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FIAL 2316 Manual

Snmp alarm encoder
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MODEL 2314/2316
SNMP ALARM ENCODER
FIAL INCORPORATED
710 CENTER STREET
OREGON CITY, OR 97045
503.607.1940
WWW.FIAL.COM
DOCUMENT NUMBER 2314/2316-042315
COPYRIGHT © 2015 BY FIAL INCORPORATED

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  • Page 1 MODEL 2314/2316 SNMP ALARM ENCODER FIAL INCORPORATED 710 CENTER STREET OREGON CITY, OR 97045 503.607.1940 WWW.FIAL.COM DOCUMENT NUMBER 2314/2316-042315 COPYRIGHT © 2015 BY FIAL INCORPORATED...
  • Page 2 NOTICE OF FCC COMPLIANCE NOTE This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of FCC Rules. These limits are designed to provide reasonable protection against harmful interference when this equipment is operated in a commercial environment.
  • Page 3 Model 2314/2316 SNMP Alarm Encoder Table of Contents INTRODUCTION ..........................1     DESCRIPTION ............................. 2     FRONT PANEL LEDS: ..........................2   ALARM INPUTS: ............................2   Alarm point vs. Status point: ......................2   Delayed activation: ..........................2  ...
  • Page 4 CREATING BOOLEAN ALARM POINTS AND EXPRESSIONS ............45     I/O CONNECTOR PIN DESIGNATIONS .................... 52     ETHERNET CONNECTOR (RJ-45 JACK) ..................53     2314/2316 REMOTE ENCODER SPECIFICATIONS ................. 55     DC POWER SPECIFICATIONS ......................56   2314/2316-042315 Fial Incorporated...
  • Page 5 Model 2314/2316 SNMP Alarm Encoder TABLE OF FIGURES Figure 1. Model 2314 Front Panel ........................ 1   Figure 2. Model 2316 Front Panel ........................ 1   Figure 3 . Positive Ground Jumper Power Input Example ................4   Figure 4. Battery Polarity Selection For Optoisolators .................. 5  ...
  • Page 6 Table 3. Login Names and Passwords ....................... 32   Table 4. Table of Netmasks and Addresses ....................41   Table 5. 2314/2316 I/O Connector Pin Assignment ..................52   Table 6. Ethernet Connector Pin Assignments ................... 53   Table 7. Straight-Through Ethernet Cable Wiring (T-568B Color Code) ............. 53  ...

  • Page 7: Introduction

    (or control point) states. The 2314 displays a single row of 8 alarm input LEDs, while the 2316 displays 16 alarm input LEDs, in 2 rows of 8 LEDs each. All connections are on the front panel.

  • Page 8: Description

    (PWR), summary point state (SUM ALM), and LAN connection and activity status (LINK & ACT). The 2314 includes 8 individual front panel alarm point status LEDs, while the 2316 includes 16 individual alarm point status LEDs (2 rows of 8 alarms each). These red LEDs display the current states of the unit’s alarm points.

  • Page 9: Analog Inputs

    Analog Inputs: Both the 2314 and 2316 have 8 analog (voltage measuring) inputs. Each input can measure a voltage range of negative 90 volts to positive 90 volts. The analog inputs are generally measured relative to a common ground. However, fixed pairs of inputs may be set to differential input mode.

  • Page 10: Installation

    NOTE: Original 2314/16 units (sold prior to April 2011 serial# 1116062) were 48-volt-only units. The factory default is for Positive ground operation. The 2314/2316 SNMP Alarm Encoder is shipped with a 3-wire plug (snap-in DC power connector) with screw terminals.

  • Page 11: Ac Power Recommendation (Ac Power Supply Not Included)

    AC POWER RECOMMENDATION (AC power supply not included) For the wide range 18 to 72 VDC supply voltage 2314/2316 RTUs, if DC Station Battery is unavailable and an AC power supply is required, the use of a 24V, 1.5 to 2.0 amp wall-mount or desktop style switching power supply is recommended.
  • Page 12 For the most accurate measurements, a pair of wires should run from the device being measured to the model 2314/2316, with the 'ground' wire connected to an analog ground pin and the active wire connected to the analog input pin. A shielded wire is recommended for electrically noisy environments, and a shielded pair is recommended for differential input measurements.

