Configuration

Module Configuration

The Device configuration section defines the settings for connections to Mettler Toledo devices.

Figure 1. Creating a New Device

Figure 2. Module configuration

Each device requires the following parameters to be configured:

• Enable data collection: Enables or disables data collection on this device.
• Protocol: Specifies which protocol should be used. Available protocols are SICS and Gareco.
• NaN value: Specifies the value used when a numeric variable is NaN.
• Timing:
  • Request timeout: Specifies the maximum amount of time to wait for a valid response, in milliseconds. The valid range for request timeouts is 100 to 1000000.
  • Retry attempts: Specifies the number of communication retries before considering the target device unreachable. The valid number of retries is from 0 to 1000.
  • Inter-request delay: Specifies the delay between each request being sent to the target device, displayed in milliseconds. The valid range for this delay is 0 to 1000000.
• Connection:  
  • Type: Specifies the connection type for devices. Available connection types are “TCP” and “Serial”.
  • Config (if Type is set to “TCP”):
    • Host: Specifies the Hostname/IP address of the target device.
    • TCP Port: Specifies the TCP port number for connecting to the target device. The valid range for the TCP port number is 1 to 65535.
    • Reconnect delay: Specifies the delay before reattempting a new connection after a failed attempt, displayed in milliseconds.
  • Config (if Type is set to “Serial”):
    • Port name: Specifies the port name, as shown by the Operating System. For instance, COM1 for Windows systems and /dev/ttyS0 for Linux systems.
    • Reconnect delay: Specifies the delay before reattempting to open the serial port after a failed connection attempt, displayed in milliseconds.
    • Baud rate: Specifies the transfer speed for the serial port, in bits per second. Available rates are: 110 300 1200 2400 4800 9600 19200 38400 576 115200.
    • Data bits: Specifies the number of data bits per data word. Available options are: 5, 6, 7 or 8.
    • Stop bits:  Specifies the number of stop pits per data word. Available options are: 1 or 2.
    • Parity: Specifies theparity type for data. Available options are Even “Mark”, “Odd” or “Space”.
    • Flow control: Enables the use of RTS and DTR control lines.
    • Buffer size: Specifies the size of the serial communication buffer. The valid range for the Buffer size is 128 to 65536.

Tag Configuration

After configuring the Device, users will be able to create and configure any Tags associated with the data received from Mettler Toledo devices.

Figure 3. Tag configuration

Each Tag requires the following parameters to be configured:

Source contains the following settings:

• Enabled: Enables reading of tags from its source.
• Module Type: Specifies the source module type used to read the tag.
• Module Name: Specifies the source module name used to read the tag.

Config contains the following settings:

• Device: Specifies the device (previously configured during module configuration) that will act as a data source.
• Protocol: Specifies which protocol to use. Available options are SICS (Standard Interface Command Set) and Gareco (Garvens Remote Control).

SICS Protocol

When selecting SICS in Protocol, the following parameters will appear:

Figure 4. SICS protocol configuration

Variable: Specifies the SICS variable that will be assigned to the tag. Available variables are:

