Manuals+

Linortek iTrixx-Ultra 300 Ethernet Hour Meter: Quick Setting Instruction

Before You Begin

Thank you for purchasing the Linortek iTrixx-Ultra 300! The ULTRA 300 is an IoT controller and run-time meter equipped with:

  • Two digital inputs (5-44VDC)
  • Two analog inputs (AC)
  • Two relay outputs with push-in spring connection
  • Two independent hour meters with configurable resolution (1/10 or 1/100 hour)
  • Network configuration via Ethernet or USB

For complete setting instructions, please refer to the iTrixx-Ultra 300 User Manual at: https://www.linortek.com/downloads/documentations/

How to Trigger the Meter

The hour counter can be activated in three different ways: digital input, analog input, power input, and relay output.

Using Digital Inputs (Recommended for Industrial Applications)

Digital inputs are the most reliable and recommended method for industrial applications. Most industrial equipment uses PLCs or control systems that can provide 5-44VDC output signals. Common digital output sources include:

  • PLC digital output modules
  • Machine control relays
  • Machine state outputs
  • Production line sensors
  • Equipment status indicators

Using Analog Input

The hour meter can be triggered using current sensors connected to the analog inputs (AIN1 or AIN2). This method is ideal for:

  • Monitoring equipment power consumption
  • Detecting machine operational states
  • Equipment load monitoring
  • Process verification

Supported current sensors:

  • YHDC SCT-013-015 (15A range)
  • YHDC SCT-013-030 (30A range)

Note: Current sensors provide voltage output proportional to current flow:

  • SCT-013-015: 1.0V = 15A current flow
  • SCT-013-030: 1.0V = 30A current flow

Using Power Input

In the simplest setup, the meter may be activated whenever power is applied to the unit. A voltage threshold needs to be provided to stop counting as power is lost, preventing memory corruption.

Benefits:

  • No additional wiring required
  • Simple installation - just connect to equipment power
  • Automatic operation

Important Consideration: Although this is the simplest method, it is not recommended for applications requiring precise hour readings as device boot-up time during equipment startup may affect reading accuracy.

Using Relay Output

Configure the meter to follow relay activation:

Hardware:

  • Two push-in spring connection terminal blocks
  • Labeled "OUT1" and "OUT2" on enclosure
  • Signal relay
  • Configurable Normally open/close configuration

Operation:

  • Counting begins when relay activates
  • Can be used for event-based counting
  • Useful for specific trigger conditions

For detailed wiring instructions, refer to the Wiring your iTrixx-Ultra 300 section in the User Manual.

Finding Your iTrixx's IP Address

Your iTrixx comes with DHCP enabled by default. This means it will automatically get an IP address from your router if your router is set up for DHCP. If your router isn't set up for DHCP, you can use Option 3 below to access your iTrixx using its default IP address.

Option 1: Using Our Discover Programs (Recommended Method)

We provide two easy-to-use Discover programs to help you find your iTrixx on your network:

A. Windows PC and Android Phones (Recommended for Windows Users)

Go to: https://www.linortek.com/downloads/support-programming/

A security warning dialog box titled "Windows protected your PC" states that Microsoft Defender SmartScreen prevented an unrecognized app from starting and warns that running it might put the PC at risk. It shows the app name "Linortek_Discover_Windows.exe" and publisher "Unknown publisher". Buttons are "Run anyway" and "Don't run".

Download the Discover program (it comes as a zip file).

  1. Extract the zip file on your computer.
  2. Double-click the file named "Linortek_Discover_Windows.exe".
  3. Important Note: When you open the program, you might see a Windows security message saying “Windows protected your PC.” This is normal: Click "More info", then Click "Run anyway” (don't worry - the app is completely safe).

B. Java-Based App (For All Computer Types)

  1. Make sure you have Java installed on your computer.
  2. If you need Java, download it from: https://www.java.com/en/download/
  3. Download the Java Discoverer from our website: https://www.linortek.com/downloads/support-programming/
  4. If you see a warning message about keeping the file, click "Keep" (the program is safe).

When the Discover program finds your iTrixx, it will show you:

  • IP Address
  • Host Name
  • MAC Address
  • Additional Information: Blue LED status (if on), Product Name, Server Software Version

To access your iTrixx software:

  1. Click on your device in the Discover program.
  2. Your web browser will open automatically to your Netbell's webpage.
  3. Click the "Login" button.
  4. Use these default login credentials: Username: admin, Password: admin (You can change these later in the settings menu).

Port Number (usually 30303)

Option 2: Using Your Computer's Command Prompt

If the Discover program isn't working for you, try this method:

  1. Open the Start menu on your PC.
  2. Type "cmd" in the search bar.
  3. Select "Command Prompt".
  4. Type "ping server" and press Enter.
  5. If successful, you'll see replies with an IP address.
  6. Open your web browser and type in that IP address.

