Tyco Software House iSTAR eX User manual

1–1
iSTAR eX Installation Quick Start Guide
iSTAR eX is an network-ready intelligent controller that improves performance and provides
features for networked security systems.
iSTAR eX Features
iSTAR eX has the following features and functions.
Memory
iSTAR eX memory features include:
Program (flash) memory – Provides performance and storage for additional iSTAR
features.
On-board SDRAM (64MB)
Compact Flash (256 MB) – Enhanced storage capacity for fully operational backups of card
and configuration data.
Cluster Configuration
iSTAR eX hardware supports communications in a user-defined group called a cluster that
contains other iSTAR eX or iSTAR Edge controllers.
Clusters allow iSTAR eX controllers to distribute information and control actions to connected
components without host intervention.
iSTAR eX cluster configurations allow iSTAR eX hardware to perform many actions locally
and to share information with other cluster members even when the controller is not
communicating with the host—for example, during a communications failure.
Events
iSTAR eX can manage the activation and deactivation of events and timed actions for itself and
other controllers in the cluster. For example, if a Forced Door Event activates outputs in the
cluster, the controller with the Forced Door Event, not the host, activates the outputs.
When configuring an event, you must specify whether the event is controlled by the host or by
an iSTAR. Software House recommends downloading the event to the iSTAR eX controller.
UM-248 Version A1
August 2010
iSTAR eX Installation Guide

1–2
System Components
The iSTAR eX hardware components are housed in a 16-gauge sheet metal cabinet with a
lockable door. The cabinet can be wall mounted.
iSTAR eX hardware components consist of:
iSTAR eX GCM – an embedded microprocessor-based general controller board. The GCM
board provides inputs, relay outputs, open collector outputs, and Wiegand reader ports.
PMB – a board that provides power management, backups, and RM reader ports for RM
readers, I/8s, and R/8s.
ESD Power Supply - UL Recognized ESD, Model SPS-6.5
12 VDC, 17.2 Ah minimum capacity standby battery
LCD - displays diagnostic and status information
Figure 1-1 shows the standard iSTAR eX hardware and cabinet.
Figure 1-1: iSTAR Edge Cabinet and Components
GCM
PMB
Fuse
ESD Power
Supply
Lithium
Battery
LCD
Lead-Acid
Battery

iSTAR eX General Controller Module (GCM)
1–3
iSTAR eX General Controller Module (GCM)
The iSTAR eX GCM contains a 400 MHz PXA255 Microprocessor, a member of the Intel XScale
family of ARM processors that runs Microsoft Windows CE 5.0. Figure 1.3 on page 1-9 shows
an iSTAR eX GCM.
Each iSTAR eX GCM contains:
an onboard CPU
two Ethernet ports (both are 10/100Base-T dual sensing)
onboard flash memory
onboard SDRAM memory
compact flash memory for storing primary and secondary backups
GCM Features
The iSTAR eX GCM supports:
LCD display area – provides iSTAR eX status and diagnostic messages
Multi-function rotary switch for board installation and diagnostics.
Memory components, including:
• Flash memory – to store iSTAR program data.
• On-board SDRAM (64MB) – storage capacity for card and event data.
• Compact flash memory.
Figure 1-2 shows the iSTAR eX GCM and the pinout for a Diagnostic cable.
Figure 1-2: iSTAR eX GCM Photo
Diagnostic Cable

iSTAR eX General Controller Module (GCM)
1–4
GCM Component Layout
Figure 1-3 shows the layout of the iSTAR eX GCM.
Figure 1-3: Layout of iSTAR eX GCM
iSTAR eX GCM Component Description
Four Wiegand direct connect reader ports (5V or 12V)
16 general purpose inputs and Tamper, unsupervised input
Four relay outputs and Four open collector outputs
Two Ethernet ports, both of which are 10/100Base-T dual sensing (The second Ethernet
port can be used for redundant communication with the host, master, or member.)
One USB port.
64 Mb RAM, for use by programs and as run-time database storage
32 Mb Flash for the main firmware image and a small “known-good” backup image
256+ Mb Compact Flash card for database backup (shipped with iSTAR eX). Redundant
backups of configuration data
LCD for state and diagnostic display
LEDs for each output, for Ethernet and serial COMM, and for a board “heart-beat”
Coin-cell lithium battery to keep the “Real Time Clock” alive in the absence of AC power
or battery power for up to six days
16 General Purpose Inputs 4 Direct Wiegand Reader Ports 4 Relay Outputs
4 Open Collector Outputs
Diagnostic Cable Port