• Watchdog (RO): A query that retrieves the time when the last command was executed. Time is displayed in milliseconds.
• I2 - Device Type (RO): A query that retrieves the balance type. When assigning this variable to a Tag, the Tag type must be set to String.
• I2 - Device Capacity (RO): A query that retrieves the balance capacity. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• I3 - Software version (RO): A query that retrieves the software version. When assigning this variable to a Tag, the Tag type must be set to String.
• I4 - Serial number (RO): A query that retrieves the balance serial number. When assigning this variable to a Tag, the Tag type must be set to String.
• I5 - Software id (RO): A query that retrieves the software identification number. When assigning this variable to a Tag, the Tag type must be set to String.
• I10 - Balance Id (RW): A command that queries or sets the balance identification (balance ID). When setting the ID, the maximum number of characters is 20. When assigning this variable to a Tag, the Tag type must be set to String.
• I11 - Model designation (RO): A query that retrieves the balance model designation. When assigning this variable to a Tag, the Tag type must be set to String.
• S - Weight (stable) (RO): A query that retrieves the current stable net weight value. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• SI - Weight (immediate) (RO): A query that retrieves the current net weight value, irrespective of the balance stability. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• S - Software version: A query that retrieves the software version. When assigning this variable to a Tag, the Tag type must be set to String.
• SI - Software type: A query that retrieves the software type. When assigning this variable to a Tag, the Tag type must be set to String.
• SU - Stable weight value in display unit (RO): A query that retrieves the stable weight value from the unit currently being displayed. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• SIU - Weight value in display unit immediately (RO): A query that retrieves the current weight value in display unit (irregardless of the stability). When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• SIU - Balance stable (RO): A query that specifies whether the weight value displayed is stable or un-stable. When assigning this variable to a Tag, the Tag type must be set to String.
• A10 - Target Weight (RW): A command that queries and sets the target weight value. When assigning this variable to a Tag, the Tag type can be set to Number or String.
• A10 - Reset Target Weight (WO): A command that resets the target weight to 0 when set to True. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• A10 - Lower Tolerance (RW): A command that sets the lower tolerance parameter. When assigning this variable to a Tag, the Tag type can be set to Number or String.
• A10 - Reset Target Lower Tolerance (WO): A command that resets lower tolerance to 0 when set to True. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• A10 - Upper Tolerance (RW): A command that queries and sets the upper tolerance value. When assigning this variable to a Tag, the Tag type can be set to Number or String.
• A10 - Reset Target Upper Tolerance (WO): A command that resets the upper tolerance to 0 when set to True. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• A36 - Result identification label (RW): A command that queries and sets the result identification label for the task currently running. When setting the result identification label, the maximum number of characters is 32, and the minimum is 1. When assigning this variable to a Tag, the Tag type must be set to String.
• A36 - Result label identification value (RW): A command that sets the result identification value for the task currently running. When setting the result identification value, the maximum number of characters is 32. When assigning this variable to a Tag, the Tag type must be set to String.
•  A37 - Task Identification label (RW): A command that sets the task identification label for the task currently running. When setting the task identification label, the maximum number of characters is 32 and the minimum is 1. When assigning this variable to a Tag, the Tag type must be set to String.
•  A37 - Task Identification value (RW): A command that queries and sets the task identification value for the task currently running. When setting the task identification value, the maximum number of characters is 32. When assigning this variable to a Tag, the Tag type must be set to String.
• C0 - Adjustment Mode (RW): A command that queries and sets the current adjustment mode. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available modes are:
  • Manual (if Tag type is set to String) or 0 (if Tag type is set to Number): in this mode, adjustment can only be triggered manually.
  • Internal adjustment (if Tag type is set to String) or 1 (if Tag type is set to Number): in this mode, an adjustment is required whenever a considerable change in the ambient conditions is determined.
  • Internal adjustment (if Tag type is set to String) or 2 (if Tag type is set to Number): when this parameter is returned, an adjustment is pending.
  • No adjustment (if Tag type is set to String) or 3 (if Tag type is set to Number): in this mode, an adjustment is required whenever the built-in sensors determine a considerable change in the ambient conditions.
• C0 - Adjustment Weight Type (RW): A command that queries and sets the adjustment weight type. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available modes are:
  • Built-in weight (if Tag type is set to String) or 0 (if Tag type is set to Number).
  • External weight (if Tag type is set to String) or 1 (if Tag type is set to Number).
• C0 - Adjustment Weight Value (RO): A query that retrieves the current adjustment weight value for an external adjustment request from the user via the display panel or interface. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• M01 – Weighing mode (RW): A query that retrieves and sets the current weighing mode. When assigning this variable to a Tag, the Tag type can be set to Number or String.  Available modes are:
  • Normal weighing / Universal (if Tag type is set to String) or 0 (if Tag type is set to Number).
  • Dosing (if Tag type is set to String) or 1 (if Tag type is set to Number).
  • Sensor mode (if Tag type is set to String) or 2 (if Tag type is set to Number).
  • Check weighing (if Tag type is set to String) or 3 (if Tag type is set to Number).
• M02 – Environment condition (RW):  A command that queries and sets the ambient condition setting for the balance. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available modes are:
  • Very stable (if Tag type is set to String) or 0 (if Tag type is set to Number).
  • Stable (if Tag type is set to String) or 1 (if Tag type is set to Number).
  • Standard (if Tag type is set to String) or 2 (if Tag type is set to Number).
  • Unstable (if Tag type is set to String) or 3 (if Tag type is set to Number).
  • Very unstable (if Tag type is set to String) or 4 (if Tag type is set to Number).
  • Automatic (if Tag type is set to String) or 5 (if Tag type is set to Number).
•  M03 – Zero drift compensation (RW): A query that retrieves and sets the current status of the zero drift compensation. When assigning this variable to a Tag, Tag type can be set to Number or Boolean. The available status options are as follows:
  • False or 0- means that the zero drift compensation is activated.
  • True or 1 - means that the zero drift compensation is deactivated.
• M11 – Key beeper volume (RW): A query that retrieves and sets the current volume of the terminal key beeper in % (values from 0 to 100). When assigning this variable to a Tag, Tag type can be set to Number or String.
• M12 – Active beep signal variant 1 (WO): A command that triggers beep variant 1. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• M12 – Active beep signal variant 2 (WO): A command that triggers beep variant 2. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• M12 – Active beep signal variant 3 (WO): A command that triggers beep variant 3. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• M19 – Adjustment weight (RW): A query that retrieves and sets the current adjustment weight. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed with its unit).
•  M21 – Unit (RW): A command that queries and sets the weighing unit of an output channel. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available units are:
  • Gram (if Tag type is set to String) or 0 (if Tag type is set to Number).
  • Kilogram (if Tag type is set to String) or 1 (if Tag type is set to Number).
  • Ton (if Tag type is set to String) or 2 (if Tag type is set to Number).
  • Milligram (if Tag type is set to String) or 3 (if Tag type is set to Number).
  • Microgram (if Tag type is set to String) or 4 (if Tag type is set to Number).
  • Carat or (if Tag type is set to String) or 5 (if Tag type is set to Number).
  • Pound avdp (if Tag type is set to String) or 7 (if Tag type is set to Number).
  • Ounce avdp (if Tag type is set to String) or 8 (if Tag type is set to Number).
  • Ounce troy (if Tag type is set to String) or 9 (if Tag type is set to Number).
  • Grain (if Tag type is set to String) or 10 (if Tag type is set to Number).
  • Pennyweight (if Tag type is set to String) or 11 (if Tag type is set to Number).
  • Momme (if Tag type is set to String) or 12 (if Tag type is set to Number).
  • Mesghal (if Tag type is set to String) or 13 (if Tag type is set to Number).
  • Tael Hongkong (if Tag type is set to String) or 14 (if Tag type is set to Number).
  • Tael Singapore (if Tag type is set to String) or 15 (if Tag type is set to Number).
  • Tael Taiwan (if Tag type is set to String) or 16 (if Tag type is set to Number).
  • Tola (if Tag type is set to String) or 18 (if Tag type is set to Number).
  • Baht (if Tag type is set to String) or 19 (if Tag type is set to Number).
  • Custom unit (if Tag type is set to String) or 28 (if Tag type is set to Number).
• M23 – Readability, 1d/xd (RW): A query that retrieves and sets the current number of weighing result digits that are displayed. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available readabilities:
  • 0 refers to 1d.
  • 1 refers to 10d.
  • 2 refers to 100d.
  • 3 refers to 1000d.
  • 4 refers to 2d.
  • 5 refers to 5d.
• M29 – Weighing value release (RW): A query that retrieves and sets the current weight value release. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available releases are:
  • Very fast (if Tag type is set to String) or 0 (if Tag type is set to Number).
  • Fast or 1 (if Tag type is set to String) or 1 (if Tag type is set to Number).
  • Reliable and fast (if Tag type is set to String) or 2 (if Tag type is set to Number).
  • Reliable (if Tag type is set to String) or 3 (if Tag type is set to Number).
  • Very reliable (if Tag type is set to String) or 4 (if Tag type is set to Number).
• M37 – Draft shield door opening width (RW): A command that queries and sets the draft shield door opening width value. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available values are:
  • 25 which refers to a door open at 25%
  • 50 which refers to a door open at 50%
  • 75 which refers to a door open at 75%
  • 100 which refers to a door open at 100%
• M40 – Inner draft shield door opening width (RW): A command that queries and sets the inner draft shield door opening width value. When assigning this variable to a Tag, the Tag type can be set to Number or String. Available values are:
  • 25 which refers to a door open at 25%
  • 50 which refers to a door open at 50%
  • 75 which refers to a door open at 75%
  • 100 which refers to a door open at 100%
• T – Tare (WO): A command that tares the balance with the next stable weight. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• TA – Tare weight value (RW): A command that queries the current tare weight value and also sends a specific tare weight (entered by the user) value to the tare memory. This variable also monitors the current tare weight value. When assigning this variable to a Tag, the Tag type can be set to Number or String (if set to String, the value will be displayed along with its unit).
• TAC – Clear tare weight value (WO): A command that clears the tare memory. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• TI – Tare immediately (WO): A command that sets the current weight value as a tare weight value, regardless of the balance stability. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• TIM – Time (RW): A command that queries and sets the time of the balance. The time format must be as follows: “Hours Minutes Seconds”. Hours vary from 00 to 23, Minutes vary from 00 to 59, Seconds vary from 00 to 59 (example “01 56 11”). When assigning this variable to a Tag, the Tag type must be set to String.
• DAT – Date (RW): A command that queries and sets the balance date. The date format must be as follows: “Day Month Year”. Day varies from 01 to 31, month varies from 01 to 12, year varies from 200 to 2099 (example “9 10 2017”). When assigning this variable to a Tag, the Tag type must be set to String.
• Z – Zero (WO): A command that sets a new zero, which all weight values (Tare weights included) will be measured relatively to. After setting a new zero, the following values are set: tare weight = 0 g and gross weight (empty balance) = 0 g. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• ZI – Zero immediately (WO): A command that sets a new zero, regardless of the balance stability, which all weight values (Tare weights included) will be measured relatively to. After setting a new zero, the following values are set: tare weight = 0 g and gross weight (empty balance) = 0 g. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• PWR - Power On (WO): A command that switches the balance on. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• PWR - Power Off (WO): A command that switches the balance off. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• DW - Show Weight (WO): A command that switches the main display to show the current weight value. When assigning this variable to a Tag, the Tag type must be set to Boolean.
• D - Write text (WO): A command used to write text and display it on the balance screen. Sending an empty text (“ “) will clear the balance display. When assigning this variable to a Tag, the Tag type must be set to String.
• @ - Cancel (WO): A command that terminates the processes currentlyrunning. This achieves the same effect as disconnecting and reconnecting the power supply. If the balance is in standby mode, it means it's turned on. When assigning this variable to a Tag, the Tag type must be set to Boolean.

