CYBER SCIENCES SER-32e CyTime Sequence of Events Recorder Instructions

OPERATION

Local Display and Keypad The CyTime SER-32e features a 4.3” color TFT (480 x 272 pixels) touchscreen display to provide local access to status, events and setup parameters.
The SER screen displays viewing options to verify correct operation, including current date/time, time quality and time zone offset. In addition, communications parameters (DHCP, IP address, subnet mask, and default gateway) can be set or modified via “Setup-Communications”.
Menu structure and reference icons are shown below. Initial Setup via Display

Figure 4-3. Initial setup via LCD/keypad

To change communications settings from the SER front panel, select the GEAR icon ( ) and press the EDIT button (page 1/3):
Use the ARROW keys (▼▲) to scroll to the desired screen.
For each screen:

• Press the ARROW keys ( ▼▲ ) to select the desired value or enter the desired value using the provided keypad.
• For each screen press EDIT / RESET / RESTART, modify values then press NEXT / APPLY.
• Touch any icon to exit setup for that screen.

The SER allows you to confi gure the touchscreen display for maximum viewing or to conserve energy. The SER’s display has 8 intensity settings (0 – 7) and an ON timer to reduce the display intensity or turn the display OFF until touched. Default settings are ON intensity = 6, IDLE Intensity = 0, Timeout = 5 (minutes)
The SER provides administrative functions to reset login credentials (in case they are lost) and to restart the device.
To reset login credentials, press the GEAR icon to access the Setup – Administration menu.
– Press the down arrow to access Page 2/3.
– Press the ‘Reset’ button next to ‘Login Credentials’.
– Press the ‘Confi rm’ button to reset login credentials to factory default or ‘Cancel’ to return to the previous menu.
This action will reset the SER login credentials to factory defaults for 5-minutes.
(user name = ‘admin’, password = ‘csi_serial number’). Log into the SER using a web browse to set the desired user name and password. If the action is not completed within 5 minutes, the SER login credentials will be restored to the pervious values.
To Restart the SER, press the GEAR icon to access the Setup – Administration menu.
– Press the down arrow to access Page 2/3.
– Press the ‘Restart’ button next to ‘Device’.
– Press ‘RESTART’ button in ‘Confi rmation’ screen to restart the SER.

Table 4-1— Initial communications settings

169.254.0.10
Subnet mask| The Ethernet IP subnet mask of your network.| 0.0.0.0 to 255.255.255.255| 255.255.0.0
Default gateway| The IP address of the gateway (router) serving the SER.| 0.0.0.0 to 255.255.255.255| 0.0.0.0

SETUP (WEB SERVER)

Initial Setup via Web Page (Direct-connect) Note: Initial setup of communications parameters can also be done via the front touchscreen. See previous page.
Direct connection to PC.

1. Connect the SER to your PC using a standard Ethernet patch cable. (The SER auto-detects wiring polarity— a special crossover cable is not required.)
2. Set PC to use static IP address of 169.254.0.11.
3. Apply power to the SER.
4. Open a standard web browser (Edge, Chrome and Firefox are recommended).
5. Type the default IP address 169.254.0.10 into your web browser.
6. Enter the default user name (admin) and password (csi_serial number) and click “Login” to access the home page.
7. Click the Setup tab, then change the network settings to those provided by your network administrator and click “Update” to save.
8. Disconnect the Ethernet patch cable and connect the SER to your local area network. Continue to the next section for additional setup.
9. Restore your PC to its previous network settings. (e.g., “Obtain IP address automatically.”)

Setup via Web Page (Over a Network)

Setup can be accomplished over an Ethernet network using a standard web browser.
At the login screen, enter user name (default = admin) and password (default = csi_device serial number). As shown below, the monitoring screen appears. Clicking the setup tab provides access to setup parameters. Communications Setup

The SER features a standard Ethernet interface (10/100BaseTx) for connection to a local area network (LAN). The device auto-detects LAN used, wiring polarity and network speed (10 or 100 Mbps). To confi gure communication parameters, click “Communications” under the Setup tab to bring up the communications setup web page.Note: The “Defaults” button loads default settings for the displayed page only, and changes are not saved until the user hits “Apply” and confi rms. To set all setup values to default settings, visit all setup pages and click “Defaults” (followed by “Apply” to save changes.)
Table 5-1— Communications settings