  • Page 13: Configuring The Snmp Alarm Encoder

    SNMP managers to access and control the unit, and that regulate the sending of SNMP V2 notifications (autonomous messages or ‘traps’). The 2314/2316 SNMP Alarm Encoder must be provisioned using a Web browser. However, a craft interface (RS-232 (9600 8N1) is also available for initially setting IP address, netmask, gateway and administrator name/password should you be unable to connect using a Web browser.

  • Page 14: Figure 5. Craft Port Login Window

    Model 2314/2316 SNMP Alarm Encoder Figure 5. Craft Port Login Window Log in with the proper user name and password. The factory default Administrator login name is admin and the factory default password is remote. The Main Menu will then be displayed.

  • Page 15: Figure 7. Setting Ip Address Via Hyperterminal

    Model 2314/2316 SNMP Alarm Encoder The Main Menu window has a list of several options for configuring the SNMP Alarm Encoder. To configure the device, complete the following steps: Set the IP Address To set a new IP Address for your SNMP Alarm Encoder, select 1 and press Enter. The Set IP Address window will appear.

  • Page 16: Figure 9. Set Gateway Via Hyperterminal

    After the prompt, enter the Gateway address and press Enter. The gateway address should be an IP address of the IP router port to which the 2314/2316 is connected. The router should provide a network connection that reaches the SNMP manager(s).
  • Page 17 Model 2314/2316 SNMP Alarm Encoder Logout To log out of the SNMP Alarm Encoder configuration session, type 5 and press Enter. If you are using HyperTerminal you will be logged out of the device and presented with the login screen again. If you connected using telnet, Logout will close your telnet connection.

  • Page 18: Complete Configuration Using A Web Browser

    If this is a factory new 2314/2316 and you are ONLY connecting the LAN port on your computer and on the encoder together, set your computer to an IP address in the range of 192.168.1.2 to 192.168.1.253, netmask to 255.255.255.0.

  • Page 19: Figure 11. Initial Welcome

    Model 2314/2316 SNMP Alarm Encoder Figure 11. Initial Welcome Page The left side of the Welcome page has links to other pages, such as Alarm Inputs, Control Outputs, Analog Inputs, Boolean Alarms and Event Log. To view the Event Log page or make any changes to the provisioning, you must first select a menu item on the left side to begin a login dialog.

  • Page 20: Figure 13. Event Log

    Model 2314/2316 SNMP Alarm Encoder Figure 13. Event Log Page Now that you have logged in with administrative permissions, a new set of links have been added to all of the pages. They are IP Settings, RTC Time/Date, SNMP Notifications, Set Login & Password, Config File, Firmware Upgrade, Undo all changes and Save &...

  • Page 21: The Alarm Inputs

    Model 2314/2316 SNMP Alarm Encoder The Alarm Inputs Page To provision or modify an Alarm point, click the Alarm Inputs link in the left pane. The Alarm Inputs page will appear, as shown in Figure 14. Figure 14. Alarm Inputs Page Via The Web The Alarm Inputs page (as shown in Figure 14), displays the provisioning table for the 8 external alarm points in this unit.
  • Page 22 Model 2314/2316 SNMP Alarm Encoder ST (status) points generate notifications, choose YES to 'Add ST events to the event log' on the IP Settings web page. Service Affecting: Select Yes if the selected alarm point is Service Affecting, or No if the selected alarm point is Not Service Affecting.

  • Page 23: Figure 15. Control Outputs Page Via The Web

    Model 2314/2316 SNMP Alarm Encoder The Control Outputs Page The SNMP Alarm Encoder has 4 Form-C relays, called control points. To provision or modify a control point, click the Control Outputs link in the left pane. The Control Outputs page will appear, as shown in Figure 15.
  • Page 24 Model 2314/2316 SNMP Alarm Encoder The state of the Controls is changed by clicking the On or Off link in the Desired State column. If the control state information on your browser screen is old, you may get the message: “Your control could not be done.

