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INF4-POWERLINK Two, Three, and Four Sensor Weight Transmitter and Indicator

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INF4-POWERLINK Two, Three, and Four Sensor Weight Transmitter and Indicator

Two, Three, and Four Sensor Weight Transmitter and Indicator

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The Interface INF4-POWERLINK Two, Three, and Four Sensor Weight Transmitter and Indicator has a six-digit red LED display (8 mm height), space saving compact design, four buttons for the system calibration, and a six indicator led.

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The Interface INF4-POWERLINK weight transmitter and indicator has a six-digit red LED display (8 mm height), space saving compact design, four buttons for the system calibration, and a six indicator led.

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SKU: INF4-Ethernet IP-2-1 Categories: , Tag:

Features and Benefits

  • Includes Instrument Manager Software which provides: monitoring and direct management of individual load cells. (Does NOT display individual load values).
  • Digital Equalization.
  • 4 channel load distribution signaling with archive backups.
  • Automatic Diagnostics can make comparisons between recorded values and display an alert if significant variations between the values are detected.
  • Event Log archives data in chronological order of the last 50 events related to calibrations, zero settings, errors and equalizations.
  • Connection to:
    • PLC via analog output or fieldbus.
    • PC/PLC via RS485 (Up to 99 instruments with line repeaters, up to 32 without line repeaters).
    • Instrument Manager PC Software can connect to one INF4 at a time via RS485.
    • Remote display via RS485.
    • Excitation Remote Sense.
    • 16 load cells in parallel.
  • Available Fieldbus Protocol Options.
  • Digital Filter to reduce the effects of weight oscillationTheoretical calibration and real calibration with the possibility of weight linearizion up to 5 points.
  • Tare weight zero setting.
  • Automatic zero setting at power on.
  • Semi-automatic tare (net/gross weight) and predetermined tare
  • Semi-automatic zero.
  • Direct connection between RS485 and RS232 without converter.

Standard Configuration

  • RS485 serial port for communication via Modbus RTU protocol, ASCII bidirectional or continuous one way transmission.
  • 3 relay logic outputs controlled by setpoint values or via protocols.
  • 2 optoisolated PNP logic inputs: status reading via serial communication protocols.
  • 4 load cell dedicated input SUMMED output from up to 4 load cells.
  • Back panel mounting on Omega/DIN rail or front panel (except PROFIBUS DP version) with fixing kit included (panel drilling template 23×96 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 system calibration.
  • Extractable screw terminal boards.

Specifications

Specifications


U.S. dimensions and capacities are provided for conversion only. Standard products have International System of Units (SI) capacities and dimensions.

Dimensions

Dimensions


U.S. dimensions and capacities are provided for conversion only. Standard products have International System of Units (SI) capacities and dimensions.

Connector Pin Diagram

Electrical Connections

Basic Information

  • It is recommended that the power supply negative pole be grounded.
  • It is possible to supply up to 16 350 ohm load cells.
  • For 4-wire load cells, make a jumper between EX- and REF- and between EX+ and REF+. Connect terminal “- SUPPLY” to the RS485 common of the connected instruments in the event that these receive alternating current input or that they have an optically isolated RS485.
  • In case of an RS485 network with several devices, it is recommended to activate the 120 ohm termination resistance on the two devices located at the ends of the network.

Wiring Diagram

In case of difficulty connecting all the reference wires of the installed load cells, simply connect those of the load cell located at the average distance from the instrument. The reference wires not used must be individually isolated.

USE OF 4-WIRE LOAD CELLS: if all the load cells used are 4-wire, make a jumper between -EX (26) and -REF (22) and between +EX (25) and +REF (21).

Terminals Legend

INF4 Legend

1 OUTPUT No. 1
2 OUTPUT No. 2
3 OUTPUT No. 3
4 OUTPUT COMMON
5 INPUT No. 1 (+VDC min 5 V max 24 V)
6 INPUT No. 2 (+VDC min 5 V max 24 V)
7 INPUT COMMON (-VDC 0 V)
8 +SUPPLY (12/24 VDC)
9 -SUPPLY (12/24 VDC) RS485: SHIELD, GND
10 +ANALOG OUTPUT 0-20 or 4-20 mA
11 +ANALOG OUTPUT 0-10 V
12 -ANALOG OUTPUT COMMON
15 +LOAD CELL 1 SIGNAL
16 -LOAD CELL 1 SIGNAL
17 +LOAD CELLS 1 and 2 EXCITATION (+EX)
18 -LOAD CELLS 1 and 2 EXCITATION (-EX) LOAD CELLS SHIELD
19 +LOAD CELL 2 SIGNAL
20 -LOAD CELL 2 SIGNAL
21 +LOAD CELLS REF/SENSE
22 -LOAD CELLS REF/SENSE
23 +LOAD CELL 3 SIGNAL
24 -LOAD CELL 3 SIGNAL
25 +LOAD CELLS 3 and 4 EXCITATION (+EX)
26 -LOAD CELLS 3 and 4 EXCITATION (-EX) LOAD CELLS SHIELD
27 +LOAD CELL 4 SIGNAL
28 -LOAD CELL 4 SIGNAL
29 RS485: +
30 RS485:-