iSTAR eX General Controller Module (GCM)
1–5
16 position rotary switch to inhibit or allow ICU, control diagnostics that display on the
LCD, clear memory and restore factory defaults
Reset button to force a hardware reboot that erases RAM but does not cause loss of flashed
configuration parameters such as IP addresses—unless you select “restore factory default”
on the rotary switch at the same time you press the reset button.
iSTAR eX GCM LEDs
iSTAR LEDs on the GCM are labeled and indicate the following:
HEARTBEAT - The LED blinks rapidly while the board is waiting for a reboot following restore-factory-
default. Otherwise, the LED blinks slowly.
COM1-RX – RS 485 COM1 receive data
COM2-RX – RS 485 COM2 receive data
COM1-TX– RS 485 COM1 transmit data.
COM2-TX – RS 485 COM2 transmit data
RS232-RX – RS-232 (debug port) receive data
RS232-TX – RS-232 (debug port) transmit data
ETH1 TxRx – Ethernet 1 receive or transmit data
ETH2 TxRx – Ethernet 2 receive or transmit data
ETH1 100 – Carrier - Ethernet 1 is connected to a 10/100Base network
ETH2 100 – Carrier - Ethernet 2 is connected to a 10/100Base network
RELAY1– Relay 1 is energized
RELAY2 – Relay 2 is energized
RELAY3 – Relay 3 is energized
RELAY4 – Relay 4 is energized
OC 1 – Open collector output 1 is energized
OC 2 – Open collector output 2 is energized
OC 3 – Open collector output 3 is energized
OC 4 – Open collector output 4 is energized
SPI ACTIVE – GCM is transferring data over the SPI bus
PWR – Power is applied to the GCM board

Power Management Board (PMB)
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Power Management Board (PMB)
The PMB manages the power system and backup facility of iSTAR eX, charges the battery, and
supplies power to the GCM.
PMB Component Layout
Figure 1-4 shows the iSTAR eX PMB.
Figure 1-4: iSTAR eX PMB Layout
PMB Component Description
The iSTAR eX PMB contains these major components:
RM Reader connectors – RS-485 Reader Busses (4 ports)
COM1, COM2 – RS-485 reader connectors to the GCM
Multiplex switch (S1) – used to connect RS-485 readers to either COM1 or COM2. Read1
and Read2 connect to COM1 and Read3 and Read4 connect to COM2, by default.
LEDs – indicators for power and system status of communications and RM reader bus
communications
Debug Port – for use by Software House technical support
Serial Peripheral Interface (SPI) – a synchronous serial data link that provides
communication between the iSTAR eX GCM and the PMB

Power Management Board (PMB)
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Battery – connector to 12 VDC, 17.2 Ah minimum capacity standby battery
PMB to ESD – battery charging connector
ESD power – UL Recognized ESD, Model SPS-6.5, supplies power to the PMB
Fuse – 10 A, 250 VAC fuse
Star Coupler Feature
The GCM board and the software support two ports for connecting readers and other
peripherals. Each port can control up to four readers. The PMB provides a star coupler feature
to expand the two RS485 ports into four ports with separate drivers (referred to as RM ports)
as shown in Table 1-7 on page 1-25.
The PMB star coupler uses a DIP Switch (S1) to route the RM ports to the RS485 ports on the
GCM.
iSTAR eX Capacities
GCM
16 general purpose inputs –- can be supervised with traditional Software House Double
NO/NC 1K, or various other 1K, 5K, 10K, Unsupervised methods.
Four Wiegand direct connect read heads
Four relay outputs
Four open collector outputs
PMB
Serial – eight I/8s, eight R/8s, four or eight RM Readers on up to four RM busses.
Input/Output Capacities
The maximum configuration per iSTAR eX controller is eight (8) RM (RS485) readers, eight I/
8 Modules, and eight R/8 Modules, for a total of:
96 inputs - does not include the special inputs for Tamper, AC Fail, and Battery Low.
88 outputs - does include the 4 Open collector (OC) outputs..