  • Page 25: The Analog Inputs

    Model 2314/2316 SNMP Alarm Encoder The Analog Inputs Page To provision or modify an analog input point, click the Analog Inputs link in the left pane. The Analog Inputs page will appear, as shown in Figure 16. The Analog Inputs page displays three sections: the current analog point settings section, the differential and voltage range settings section, and the edit alarm input point dialog section.
  • Page 26 Model 2314/2316 SNMP Alarm Encoder The middle table shows differential and range settings of the current configuration for any differential point pairs, as well as the assigned voltage range for each analog input point. This tracks the changes you SUBMIT on this page, but you must also SAVE & REBOOT for the changes to be implemented.

  • Page 27: The Boolean Alarms

    Model 2314/2316 SNMP Alarm Encoder Multiplier: Enter the Multiplier for the selected Analog. The Offset is added to the raw Analog measurement; the result is then multiplied by the Multiplier to calculate the Alarm Value. Negative multipliers may be entered if you wish to reverse the sign or polarity of the value measured.

  • Page 28: Figure 17. Boolean Alarms Page Via The Web

    Model 2314/2316 SNMP Alarm Encoder Figure 17. Boolean Alarms Page Via The Web The top of the page displays a table listing the current provisioning information for up to 16 Boolean Points, which are numbered 9 through 24. Boolean information includes Boolean Point Number, Name, the point’s current State, Severity, Service Affecting and Expression.

  • Page 29: The Event Log

    Model 2314/2316 SNMP Alarm Encoder In the example above, if alarm point 1 is asserted (site door is open) and alarm point 2 is NOT asserted (technician-at-site switch) then an intrusion alarm is activated. The door open alarm has a 10 second delay on the alarm input page, so the technician has 10 seconds after opening the door to throw the ‘tech-at-site’...

  • Page 30: The Ip Settings

    Model 2314/2316 SNMP Alarm Encoder The IP Settings Page The IP settings, DNS Server address and NTP (or SNTP) Time Server address are provisioned in the IP Settings page. To make changes, first click on the IP Settings link on the left side of the page. The IP Settings page will appear, as shown in Figure 19 on the next page.
  • Page 31 Internet. The SNTP network traffic for the 2314/2316 is extremely low. The data in the UDP synchronizing packet is only 48 bytes long, sent and received once every 3 hours.
  • Page 32 Ethernet network card ever manufactured and thus, cannot be changed. Serial Number: The serial number displays the FIAL factory serial number for the device. This number cannot be changed. Software Version: The software version number identifies the release or build version of the firmware installed in the device.

  • Page 33: The Rtc Time/Date

    Model 2314/2316 SNMP Alarm Encoder Once all changes have been made, press the Submit button. The Submit button must be pressed to register any changes made on each screen. Changes are stored in a temporary file on the device, keyed to your IP address.
  • Page 34 Model 2314/2316 SNMP Alarm Encoder Date DD: Enter the Day in this field. Only the digits 0-9 are allowed. The Day must be a value between 1 and 31. Date YYYY: Enter the Year in this field. Only the digits 0-9 are allowed. The Year must be a 4- digit value.

  • Page 35: The Snmp Notifications

    The 2314/2316 SNMP Alarm Encoder uses the manager’s IP address and the Community string to validate a manager that is accessing it via SNMP commands. Only managers that are listed in this table will have access to this unit via SNMP 'set' commands.
  • Page 36 If the 2314/2316 SNMP agent does not receive the ‘inform’ within a certain time, the 2314/2316 SNMP agent will re- transmit the same Inform-Request message again. The recommended Inform-Request retries setting is 2.

  • Page 37: Table 2. Notification/Trap And Inform Request Settings

    It cannot compensate for a manager that is shut down for a period of time. In that situation, the manager is expected to poll the 2314/2316 SNMP Event Table to bring itself up to date after the manager starts up. The 2314/2316 SNMP Event Table holds the last (most recent) 100 events.

  • Page 38: Web Browser Interface - Logins And Passwords

    Model 2314/2316 SNMP Alarm Encoder After changing Inform-Request settings, press the Submit button. The Submit button must be pressed to register any changes made on this screen. You can submit changes from many screens before doing a final Save & Reboot. To actually install the changes, click the Save & Reboot link on the left side and enter the administrator login name and password to confirm.