Channel: Specifies the channel ID. Available channels are: “Host unit”, “Display unit” and “Info unit”.

Scan rate: Specifies the rate for checking variables.

Gareco Protocol

When selecting Gareco in protocol, the following parameters will appear:

Figure 5. Gareco protocol configuration 

Group: Specifies the group of commands for the Gareco protocol. Available groups of commands are:

• Diagnostics
• Program info
• Basic data
• Article data
• Classification
• Article statistics
• Feedback control
• Gliding limits
• Fill head
• Mean value
• Metal detector
• Plus zones 
• Good zones 
• Minus zone 
• Total statistics
• Current interval
• Last interval
• 14 Zones Distribution
• Current batch
• Last batch
• Current production
• Last production
• Batch statistics

Variable: Specifies the Gareco variable that will be assigned to the tag. For the Gareco protocol, all variables are read-only and can only monitor data. Available variables according to their respective group:

Diagnostics:

• Communications watchdog (number)

Program info:

• Device serial number (string)
• Program 1 (string)
• Program 2 (string)
• Program 3 (string)
• Program 4 (string)
• Program 5 (string)

Basic data:

• Gareco version number (string)
• Article name (string)
• Ean code (string)
• Weight unit (number) : (0=g 1=kg)

Article data:

• Nominal weight (number)
• Mean fixed tare (number)
• Length of the article (number)
• No. products for successive error detection (number) :
• Target throughput  (pcs./minute) (number)
• Measuring time (number)
• Correction factor (number)
• Max length (number)
• Specific density (number)
• Density correction (number)

Classification:

• Limits limit plus 3 (number)
• Limits limit plus 2 (number)
• Limits limit plus 1 (number)
• Limits limit minus 1 (number)
• Limits limit minus 2 (number)
• Limits limit minus 3 (number)

Article statistics:

• 2 rejector number for tu1% products (number)
• 2 rejector number for tu2 products (number)
• 2 rejector number for mean value monitoring (number)
• 2 reference to mean value monitoring (number)
• 2 automatic printout (number)
• 2 hourly printout (number)
• 2 automatic batch printout (number)
• Batch number (number)
• Tolerance limit to 2 (number)
• Tolerance limit to 1 (number)
• Tolerance limit tu 1 (number)
• Tolerance limit tu 2 (number)
• Tolerance system (production legislation)
• Tu1 percentage (number)
• Type of interval (number)
• Scope of one interval (pcs or min) (number)
• Statistics on/off (number)

