature: -20ºC to +60ºC (-4ºF to +140ºF)

Relative Humidity: 5% to 95% (non.condensing) at the operating and storage temperatures.

IP Rating: IP 30, IK04

Environmental Class II: EN60950-1; EN50130-4; EN50131-1

Use: Intended for indoor use.



1.6 System OverviewRefer to Figure 1.1 and Figure 1.2 for an overview of the system as it is installed in the ICP-MAP0110 Panel Enclosure.

Figure 1.1 System Installation in ICP-MAP0110 Panel Enclosure (Hinged Mounting Plate Closed)

Figure 1.2 System Installation in ICP-MAP0110 Panel Enclosure (Hinged Mounting Plate Open)

Refer to Figure 1.3, Page 8 for an overview of the system as it is installed in the ICP-MAP0120 Expansion Enclosure.

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Figure 1.3 System Installation in ICP-MAP0120 Expansion Enclosure

Refer to Figure 1.4 for an overview of each enclosure.

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Figure 1.4 Enclosure Overview

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Callout Description1 Wire trays2 Wire knockouts3 Mounting rails for ICP-MAP0020 Accessory Mounting Plate4 Mounting location for TAE Box5 Knockout for wall tamper6 Mounting location for ICP-MAP0065 AC Terminal Block7 Earth ground connection points8 Flange for IPP-MAP0005 Power Supply9 Shielding connection points10 Knockout for AC wires (use when AC wires come in from the back of the enclosure)

10 en | Installation MAP


2 Installation– Use proper anchor and screw sets when installing the enclosure on surfaces. Refer to the

drill template for detailed instructions.– Ensure that there is at enough free space to the left of the enclosure so that the

enclosure door and the ICP-MAP0025 Hinged Mounting Plate have full range of motion. 460 mm (18 in) for a fully opened door or 32 mm (1.25 in) for 90° opened door is required.

– Ensure that there is at least 100 mm (4 in) of space around the enclosure to allow easy access to cable conduits.

– Leave adequate space below or next to the enclosure for an ICP-MAP0120 Expansion Enclosure for future additions to the system.

– To minimize battery depletion, install the enclosure in locations at normal room temperature.

– Use the ICP-MAP0110 Installation Mounting Template (F.01U.076.204) or the ICP-MAP0120 Installation Mounting Template (F.01U.076.205).

MAP Installation | en 11


2.1 Remove the Enclosure Knockouts1. Unhinge and remove the enclosure door, and set it aside.2. Remove the the enclosure in the order shown in Figure 2.1.

Figure 2.1 Enclosure Knockouts

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Callout Description1 Knockout for wall tamper2 Knockout for TAE Box3 Knockouts for wiring4 Knockout for AC wires (use when AC wires come in from the back of the enclosure)5 Side wall knockouts for wiring



2.2 Install the Tamper Switch Rail1. Remove the tamper switch from the package.2. Using the supplied hardware, mount the rail to the inner wall of the enclosure.

Do not mount the tamper switch at this time.

Figure 2.2 Mount the Tamper Switch Rail

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2.3 Mount the Enclosure

1. Use the supplied drill template to mark the intended surface.The drill template can be found in the enclosure box.

2. If wall tamper is required, insert the plug for the tamper switch into the back of the enclosure. Secure the plug to the wall using the supplied screw. Refer to Figure 2.3.

3. Mount the enclosure to the intended surface using the apprpriate hardware (not supplied). Refer to Figure 2.4, Page 14.

4. Ensure that all screws are tight, and that the enclosure is securely fastened to the surface.

Figure 2.3 Insert the Wall Tamper Plug

NOTICE! Ensure that there is enough free space to the left of the enclosure so that the enclosure door and the ICP-MAP0025 Hinged Mounting Plate have full range of motion.– For a fully opened door, at least 460 mm (18 in) is required.– For a door opened at 90°, at least 32 mm (1.25 in) is required.

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Figure 2.4 Mount the Enclosure

2.4 Check the AC Connection1. Ensure that the AC circuit breaker switch is off.2. Connect the earth grounding and AC lines to the AC terminal block.3. Switch the AC breaker on. Verify that the breaker does not trip and that appropriate line

voltage is present on the fused side of the AC terminal block.4. Switch the AC breaker off and continue with the rest of the installation.

Callout Description

1 Mounting hole

2 Hole for screw to secure wall tamper plug

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WARNING! After ensuring the AC connection is functional, turn the AC breaker off before continuing the installation process.