  • Page 39: Figure 22. Set Login & Password Via The Web

    Model 2314/2316 SNMP Alarm Encoder Figure 22. Set Login & Password Via The Web To change the login and password, complete the following fields: Login: Enter the new login name for the device. Password: Enter the new password for the device.

  • Page 40: The Config File

    Model 2314/2316 SNMP Alarm Encoder The Config File The configuration file screen displays a text box of all current device settings. If you have ‘Submitted’ changes with the Submit button, the configuration file in Figure 23 will display those changes. However, the revised data is not saved unless you perform a Save &...

  • Page 41: Firmware Upgrade

    (fialXXXXn.n.n.cramfs and cksum_fialXXXXn.n.n.cramfs, where XXXX is either 2314 or 2316, and n is a one or two digit number). Check the IP address and the File name carefully before pressing the Submit button. Please see the notes section for additional information and examples.

  • Page 42: Undo All Changes

    Model 2314/2316 SNMP Alarm Encoder Undo All Changes At times, you may wish to undo configuration changes already submitted. To undo these changes and revert to the last saved settings, click the Undo All Changes link in the left pane. This will only work on changes submitted during this login session, as long as you have not clicked the Save &...

  • Page 43: Configuring The Snmp Master

    Model 2314/2316 SNMP Alarm Encoder 5 Configuring the SNMP Master In order for an SNMP manager to properly interrogate the 2314/2316 SNMP Alarm Encoder alarm, analog, control, Boolean and event data, and to process any traps (notifications or inform requests), the SNMP manager should have the Fial Incorporated Registry MIB and 2314/2316 Encoder MIB compiled into the manager.

  • Page 44: Figure 27. Browse Enccontrolpointtable

    Model 2314/2316 SNMP Alarm Encoder Figure 27. Browse encControlPointTable Configure the first variable as the spinlock associated with the desired control point (relay). Select the encControlSpinLock node (OID: 1.3.6.1.4.1.4822.2.3.1.4.1.5) and configure the variable (see Figure 28). Enter the index of the spinlock that matches the index of the control point (point 3 in this example) and set its value to match the current value of the spinlock (2 in this example).

  • Page 45: Figure 29. Set Request With Spinlock And Control Point State Variables

    Figure 29. Set Request with Spinlock and Control Point State Variables Sending this Set Request will cause the 2314/2316 SNMP Alarm Encoder to execute the control and change the on/off state of the control output relay to match the requested state (ON in this example).

  • Page 46: Note

    Model 2314/2316 SNMP Alarm Encoder 6 Notes Web page provisioning caution If two users are editing the configuration of an SNMP Alarm Encoder at the same time, the two users will not see the changes ‘submitted’ by each other. A separate ‘changes’ buffer is created for each user. The first user to Save &...

  • Page 47: Ip Address Restrictions

    Model 2314/2316 SNMP Alarm Encoder It is desirable to enter the assigned hostname and IP address into your network’s DNS server, so that users and SNMP managers can refer to the SNMP Alarm Encoder by hostname.domain instead of using IP address.

  • Page 48: Login & Password

    Model 2314/2316 SNMP Alarm Encoder For example: If the IP address zone starts at 192.168.0.64, and the netmask is 255.255.255.224, then 32 addresses exist in the zone, from 192.168.0.64 to 192.168.0.95. However, the address ending in 64 is never used for a host device, since it is the network address. Also, the address ending in 95 cannot be used since it is the broadcast address for the zone.

  • Page 49: Replacing The Rtc Battery

    The unit will restart with the old firmware if it cannot contact the TFTP server or if the TFTP server says it does not have the filename(s) requested by the 2314/2316. The craft interface (9600 8N1) reports the progress of the TFTP transfers and any errors that occur.

  • Page 50: Figure 30. Tftp Server Window

    UDP packets, there is a chance that they may both be lost in a very busy network or in a degraded network. If the network is very poor, it may be necessary to visit the site of the 2314/2316 to do the firmware update.