CyTime Event Recorder
Disable Modbus TCP| When security is of utmost importance, the Modbus TCP
interface can be disabled and data can be accessed using a
RESTful API over secure connection (HTTPS).| | Modbus TCP – ON

1. Only the following special characters are available: ! @ # $ & * ( ) _ – + = { } [ ] ; . ~ ` ’

Time Setup

Clicking “Time” under the setup tab brings up the time setup web page:Note: Only one protocol can be selected for output via the PLX connector (IRIG-B, DCF77 or 1per10).
Note: The accuracy of NTP time sync depends on external factors; therefore, when the SER time source is NTP, the SER uses only two states for Time Quality as follows: Time Quality = “2:OK (NTP)” if locked to a server, or “3: Bad (no sync)” if no NTP server is found.
Table 5-2— Time settings

– IRIG-B (unmodulated, 5V DCLS)
– DCF77
– SER inter-device (IRIG-B or DCF77 over RS-485)
– PTP (per IEEE 1588)
– NTP (network time server)
– Manual time set (external time-sync)| IRIG-B,
DCF77,
Inter-SER (IRIG-B),
Inter-SER (DCF77),
PTP (IEEE 1588),
NTP, or Manual (external)| disabled
Time Sync Master (OUT)| Indicates if this SER also serves as the master time source for other devices. (Not applicable if time source is RS-485).| enabled or disabled| PTP (IEEE 1588)
Time-sync Output| Specifi es the output protocol (if time-sync master enabled):
– PTP master (over Ethernet);
– IRIG-B or DCF77 or 1per10 (via PLX adapter);
– IRIG-B or DCF77 or ASCII (over RS-485)| PTP,  IRIG-B,  DCF77,
1per10, IRIG-B (RS-485),
DCF77 (RS-485), or
ASCII (RS-485)| none
Time Zone Off set| Off set in hours and minutes from Coordinated Universal
Time (UTC) to adjust time for local time zone.| -12:00 to +13:00| 0 (UTC+00:00)
Apply Off set to: PLX| Apply time zone off set to IRIG-B or DCF77 output via PLX| enabled or disabled| disabled
Apply Off set to: ASCII| Apply time zone off set to ASCII output (RS-485)| enabled or disabled| disabled
Alternate Date Format| The default date format for all display is mm/dd/yyyy
When alternate date format is enabled, dd/mm/yyyy is used| enabled or disabled| disabled

Clicking “Time” under the setup tab brings up the time setup web page:
Note: The ASCII (RS-485) time-sync output option generates a proprietary code defi ned by Arbiter Systems called “ASCII + QUAL.” Typically, this is used to synchronize PowerLogic ION7550/7650 meters from Schneider Electric or 9510/9610 meters from Siemens. Set the meter’s time-sync protocol to “GPS:ARBITER” and COM port baud rate to 9600 bps. Table 5-2— Time settings (cont.)

Month:  Jan – Dec
Week:  1st – 5th (last)
Day:  Sun – Sat
Time:  00:00 – 23:00| US defaults
(shown above)
NTP Polling Interval| Interval used to update device clock from a network time server via NTP protocol| 1, 2, 5, 10, 15, 30 min, 1,
2, 4, 8, 12 hours,
1 day, or 1 week| 1 hour (60 minutes)
NTP Time Server IP
(Primary and Secondary)| IP addresses of NTP time servers. (If sync via primary time server fails, device tries secondary time server IP address)| 0.0.0.0 to
255.255.255.255| 25.56.178.140
(wwv.nist.gov)
129.6.15.30
(time-c.nist.gov)
Last NTP Sync| Date/time of last successful NTP time sync, as well as the IP address of the NTP time server used| Jan 01, 2000 through
Dec 31, 2120| 0
PTP Domain Number| PTP slaves must use same domain number as PTP master| 0 to 127| 128
PTP Priority 1| For multiple PTP masters, best master clock algorithm uses this value as fi rst “tie-breaker” to select grandmaster| 0 to 255| 128
PTP Priority 2| For multiple PTP masters, best master clock algorithm uses this value as second “tie-breaker” to select grandmaster| 0 to 255| (read- only)
Manual Time Set| Allows the date/time to be set manually (external or copy from the PC clock’s current date and time)| Jan 01, 2000 through
Dec 31, 2120| 1/1/2000 0:00