2.5 Install the Power Supply and AC Terminal Block

Refer to Figure 2.5 when installing the power supply.1. Slide the left side of the power supply against the flange on the enclosure back wall.2. Align the cut-out on the right side of the power supply.3. Secure the power supply to the enclosure back wall with the supplied hardware in the

following order:– External tooth washer– Washer– Hex nut

Figure 2.5 Install the Power Supply

Refer to Figure 2.6 for the location of the power supply ratings label.Refer to Section 1.4 Technical Specifications, page 5 for the power specifications.

WARNING! Do not remove protective dust cover label from the top of the power supply at this time. It is intended to prevent debris from falling into the power supply during system installation.

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IPP-MAP0005ICP-MAP0110

3



Figure 2.6 IPP-MAP0005 Power Supply Ratings Label

Refer to Figure 2.7 when installing the AC terminal block.1. Using the supplied screws, mount the AC terminal block to the enclosure back wall.2. Plug the terminal block connected to the AC terminal block into the power supply.3. Connect the ground wire to the enclosure back wall.

ENVIRONMENTAL CLASS 2OUTPUT A+B (28V), 3A MAX (A+B)AUX OUTPUT (24V), 1A MAXIK04REF: F01U076193

MAT/N F01U064520

THIS EQUIPMENTMUST BE CONNECTEDTO A GROUNDEDOUTLET



Figure 2.7 Install the AC Terminal Block

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WARNING! When installing the power supply, ensure that the ground wire from the AC terminal block is connected to the AC connection point as shown in Figure 2.7.The earth ground wire from the AC terminal block to the power supply does not provide an earth ground for the enclosure. It only provides an earth ground for the power supply.



2.6 Install the TAE BoxRefer to Figure Figure 2.8 when installing the TAE box.If the TAE box is not mounted on the wall behind the enclosure, mount the TAE Box to the enclosure back wall either horizontally or vertically as desired.

Figure 2.8 Install the TAE Box

ICP-MAP0110

TAE



2.7 Install the Accessory Mounting Plate1. Align the earth ground lance on the accessory mounting plate with the earth ground hole

on the top mounting rail.

Figure 2.9 Align the Accessory Mounting Plate

2. Slide the clips on the back of the accessory mounting plate onto the top and bottom mounting rails.

3. Ensure that the locking clips snap into the bottom rail.

Figure 2.10 Install the Accessory Mounting Plate

Refer to Figure 2.11 for the locations of the modules that mount on the accessory mounting plate.

ICP-MAP0110

ICP-MAP0020



Figure 2.11 Accessory Mounting Plate Overview

2.8 Install the 12 V ConverterRefer to Figure 2.12 when installing the ICP-MAP0017 12 V Converter onto the ICP-MAP0020 Accessory Mounting Plate.1. Mount the 12 V converter onto the accessory mounting plate (screw not supplied).2. Connect field wiring to the terminal block.

For now, allow the wiring to hang unconnected from the other end.

Figure 2.12 Install the 12 V Converter

Callout Description1 Locations for ICP-MAP0017 12 V Converters (two maximum)2 Location for fuse plate (SIV) (one maximum)3 Screw locations for AT 2000 Communicator (one maximum)4 Screw location for AT 2000 earth ground

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2.9 Install the Fuse Plate (SIV)Refer to Figure 2.13 when installing the fuse plate (SIV) onto the ICP-MAP0020 Accessory Mounting Plate.1. Mount the SIV onto the accessory mounting plate (screws not supplied).2. Connect field wiring to the terminal block.

For now, allow the wiring to hang unconnected from the other end.

Figure 2.13 Install the SIV

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2.10 Install the AT 2000 CommunicatorThe AT 2000 Communicator mounts onto the ICP-MAP0020 Accessory Mounting Plate over the 12 V converter and SIV (if installed).Refer to Figure 2.14 when installing the AT 2000 onto the ICP-MAP0020 Accessory Mounting Plate.1. Slide the right edge of the AT 2000 under the clips on the right-hand side of the

accessory mounting plate.2. Gently push down on the left edge of the AT 2000 until it snaps into place under the

single clip on the left-hand side of the accessory mounting plate.3. Insert the supplied grounding screw through the AT 2000 and the accessory mounting

plate, and fasten it into the top mounting rail.

Figure 2.14 Install the AT 2000 Communicator

NOTICE! To ensure proper system grounding, you must insert the grounding screw through the AT 2000 and the ICP-MAP0020 Accessory Mounting Plate.

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2.11 Install the Hinged Mounting PlateInstall the ICP-MAP0025 Hinged Mounting Plate inside the enclosure.

Figure 2.15 Install the Hinged Mounting Plate

Refer to Figure 2.16, Figure 2.17, and Figure 2.18. Connect the AT 2000 Communicator to the ICP-MAP0007 DE Module using the supplied ribbon cable (P/N: F01U074773) and RS-232 cable (P/N: F01U074772).Both cables are supplied with the DE Module.