Power Management Board (PMB)
1–8
iSTAR eX GCM - PMB Interconnections
Figure 1-5: GCM-PMB Interconnections
SPI (Serial Peripheral Interface) Connection
.
Figure 1-6: SPI Connector Details
Note: Pin 1 is not used on either
connector

iSTAR eX Connections
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iSTAR eX Connections
The following types of iSTAR eX connections are available:
Input connector – associates a security device with an input on iSTAR eX or add-on
module board
Output connector – associates an event or input with a relay on iSTAR eX or add-on
module board
Read head connectors – Direct connect Wiegand signaling read heads, and RM reader
modules.
Inputs
An input is a software object that associates a security device, such as an alarm switch, with an
input on iSTAR eX or on an input module board. An input reports the state of the switch. All
inputs can be in one of two states: active or inactive.
A supervised input reports on the status of the wiring between the controller and the switch. If
the wiring is cut, the system reports an open circuit. If someone tries to jumper across the
wiring (prevent the device from reporting), the system reports a shorted circuit.
Supervised inputs can report a total of five conditions to the controller:
Short
Open Loop
Line Fault (resistance is outside of expected ranges)
Inactive,
Active.
Outputs
An output is a software object that associates an event or input with a relay on iSTAR eX or
add-on module. The relay then activates or deactivates devices, such as door locks, flood lights
and alarm devices.
Readers
Direct connect Wiegand signaling read heads can be connected to the GCM connector.
RM reader modules, I/8s, and R/8s can be connected to the PMB.
NOTE For UL Listed products, burglar alarm inputs must be supervised.

iSTAR eX Tools
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iSTAR eX Tools
The following sections describe the configuration and diagnostic tools available for iSTAR eX
hardware.
ICU
The ICU runs on any Windows computer and lets you set the initial parameters for iSTAR eX
controllers and provides the ability to:
Display the status and type of controller
Configure IP address and connection information for master and member controllers.
Run configuration tools, like Ping and Ping Scan.
Activate the Real-Time Monitor that displays diagnostic information.
Run web-based diagnostics.
Download new firmware to multiple controllers.
Configuring Controllers
Use the ICU to configure a controller’s IP addresses, connection type, and identity
information.
Viewing Controller Status
If a controller in the ICU’s subnet is powered on, the utility displays the following information
for the controller:
MAC address
Name
IP address
Parent’s IP address (either the host or master controller IP address)
Type of controller
Connection status
Web-Based Diagnostic Utility
The Web-based Diagnostic Utility permits using the Web to view iSTAR eX status and
diagnostics information from any networked computer. The iSTAR web-based diagnostic
utility provides diagnostic tools for troubleshooting and monitoring system activity.
NOTE The ICU has not been evaluated by UL.
To ensure proper configuration, the information that you enter in the ICU
must match the information that you configure in C•CURE.

iSTAR eX Tools
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Power System
The Power System includes the power supply, battery backup, and power distribution for the
iSTAR eX controller. Circuitry to manage the power distribution exists on the PMB, which is
mounted in the enclosure above the power supply and battery.
The PMB handles the low battery alarm and power fail alarm and controls power to all
peripheral modules and readers. A micro controller operates the PMB and communicates with
the iSTAR eX GCM via SPI.
Battery power will be supplied to all iSTAR eX circuit boards, peripherals, and readers,
enabling the system to be fully functional under battery power.
Power Supply
The iSTAR eX panel uses a UL Recognized ESD, Model SPS 6.5 power supply (12V, 6.5 amps).
Power Supply/Battery Switch-over Circuitry
This circuitry monitors the AC power input. If the AC power fails, the battery will power the
system.
Battery Charging Circuitry
A minimum of 0.5 amps is reserved for charging the battery.
Alarms, LEDs, and Battery
The following alarms are sent to the GCM via the SPI interface.
Power Failure Alarm
If the AC power fails, an AC power failure alarm is asserted.
Battery Low Alarm
When the battery capacity drops to one-third of total capacity for the 12 VDC, 17.2 Ah
minimum capacity standby battery, a battery low alarm is asserted.
Power-On LED Indicator
The power-on LED lights up whenever the board has DC power, either from the power supply
or battery. This LED is the “Super Bright LED” used in the iSTAR and shines through the door
label.
Battery Charging LED
The “battery charging LED” tells users that the battery is connected and the battery charger
circuit is working. The LED does not indicate the battery's ability to accept and hold a charge.
If the charging current is zero (0), the “battery charging LED” is turned off.