Inputs Setup
Clicking “Inputs” brings up the inputs setup web page: Table 5-3— Inputs settings

enabled
Input Name| Text string (UTF-8) to describe a given input.| 32 characters max 1| Input nn
Filter| Filter time is the minimum time that an input must remain in its new state before it is recorded as an event. This helps eliminate false events due to noise, transients, etc.| 0 to 65535 ms 2| 20ms
Debounce| Debounce time is the period that event processing is suspended for a given input after an event has been recorded.  This prevents recording multiple events for a single state change.| 0 to 65535 ms 3| 20ms
Chatter| Chatter count is the maximum number of events recorded for a given input per minute.  If the number of events per minute exceeds the setpoint, the input will be disabled for further event processing until the number of events per minute drops below the setpoint. This prevents recording an excessive number of events due to a faulty input. Events are also generated to indicate the time event processing was
suspended / resumed.| 0 to 255
(0 = disabled)| 0 (disabled)
Off Text and On Text| Customized label to describe an input’s “off” state and “on” state| UTF-8, 16-char. 1| On / Off
High-speed Trigger Output| Any input can be configured to close the “Trigger Out” contact on status change. This is typically used to trigger a compatible power meter to capture current and voltage waveforms coincident with an event to aid analysis and troubleshooting.| enabled or disabled| disabled
Inverted| Any input can be designated as “inverted” and status reported opposite of its sensed state| normal or inverted| normal
Group Assignment (for Data Logs)| Each input can be assigned to a data log group for reporting purposes| None, or Group 01 to Group 16| None

1. Only the following special characters are available: ! @ # $ & * ( ) _ – + = { } [ ] ; . ~ ` ’
2. Setting this time too low (e.g., < 5 ms) can cause unwanted events to be recorded; setting too high (e.g., > 100 ms) can result in missed events.

Groups Setup

Clicking “Groups” brings up the Groups setup web page:Note: To activate EPSS data logging, a group must be enabled, at least one group member defi ned (via Inputs Setup page) and suffi cient space (records) allocated.
Note: Click the “Auto-Allocate” check box to have the system calculate the optimal number of records (equal allocation across all enabled groups). To return to previously saved values, click “Cancel.”
Group assignments are used to establish an association among two or more inputs. For example, three inputs may be assigned to the group representing the normal, emergency and test states of an ATS. Enabling groups, assigning members, and allocating records causes the SER to log the status of all group members in a contiguous memory block accessible using Modbus TCP or RESTful API. This is used by some report modules, such as EPSS test reports, to confi rm regulatory compliance. If logging has begun and a group is disabled, data logging for this group is suspended. However, changes to any group’s members or allocated records causes all data logs to be cleared and restarted.

Table 5-5— Groups settings

register area. This does not aff ect status monitoring—only recording of state changes in the expanded memory area.| enabled or disabled| disabled
Group Name| Text string (UTF-8) to describe a given data log group.| 32 characters max 1| – – – –
Group Members| Inputs assigned to this group (from previous setup pages)| Inputs 01 to 32| 0
No. of Records
(Log File Depth)| Number of records to be allocated to each group’s data log, (up to 56000 registers maximum for all records).| 0 to 16000| Group nn
No. of Registers| This is calculated as the product of “1 + number of records” times the record length (4 + the number of group members)| 0 to 56000
(read-only)| – – – –
Starting Register| Starting register designated for a given group’s data log, based on the number of registers allocated.| 409501 to 465500
(read-only)| – – – –
Ending Register| Ending register designated for a given group’s data log, based on the number of registers allocated.| 409501 to 465500
(read-only)| – – – –

Administration Setup
Clicking “Administration” brings up the administration setup web page:
Note: It is recommended the user change the user name and password upon setup of the SER-32e for security purposes.
Table 5-6— Administration settings

1. Only the following special characters are available: ! @ # $ & * ( ) _ – + = { } [ ] ; . ~ ` ’
2. Product passwords are unique to each device and include product serial numbers. Example: SER with serial number ‘12345’ would have a password of: csi_12345. Product serial numbers are located on product and packaging labels, and can be found on the SER’s diagnostic menu.