Option 3: Direct Connection Method

If you're still having trouble or your network doesn't support DHCP:

  1. Connect the iTrixx directly to your computer's Ethernet port using the provided RJ45 cable.
  2. Important: Turn OFF your WiFi.
  3. Open your web browser.
  4. Type in: 169.254.1.1 (this is your iTrixx's default IP address).

Once you're logged in, you can set a permanent (static) IP address if needed:

  1. Go to "Configure" > "Network Config".
  2. Set your desired static IP address.
  3. After setting the static IP, you can connect your iTrixx back to your network.
  4. Use the static IP address you set to access your iTrixx.

Option 4: USB Connection

If Discoverer isn't available:

  1. Connect Ultra 300 to PC's USB port using 'POWER' input.
  2. Open terminal emulator.
  3. Set COM port to Serial.
  4. Find port number in Device Manager.
  5. Type 'netinfo' command.
  6. Note displayed IP address.

Server Configuration & Landing Page

After connecting your equipment and accessing the web interface:

  • Two meters displayed: Each meter has independent triggers, can record up to 999999.99 hours, and displays decimal hours with 1/100 hour by default (this can be changed to 1/10 on the Hours page).
  • Running indicator: Spins when counting is active, providing visual confirmation of operation.

A screenshot of the Linortek web interface shows navigation tabs (Home, Services, Tasks, Log, Setting, Configure, System) and various configuration options like "Use Active Main", "Require Login", "Use System Emails", "Use Fahrenheit", "PGM Dynamic Relays", "Java Report", etc.

Setting Time and Date

When first configuring your ULTRA 300:

Default Settings:

  • Eastern Standard Time (GMT-5)
  • Automatic daylight savings adjustment
  • NTP time synchronization enabled

To Change Settings (Navigate to Settings > Time/Date):

  • Adjust time zone value
  • Enable/disable daylight savings
  • Configure NTP updates
  • Set manual time if needed

Setting Up Data Report and Enable Landing Page

To enable your iTrixx to send data to the Hour Collector desktop applications (introduced in the next section), you must first enable Java reporting in the software. If you want to display the meter on the landing page before signing in to the device, you'll need to enable this feature.

To enable Java report and landing page:

  1. Navigate to Settings > Settings.
  2. Check the Java Report box.
  3. Save changes.

Configuring the Hour Meter

After enabling Data Report, navigate to Services > Hours. To configure each hour meter:

  • Use Meter: Enable counting. Hour counter will not run unless "Use Meter" is checked.
  • Trigger: Selects the condition to start and stop the counter. Can select INPUT or RELAY. Can also select INPUT VOLTAGE to start the counter (e.g., when the ULTRA 300 is powered).
  • Meter Name: Name to identify the meter (15 char max).
  • Seconds/Tick: Sets counting resolution. Smaller numbers use memory faster. Usually set to 2.
  • Used Endurance: Indicates memory condition, as writes are finite. (Tick*512*100000 = memory endurance in seconds).
  • Voltage Threshold: Condition that must be satisfied with the trigger to make the meter count. Useful to stop the counter if power is lost, preventing memory errors.
  • Send Email: Checkbox to send an email when a value is exceeded. (Email setup required via Configure > Email Setup page).
  • Email Count: Hour meter value to send email notification (in seconds or hours).
  • Relay Control: Activates a relay when a value is exceeded. Useful for maintenance indicators.
  • Relay Count: Hour meter value to trigger relay (in seconds or hours).
  • Preset: Used to ZERO the meter or set it to any value (in seconds or hours).
  • Push Report Interval: How often to send the hour report to the HourCollector App (default 2 minutes). Can be changed using "m" for minutes, "h" for hours, "d" for days.

Configure Analog Input Data (Current Sensor)

Important: You will find how to start and stop the meter and count uptime using the current sensor in this instruction. For other configurations such as time/date, reports, network configurations or data collection please refer to the Ultra 300 User Manual.

To configure the analog input:

  1. Navigate to Services > In/Out page.
  2. Click "Edit" icon for AIN1 or AIN2.
  3. Configure the settings according to your sensor type.

Note: YHDC SCT-013-015 will display 1.0V when the current flow equals 15A, YHDC SCT-013-030 will display 1.0V when the current flow equals 30A.

A screenshot of the "Set Analog Input" configuration page shows fields for Analog Input Selected, Name, Label, Corrector, Use, Input, Display, Relay, Value, Min, Max, and color thresholds (Green, Yellow, Red).

After configuring the analog input, proceed to Tasks page and create two tasks:

  1. Task 1: Turn on Relay when the Analog input shows the value to start the meter.
  2. Task 2: Turn off Relay when the Analog input drops down.

