jacarta interSeptor Pro-XP User manual

© Copyright 2022. Jacarta Ltd. All rights reserved.
interSeptor Pro-XP
User Manual
Version 1.2

interSeptor Pro-XP
2
Copyright
© Copyright 2022. Jacarta Ltd. All rights reserved.
Trademarks
All trademarks belong to their respective proprietors.
Electronic Emission Notice
Federal Communications Commission
This equipment has been tested and found to comply with the limits for
a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits
are designed to provide reasonable protection against harmful
interference when the equipment is operated in a commercial
environment.
CE Notice
This device complies with the EMC directive of the European Community
and meets or exceeds the following technical standard:
RoHS
This device is RoHS compliant.

Safety Information
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Safety Information:
•Only install the unit in a temperature-controlled indoor area free of
conductive contaminants. Do not place the unit near liquids or in
an excessively humid environment.
•Do not allow liquids/foreign objects to enter the unit.
•The unit does not contain any user-serviceable parts.
•Do NOT open the unit.
•Before shipment, the unit must be completely switched off and
unplugged and all connections must be removed.
•Before connecting the interSeptor Pro-XP to the power supply,
ensure that the rating of the power source is consistent with the
rating of the power adapter of the interSeptor Pro-XP.
•Follow the instructions in the full interSeptor Pro-XP manual to
connect the power adapter and avoid improper use of the
equipment.
•Do not use any organic solutions or corrosive detergents to clean
the exterior of the equipment. To clean the equipment, first turn
off the power. Use a cloth that has been very lightly dampened in
water to clean the exterior.
•Do not use the equipment in the following environments:
i. Humidity higher than 80%.
ii. Temperature higher than 50°C or lower than 0°C.
iii. Near objects which transmit strong electromagnetic waves (e.g.
TV’s or radios).
iv. Locations that are subject to violent vibrations.
v. Locations that are damp or that come into contact with water.

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Table of Contents
Electronic Emission Notice..................................................................2
Safety Information .............................................................................3
1Introduction.................................................................................6
1.1 Features .......................................................................................6
1.2 Package Contents.........................................................................7
1.3 Front View.................................................................................... 8
1.4 Rear View.....................................................................................8
2Installation ..................................................................................9
3Managing interSeptor Pro-XP via Web Browser...........................10
3.1 Initial Configuration ...................................................................10
4Device Monitoring .....................................................................12
4.1 Comprehensive View –Dashboard.............................................12
4.2 Detail Information......................................................................13
4.3 Identification..............................................................................14
4A Device Management..................................................................15
4A.1 Device Configuration..................................................................15
4A.2 Schedule of Device.....................................................................23
5General Settings.........................................................................25
5.1 System Configuration.................................................................25
5.1.1 Preference .........................................................................25
5.1.2 Web Setting....................................................................... 27
5.1.3 Upload and Download ......................................................27
5.2 Network Setting .........................................................................28
5.3 Event Notification ......................................................................30
5.4 Authentication Configuration ....................................................33
5.5 Protocol Setting..........................................................................35

Table of Contents
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5.6 MODBUS Setting ........................................................................39
6Alert & Logs ...............................................................................39
6.1 Alert Table..................................................................................39
6.2 System/Sensors Event Log .........................................................40
6.3 History Log .................................................................................40
6.4 Clear & Save Log.........................................................................41
7Advance
7.1 Multi-Language Setup................................................................41
7.2 Wireless Configuration...............................................................43
7.3 SMS Configuration .....................................................................44
7.4 Detail Configuration...................................................................46
8External Links.............................................................................47
9Technical Specification ...............................................................48