Alternate Setup: Editing XML File
Note: the XML setup fi le should only be modifi ed by advanced users who are familiar with XML syntax, since errors may cause the unit to malfunction.
Please refer to the CyTime SER Reference Guide (IB-SER-05) for additional details.
Setup data is stored in non-volatile memory in an XML fi le format. Setup changes can therefore be made simply by editing this fi le using a text editor, such as Windows® Notepad. Standard setup templates can be created and replicated quickly across multiple units.
The setup fi le can be accessed over a network via the device’s web interface through the Administration tab.
To preserve a backup copy of the setup fi le, go to the Setup / Administration page, download the “_SETUP.XML” to a local directory on a PC. To restore these settings, simply upload the fi le back to the device (overwrites existing _SETUP.XML file).
Clicking “HTTPS” brings up the HTTPS setup web page: HTTPS The SER-32e uses HTTPS to enhance security for all web (port 443) communications.
HTTPS (HyperText Transport Protocol Secure) uses TLS (Transport Layer Security) encryption to secure communications and protect data exchanges between a web browser and the SER’s web server. The SER ships with a self- signed SSL (Secure Socket Layer) certifi cate installed. This self-signed certifi cate will not be recognized as a trusted web server and the web browser will prompt you with a security warning. (Figure 5-11)
To continue to the SER’s web interface, click “Advanced” and “Proceed to IP_Address (unsafe)”. The SER provides administration tools for security certifi cates by supporting the ability to generate new self-signed certifi cates, upload a custom certifi cate and delete a custom certifi cate (SETUP > HTTPS). A trusted custom certifi cate, provided by your IT department, can be installed on the SER resulting in it being a trusted web server.
Table 5-7— HTTPS Settings

signed certificate
Subject:| Certificate name| C=US CN=SER32e-00E023 O=Cyber-Sciences
| |
Generate new self-signed certificate:| Control to generate a new self-signed certificate|
Upload custom certificate:| Control to upload a custom certificate|
Delete custom certificate:| Control to delete the certificate|

MONITORING (WEB SERVER)

Monitoring: Status

The CyTime SER-32e Event Recorder monitors the status of 32 high-speed input channels. Data is available via the Ethernet communications interface using Modbus TCP protocol, RESTful API or its embedded web server using a standard web browser.
To view status using a standard web browser, open the browser and type the IP address of the SER and press Enter. The unit’s home page is the “Monitoring” web page called “Status.” Sample channel status details are shown:Note: The “Forced OFF” and “Forced ON” TEST functions refer to an override of the external monitored signals connected to each channel, and “forcing” these OFF or ON for reporting or logging by the SER. This simulation allows testing of host software without the need to physically open/close the connected equipment.
The Status page provides real-time status of all 32 channels, refreshed about once per second. The green “DATA” light flashes with each set of new data to confi rm ongoing connection with the SER. Default values for channel names and OFF/ON states are shown in the example above. In an actual application, user- confi gured labels can greatly enhance the readability of the information. For example, Input 01 could be labeled “Main breaker” and OFF/ON states labeled “Open/Closed.”
In addition to normal status reporting, the following are supported:
Inverted. Any input can be confi gured with inversion “enabled.” This inverts the state of a monitored input for reporting or logging purposes. For example, a normally-closed contact can be set to “inverted” and its status reported OFF when in normal mode.
Forced OFF or ON. The SER supports a simulation TEST mode (via the Control web page or via Modbus command register), and all channels are initialized to OFF.
Auto-test mode simulates closing all external contacts sequentially (“Forced ON”) and then back off again (“Forced OFF”). Manual-test mode starts with all channels Forced OFF, and the user can simulate the closing of each channel individually or in groups (“Forced ON”). If an input is also set to inverted, then its reported state will be opposite to the forced (simulated) condition.

Data Page (Counters)

Note: Counters are subject to fi lter, debounce and chatter functions used for event recording.
Therefore, counter values only increment when a corresponding status-change event is recorded for a given channel (input).
The Data page displays operations counters and the last reset date and time. If a channel is enabled for event recording, each status change (transition from Off -toOn or On-to-Off ) increments its counter value. Clicking “Data” under the monitoring tab brings up the following web page: Resets Page

The Resets page allows reset of operations counters, either individually or all at once.
From the Control tab, clicking “Resets” brings up the following web page:A Counter Reset event will be recorded in the Event Log with date and time.