Backup and Restore
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Heartbeat LED
The heartbeat LED is connected to a port line of the micro controller and indicates that the
firmware is running.
Standby Battery
iSTAR eX supports the use of a 12 VDC, 17.2 Ah minimum capacity standby battery.
Battery Operating and Charging Time
The battery will keep a typical system operational for a minimum of 4 hours, and the battery
will be fully recharged in 24 hours or less.
Backup and Restore
iSTAR eX backup is similar to the iSTAR Classic backup. iSTAR eX writes backup data from
RAM to the Compact Flash card. During restoration, iSTAR eX writes the data from the
Compact Flash card to RAM.
iSTAR eX maintains the last two backups of the data. Each backup stores its write time. When
iSTAR eX does perform a backup, it overwrites the older backup. This means, for example,
that if the backup is interrupted by the reset switch, the previous backup is still available.
When iSTAR eX performs a restoration, it restores from the newer backup.
State and Configuration Backups
There are two types of backups: state and configuration.
State - A state backup saves all state and configuration data, including all manual actions,
keypad commands, antipassback information, and activity reports.
When a state backup is restored, the state of the system is the same as when the backup is
done, with the exception of states dependent on the physical world, such as input states,
time specs, and expired manual actions.
Configuration - A configuration backup saves only configuration data. State data is not
saved. When a configuration backup is restored, the default state of the system is used.
The state at the time of the backup is lost. Event triggered backup does a configuration
backup.
Restore Process
After booting, iSTAR eX checks the state of its Real Time Clock. If the RTC has been reset,
iSTAR eX assumes that it does not know what time it is and will not restore any data.
Assuming the Real Time Clock has not been reset, iSTAR eX selects the backup and restores
that data from Compact Flash to RAM.

Site Requirements - Pre-Installation Planning
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Site Requirements - Pre-Installation Planning
Pre-installation involves the following:
1. Checking equipment (hardware, software, power supply, and wiring).
2. Checking power, wiring, equipment clearances, and code compliance at the site.
3. Ensuring the proper tools are available.
Equipment Check
Verify that the contents of the shipped boxes match the packing lists. Contact Software House
if any items are missing or damaged.
The iSTAR eX hardware does not include mounting hardware for an installation. Mounting
hardware depends upon the site and must be approved by a structural engineer or other
certified professional.
Software House recommends anchoring systems capable of sustaining a 75 lb. (34.1 kg) load.
Site Check
Ensure that the mounting site is ready:
Mounting dimensions
• Upper mounting holes are 14.25" (36.195 cm) center to center.
• Bottom mounting holes are 21.35" (54.229 cm) below the upper mount holes.
The site has been approved and all wiring complies with UL requirements and other
codes, as appropriate.
All preliminary site work is complete.
An appropriate power supply is accessible.
The site is clean and free of dust or other contaminants.

Installation Requirements
1–14
Installation Requirements
This section describes iSTAR eX hardware, software, environmental, and configuration
requirements.
Host System Requirements
iSTAR eX requires a host computer configured as a C•CURE system server/host that meets all
the hardware and software requirements for servers described in the C•CURE Installation
Guide.
iSTAR eX Cabinet Requirements
The iSTAR eX cabinet must conform to the specifications shown in Table 1-1.
Environmental Requirements
Table 1-2 shows the iSTAR eX environmental requirements.
Ethernet Requirements
The iSTAR eX Ethernet options include:
Onboard 1 Ethernet port – supports 10/100Base-T Ethernet connections to a Socket Low
Power 10Base-T Ethernet connector (Mfg. part number EA0911-336).
Onboard 2 Ethernet port – supports 10/100Base-T Ethernet connections to a Socket Low
Power 10Base-T Ethernet connector (Mfg. part number EA0911-336).
Table 1-1: Cabinet Assembly Specifications
Item Specification
Weight 30 lbs (13.6 kg)
Height 24" (60.9 cm)
Width 16.5" (41.9 cm)
Depth 4.5" (11.4 cm)
Table 1-2: Environmental Requirements
Status Range
Operation 32° F (0° C) to 120° F (48.9° C)
Storage 4° F (-20° C) to 158° F (70° C)