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1Introduction
The interSeptor Pro-XP is an advanced Environmental Monitoring
System designed to monitors various sensors, such as temperature/
humidity, water leak, smoke, security, power, etc. and provide alerts
should problems be detected.
1.1 interSeptor Pro-XP Features
•Monitor up to 32 x Temperature/Humidity Sensors (4 x 8,
daisy-chained)
•Monitor up to 68 x Go-Probe Alarm Sensors (water, smoke,
security, power, etc.)
•Monitor up to 6 x Analogue Sensors
•Monitor up to 4 additional Dry-Contact Sensors
•2 x Digital Outputs for Alarm Beacon, etc.
•Monitoring via web browser, SNMP, Modbus
•Email Alerts
•Syslog Alerts
•SNMP Traps
•Optional GSM modem for SMS alerts (SIM card required)
•Event Logs
•Export/Import configuration facility
•Supports both Modbus RTU and TCP/IP
•RADIUS Authentication
•TLS 1.2 Support
•DHCP/BOOTP
•Alerting ‘Matrix’
•Mobile-friendly web user interface
•DIN Rail Mounting to facilitate space saving and ease of
installation

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1.2 Package Contents
interSeptor Pro-XP
Temperature/Humidity Sensors x 2
12V/2A DC power adapter
RJ45 to RJ45 male cable *2 for T/H
connection to the Pro-XP
Terrminal Block connector
6 x 4pin / 2 x 3pin
Quick Installation Guide

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1.3 Front View
Figure 1-1 interSeptor Pro-XP front view
1.4 Rear View
Figure 1-2 interSeptor Pro-XP rear view
Note: You can use a screw with the following size to fix the
DIN Rail Mounting Kit: M3x0.5 , length: 6~8mm

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2Installation
Please refer to your QUICK INSTALLATION GUIDE for the initial set-
up instructions for your interSeptor Pro-XP
2.1 Powering the interSeptor Pro-XP
Connect the power connector
Note: You can select to use either the power adapter or
the 48V DC power source to supply power to the
interSeptor Pro-XP.
Upon successful connection, you can configure the interSeptor Pro-XP
via the web browser from any workstation connected to the same
network of the interSeptor Pro-XP. For further details, please refer to
Chapter 3.

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3Managing interSeptor Pro-XP via Web
Browser
3.1 Initial Configuration
1. Select “Network setting” from “General Settings”of the main
menu to setup the network configuration parameters.
2. Login to become Administrator (default Username: iStry3 ;
Password: admin)
3. Enter the inSentry3 IP address.
4. Enter the inSentry3 Gateway Address in the network.
5. Enter the inSentry3 Subnet Mask of the network.
6. Click “Apply” to save the settings.
7. Enter “Date and Time” from General Settings > System
Configuration> Preferences and enter the appropriate date and
time information in the specified format.

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8. Click “Apply” to save the date and time settings.
9. Enter “Protocols Setting” from General Settings > Protocols >
Advance to enable or disable the network protocols. Click
“Apply” to save the changes.

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4Device Monitoring
In System Status, you can check the real time sensor status of the
interSeptor Pro-XP.
4.1 Comprehensive View –Dashboard
The Dashboard page is used to display interSeptor Pro-XP status and
activity alerts in graphical mode. Each EMD response time is 100ms.
Temperature and Humidity polling cycle is 5 seconds. AI and DI
(including EMD Alarm1 and Alarm 2) polling cycle is 1 second.
•Sensor Name: This field displays the name of each EMD.
•Sensor Type: This field displays the type of each EMD. Now only
has EMD type.
•Temperature Name: This field displays the temperature name of
each EMD.
•Temperature: This field displays the current temperature of each
EMD.
•Temperature Alarm Time: This field displays the temperature alarm
time of each EMD.
•Humidity Name: This field displays the humidity name of each
EMD.
•Humidity: This field displays the current humidity of each EMD.
•Humidity Alarm Time: This field displays the humidity alarm time of
each EMD.
•Alarm1/Alarm2 Name: This field displays the Alarm1/Alarm2 name
of each EMD.
•Alarm1/Alarm2 Status: This field displays the current status of
Alarm1/Alarm2 for each EMD.
•Alarm1/Alarm2 Alarm Time: This field displays the alarm time of
Alarm1/Alarm2 for each EMD.
•AI Name: This field displays the name of each AI.
•AI Type: This field displays the type of each AI.
•AI Status: This filed displays the current status of each AI.
•AI Alarm Time: This field displays the alarm time of each AI.