  • Page 51: Creating Boolean Alarm Points And Expressions

    Model 2314/2316 SNMP Alarm Encoder 7 Creating Boolean Alarm Points and Expressions Figure 32. Boolean Alarms Screen To provision a Boolean Alarm point, edit the following fields in the edit dialog at the bottom of the Boolean Alarms screen: Edit Boolean Point: Use this drop-down box to select the Boolean point you wish to edit.
  • Page 52 Model 2314/2316 SNMP Alarm Encoder Severity: Select the Severity level for the selected Boolean point. The possible Severity levels are: CR, MJ, MN, and ST. Service Affecting: Select Yes if the selected Boolean point is Service Affecting, or No if the selected alarm point is Not Service Affecting.

  • Page 53: Figure 33. First Point In Boolean Expression

    Model 2314/2316 SNMP Alarm Encoder Scrollable Point List Box Expression Field Figure 33. First point in Boolean Expression Since we want to combine two asserted points, we need to click on the AND button next. This adds the AND operator to the expression (see Figure 34).

  • Page 54: Figure 35. Completed Simple And Expression

    Model 2314/2316 SNMP Alarm Encoder Figure 35. Completed Simple AND Expression After all changes have been made, press the Submit button at the very bottom of the Boolean Alarms page. The Submit button must be pressed to register any changes made on this screen.

  • Page 55: Figure 36. Second Boolean Example

    Model 2314/2316 SNMP Alarm Encoder Scrollable Point List Box Expression Field Figure 36. Second Boolean Example In the scrollable point list box, select the first point for the expression. In this example, select “AL6 AC Power Fail.” Remember that you may have to use the thumb-bar to access the desired point.

  • Page 56: Figure 38. Simple Or'd Expression

    Model 2314/2316 SNMP Alarm Encoder generated if either one of two point states are true (in this case asserted). Assume there is another alarm point named “AL8 AC Power Fail 2” for this example. Perform the point creation and main settings as done for the previous examples, but this time use the OR operator to combine the two points.

  • Page 57: Figure 39. Creating A Complex Boolean Expression

    Model 2314/2316 SNMP Alarm Encoder parenthesis ( button to enclose the OR condition of the two points. Select alarm point “AL6 AC Power Fail” from the list box, then press the AddPoint button. Next, click on the OR operator button. Select the second alarm point “AL8 AC Power Fail 2” from the point list box and again press the AddPoint button.

  • Page 58: I/O Connector Pin Designations

    Model 2314/2316 SNMP Alarm Encoder 8 I/O Connector Pin Designations Left Column: 50-pin CHAMP (AMP) front-panel connector Right Column: 66M Block pins numbered top to bottom (not the telco pairing/numbering) Table 5. 2314/2316 I/O Connector Pin Assignment Connection Connection Block# Block#...

  • Page 59: Ethernet Connector (Rj-45 Jack)

    Model 2314/2316 SNMP Alarm Encoder 9 ETHERNET CONNECTOR (RJ-45 JACK) Table 6. Ethernet Connector Pin Assignments Signal Name RJ-45 pin # pin # TX data + TX data - RX data + RS232 RX data Encoder to PC COM port...

  • Page 60: Table 8. Cross-Over Ethernet Cable Wiring - Opposite End

    Model 2314/2316 SNMP Alarm Encoder A cross-over Ethernet cable will have one end wired as in Table 7 and the other end wired as in Table 8. Table 8. Cross-Over Ethernet Cable Wiring - opposite end COLOR COLOR CODE Pin 1...

  • Page 61: Remote Encoder Specifications

    1 Green LED SUM Alarm: 1 Red LED Alarms: 8 (2314), or 16 (2316), Red LEDs Controls: 4 Red LEDs (top row 1-4 when lamp test button pushed over 3 seconds) Ethernet: 1 Green link LED & 1 Amber traffic LED (on RJ-45 connector)

  • Page 62: Dc Power Specifications

    Model 2314/2316 SNMP Alarm Encoder DC Power Specifications Supply Voltage: 2314/2316 RTUs 18 volts to 72 volts DC supply (04/2011, serial # 1116062 and later), positive or negative ground 36 volts to 75 volts DC supply (pre-04/2011, serial # 1116062), positive or negative ground...
  • Page 63 +5 Volts for sensors 66M block covers. Expansion 1 Expansion 1 Cutout for 2314 on the left Expansion 2 Expansion 2 Cutout for 2316 on the right Expansion 3 Expansion 3 Spare Spare Cut out appropriate Legend and slit at marked positions.

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