Events Page
The SER records the date and time of all events, such as the change of state of an input channel. Event data is accessible via Modbus TCP, RESTful API, local display (or touchscreen display) or may be viewed by clicking the link for the “Events” web page:The SER stores up to 8192 events, after which only the latest 8192 events are stored.
Each event record contains:

• date and time of the event (adjusted for local time, if applicable)
• channel (input name)
• event type
• channel status
• time quality at time of the event
• sequence number (unique serial number, column hidden by default)

When the page is first accessed, the last 100 events are loaded and the 20 most recent are displayed, starting with the most recent event at the top.
Click any column heading to sort events. Click the “Load all events” check box to display all stored events.
By default, the page checks for new events in the background and automatically adds them to the display. To prevent automatic update, deselect the “Auto” check box. The page will still check for new events but they will not be shown until “Auto” is checked again. Any recent events added can be identified in the “Events” and “Date and Time” columns.
Finally an Export button allows the user to export (save) all displayed event data to a CSV file for further analysis in Microsoft Excel® or other software. Please see Cyber Sciences Tech Note TN-201 for more details on exporting SER data to CSV, as well as how to format the date/time cells in Excel for proper display with millisecond resolution.

Control: Test
Note: While operating in test mode, the SER suspends normal event recording. In addition, counters are not aff ected by test events.
The test function simulates status changes to facilitate testing of application software. Each status change is refl ected in Modbus TCP status registers and recorded as a test event in the event log. Test events are also recorded to mark the start and end of test mode.
Clicking the “Control” tab brings up the following web page:Choose one of two test modes, then click the “Start Test” button to begin:

• Auto— Sets channels to ON and then back to OFF, automatically.
• Manual— Forces channel status to user selections.

Auto test mode simulates automatic sequencing of inputs off -to-on and back to off in 1 millisecond intervals. Each status change is recorded as an event in the event log, along with events designating the start and end of test mode.
In Manual test mode, channels can be “forced” OFF or ON (overriding normal status). Click the desired check box(es) and then click the “Apply” button to simulate the selected states. Status registers (Modbus TCP) and test event records in the event log can be used to verify proper operation with application software. Finally, click the “End Test” button to return to normal operation. After 10 minutes of inactivity, the SER will revert automatically back to normal operation. Diagnostics Page

Use the Diagnostics page to verify device data such as MAC address, serial number, hardware and fi rmware versions, available memory, time-sync values (including PTP attributes if applicable), available Modbus sockets, and self- diagnostics. PTP Attributes—PTP Master
Shown at left are typical PTP diagnostics values under normal operating conditions for an SER confi gured as a PTP master. PTP Attributes—PTP Slave
Shown at left are typical PTP diagnostics values under normal operating conditions for an SER confi gured as a PTP slave.
Power Control / Ride-through Module:
The SER-32e includes a Power Control module providing over 10 seconds of control power ride-through. The Power Control module is located in option slot 3 which is dedicated to this module.
Diagnostic status information is provided for the Power Control module through LED status indicators as well as the Diagnostics menus on the SER’s display and web interface. No maintenance is required for this module during the service life of the SER under typical installation conditions.
Real-time Clock Battery Status
The SER-32e is equipped with a real-time clock (RTC) with battery backup to maintain relative time in the event of a power loss. The backup battery is expected to remain viable for the life of the SER, but may need to be replaced under some service conditions. Status of the RTC backup battery can be observed through the LED status indicators on the Power Control module as well as the Diagnostics menus on the SER’s front panel display and web interface.

DANGER

HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH

• Only qualified workers should service this equipment.

• Before performing visual inspections, tests, or maintenance on this equipment, disconnect all sources of electric power. Assume that all circuits are live until they have been completely de-energized, tested, and tagged. Pay particular attention to the design of the power system.
  Consider all sources of power, including the possibility of backfeeding.

• Apply appropriate personal protective equipment (PPE) and follow safe electrical practices.
  For example, in the USA, see NFPA 70E.

• Turn off all power supplying the equipment in which the device is to be installed before installing and wiring the device.

• Always use a properly rated voltage sensing device to confirm that power is off.

• The successful operation of this equipment depends upon proper handling, installation, and operation. Neglecting fundamental installation requirements may lead to personal injury as well as damage to electrical equipment or other property.