ICP-MAP0110

ICP-MAP0025

NOTICE! The analog AT 2000 requires 12 V. Use the ribbon cable connector labeled AT 2000 12V. The analog AT 2000 also requires a separate 12 V power source, such as the ICP-MAP0017 12 V Converter.The ISDN AT 2000 requires 28 V, use the ribbon cable connector labeled AT 2000 28V.



Figure 2.16 Analog AT 2000 to DE Module Connections

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Figure 2.17 Analog AT 2000 to ICP-MAP0017 12 V Converter Connections

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Figure 2.18 ISDN AT 2000 to DE Module Connections

To load modules onto the hinged mounting plate:1. Align and install each module according to Figure 2.19, Page 27.

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Figure 2.19 Hinged Mounting Plate Overview

2. Slide the module onto the hinged mounting plate.3. Ensure the locking clips snap into a pair of rectangular openings on the bottom rail.

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Figure 2.20 Mount Modules onto the Hinged Mounting Plate

4. Connect the grounding cable (P/N: F01U074767) from the enclosure back wall to the hinged mounting plate.

Figure 2.21 Connect the Grounding Cable to the Hinged Mounting Plate

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MAP Cable Connections | en 29


3 Cable Connections

3.1 Make the Data Bus ConnectionsTo assist with cable connections, the terminal blocks on each system module are color-coded. Refer to Table 3.1 for definitions of the color codes.

Table 3.1 Terminal Block Color Codes

Make the data bus connections between the system modules. Refer to Figure 3.1 and Figure 3.3, Page 30.A 120 ohm end terminator must be connected to the last device on each data bus.

Figure 3.1 Data Bus Connections

NOTICE! Ensure there is sufficient slack in the service wire loop to allow for proper movement of the hinged mounting plate.Ensure that wiring to and from components on the hinged bracket are properly secured to the hinged mounting plate to prevent pinching of the wires.

Color Description

White Auxiliary power

Black AC/battery

Blue Inputs/tamper

Orange Outputs

Yellow DR2020 Printer (ICP-MAP0007 only)

Brown LSN data (ICP-MAP0010 only)

Green Data bus

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30 en | Cable Connections MAP


Figure 3.2 Data Bus Connections

Figure 3.3 Data Bus Cable Routing

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120 Ω



3.2 Connect the Power SupplyRefer to Figure 3.4. From the IPP-MAP0005 Power Supply:1. Connect the supplied thermistor cable (P/N: F01U074759), and mount the thermistor

inside the enclosure. Refer to Figure 3.4 and Figure 3.5.2. Connect the 5-position AC terminal block to the power supply.3. Connect the power supply to the ICP-MAP5000 Main Panel using the supplied four-pin

connector cable(P/N: F01U074769).

Figure 3.4 Required Power Supply Connections

Figure 3.5 Mount the Thermistor

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3.3 Make the LSN Gateway Connections

For both stub and loop wiring the additional shielding wires must be:– always earth grounded from the central unit– routed across the shortest possible distance to the earth terminal– looped through the LSN elementsAdditional shielding connections at other locations are not permitted. With loop wiring the additional shielding wire must be connected at both loop ends.

Figure 3.6 LSN Gateway Loop Configuration

NOTICE! When connecting an LSN-compatible device or component, ensure that you follow local standards and guidelines when planning the system installation.

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Figure 3.7 LSN Gateway Stub Configuration

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3.4 Make Optional Connections1. From the IPP-MAP0005 Power Supply:

a. Connect the auxiliary DC power for the 12V converter. Refer to Figure 3.8.b. Connect the supervision outputs. Refer to Figure 3.8.

The supervision outputs monitor AC MAINS failure and battery/DC trouble.

Figure 3.8 Optional Power Supply Connections

2. If a DR2020 Printer is used, connect the ICP-MAP0007 DE Module to the DR2020.3. Connect the supervised sirens and strobes to the DE module outputs. Refer to Figure 3.9.

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NOTICE! The AT 2000 connects to both COM1 and the ribbon cable connector. COM2 is currently not used.



Figure 3.9 ICP-MAP0007 DE Module Connections

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3.5 Install and Connect the Tamper SwitchInstall the ICP-MAP0050 Panel Enclosure Tamper Switch in the ICP-MAP0110 Panel Enclosure.Install the ICP-MAP0055 Expansion Enclosure Tamper Switch in the ICP-MAP0120 Expansion Enclosure.To install the tamper switch onto the rail:1. Slide the extension piece to Position B or C.

If the tamper plug was installed for wall tamper (refer to Section 2.3 Mount the Enclosure, page 13), use either Position B or C for proper operation.

