ICT ICT180-12IRC Manuel utilisateur

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ICT180-12IRC INTELLIGENT MODEL

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INSTRUCTION MANUAL

WITH REMOTE POWER CONTROL

TABLE OF CONTENTS

Warnings Page 2

Product Description Page 3

Installation Page 4

LCD/Select Button Operation Page 6

Web-Based Configuration Utility Page 8

Status Page 9

Basic Setup Page 10

Network Setup Page 12

Alarm Setup Page 13

User Setup Page 15

Maintenance Page 15

Password Reset Page 16

Router Configuration Page 16

Text Message Alarm Notifications Page 19

Troubleshooting Page 20

Product Specifications Page 21

Limited Warranty Page 22

WARNINGS

To reduce the risk of personal injury and property damage, please exercise caution and follow the

warnings below.

No user serviceable parts inside. Only ICT personnel are authorized to service

the unit.

Keep sources of moisture away from the unit.

Read manual completely before starting installation or operation of unit. Manual

should be saved for future reference.

Observe correct polarities when making the input and output connections.

Securely tighten all connections and insert fuses fully. Refer to product

specifications for maximum torque for the connectors.

Use appropriate wire size for both input and output connections.

Connect chassis of the unit to an Earth ground point.

Turn off power source before installing/removing fuses, connecting/disconnecting

loads, or connecting/disconnecting power source.

Allow input insulated studs and fuses to cool off before handling. Depending on

the current flowing through them, they may be too hot to touch.

Do not connect any power source to the output terminal blocks. Doing so may

cause the fuse status LEDs and alarm to not work properly.

It is recommended that the power source be equipped with current limit

protection.

PRODUCT DESCRIPTION

The ICT180-12IRC Intelligent Distribution Panel with Remote Power Control is designed for either 12

or 24VDC applications. It provides 12 output positions that are individually protected by blade type

fuses. Nine of the outputs use the ATO/ATC blade fuse that are rated up to 25A each. Three of the

outputs use the MAXI blade fuse and are rated up to 40A each. These fuses are located on the front of

the panel for easy monitoring and replacement. Each positive output terminal point is connected

through a fuse to a positive internal bus. All negative output terminal points are connected to a

negative internal bus.

System voltage, system current, output currents and fuse status can be monitored onsite through the

LCD graphics display. Fuse status is also displayed by an LED indicator. Form “C” alarm contacts

(C/NO/NC) are provided on the back of the panel for an external alarm circuit.

Remote monitoring is available through the integrated security protected Ethernet communications

port on the back of the panel. The panel has a built-in web server with an embedded web-based GUI

that can be accessed using any standard commercial web browser such as Internet Explorer. The web

server not only displays panel information, it can also be set up to send an alarm to a user-defined

email account in the event a fault occurs. The web server can also be for data logging of up to 30

hours of event information. All these features are packaged in a 1RU enclosure to save valuable rack

space, with a 19” wide front plate to fit standard 19” equipment racks.

DC outputs can be turned on and off remotely, allowing connected loads to be power-cycled through

the Ethernet connection.

FRONT PANEL

Figure 1.

1. FUSE STATUS LEDs: Turns on when a fuse is blown or missing.

2. ATO/ATC FUSES: Location of the ATO/ATC fuses rated up to 25A.

3. LCD: Displays system voltage, system current, output current and fuse

status for each of the 12 output positions.

4. SELECT BUTTON: For switching between LCD screens, and resetting network,

web server and password settings to original factory default values.

5. MAXI FUSES: Location of the MAXI fuses rated up to 40A.

BACK PANEL

Figure 2.

1. INPUT STUDS: For DC power source connection up to 180A peak and 150A

continuous.

2. OUTPUT TERMINAL BLOCK 10 – 12: For DC load connections up to 40A each pair.

3. LAN PORT: For remote monitoring via TCP/IP network.

4. ALARM CONNECTOR: For external alarm circuit to monitor unit fault.

5. CHASSIS GROUND STUD: For Earth ground connection.

6. OUTPUT TERMINAL BLOCK 1 – 9: For DC load connections up to 25A each pair.

INSTALLATION

1. Inspect panel and accessories to make sure everything is complete and in good condition.

2. For rack set up, install panel on the rack using appropriate size screws and star washers on all four

mounting holes. If equipment rack is not electrically connected to Earth ground, connect a ground

cable from the ground stud on the back of the panel to a known Earth ground point. Otherwise, the

four mounting screws and washers may be sufficient for earth ground connection.

For non-rack set up, connect a ground cable from the ground stud on the back of the panel to a

known Earth ground point.