Installation Requirements
1–15
Power Requirements
The standard iSTAR eX uses the UL Recognized ESD Power Supply, Model SPS-6.5 with
Battery charger.
To ensure adequate power, calculate the total power requirements of iSTAR eX and its related
hardware, as follows.
Add the total current power for components in the system (modules, relays, optional
modules, readers, and wire resistance).
Use the information in Table 1-3 through Table 1-5 to compute the current draw of
components attached to iSTAR eX.
The standard iSTAR eX must be connected to a 15A circuit breaker protected branch circuit.
Cabling must be UL Listed. See the section “Connecting AC Power to UL Recognized ESD
Power Supply” on page 1-23.
iSTAR eX Components and Boards
Table 1-3 shows the power requirements of iSTAR eX components and attached boards.
aRM-4 board has only been evaluated by UL with RM Series readers (RM 1,2,3)
bRM-4E boards have only been evaluated by UL for use with RM-DCM-2 enclosure.
iSTAR eX Input Power Rating
The iSTAR eX has the following input power ratings when using the internal power supply:
100 - 240 VAC
6.2 Amps
Table 1-3: Component and Board Power Requirements
Component/Board Current Draw at 12VDC
iSTAR eX - GCM and PMB 500 mA with LCD - no load
iSTAR eX GCM board 350 mA with LCD - no load
iSTAR eX PMB board 150 mA - no load
RM-4 boarda80 mA without LCD - no load
180 mA with LCD - no load
RM-4E boardb125 mA - no load
I/8 board 125 mA - no load
R/8 board 150 mA - no active relays.
Add 20 mA for each active relay

Installation Requirements
1–16
Individual/Total Loads evaluated by UL
RS-485 Reader Power Outputs: 10.6-12.5 VDC, 350 mA max each; total of RS485 reader
outputs combined not to exceed 2.8 A.
Wiegand Reader Power Outputs: 10.6-12.5 VDC, 350 mA max each; total of Wiegand
reader outputs combined not to exceed 1.4 A.
Total of all reader outputs combined (RS-485 & Wiegand) not to exceed 2.8 A
Four (4) activated relay coils – GCM board = 100 mA
One I/8 module – 12 VDC, total= 125 mA
One R/8 module – 12 VDC, total= 325 mA (125 ma + 25 mA for each active relay (max 8))
R/8 relay contact ratings – 30 VDC at 2A (resistive)
Max output load = eight (8) readers (2.8 A) + one (1) I-8 module (125 mA) + one (1) R-8
module (325 mA) = 3.25 A
iSTAR eX GCM Wiegand Reader Ports
Table 1-4 shows the maximum ratings for iSTAR eX GCM Wiegand direct reader ports.
Table 1-5 shows maximum rating for PMB RM Reader ports.
Table 1-4: Wiegand Port Rating
Port Rating
Reader output control
(red, green, yellow, beeper)
Low = 0 v to 0.8 v
High = 4.0 v to 5.25 v
20 mA maximum
Reader input lines
(D0, D1)
Low = 0 v to 0.8 v
High = 4.0 v to 5.25 v
Reader output voltage +5 VDC or +12 VDC
(pin selectable)
Reader current 350 mA max per reader, not to exceed
1.4 A for Wiegand readers
Table 1-5: PMB RM Port Rating
Port Rating
Reader output voltage +12 VDC
Reader current 350 mA max per port, not to exceed
2.8 A for RM readers.

Installation Requirements
1–17
Wiring Requirements
Table 1-6 shows general wiring requirements for an iSTAR eX and its components.
Table 1-6: Equipment Wiring Specifications
Signal From To
Belden # or
equiv. AWG
#
Prs Shield
Max
Length
Max. Wire
Resistance
RS-485 Comm, two
wire
iSTAR eX
PMB
RM & I/O
Modules
9841 24 1 Yes 4000 ft.
(1212 m)
103Ω
Power PMB RM & I/O
Modules
8442/8461 22/18 1 No Range of
600 ft. to
1500 ft.
depends
on AWG
See Note b
RJ45-Ethernet iSTAR eX
GCM
Hub, Host N/A Cat 5 or
more
24
2 N/A 328 ft. (100
m)
8.4 Ω
Supervised Input iSTAR eX
GCM
Input 8442/8461 22/18 1 No 2000 ft.
(606 m)
32Ω
Request-to-exit
(REX or RTE)
iSTAR eX
GCM or
RM-4/4E
module
Switch 8442/8461 22/18 1 No 2000 ft.
(606 m)
32 Ω
Door contact
(DSM)
STAR eX
GCM or
RM-4/4E
module
Contact 8442/8461 22/18 1 No 2000 ft.
(606 m)
32Ω
Supervised Input
(UL)
Note a
iSTAR
eX GCM
Input 9462 22 1 Yes 2000 ft.
(606 m)
32Ω
Relay Control iSTAR
eX GCM or
RM-4/4E
module
ARM-1 9462 22 1 Yes 25 ft.
(7.6 m)
.04Ω
Reader Data iSTAR
eX GCM or
RM-4/4E
module
Proximity/
Wiegand
signaling read
head
9942
9260
Alpha wire
5386C
22
20
18
3 Yes 200 ft.
(60.96 m)
300 ft.
(91.4 m)
500 ft.
(152.4 m)
3.2 Ω (22)
3.2 Ω (20)
3.2 Ω (18)
Reader Data iSTAR
eX GCM or
RM-4/4E
module
Magnetic read
head
22 No 10 ft. .16Ω
a. To comply with UL requirements, use shielded, minimum 22 AWG stranded, twisted pair cable for monitor points, DSMs, and REXs. Use
Belden 9462 or equivalent.
b. Calculations are based on a single RM-4 reader with keypad and LCD (250 mA):
Using 22 AWG, distance = 600 ft. (.0165 Ω /ft.)
Using 18 AWG, distance = 1500 ft. (.0065 Ω /ft.)

