Weight Transmitters

Key Features:

• Weight transmitter suitable for back panel mounting on Omega/ DIN rail.
• Space-saving vertical shape.
• Dimensions: 25x115x120 mm.
• Six-digit red LED semi alphanumeric display (8 mm height), 7 segment.
• Six indicator LED.
• Four buttons for the system calibration.
• Extractable screw terminal boards.
• Connections to:
  • PLC via analog output or fieldbuses
  • PC/PLC via RS485 (up to 99 instruments with line repeaters, up to 32 without line repeaters).
  • remote display via RS485.
  • max. 8 load cells in parallel by junction box.
• Digital filter to reduce the effects of weight oscillation.
• Theoretical calibration (via keyboard) and real (with sample weights and the possibility of weight linearization up to 5 points)
• Tare weight zero setting.
• Automatic zero setting at power-on.
• Gross weight zero tracking.
• Semi-automatic tare (net/gross weight) and predetermined tare.
• Semi-automatic zero.
• Displaying the maximum weight value reached (peak).
• Direct connection between RS485 and RS232 without converter.
• Hysteresis and set point value setting.
• TCP/IP WEB APP Integrated software in combination with Ethernet TCP/IP version, for supervision, management and remote control of the weight transmitter.
• Optional Fieldbuses
  • CANopen, DeviceNet, CC-LINK, PROFIBUS DP, Modbus/TCP, Ethernet TCP/IP, Ethernet/IP, PROFINET IO, 2x EtherCAT, 2x POWERLINK, 2x SERCOS III 

Key Features:

• Weight transmitter with 4 independent reading channels with display of the total weight
• The TLB4 series allows to have same benefits and performance of an advanced digital weighing system even using analog load cells.
• Back panel mounting on Omega/DIN rail or front panel with fixing kit included (panel drilling template 23x96 mm; panel thickness 2.5 mm).
• Dimensions: 26x115x120 mm.
• Six-digit red LED semi alphanumeric display (8 mm height), 7 segment.
• Six indicator LED.
• Four buttons for the system calibration.
• Extractable screw terminal boards.
• Digital equalization: the instrument allows to equalize the connected load cells response, in a fast and reliable way over time.
• Load distribution signalling on 4 channels with archive backups: storing, retrieving, and printing.
• Connections to: - PLC via analog output or fieldbuses
  • PC/PLC via RS485 (up to 99 instruments with line repeaters, up to 32 without line repeaters).
  • W series weight indicator via RS485.
  • remote display and printer via RS485.
  • max. 16 load cells in parallel.
• Digital filter to reduce the effects of weight oscillation.
• Theoretical calibration (via keyboard) and real (with sample weights and the possibility of weight linearization up to 5 points).
• Tare weight zero setting.
• Automatic zero setting at power-on.
• Gross weight zero tracking.
• Semi-automatic tare (net/gross weight) and predetermined tare.
• Semi-automatic zero.
• Direct connection between RS485 and RS232 without converter.
• Hysteresis and setpoint value setting.
• TCP/IP WEB APP Integrated software in combination with Ethernet TCP/IP version, for supervision, management and remote control of the weight transmitter.
• Optional Fieldbuses
  • CANopen, DeviceNet, CC-LINK, PROFIBUS DP, Modbus/TCP, Ethernet TCP/IP, Ethernet/IP, PROFINET IO, 2x EtherCAT, 2x POWERLINK, 2x SERCOS III 

Key Features:

• 8 independent channels for load cells: monitoring and direct management of the individual load cells connected.
• Digital/analog weight transmitter suitable for back panel mounting on Omega/DIN rail or junction box for field mounting (on request box versions).
• Weighing system with 8 independent reading channels with display of the total weight.
• The TLM8 transmitter allows to have same benefits and performance of an advanced digital weighing system even using analog load cells.
• Dimensions: 148x92x60 mm.
• Backlit graphic LCD display, transmissive STN, white on blue, 128x64 pixel resolution, 60x32 mm visible area.
• Five-key keypad for the system calibration.
• TEST key for direct access to the diagnostic functions.
• Extractable screw terminal boards.
• Connections to:
  • PLC via analog output.
  • PC/PLC via fieldbus.
  • PC/PLC via RS485 (up to 99 instruments with line repeaters, up to 32 without line repeaters).
  • W series weight indicator via RS485.
  • remote display and printer via RS485.
  • max. 16 load cells in parallel.
• Digital filter to reduce the effects of weight oscillation.
• Theoretical calibration (via keyboard) and real (with sample weights and the possibility of weight linearization up to 5 points).
• Tare weight zero setting.
• Automatic zero setting at power-on.
• Gross weight zero tracking.
• Semi-automatic tare (net/gross weight) and predetermined tare.
• Semi-automatic zero.
• Direct connection between RS485 and RS232 without converter.
• Hysteresis and setpoint value setting.
• TCP/IP WEB APP Integrated software in combination with Ethernet TCP/IP version, for supervision, management and remote control of the weight transmitter
• Optional Fieldbuses
  • CANopen, DeviceNet, CC-LINK, PROFIBUS DP, Modbus/TCP, Ethernet TCP/IP, Ethernet/IP, PROFINET IO, 2x EtherCAT, 2x POWERLINK, 2x SERCOS III 

Key Features:

• 8 independent channels for load cells: monitoring and direct management of the individual load cells connected.
• Omega/DIN rail mounting version suitable for back panel or junction box; dimensions: 125x92x52 mm.
• Naked version, board only; dimensions: 151x72x30 mm (four fixing holes; centre distance 140x65 mm).
• IP67 AISI 304 stainless steel version. Dimensions: 200x148x45 mm
• IP67 ABS box version; transparent cover. Dimensions: 210x130x40 mm
• IP67 polycarbonate watertight boxes; transparent cover. Dimensions: 170x140x95 mm
• Instant anomalies report (also on the connected indicator display).
• The CLM8 intelligent junction boxes series allow to have same benefits and performance of an advanced digital weighing system even using analog load cells.
• Backlit alphanumeric LCD display, 38x16 mm visible area, two-line by eight-digit (5 mm height).
• Four-key keypad for the system calibration.
• Lightning and electrical shock protection device.
• Digital equalization: the instrument allows to equalize the connected load cells response in a fast and reliable over time.
• Load distribution analysis on 8 channels with archive backups: storing, retrieving, printing.
• RS485/RS232 serial connection up to 99 weight transmitters with line repeaters (up to 32 without line repeaters), PC/PLC, remote display or printer.
• Connection up to 16 load cells in parallel.
• Digital filter and anti peak to reduce the effects of weight oscillation.
• RS232/RS485 communication (Modbus RTU) or TCP/IP (option on request) of the divisions for the 8 independent reading channels.
• Theoretical calibration and real (with sample weights).
• Tare weight zero setting.
• Automatic zero setting at power-on.
• Gross weight zero tracking.
• Semi-automatic tare (net/gross weight) and predetermined tare.
• Semi-automatic zero.
• Direct connection between RS485 and RS232 without converter

Key Features:

• WiFi weight transmitter in IP65 polycarbonate box with 3 PG9 cable glands (on request IP67 version).
• Dimensions: 170x80x65 mm (four fixing holes Ø4 mm; centre distance 120x60 mm).
• Backlit alphanumeric LCD display, 38x16 mm visible area, two-line by eightdigit (5 mm height).
• Six indicator LED.
• Four-key membrane keyboard for calibration and system configuration
• Connections to:
  • PC via WiFi/virtual Ethernet port
  • PC/PLC via RS485/RS232 (up to 99 instruments with line repeaters, up to 3 without line repeaters).
  • Others TLKWF devices and W series Laumas instruments with OPZW1RADIO optional module via WiFi.
  • PC / smartphone / tablet via web browser (point-to-point direct connection).
  • Max. 8 load cells in parallel.
• Communication via existing WiFi networks.
• Digital filter to reduce the effects of weight oscillation.
• Theoretical calibration (via keyboard) and real (with sample weights and the possibility of weight linearization up to 5 points).
• Tare weight zero setting.
• Automatic zero setting at power-on.
• Gross weight zero tracking.
• Semi-automatic tare (net/gross weight) and predetermined tare.
• Semi-automatic zero.
•  Displaying the maximum weight value reached (peak).
• Setting of setpoint values and hysteresis.
• Energy saving mode.