Securitron AQL Series Intelligent Power Systems ® Installation Instructions Product Pages Securitron AQL4, 6, 102/104.........................................4 Securitron D8 .................................................................10 Securitron R8 ...................................................................11 Securitron B100 ..............................................................14 Securitron Netlink .........................................................
Introduction Symbol Definitions The following symbols are used throughout this manual: Shock Hazards within the enclosure. Service should only be performed by qualified service personnel. Important Information intended to help the installer avoid personal injury or property damage. Warnings Installation and service should be performed only by qualified service personnel and should conform to all local codes. To reduce the risk of electric shock or fire, do not expose this equipment to rain or moisture.
FAI Input Usage The Fire Alarm Input (FAI) is used to unlock doors during a fire alarm condition. The FAI input will accept various activation methods and must be wired as shown below. FAI INPUT L L V– I– I+ V+ Activation with a Normally Open Relay Contact FAI Activates when the NO contact CLOSES. FAI Deactivates when the NO contact OPENS. NO Contact FAI INPUT L L V– I– I+ V+ Activation with a Normally Closed Relay Contact FAI Activates when the NC contact OPENS.
Securitron AQL4, 6, 102/104 ® Power Supply Boards Specifications Certifications • • • • • ULC-S319 Listed • CSA C22.2 #107.1 • RoHS Compliant UL 294 Listed UL 603 Listed UL 1076 Listed Electrical • Operating Temperature: 32˚ to 120˚F [0˚ to 49˚C] ULC-S318 Listed Securitron AQL4 Securitron AQL6 Standby DC Output at 12 V Setting Current 1.8 A max 3.7 A max 3A 5.7 A 80 mA 150 mA 110 mA 160 mA Voltage 11.3 – 12.0 V 11.2 – 12.0 V 11.3 – 12.
Mounting Power Boards to the Enclosure Mounting a Securitron Intelligent Power Board to an enclosure is via the four snap-in standoffs supplied. 1 2 Locate the appropriate mounting holes in the enclosure and snap the standoffs into the holes. Align the board mounting holes with the standoffs (be sure the PC board is properly oriented) and snap the board onto the standoffs. Mounting an Enclosure to a Wall Securitron AQL4 Use the following procedure when mounting a wall-mount enclosure.
Typical Installation & Wire Routing Securitron AQL4 Actual configuration and wire routing will vary based on the components installed in your system. The following guidelines should be followed for installation: • • • L N AC INPUT Class 2 Power limited wiring must be separated from nonpower limited wiring by a minimum of 1/4" and must use separate knockouts. Any wiring passing through knockouts in the bottom or top surfaces of the enclosure must be enclosed in rigid or flexible metal conduit.
Securitron AQL4 Power Supply Overview 1 2 AC Voltage Select Jumper – Leave INTACT for 120 V input. CUT for 230 V input. Failure to cut this jumper when using the Securitron AQL with a 230 VAC input will result in damage to the system. 2 3 AC Input primary AC connection. AC Select 1 3 AC On LED (GREEN) – Indicates a valid AC input voltage is present. Missing AC is indicated by this LED extinguishing.
Securitron AQL6 Power Supply Overview This guide gives the basic information needed to install a system containing a single Securitron AQL Power supply for most applications. 1 9 AC Input Voltage Selection – Leave INTACT for 120 V input. CUT for 230 V input. 10 Failure to cut this jumper when using the Securitron AQL with a 230VAC input will result in damage to the system. 2 3 11 AC Input – The primary AC connection. Cut JP1 for 230 VAC input.
Securitron AQL102/104 Power Supply Overview This guide gives the basic information needed to install a system containing a single Securitron AQL Power supply for most applications. 1 8 AC Input Voltage Selection – Leave INTACT for 120 V input. CUT for 230 V input. Failure to cut this jumper when using the Securitron AQL with a 230 VAC input will result in damage to the system. 2 3 9 AC Input – The primary AC connection. Cut JP1 for 230 VAC input.