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•DI Name: This field displays the name of each DI.
•DI Status: This field displays the current status of each DI.
•DI Alarm Time: This field displays the alarm time of each DI.
•DO Name: This field displays the name of each DO.
•DO Status: This field displays the current state of each DO
Sensor Status will be displayed as follows:
Green: Normal operation
Red: Alarm present
Grey: Connection Lost
4.2 Detail Information
The Detail Information page is used to display interSeptor Pro-XP status
in text mode. If any monitored value exceeds the threshold, the monitor
value color will be red.
•Sensor Name: This field displays the name of each EMD.
•Temperature/Humidity/Alarm1/Alarm2 Name: This field
displays the temperature/ humidity/ alarm1/ alarm2 name of
each EMD.
•Temperature/Humidity/Alarm1/Alarm2: This field displays the
current temperature/humidity/alarm1 status/alarm2 status of
each EMD.
•Temperature/Humidity/Alarm1/Alarm2 Record Since: This field
displays the time to start recording
Temperature/Humidity/Alarm1/Alarm2.
•Minimum Temperature/Humidity: The minimum value of the
temperature/humidity detected after the 'Record Since' time.
•Minimum Temperature/Humidity Recorded Time: This field
displays the time when the lowest temperature/humidity was
recorded.
•Maximum Temperature/Humidity: This field displays the

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maximum value of the temperature/humidity detected after the
'Record Since' time.
•Temperature/Humidity/Alarm1/Alarm2 Alarm Time: This field
displays the Temperature/ Humidity/ Alarm1/ Alarm2 alarm
time of each EMD.
•AI/DI Name: This field displays the AI/DI name.
•AI/DI Value: This field displays the current AI/DI status.
•AI/DI Record Since: This field displays the time to start recording
AI/DI.
•Minimum AI: The minimum value of the AI detected after the
'Record Since' time.
•Minimum AI Recorded Time: This field displays the time when
the lowest AI was recorded.
•Maximum AI: This field displays the maximum value of the AI
detected after the 'Record Since' time.
•AI/DI Alarm Time: This field displays the AI/DI alarm time.
•DO Name: This field displays the name of each DO.
•DO Status: This field displays the current state of each DO
4.3 Identification
The Identification page provides general system identification
information.
•System Firmware Revision
The version and serial number of the interSeptor Pro firmware
release.
•System Manufacturer
The company name of manufacturer.
•System Contact
The contact information for interSeptor Pro-XP.
•System Name
The name of interSeptor Pro-XP for reference.
•System Location

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The location of interSeptor Pro-XP for reference.
•System Date and Time
The date and time of interSeptor Pro-XP. The format refers to
the General Settings/System Information/Date Time Format.
•System Uptime
The time that has expired since the last interSeptor Pro-XP boot-
up.
Device Management
The Device Management options enable you to take immediate or
scheduled actions based on interSeptor Pro-XP sensor status. Users can
select System Board (or Device Board-n, if there are extra devices be
cascaded) to configure sensors.
4A Device Management
4A.1 Device Configuration
EMD Port 1/EMD Port 2/EMD Port 3/EMD Port 4 Configuration
If there are more EMD sensors cascaded, the user can select the sensor
1 to sensor n to configure the sensor.
•Name: This column allows the user to configure the user-
defined name of the EMD. The size is 31 characters. Available
characters are alphabetic characters*1, numerals*3 and [space,
_, -]. The default value is EMD-n-m, n is the number of EMD
Port, m is the order in RS-485 chain.
•Action: By default this is set to 'Enabled'. This means that
whenever an EMD is attached the interSeptor Pro-XP it will
auto-detect the readings. If no EMD is required to be connected
then the port can be set to 'Disabled'. When a port is set to
'Enabled' and there is no EMD connected then a
'Communication lost' alarm is raised for that port.