Failure to follow these instructions can result in death or serious injury.
In the event the real-time clock battery requires replacement, follow these steps:

1. Remove control power from the SER.
2. Monitor the LED indicators on the Power Control module until they are all OFF.
3. Remove the Power Control module by pressing the two latches on the top and bottom of the module and pull out.
4. Remove the module front cover by gently lifting the clips to release the printed circuit board.
5. Remove the coin cell battery from the battery holder and replace it with an industrially rated CR2032 or BR2032 battery from Panasonic.
6. Re-attach the module’s front panel by pressing it onto the board until the latches click into place.
7. Insert the module into slot 3 using the card guides until the latches engage with a click.
8. Reapply control power to the SER and confirm the status of the clock battery is good.

PRODUCT SPECIFICATIONS

Electrical

Digital inputs| Number of inputs| 32
Voltage, operating| 24 Vdc (-15% to +10%)
Input impedance / current draw (max.)| 10K ohms resistive / 1 mA
Must turn on/off voltage| turn on: 20 Vdc / turn off: 9 Vdc
Turn on time / turn off time (max.)| 0.5 ms
Isolation| Each input is optically isolated
High-speed Trigger Output| Relay type| Form A relay
Maximum current| 100 mA at 24 Vdc nominal
Contact closure characteristics| Momentary contact closure, duration of 100 ms
Control Power| Voltage, operating| 24 Vdc (± 10%)
Burden, steady state (max.)| 7 VA
Burden, momentary (max.)| Inrush current: 0.8 A for 5-8 ms
Ride-through| > 10 seconds
Front Panel Display| 4.3” TFT color touchscreen, adjustable brightness, screen saver
Time Synchronization
Time Source (IN) Protocols Supported| PTP slave| IEEE 1588-2019 (v2.1), E2E Default Profile, per Annex I.
IRIG-B (via optional EZC-IRIG-B connector)| Unmodulated IRIG-B (5V DCLS) types B004, B007 (with year) 1
DCF77 (via optional EZC-DCF77)| DCF77 (24 Vdc)
SER inter-device time sync (legacy)| RS-485 (IRIG-B or DCF77 time code)
NTP (SNTP) client| User-configurable NTP primary/secondary servers and update interval
Time-sync Output Protocols Supported| PTP master| IEEE 1588-2019 (v2.1), E2E Default Profile, per Annex I.
IRIG-B (via optional PLX-5V connector)| Unmodulated IRIG-B (5V DCLS) type B007
IRIG-B (via optional PLX-24V)| IRIG-B (24V DCLS) type B007, compatible with STR-IDM
DCF77 or 1per10 (via optional PLX-24V)| DCF77 (24 Vdc) or 1 pulse per 10 seconds (24 Vdc)
RS-485| ASCII / RS-485 (ASCII + Quality) or Inter-SER time sync (legacy)
Clock| Accuracy| < 100 µs (with time source = PTP, IRIG-B or DCF77)
Holdover (after initial time sync lock)| 5 min. (remains within 100 µs even after loss of sync for up to 5 min.)
Clock Battery| Battery life (expected)| 10 Years
Replacement battery| Panasonic CR2032 or BR2032
Communications

Ethernet ports
Ethernet protocols (10/100 Mbps)| 2x, 10/100Base-TX, RJ45 connector, CAT5/5e/6/6a shielded cable
Modbus TCP, PTP, NTP, HTTPS, RESTful API
Serial port (time-sync IN/OUT)| RS-485 (2-wire plus shield)
Secure web server (for setup and monitoring)| HTTPS, TLS v1.2/v1.3, 256 bit encryption
Simultaneous TCP connections| 44 simultaneous Modbus connections
Mechanical
Mounting| Standard DIN rail (EN 50022, 35 mm x 15 mm)
Wire sizes supported| #24 to #12 AWG (#26 to #14 AWG for 3-position EZC connectors)
Dimensions (W x H x D)| 11.5 x 5.0 x 2.62 inches (292 x 127 x 66.5 mm)
Dimensions (W x H x D), in carton| 12.5 x 6.5 x 4.5 inches (318 x 165 x 114 mm)
Weight (product alone / in carton)| 2.4 lbs. (1.1 kg) / 3.5 lbs. (1.6 kg)
Environmental
Operating temperature| -25 to +70 C
Storage temperature| -40 to +85 C
Humidity rating| 5% to 95% relative humidity (non-condensing) at 40 C
Altitude rating| 0 to 3000 meters (10,000 feet)
Sustainability| RoHS-compliant, lead-free
Regulatory
Safety, USA| UL Listed (NRAQ-cULus, UL 61010-1, UL 61010-2-201)
Safety, Canada| CAN/CSA-C22.2 (61010-1-12, 61010-2-201)
Safety, Europe| CE mark (EN 61010-1:2010, EN 61010-2-201:2017)
Emissions / Immunity| EN 61326-1 (IEC 61326-1 : 2012)
Radiated emissions| CISPR 11, Class A, Group 1 (EN 55011) / FCC Part 15B, Class A
Electrostatic discharge| EN 61000-4-2
Radiated immunity| EN 61000-4-3
Electrical fast transient / burst immunity| EN 61000-4-4
Surge immunity| EN 61000-4-5
Conducted radio frequency immunity| EN 61000-4-6
W3C web standards| W3C-validated (standards-compliant for browser- independence)