Installation Requirements
1–18
Grounding Requirements
Grounding requirements are as follows:
Use 3-conductor minimum 18 gauge AC ground wire
Ensure that the iSTAR eX controller is properly connected to an earth ground at the
ground stud near the AC input wiring.
Ensure that the shield wire is grounded to the nearest earth/ground connection at one end
only of the cable.
Disconnect the ground wire last to provide maximum protection to the equipment and
personnel.
Voltage Requirements and Distance
To operate properly, each reader must conform to voltage requirements.
A standard RM Series Reader or RM-4 board requires at least 7.5 volts.
An RM-4E board requires at least 11 volts.
The iSTAR eX supplies 12 volts at its connectors; however, the amount of voltage that reaches
the reader is impacted by the following:
– Number of devices on the bus
– Current draw of each device
– Distance between devices
– Distance between the device and iSTAR eX
– Wire gauge that connects the devices
– State of the battery
To determine the maximum distance of an RM reader from an iSTAR eX, calculate the voltage
that reaches each reader. If the voltage is insufficient, you can shorten the wire length, use a
heavier wire, or add a UL294 power-limited power supply.
Wire resistance is as follows:
• 24 AWG = 26.0 Ω per 1000 ft.
• 22 AWG = 16.5 Ω per 1000 ft.
• 18 AWG = 6.5 Ω per 1000 ft.
NOTE UL Listed Panic hardware shall be used to allow emergency exit from a
protected area.

Installation Overview
1–19
Installation Overview
Installation Tools
Installing an iSTAR eX requires the following equipment:
Antistatic floor mat, tabletop mat, and wrist strap.
Standard tool kit
3/32" (2.4 mm) screwdriver to secure wires into input, output, and reader connectors.
Security screwdriver (contact Software House)
Small needlenose pliers; wire strippers.
Small Phillips screwdriver for LCD contacts,
5/16" (#10) nut driver (for securing shield wires to a ground stud)
Installation Procedure
To install an iSTAR eX
1. Unpack and mount the iSTAR eX enclosure.
2. Connect AC power.
3. Connect Wiegand signaling readers to the GCM, if required.
4. Connect inputs to the GCM, if required.
5. Connect output devices to the GCM relays, if required.
6. Connect output devices to the GCM OC outputs, if required.
7. Connect RM readers to the PMB, if required.
8. Connect I/8 and R/8 boards to the PMB, if required.
9. Connect to the host.
10. Configure the controller and cluster.
11. Configure readers, inputs, and outputs.
12. Complete the installation (secure wiring, remount cabinet door, etc.).
NOTE All cabling must be shielded.

Mounting the Enclosure
1–20
Mounting the Enclosure
This section describes how to mount the iSTAR eX components in a standard metal enclosure,
as shown in Figure 1-7.
Static Electricity
To mount the iSTAR eX controller
1. Verify that the upper mounting screws (or equivalent) are in place on the mounting site.
2. Carefully unpack the components. Observe static electricity precautions.
3. Open the enclosure door. Carefully lift the door off the hinges and place it on a padded
surface.
4. Align the mounting keyhole slots at the upper back of the enclosure with the two upper
mounting screws and lower the enclosure into position.
5. Install the two bottom mounting screws.
Figure 1-7: Mounting the iSTAR eX controller
6. Remove the appropriate knockouts for wiring the inputs and outputs.
7. Attach conduit couplings to the knockout openings as needed to comply with code.
Observe standard precautions about static electricity when handling hardware components.
Before handling internal components, discharge static electricity by touching grounded
Wear a grounding wrist strap and stand on a grounded static protection mat.
Limit movement during installation to reduce static buildup.
Mounting
keyhole slots
Bottom
mounting holes
14-1/4“
22-1/4“