Securitron D8/D8P Power Distribution Module ® Specifications Certifications • • • • • • • • • UL 294 Listed UL 603 Listed UL 1076 Listed ULC-S318 Listed ULC-S319 Listed CSA C22.2 #107.1 RoHS Compliant CSFM Approved FCC Part 15, Subpart B Electrical Shipping Weight • 8 continuous outputs • Input x Voltage: 5-24 VDC nominal x Current: 12 A maximum x Standby Current: 65 mA • Output x Voltage: same as input x D8 Current: 3 A resistive fuse • .15 lbs Dimensions • 4" x 2.
Securitron R8 Power Relay Module ® Specifications Certifications • • • • • • • • UL 294 Listed UL 603 Listed UL 1076 Listed ULC-S318 Listed ULC-S319 Listed CSA C22.2 #107.1 RoHS Compliant Electrical • Power Input x Voltage: 12 or 24 VDC nominal ±15% x Current: 12 A maximum x Standby Current: .6 A at 12 V and .
Input Wiring INPUT 1– 4 Each input on the R8 has an “IN” terminal and a “GND” terminal. • • IN1 1 GND IN2 2 GND When using a NO relay contact to activate the input, the contact is placed across these terminals. GND GND IN3 3 GND IN4 4 GND INPUT 5 –8 GND GND IN5 5 GND GND IN6 6 GND GND IN7 7 GND GND IN8 8 B1 B2 BR GND GND To use a DC ground or an open collector (transistor) as an input, connect the ground/open collector to the “IN” terminal to activate the input.
Securitron B100 Secondary Voltage Module Description The Securitron B100 provides an additional voltage in a Securitron AQL power system. This voltage can either be accessed directly via the Securitron B100’s terminals or through other Securitron AQL Accessory Boards. The Securitron B100’s input is typically supplied by the B1 buss in the system, allowing the Securitron AQL’s battery set to back up the Securitron B100’s output voltage without the need for a second battery set.
Overview 1 2 DC IN Connectors (J1 & J4) – These fastons are the input to the Securitron B100. Either faston may be used as the input. Two connections are provided to allow this voltage to pass through to other accessory boards in the system. This input voltage must always be at least 3 volts above the output voltage setting for the Securitron B100 to maintain its output.
Current Loading Current Load Examples Power drawn from the Securitron B100 subtracts from the power available from the Securitron AQL supplying the Securitron B100. The most accurate way to determine the draw from the Securitron AQL is to calculate the actual power draw and factor in the efficiency of the Securitron B100. Example 1 What size Securitron AQL power supply do you need to create PI = PO*1.
Application Examples Dual Voltage 24 V | 12 V Using • • Dual Voltage 24 V | 12 V Using • • • One (1) Securitron AQL Power Supply One (1) Securitron B100 Secondary Voltage Module Securitron AQL 24 V FlexIO One (1) Securitron B100 Secondary Voltage Module One (1) Securitron D8/D8P Power Distribution Module Securitron B100 – set to 12 VDC Securitron AQL 24 V Securitron B100 – set to 12 VDC DC IN DC OUT BR One (1) Securitron AQL Power Supply DC IN DC OUT BR DC IN DC OUT BR FlexIO FlexIO B1 B2 –
Securitron Netlink Power Monitoring Module ® Product Description The Securitron Netlink NL4 module is a network appliance which may be used with Securitron AQL power systems to provide remote monitoring of the power system and connected devices. The NL4 provides four ports for connection to Securitron power supply boards.
Module Overview The following are basic Securitron Netlink board descriptions. Refer to the appropriate section for more detailed information. 1 C1 and C2 Inputs (J12 & J16) – These are the connectors for the current sensors. Only NL4 current sensor should be plugged into this connector. The sensors have a range of +/-20 A and are typically used to monitor battery discharge current. See page 22.