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•Display: The EMD can be configured as 'Enabled' or 'Disabled'
to display or not display in the 'Comprehensive View' and 'Detail
Information' web page. The default value is 'Enabled'.
•Temperature/Humidity/Alarm 1/Alarm 2 Name: Configure the
name of a sensor with up to 31 characters. Available characters
are alphabetic characters*1, numerals*3 and [space, _, -]. The
default value is 'sensor-type-m', m is the order in the T/H sensor
chain. For example, Temperature1, Alarm1-1 or Alarm1-2.
•Low Alarm/High Alarm: The threshold of a sensor (Temperature
or Humidity) will trigger an alarm, whenever the measurement
is over (high) or under (low) the set point. The alarm can be
configured to activate at no action, information, warning or
critical levels. The valid range for the Temperature threshold
setting is -15C (5F) to 65C (149F) and 5% to 95% for Humidity.
The default value for Low Alarm is -15 C or 5% for High Alarm is
65 C or 95%.
•Low Alarm/High Alarm Type: This field defines the alarm type.
Available value is "Information", "Warning", "Critical" and
"None", default value is "None".
•Hysteresis: A sensor value can be floating around its threshold
and triggering multiple alarms. Setting the hysteresis will help to
prevent the alarm bouncing between active and inactive. For
example, if the low warning threshold set point is 20 and
hysteresis is 3, then the alarm will activate when the value
reaches 20 but it will not become inactive again until the sensor
value reaches 23.
For the contact alarm sensors, the hysteresis can be used to
adjust the sensitivity of an alarm. The alarm will be active or
inactive only after the alarm stays in the same state for the
duration of the hysteresis value (in seconds). For example, if the
hysteresis is 5 for an alarm, the alarm will not activate until the
same state has persisted for 5 seconds. This rule also applies in
reverse so the alarm will stay in an inactive state for 5 seconds
before the sensor status is recorded as normal. Available values

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are 0 to 99 and default value is 0 C for temperature, 0% for
humidity and 0 for alarm.
•Calibration Offset: If the measurement value of a sensor doesn't, for
whatever reason, comply with the actual environment, the
'Calibration Offset' setting can be configured to adjust the final value
of the sensor. For example, if a sensor reports 43% humidity for a
45% humidity environment, the user can configure the humidity
offset as 2% so the sensor can then adjust its final value to 45%.
Available values are -10 to +10 and default value is 0 C for
temperature and 0% for humidity.
•Normal State: If an alarm sensor (water leak, security, etc) is
connected to the EMD, the user can configure the alarm as
'Disabled', 'Normal Open (Off)', 'Normal Close (On)''. A 'Disabled'
setting will mean the alarm is inactive. The default value is
'Disabled'.
•Event Severity: For the contact alarm sensors, event severity can be
used to configure the alarm level while alarm is triggered. Available
values are 'Information', 'Warning' and 'Critical'. The default value is
'Information'.
•Event Output: This allows the user to Enable or Disable the Digital
Output while related alarms are triggered. Available values are
'Disabled', 'DO 1' and 'DO 2'. The default value is 'Disabled'.
•EMD Firmware Upgrade: This field is a button and file type input.
User can select an EMD firmware image file and upload it to
interSeptor Pro-XP. When an upgrade is in progress, the upload
button is disabled and the progress elements appear below the
button. A confirmation message displays when upload button is
clicked. After the firmware upgrade is successful, the EMDs will be
restart.
Note *1: the letters A –Z (both uppercase and lowercase)
Note *2: common symbols such as ! # $ % & ' ( ) * + , - . / : ; = ? @ [ ] ^ _
{ | } ~ < >
Note *3: numbers 0 –9