Feedback control:

• Tolerance + (number)
• Tolerance - (number)
• High limit (number)
• Low limit (number)
• Overfill (number)
• No. pcs for mean value calculation (number)
• Neutral distance (pcs) (number) number)
• Start phase (pcs) (number)
• Start value (hz) (number)
• Control factor (number)
• Feedback controlling on/off (number)

Gliding limits:

• Reference weight (number)
• High limit (number)
• T1+limit (difference) (number)
• T1-limit (difference) (number)
• Low limit (number)
• Gliding (limits (mean value tracking) on/off (number)
• Number of pcs for mean value (number)
• Tolerance range (number)

Fill head:

• Test number of cycles (number)
• Test neutral distance (number)
• Test high limit (number)
• Test low limit (number)
• Test automatic printing (number) : 0=OFF 1=ON
• Test fill head test on/off (number) : 0=OFF 1=ON

Mean value:

• Trend monitoring number of pcs for the mean value (number)
• Trend monitoring high limit (number)
• Trend monitoring low limit (number)
• Trend monitoring on/off (number) : (0=OFF, 1=ON)

Metal detector:

• Data product memory No. (article memory location) (number)
• Data sensitivity (number)
• Data phase adjustment (number)
• Detection mode (number)

Plus zones:

• Counters number of products (pcs.) in the plus 3 zone (number)
• Counters total weight of the products in the plus 3 zone (number)
• Counters mean value of the products in the plus 3 zone (number)
• Counters number of products (pcs.) in the plus 2 zone (number)
• Counters total weight of the products in the plus 2 zone (number)
• Counters mean value of the products in the plus 2 zone (number)
• Counters number of products (pcs.) in the plus 1 zone (number)
• Counters total weight of the products in the plus 1 zone (number)
• Counters mean value of the products in the plus 1 zone (number)

Good zones:

• Counters number of products (pcs.) in the plus 3 zone (number)
• Counters total weight of the products in the plus 3 zone (number)
• Counters mean value of the products in the plus 3 zone (number)
• Counters number of products (pcs.) in the plus 2 zone (number)
• Counters total weight of the products in the plus 2 zone (number)
• Counters mean value of the products in the plus 2 zone (number)
• Counters number of products (pcs.) in the plus 1 zone (number)
• Counters total weight of the products in the plus 1 zone (number)
• Counters mean value of the products in the plus 1 zone (number)

Minus zone:

• Counters number of products (pcs.) in the minus 1 zone (number)
• Counters total weight of the products in the minus 1 zone (number)
• Counters mean value of the products in the minus 1 zone (number)
• Counters number of products (pcs.) in the minus 2 zone (number)
• Counters total weight of the products in the minus 2 zone (number)
• Counters mean value of the products in the minus 2 zone (number)
• Counters number of products (pcs.) in the minus 3 zone (number)
• Counters total weight of the products in the minus 3 zone (number)
• Counters mean value of the products in the minus 3 zone (number)

Total statistics:

• Date (string)
• Time (string)
• Article name (string)
• Batch number (string)
• Nominal weight (number)
• Tare (number)
• Number of good products (number)
• Number of rejected products (number)
• Mean value (number)
• Standard deviation (number)
• Tu1 limit (number)
• Number of products < tu1 limit (number)
• Products below tu1 in % (tu1 infringement %) (number)
• Tu2 limit (number)
• Number of products < tu2 limit (number)
• Number of products rejected due to tu1% (number)
• Number of products rejected due to tu2 limit (number)
• Number of products rejected due to mean value monitoring (number)
• Number of products rejected due to other reasons (number)

Current interval :

• Date (string)
• Time (string)
• Number of good products (number)
• Number of rejected products (number)
• Mean value (number)
• Standard deviation (number)
• Tu1 limit (number)
• Number of products < tu1 limit (number)
• Products below tu1 in % (tu1 infringement %) (number)
• Tu2 limit (number)
• Number of products < tu2 limit (number)
• Statistics number of products rejected due to tu1% (number)
• Statistics number of products rejected due to tu2 limit (number)
• Statistics number of products rejected due to mean value monitoring (number)
• Statistics number of products rejected due to other reasons (number)