SYS DATA LINK Diagram 1 1 10 13 11 J10 RESET C2 C1 J6 J12 2 EVENT 1 3 ADC 1 RJ45 INPUT 4 SYS DATA LINK J18 V+ J1 V– J3 DEVICE 3 DEVICE 2 J8 J9 J19 J22 J20 5 6 DEVICE 4 DEVICE 1 7 9 8 14 12 15 18 17 16 19
Making the Power Connections to the Securitron Netlink Diagram 2: Power the Securitron Netlink from the Securitron AQL main or aux output terminals. The power connections for the Securitron Netlink must connect directly to the main or aux output of the Securitron AQL power supply. Netlink AQL DC Systems ONLY In a DC system, the DC power source for the Securitron Netlink is connected to the INPUT (V+ & V-) fastons.
Connecting the Current Sensor(s) measure etLink Typically, the currentTosensor FPO is used to Sense Wire battery discharge current to allow To battery ent Sensor Battery FPOtesting DC1 +and ut Terminals Terminal utilization of the Battery Condition bar graph. In this application, the short orange lead connects toward the power supply and the long red lead connects toward the battery. See Diagram 5 for wiring details.
Remote Temperature Sensor Diagram 6 9-28 VDC – + The remote temperature sensor allows measuring a temperature up to 6 feet away from the Securitron NL4 board. Plug the sensor into J18 and run the sensor wire to the area or device to be monitored. Connecting the ADC (Voltmeter) Input When using the voltmeter input, connect one end of the ADC cable to the ADC1 input on the Securitron Netlink board.
Before connecting the Securitron Netlink to a network for the first time, the board must be configured using a laptop. All screens shown are of the NL4 GUI. screens are similar, with changes as noted in the text. If using DHCP, a Network Scan Tool used for finding Securitron devices is available at http://www.lifesafetypower.
Resetting the Securitron Netlink • To reset the Securitron Netlink to factory default user name and password press and hold the Reset button for 10 seconds. • To reset the Securitron Netlink to factory default user name, password, IP address, certificate, and Cipher Suite settings, press and hold the Reset button for 30 seconds. • After releasing the button, the Securitron Netlink will reset and reboot. • Depending on the firmware revision, the Securitron Netlink may default to DHCP after reboot.
Time Settings The Time Settings block on Configuration Page (See page 24, circle) is where the time and date are programmed into the Securitron Netlink. First, select the correct time zone from the drop down list and click Submit. After the time zone is set, the time and date can be set one of three ways: Manual Entry Enter the correct time and date in the following format and click the Submit button: • • For Date: YYYY MM DD For Time: HH MM SS ALWAYS enter two digits in time field.. ie.
Configuring the Email Settings The Securitron Netlink can be configured to send email alerts on user-specified conditions and periodic status reports. Underneath the SNMP Settings block on the Configure page is the Email Settings block. Under “Receive Addresses”, the email address or addresses to receive the alerts and reports should be entered. Up to four recipient email addresses may be entered. NOTE: Regarding Microsoft Exchange – By Default, Microsoft Exchange will not accept SMTP connections.
Configuring the Securitron Netlink Network Module Settings Below the VPN Settings block is the Network Module Settings block, where applicationspecific parameters of the Securitron Netlink can be set. Client ID Enter any meaningful name to help identify the site or customer. The Client ID will appear at the top of the home page. Control 2 Enter a name for the Control 2 output. This label will appear below the Securitron Netlink Control Setting 2 radio buttons on the home page.
User Settings In the User Settings block of the Configure screen, you can enter the user names, passwords, access levels, and password complexity for the Securitron Netlink board. The default user is “admin” and the password for this account is also “admin”. It is highly recommended to change this user name and password for security reasons. Click Submit when done. Note that there must ALWAYS be at least one admin-level user.
Import & Export Configuration File The Securitron Netlink allows the user to export the settings that are configured in the Securitron Netlink to a file. This file can be used as a backup or to transfer these settings to other Securitron Netlink devices that require similar settings. The settings exported include: • From Configure Page: Time Settings (including NTP Server), MSM Settings, SNMP Settings, VPN Settings, Securitron Netlink Module Settings, User Settings.
Setting up the Parameters for the Email Reports The Securitron Netlink can send email alerts based on selectable conditions. If enabled, when the selected conditions are met, the Securitron Netlink will send an email with an attached report file (in CSV format). To set up the email alert conditions, click the Reporting link in the top menu.