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AI/DI/DO Configuration
Analog Input Configuration:
•Name: This column allows the user to configure the user-
defined name of the analog input. The size is 31 characters.
Available characters are alphabetic characters*1,
numerals*3 and [space, _, -]. The default value is 'AI-n', n is
the number from 1 to 6.
•Type: This column allows the user to configure the analog
input type. Available values are 'Disabled', '0 ~ 15V', '0 ~
10V', '0 ~ 5V' and '4 ~ 20mA'. The default value is 'Disabled'.
•Low Alarm/High Alarm: The threshold of an AI will trigger an
alarm, whenever the measurement is over (high) or under
(low) the set point. The alarm can be configured to activate
at no action, information, warning or critical levels. The
valid range for the AI threshold setting is 0 ~ 15V: 0.0V to
15.0V
0 ~ 10V: 0.0V to 10.0V
0 ~ 5V: 0.0V to 5.0V
4 ~ 20mA: 4.0mA to 20.0mA
The default value is 0.0.
•Low Alarm/High Alarm Type: This field defines the alarm type.
Available value is "Information", "Warning", "Critical" and
"None", default value is "None".
•Hysteresis: An AI value can be floating around its threshold and
triggering multiple alarms. Setting the hysteresis will help to
prevent the alarm bouncing between active and inactive. For
example, if the low warning threshold set point is 5.0V and
hysteresis is 1.0V, then the alarm will activate when the value
reaches 5.0V but it will not become inactive again until the
sensor value reaches 6.0V. Available values are as following:
0 ~ 15V: 0.0V to 2.0V
0 ~ 10V: 0.0V to 1.5V
0 ~ 5V: 0.0V to 1.0V

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4 ~ 20mA: 0.0mA to 2.0mA
The default value is 0.0.
•Calibration Offset: If the measurement value of an AI doesn't,
for whatever reason, comply with the actual environment, the
'Calibration Offset' setting can be configured to adjust the final
value of the sensor. For example, if a sensor reports 5.0V for a
6.0V AI sensor, the user can configure the calibration offset as
1.0V so the AI sensor can then adjust its final value to 6.0V.
Available values are as following: 0 ~ 15V: -2.0V to 2.0V
0 ~ 10V: -1.5V to 1.5V
0 ~ 5V: -1.0V to 1.0V
4 ~ 20mA: -2.0mA to 2.0mA
The default value is 0.0.
•Event Output: This allows the user to Enable or Disable the
Digital Output while related alarms are triggered. Available
values are 'Disabled', 'DO 1' and 'DO 2'. The default value is
'Disabled'.
Digital Input Configuration:
•Name: This column allows the user to configure the user-
defined name of the digital input. The size is 31 characters.
Available characters are alphabetic characters*1, numerals*3
and [space, _, -]. The default value is 'DI-n', n is the number
from 1 to 4.
•Normal State: If an alarm sensor (water leak, security, etc) is
connected to the DI, the user can configure the alarm as
'Disabled', 'Normal Open (Off)', 'Normal Close (On)''. A 'Disabled'
setting will mean the alarm is inactive. The default value is
'Disabled'.
•Event Severity: For the contact alarm sensors, event severity can
be used to configure the alarm level while alarm is triggered.
Available values are 'Information', 'Warning' and 'Critical'. The
default value is 'Information'.
•Hysteresis: For the contact alarm sensors, the hysteresis can be

interSeptor Pro-XP
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used to adjust the sensitivity of an alarm. The alarm will be
active or inactive only after the alarm stays in the same state for
the duration of the hysteresis value (in seconds). For example, if
the hysteresis is 5 for an alarm, the alarm will not activate until
the same state has persisted for 5 seconds. This rule also applies
in reverse so the alarm will stay in an inactive state for 5
seconds before the sensor status is recorded as normal.
Available values are 0 to 99 and default value is 0.
•Event Output: This allows the user to Enable or Disable the
Digital Output while related alarms are triggered. Available
values are 'Disabled', 'DO 1' and 'DO 2'. The default value is
'Disabled'.
Digital Output Configuration
•Name: This column allows the user to configure the user-
defined name of the digital output. The size is 15 characters.
Available characters are alphabetic characters*1, numerals*3
and [space, _, -]. The default value is 'DO-n', n is the number
from 1 to 2.
•Normal Start-up: This allows the user to set the normal status of
the DOs. Available values are 'Off (Open)' and 'On (Close)'. The
default value is 'Off (Open)'.
•Action: This allows the user to enable or disable the Digital
Output while related alarms are triggered. Available values are
'Disabled' and 'Enabled'. The default value is 'Enabled'.
•Manual Control: This allows the user to turn on or off the DOs
manually. '0' is Off (Open), '1' is On (Close).
•Postpone: User can use this field to postpone the alarm trigger
time. This field can be filled with 0~300(seconds). The default
value is '0'.