Last interval:

• Date (string)
• Time (string)
• Number of good products (number)
• Number of rejected products (number)
• Mean value (number)
• Standard deviation (number)
• Tu1 limit (number)
• Number of products < tu1 limit (number)
• Products below tu1 in % (tu1 infringement %) (number)
• Tu2 limit (number)
• Number of products < tu2 limit (number)
• Statistics number of products rejected due to tu1% (number)
• Statistics number of products rejected due to tu2 limit (number)
• Statistics number of products rejected due to mean value monitoring (number)
• Statistics number of products rejected due to other reasons (number)

14 Zone Distribution:

• Number of products in zone 1 (number)
• Number of products in zone 2 (number)
• Number of products in zone 3 (number)
• Number of products in zone 4 (number)
• Number of products in zone 5 (number)
• Number of products in zone 6 (number)
• Number of products in zone 7 (number)
• Number of products in zone 8 (number)
• Number of products in zone 9 (number)
• Number of products in zone 10 (number)
• Number of products in zone 11 (number)
•  Number of products in zone 12 (number)
• Number of products in zone 13 (number)
• Number of products in zone 14 (number)

Current batch:

• Date (string)
• Time (string)
• Batch number (string)
• Number of good products (number)
• Number of rejected products (number)
• Mean value (number)
• Standard deviation (number)
• Tu1 limit (number)
• Number of products < tu1 limit (number)
• Products below tu1 in % (tu1 infringement %) (number)
• Tu2 limit (number)
• Number of products < tu2 limit (number)

Last batch:

• Date (string)
• Time (string)
• Batch number (string)
• Number of good products (number)
• Number of rejected products (number)
• Mean value (number)
• Standard deviation (number)
• Tu1 limit (number)
• Number of products < tu1 limit (number)
• Products below tu1 in % (tu1 infringement %) (number)
• Tu2 limit (number)
• Number of products < tu2 limit (number
• Statistics number of products rejected due to tu1% (number)
• Statistics number of products rejected due to tu2 limit (number)
• Statistics number of products rejected due to mean value monitoring (number)
• Statistics number of products rejected due to other reasons (number)

Current production:

• Hour statistics date (string)
• Hour statistics time (string)
• Hour statistics article name (string)
• Hour statistics batch number (string)
• Hour statistics nominal weight (number)
• Hour statistics tare (number)
• Hour statistics number of good products (number)
• Hour statistics number of rejected products (number)
• Hour statistics mean value (number)
• Hour statistics standard deviation (number)
• Hour statistics tu1 limit (number)
• Hour statistics number of products < tu1 limit (number)
• Hour statistics products below tu1 in % (tu1 infringement %) (number)
• Hour statistics tu2 limit (number)
• Hour statistics number of products < tu2 limit (number)
• Hour statistics number of products rejected due to tu1% (number)
• Hour statistics number of products rejected due to tu2 limit (number)
• Hour statistics number of products rejected due to mean value monitoring (number)
• Hour statistics number of products rejected due to other reasons (number)

Last production

• Hour statistics date (string)
• Hour statistics time (string)
• Hour statistics article name (string)
• Hour statistics batch number (string)
• Hour statistics nominal weight (number)
• Hour statistics tare (number)
• Hour statistics number of good products (number)
• Hour statistics number of rejected products (number)
• Hour statistics mean value (number)
• Hour statistics standard deviation (number)
• Hour statistics tu1 limit (number)
• Hour statistics number of products < tu1 limit (number)
• Hour statistics products below tu1 in % (tu1 infringement %) (number)
• Hour statistics tu2 limit (number)
• Hour statistics number of products < tu2 limit (number)
• Hour statistics number of products rejected due to tu1% (number)
• Hour statistics number of products rejected due to tu2 limit (number)
• Hour statistics number of products rejected due to mean value monitoring (number)
• Hour statistics number of products rejected due to other reasons (number)

Batch statistics

• Number of products rejected due to tu1% (number)
• Number of products rejected due to tu2 limit (number)
• Number of products rejected due to mean value monitoring (number)
• Number of products rejected due to other reasons (number)

Scan rate: Specifies the check rate for the tag, displayed in milliseconds. Minimum value for this parameter is 100 milliseconds. (available for some variables).