Select the Occurrences to Report Typical Reporting Page The “Select Occurrences to Report” block of the Reporting page allows the setting of the number of history events to be included in the report file attached to the alert email (example right). The Securitron Netlink records a snapshot of device parameters at the time period selected on the Configure page. Up to 1000 history events can be recorded. The user can enter between 1 (the latest event only), up to 1000 (for all events).
Viewing System Parameters on the Securitron Netlink Home Page Before system parameters can be viewed, you must be logged into the Securitron Netlink board using the proper IP address, user name, and password for the Securitron Netlink. The Home page contains all of the realtime parameters monitored directly by the Securitron Netlink as well as status of the connected devices. The Home page is broken into several sections as follows.
Network Module Data, History & Control Sections Below the Basic Site Information are the parameters and settings related to the Securitron Netlink board and the Web Interface itself. Enclosure Temperature This is the temperature of the Securitron Netlink board. This temperature sensor is installed on the Securitron Netlink's PC board. External Temperature If an external temperature sensor is connected to J18, this temperature display will display the external sensor's temperautre.
Connected Devices Section The bottom of the home page shows the devices connected to the Device connectors of the Securitron Netlink with a SPI cable. Each device will display a photo of the device and the model number. The Device ID is a unique number given by the Securitron Netlink to each device. The “Status” indicator shows the current status of the device. Green indicates a normal state, yellow indicates a fault, and blue indicates a service item.
Power System Monitoring & System History Any power supply connected to a device input will provide the following parameters: Device ID This is the identifying label for the device. The FP-1 or FP-2 label is given by the Securitron Netlink and is not user settable. Also displayed is the model number of the power supply. Output Voltage This is the measured system output voltage (in Volts DC) of the supply, as measured directly out of the power supply engine within the power supply board.
Battery Status The section at the left of the middle section of the screen shows the current battery status. This section will only be enabled if a current sensor is connected in line with the battery for the Securitron AQL (See page 21). Battery Enable /Disable Button (AQL main screen) Battery State of Charge If enabled, a bar graph will display indicating the estimated condition of the battery connected to the supply.
Battery Test The Battery Test section allows the user to test the actual run-time of a system with the installed battery set. This test may be run manually or may be scheduled for a one-time or repeating automated test. If email is configured on the Securitron Netlink, a report of the results can be emailed.
Power Supply Settings The power supply section shows the programmable settings for the Securitron AQL power supply. The following parameters are available: Battery Charge Selector Select the proper battery size range for optimal charging rate. AC Fault Reporting Delay Select the desired delay for reporting an AC fault in hours, minutes, and seconds. Note that this delay will affect the AC Fault LED and relay as well as email reporting. Check your local codes regarding fault delays.
Using the Tools Page Clicking the Tools link at the top of the display will bring up the Tools page. This page allows upgrading of the firmware and rebooting the Securitron Netlink board. Upgrading Firmware The Upgrade Firmware section is at the top left of the Tools page. To upgrade the firmware: 1 Ensure that the new firmware file is available on your computer, then click the Upgrade button and the Upgrade window will appear. 2 Click the Browse...
Power Supply Settings The report file sent by email by the Securitron Netlink is sent as an unformatted .CSV file. Many programs, such as Microsoft Excel, will import a .CSV file to allow viewing of the data. Note that the fields included will vary depending on the specific system and which parameters are selected on the Reporting page. The example below has been reformatted for better readability in Excel.
Software Agreement ASSA ABLOY Electronic Security Hardware SOFTWARE LICENSE AGREEMENT AND WARRANTY STATEMENT NOTICE: PLEASE READ THIS DOCUMENT CAREFULLY. This Software License Agreement (“AGREEMENT”) defines and governs use of ASSA ABLOY Electronic Security Hardware Software and includes WARRANTY DISCLAIMERS.
no warranty regarding, and will have no responsibility for, any claim arising out of: (i) a modification of the Software; or (ii) use of the Software in combination with any operating system or Third Party Information not authorized in the Documentation or with hardware or software specifically forbidden by the Documentation. 5. LIMITATION OF LIABILITY. • Limitations.