3. Remove the plastic shield(s) covering the output terminal block(s) located on the back of the panel.

Connect the positive of the load to the positive terminal point (labeled “+”) and the negative of the load

to the negative terminal point (labeled “-”).

4. Install fuse on the front of the panel for each output terminal block. The fuse number on the front

of the panel matches the output terminal block number on the back of the panel. Consult your local

electrical codes for wire ampacity and fuse sizing. Typically, fuses and wiring are derated to 80% of

their rating (e.g. 12 Amps for a 15 Amp fuse). For terminal blocks with no load connected, insert any

size fuse to prevent the LED on the front of the panel from turning on and the alarm from activating if

the form “C” alarm is used.

5. Remove the plastic caps covering the input insulated studs. Connect the positive of the power

source to the red insulated stud (labeled “+”) and the negative of the power source to the black

insulated stud (labeled “-”).

6. Re-install plastic shield(s) to the output terminal block(s) and plastic caps to the input studs.

7. For form “C” alarm monitoring, connect an external alarm circuit to the alarm connector located on

the back of the panel. Depending on the alarm circuit (refer to table 2), connect it between normally

open (NO) and common (C), between normally close (NC) and common (C), or both. The built-in web

server controls this alarm. The alarm connector can be unplugged from the panel for easy

installation.

8. For remote monitoring and power control, connect your network interface to the Ethernet port on

the back of the panel. The recommended cable for Ethernet connection is Cat5e UTP network cable.

9. Power up the distribution panel, and check for proper operation of the connected load(s), fuse

status LEDs, LCD, form “C” alarm (if using) and Ethernet communications (if connected).

LED FUSE STATUS

ON Blown or missing

OFF Good

Table 1: Fuse Status LED

LCD/SELECT BUTTON OPERATION

At power up, the LCD of the panel will display the main screen. To switch between the various

LCD screens, press the Output Select button on the front of the panel (see Figure 3 for screen

order).

Figure 3: LCD Screems

NC/C PINS NO/C PINS CONDITION

•Activate Alarm Form C Contact is checked

• One or more blown or missing fuse

• Activate Alarm Form C Contact is checked

• System Voltage is below the set value

• Activate Alarm Form C Contact is checked

• System voltage is above the set value

Open Closed

• Activate Alarm Form C Contact is checked

• System current is above the set value

Closed

Open

Fuse Alarm

System Under - Voltage Alarm

Activate Alarm Form C Contact is checked and no fault occurred

System Over - Voltage Alarm

System Over - Current Alarm

All Activate Alarm Form C Contact is not checked

No power to unit

Table 2: Form “C” Alarm

Holding the Output Select button for 2 seconds at any screens will return you to the main screen.

Holding the Output Select button for 20 seconds at any screens will reset the password (see Password

Reset section).

The backlight of the LCD turns off if the Output Select button is not pressed for 15 minutes. Press the

Output Select button to turn the backlight back on.

MAIN SCREEN

Line 1: Displays the name of the panel, which is customizable through the web-based configuration

utility.

Line 2: blank

Line 3: Displays the system voltage. Voltage display will blink if the system voltage exceeds the

Under-Voltage or Over-Voltage Thresholds set on the Alarm Setup page.

Line 4: Displays the system current. Current display will blink if the system current exceeds the

Over-Current Threshold set on the Alarm Setup page.

NETWORK SCREEN

Line 1: Displays the network status.

Line 2: Displays the connection type.

Line 3: Displays the IP address assigned to the panel.

Line 4: Displays the MAC address of the panel.

OUTPUT SCREEN (1 – 12)

Line 1: Displays the name of the load, which is customizable through the web-based configuration

utility.

Line 2: Displays the output status. ENABLED for output enabled, DISABLED for output disabled,

and FUSE OPEN for blown or missing fuse.

Line 3: Displays the output voltage. Voltage display will blink if the voltage exceeds the Under-Voltage

or Over-Voltage Thresholds set on the Alarm Setup page.

Line 4: Displays the output current for that individual output.

WEB-BASED CONFIGURATION UTILITY

Follow these steps to access the panel from a browser. The recommended web browsers to use with

this panel are Microsoft Internet Explorer, Mozilla Firefox or Google Chrome.

1. Start your web browser.

2. Enter the IP address of the panel in the location/address field of the browser.

If the panel is connected to a network with a DHCP server, the panel will be assigned an IP address

automatically. To find the current IP address of the panel, see LCD Operation section. If the panel is

not connected to a network with DHCP, it will use a default IP address of 192.168.0.180.

3. Enter your user name and password. The default Administrator user name is admin, and there is no

password by default.

Figure 5.

Figure 4.

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