A screenshot of the "Configure Tasks" page shows a table with columns for Name, Use, Device A/B/C, Data A/B/C, Logic, Action, Log, Email, Edit. Example tasks are shown: Task 1 (Analog 1 > 0.5 -> Relay 3 ON) and Task 2 (Analog 1 < 0.5 -> Relay 3 OFF).

Please go to Services > Hours page to configure the Hour meter 1 to count uptime of your machine.

Note: If you want to count the down time as well, please use the opposite logic for Hour meter 2. Create two tasks: to Turn on another Relay when the value drops and to turn it off when the current is indicated. Then use the relays to activate the hour meters.

A screenshot of the "Hour Meters" configuration page shows settings for "Use Meter 1" and "Use Meter 2", including Trigger, Meter Name, Seconds/Tick, Used endurance, Voltage Threshold, Send Email, Email Count, Relay Control, Relay Count, Preset, Push Report Interval, and Count hours by options.

Monitoring the Meter

Linortek provides three powerful solutions for monitoring your equipment running hours:

1. HourMeter Collector App (Basic Monitoring)

Best for: Single location monitoring with data logging.

Features:

  • Simple interface for monitoring multiple devices.
  • Equipment will automatically show up on the app once powering on.
  • No login required, no configuration needed.
  • Automatic data logging to CSV files: When you run the HourMeter Collector for the first time, it will generate a CSV_FILE folder with your Hour Meter Logs details. If you rename this file or delete it, it will just create another folder name CSV_FILE.

Setup Instructions:

A screenshot of the "Hour Meter Collector" application interface shows columns for IP Address, Meter Name, Date/Time, Meter 1, Meter 2, Inputs, Relays, Sensor Port, Mac Address, and buttons like DISCOVER, DATA SELECTION, WRITE ALL DATA. Sample data rows are visible.

2. DataCollector Pro App (Advanced Features)

Best for: Monitoring equipment data from multiple locations using MQTT protocol.

Features:

  • Manual and automatic data collection modes.
  • Display hour readings and digital/analog inputs data.
  • MQTT protocol enabled.
  • Manually/automatically collecting/exporting data.
  • Customizable update frequencies.
  • Remote device monitoring.
  • Detailed data export options.

Setup Instructions:

A screenshot of the "DataCollector Pro" application interface shows sections for Device, Data Display, App Settings, and buttons for Add Device, Manual Device List, Delete Device, Data Log, Refresh Data, Export To-CSV, Export Automatic Device Data Log, Delete Device Data Log, Overwrite To Previous Log, Automatic Device Data Display, Display Options.

3. iTrixx Mobile App (On-the-Go Monitoring)

Best for: Mobile users needing real-time data access.

Features:

  • Android-based mobile monitoring.
  • Easy device provisioning.
  • Mobile hotspot support.
  • Real-time status updates.
  • CSV log generation.

Setup Instructions:

RESTful API & XML Data Format

Here are the available APIs that you can export the data from the device directly (for software REV. 427 and above).

  • Meter 1 API: your_IP_address/api/hourmeter/1/getcount
  • Meter 2 API: your_IP_address/api/hourmeter/2/getcount

For pulling the hours out, there are two XML commands built-in:

  • your_IP_address/hours.xml
  • your_IP_address/hourdetail.xml

For integration assistance, contact: support@linortek.com

Common Questions and Solutions

Q: Why isn't my digital input triggering the meter?

A: Check these common issues:

  • Digital input not enabled in software.
  • Incorrect voltage/resistance for input level.
  • Wrong input mode selected (PU vs ISO).
  • Missing or incorrect external resistor for high voltage.

Q: How do I download my hour meter data?

A: Multiple options available:

  • Use HourMeter Collector for basic CSV logging.
  • DataCollector Pro for multiple location data logging.
  • Mobile app for on-the-go CSV generation.
  • Direct API access for custom integration.

Q: Can I monitor my equipment data remotely?

A: Yes, there are several ways to monitor your equipment data remotely:

  • Using DataCollector Pro App (Recommended): Supports remote monitoring via MQTT protocol.
  • Web Browser Access:
    • Port forwarding your device on your network.
    • Access device web interface using the device web address.
    • Real-time monitoring through landing page.
    • No additional software required.
    • Contact your IT department for proper network configuration.

Additional Resources

Further Notice for Limitation of Use

When wiring a line voltage device, you MUST either be a qualified electrician or use the services of a qualified electrician. Additionally, local codes must be followed including but not limited to wire gauge size and suitable housing.

Linortek cannot assume any responsibility for:

  • Harm to users or third parties from improper use.
  • Device damage from improper use.

See product manual for full Disclaimer and User Agreement.

Models: iTrixx-Ultra 300, iTrixx-Ultra 300 Ethernet Hour Meter, Ethernet Hour Meter, Hour Meter, Meter

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