1. The Unmodulated IRIG-B signal must include the year (B004, B007), also known as enabling “IEEE-1344 extensions.” For more information on IRIG-B, please refer to Cyber Sciences Tech Note TN-102, “Overview of IRIG-B Time Codes.”

INCLUDED SOFTWARE LICENSES

This Cyber Sciences, Inc. product is provided with software which is proprietary to Cyber Sciences, Inc. and is licensed under the terms of the End User License Agreement available at: https://www.cyber-sciences.com/wp- content/uploads/2022/01/CSI_Software_License.pdf.
This Cyber Sciences, Inc. product is also provided with certain open source software components (collectively, “OSS”) developed by third parties.  Each OSS component provided is listed below along with license and copyright information. By using the software provided with this product, you are agreeing to the terms of the applicable licenses. If you do not agree to those terms, you should not use the software. Where the applicable licenses require specific terms or notices to be included with distributions of the covered open source components, those terms are also listed below. However, you should not rely only on those terms, and should access the relevant licenses at the indicated locations for the complete terms and conditions that apply to each software component.

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Copyright: Altera Corporation, 101 Innovation Drive, San Jose, CA 95134 and its licensors – Restricted Rights
Link: https://www.intel.com/content/www/us/en/programmable/support/support- resources/download/licensing/lic-jam.html
ArduinoJSON
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Copyright: Copyright © 2014-2021 Benoit BLANCHON
Link: https://github.com/bblanchon/ArduinoJson/blob/6.x/LICENSE.md
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The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
LinuxPTP
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License: GPL v2.0
Copyright: Copyright (C) 1989, 1991 Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
Link: https://github.com/richardcochran/linuxptp/blob/master/COPYING
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Bootstrap
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License: MIT
Copyright: Copyright © 2011-2021 Twitter, Inc. / Copyright © 2011-2021 The
Bootstrap Authors
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The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
Chrony
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JQuery
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License: MIT
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Link: https://jquery.org/license/
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JQuery UI
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License: MIT
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Link: https://github.com/jquery/jquery-ui/blob/main/LICENSE.txt
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The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
Moment.js
Version: 2.29.2
License: MIT
Copyright: Copyright © JS Foundation and other contributors, https://openjsf.org/
Link: https://github.com/moment/moment
Notice: Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
Tablesorter
Version: 9-Jun-14
License: MIT
Copyright: Copyright © 2014 Christian Bach
Link: https://github.com/christianbach/tablesorter
Notice: Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
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The service marks, “Precision Timing for Reliable Power. Simplified.”, CyTime, and the Cyber Sciences stylized logo are trademarks of Cyber Sciences.
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References

• LICENSE · master · OE / emac-oe · GitLab
• Sequence of Events Recorders | Monitor & Restore Power Quickly
• Downloads | Cyber Sciences, LLC.
• GitHub - christianbach/tablesorter: Flexible client-side table sorting
• tinyxml2/LICENSE.txt at master · csi12345/tinyxml2 · GitHub
• jquery-ui/LICENSE.txt at main · jquery/jquery-ui · GitHub
• GitHub - moment/moment: Parse, validate, manipulate, and display dates in javascript.
• linuxptp/COPYING at master · richardcochran/linuxptp · GitHub
• bootstrap/LICENSE at main · twbs/bootstrap · GitHub
• COPYING · 4.2 · chrony / chrony · GitLab
• A safe and modern home for JavaScript technologies | OpenJS Foundation
• License | jQuery
• A safe and modern home for JavaScript technologies | OpenJS Foundation

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