For more information visit Electrical Wiring Diagrams

Additional Information

Dimensions 4.72 × 4.37 × 0.89 in

Product Video

Features and Benefits

  • Includes Instrument Manager Software which provides: monitoring and direct management of individual load cells. (Does NOT display individual load values).
  • Digital Equalization.
  • 4 channel load distribution signaling with archive backups.
  • Automatic Diagnostics can make comparisons between recorded values and display an alert if significant variations between the values are detected.
  • Event Log archives data in chronological order of the last 50 events related to calibrations, zero settings, errors and equalizations.
  • Connection to:
    • PLC via analog output or fieldbus.
    • PC/PLC via RS485 (Up to 99 instruments with line repeaters, up to 32 without line repeaters).
    • Instrument Manager PC Software can connect to one INF4 at a time via RS485.
    • Remote display via RS485.
    • Excitation Remote Sense.
    • 16 load cells in parallel.
  • Available Fieldbus Protocol Options.
  • Digital Filter to reduce the effects of weight oscillationTheoretical calibration and real calibration with the possibility of weight linearizion up to 5 points.
  • Tare weight zero setting.
  • Automatic zero setting at power on.
  • Semi-automatic tare (net/gross weight) and predetermined tare
  • Semi-automatic zero.
  • Direct connection between RS485 and RS232 without converter.

Standard Configuration

  • RS485 serial port for communication via Modbus RTU protocol, ASCII bidirectional or continuous one way transmission.
  • 3 relay logic outputs controlled by setpoint values or via protocols.
  • 2 optoisolated PNP logic inputs: status reading via serial communication protocols.
  • 4 load cell dedicated input SUMMED output from up to 4 load cells.
  • Back panel mounting on Omega/DIN rail or front panel (except PROFIBUS DP version) with fixing kit included (panel drilling template 23×96 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 system calibration.
  • Extractable screw terminal boards.

Specifications

Specifications


U.S. dimensions and capacities are provided for conversion only. Standard products have International System of Units (SI) capacities and dimensions.

Dimensions

Dimensions


U.S. dimensions and capacities are provided for conversion only. Standard products have International System of Units (SI) capacities and dimensions.

Connector Pin Diagram

Electrical Connections

Basic Information

  • It is recommended that the power supply negative pole be grounded.
  • It is possible to supply up to 16 350 ohm load cells.
  • For 4-wire load cells, make a jumper between EX- and REF- and between EX+ and REF+. Connect terminal “- SUPPLY” to the RS485 common of the connected instruments in the event that these receive alternating current input or that they have an optically isolated RS485.
  • In case of an RS485 network with several devices, it is recommended to activate the 120 ohm termination resistance on the two devices located at the ends of the network.

Wiring Diagram

In case of difficulty connecting all the reference wires of the installed load cells, simply connect those of the load cell located at the average distance from the instrument. The reference wires not used must be individually isolated.

USE OF 4-WIRE LOAD CELLS: if all the load cells used are 4-wire, make a jumper between -EX (26) and -REF (22) and between +EX (25) and +REF (21).

Terminals Legend

INF4 Legend

1 OUTPUT No. 1
2 OUTPUT No. 2
3 OUTPUT No. 3
4 OUTPUT COMMON
5 INPUT No. 1 (+VDC min 5 V max 24 V)
6 INPUT No. 2 (+VDC min 5 V max 24 V)
7 INPUT COMMON (-VDC 0 V)
8 +SUPPLY (12/24 VDC)
9 -SUPPLY (12/24 VDC) RS485: SHIELD, GND
10 +ANALOG OUTPUT 0-20 or 4-20 mA
11 +ANALOG OUTPUT 0-10 V
12 -ANALOG OUTPUT COMMON
15 +LOAD CELL 1 SIGNAL
16 -LOAD CELL 1 SIGNAL
17 +LOAD CELLS 1 and 2 EXCITATION (+EX)
18 -LOAD CELLS 1 and 2 EXCITATION (-EX) LOAD CELLS SHIELD
19 +LOAD CELL 2 SIGNAL
20 -LOAD CELL 2 SIGNAL
21 +LOAD CELLS REF/SENSE
22 -LOAD CELLS REF/SENSE
23 +LOAD CELL 3 SIGNAL
24 -LOAD CELL 3 SIGNAL
25 +LOAD CELLS 3 and 4 EXCITATION (+EX)
26 -LOAD CELLS 3 and 4 EXCITATION (-EX) LOAD CELLS SHIELD
27 +LOAD CELL 4 SIGNAL
28 -LOAD CELL 4 SIGNAL
29 RS485: +
30 RS485:-

For more information visit Electrical Wiring Diagrams

Additional Information

Dimensions 4.72 × 4.37 × 0.89 in

Product Video

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