Figure 3.10 Tamper Switch Extension Piece

2. Slide the tamper switch onto the rail.

Figure 3.11 Mount the Tamper Switch onto the Rail

To connect the tamper switch, refer to Figure 3.12.1. Clip the four-wire connector from the tamper switch:

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2. For the ICP-MAP0110, connect the ICP-MAP0050 Panel Enclosure Tamper Switch to the ICP-MAP5000 5000 Main Panel. Refer to Figure 3.12.

3. For the ICP-MAP0120, connect the ICP-MAP0055 Expansion Enclosure Tamper Switch to the IPP-MAP0005 Power Supply. Refer to Figure 3.13.

Figure 3.12 ICP-MAP0050 Tamper Switch Connections

Figure 3.13 ICP-MAP0055 Tamper Switch Connections

ICP-MAP0050

ICP-MAP5000

IPP-MAP0005

ICP-MAP0055

NOTICE! When the enclosure door is opened, the tamper switch creates a tamper condition. To allow for a local connection between RPS and the ICP-MAP5000 Main Panel, connect the tamper switch to the main panel and not the power supply. The ICP-MAP5000 control panel only allows system parameters changes via RPS if the control panel tamper switch input is in open state.



3.6 Install the ICP-MAP0060 Enclosure Lockset1. Remove the lockset knockout from the enclosure door.2. Insert the lockset into the opening on the enclosure door.3. Secure the lockset with the nut.

Figure 3.14 Install the Enclosure Lockset

4. Connect the long grounding cable (P/N: F01U074762) to the enclosure door.

Figure 3.15 Connect the Grounding Cable to the Enclosure Door

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3.7 Install the Command CenterMount the ICP-MAP0001 Command Center, Touchscreen to the wall so that the user interface is at a comfortable level for the end user. Typical installations are at shoulder level, which is approximately 150 to 160 cm (59 to 62 in) above the floor.1. Unlock the command center base and remove the cover.

Figure 3.16 Opening the Command Center

2. Use the command center mounting holes to mark the mounting surface, and use the supplied hardware to mount the base of the command center to the mounting surface.

3. Refer to Figure 3.2, Page 30 for wiring instructions.4. Replace the command center cover on the base.

The cover automatically locks to the base.

5. For VdS applications, secure the command center center to the base using the screws provided. Refer to Figure 3.17, Page 39.

Figure 3.17 VdS Installation Requirement for the Command Center

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NOTICE! To comply with VdS requirements, secure the command center to the base using the screws provided.

WARNING! Only use the screws provided to secure the command center to the base (M3.0 x 20-22 mm, panhead, ST-ZPLT, Torx drive). Do not overtighten the screws.



3.8 Make the Final Power Connections1. Connect AC wires to the AC terminal block.2. Connect the battery wire leads to the batteries.

Do not connect the batteries to the power supply at this time.

3. Turn the AC breaker on.4. Ensure that there are no power-related trouble conditions.

WARNING! Ensure that the AC LED indicator on the power supply turns on solid before you connect the battery terminal to the power supply.

WARNING! Remove the protective dust cover label from the top of the power supply.

MAP Complete the Installation | en 41


4 Complete the Installation1. Configure the system.2. Test the system per installation codes and requirements.

42 en | Enclosure Options MAP


5 Enclosure Options

5.1 ICP-MAP0115 Power Enclosure OptionConnect the ICP-MAP0115 Power Enclosure to the ICP-MAP0110 Enclosure to provide additional power when high power capacity is required.

Figure 5.1 ICP-MAP0115 Power Enclosure Connections

P/N: F0U124597

(+) (-) (+) (-)

(+) (-) (+) (-)

BAT2

BAT1

ICP-MAP0115

P/N: F0U124597

IPP-MAP0005

ICP-MAP0050

ICP-MAP0065

ICP-MAP0110

ICP-MAP0065

IPP-MAP0005

MAP Enclosure Options | en 43


5.2 Rack Mount Option for ICP-MAP0120 Expansion EnclosureTo install the ICP-MAP0120 Expansion Enclosure in a 19 in rack, connect the rack mount brackets to the ICP-MAP0120 Expansion Enclosure as shown in Figure 5.2.

Figure 5.2 Installing the Rack Mount Brackets to the ICP-MAP0120 Expansion Enclosure

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44 en | Enclosure Options MAP


Bosch Security Systems, Inc.130 Perinton ParkwayFairport, NY 14450USAwww.boschsecurity.com© Bosch Security Systems, Inc., 2010

Documents

MAP...3.1 Make the Data Bus Connections 29 3.2 Connect the Power Supply 31 3.3 Make the LSN Gateway Connections 32 3.4 Make Optional Connections 34 3.5 Install and Connect the Tamper