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General| Frequency | 50/60 Hz |
|---|---|
| Control output | Relay |
| Power supply | AC/DC |
| Operating Temperature | 0 to 50°C |
| Communication Interface | RS-485 |
| Humidity | 35 to 85% RH (non-condensing) |
Describes the F159 weighing controller's design for efficient production control applications and its direct connectivity with Omron CJ1 PLC.
Explains the meaning of WARNING and CAUTION messages to ensure safe operation and prevent injury or property damage.
Details the physical layout and components of the F159's front panel, including LEDs, switches, and terminals.
Summarizes the names, states, and descriptions of the status LEDs indicating the F159's operating status.
Explains the function of the unit number select switch for data exchange between the CPU unit and F159.
Describes the function of the DIP switch for locking calibration and restoring default settings.
Defines calibration as a procedure to adjust the F159 to indicate correct readings corresponding to actual weights.
Outlines the step-by-step procedure for performing actual load calibration on the F159 module.
Details the necessary preparation steps before performing calibration, including LOCK release and initial data setting.
Provides the steps to define the correct initial value by performing zero calibration on the F159.
Explains how to adjust the meter to indicate desired readings by placing a known test load on the cell.
Describes the digital filter for calculating moving averages to reduce reading fluctuation and enhance stability.
Explains the analog low-pass filter used to remove noise components from the load cell input.
Details Digital Filter 2, an optional function that inserts a digital filter when the reading is stable.
Evaluates weight reading stability and sets a value to criteria parameters, with two operation modes: Stable and Checker.
Explains zero tracking for compensating slow system drift and zero-point shift due to residue objects.
Describes Digital Zero function which forces the Gross weight to be zero-cleared.
Function to clear digital zero, used when Zero Error bit is raised.
Sets a range for DZ regulation to compensate zero point, preventing irregular operations.
Clears Net weight by equalizing Gross weight and Tare, activated only if reading is stable.
Allows user to reset tare subtraction, zero-clearing the set value for Tare.
Enables subtracting an arbitrary value (tare) from Net weight using a digital tare subtraction bit.
Allows applying restrictions on Digital tare subtraction and One-Touch Tare Subtraction actions.
Reverses the sign of Net weight output to obtain a positive value during discharge weighing.
Details methods for controlling metering tank weight during filling (Feed) and discharging material.
Explains comparing measured weight with discharge settings and control operations based on sequence.
Covers free fall compensation to correct measurement errors, including regulation value, average count, and coefficient.
Defines parameters used as target and reference values for Final discharge control.
Sets reference values for fixed value final discharge control, including Near Zero, Upper Limit, and Lower Limit.
Specifies weight type (Net/Gross) and timing for Upper/Lower, Near zero, and Over/Under comparisons.
Defines output timing and duration of the Complete signal, along with compare and inhibit times.
Covers judging times, AZ times, start confirmations, auto jog function, and timer settings.
Generates alarms if Net weight or Gross weight exceeds specified limits.
Details the terminal layout of the F159 module, mapping terminal designations to functions.
Provides instructions and diagrams for connecting load cells to the F159 using 6-wire or 4-wire configurations.
Explains the accurate 6-wire load cell connection using a remote sense method for stable excitation voltage.
Details the 4-wire connection, emphasizing the need for jumpers to prevent over-voltage excitation.
Guides on connecting multiple load cells in parallel, including power consumption considerations and capacity multiplication.
Explains the output connection using non-polar MOS FET relays for signal output.
Presents the equivalent circuit diagram for the F159's signal output, including details on external power units and surge absorbers.
Provides instructions for connecting cables to the terminal block, including tightening torque and terminal width specifications.
Describes the procedure for restarting the unit by toggling the high performance I/O unit restart flag.
Details the allocation of weight and status data within the relay area for CPU unit to F159 and F159 to CPU unit communication.
Lists initial values and references for weighing setting parameters like Upper limit, Lower limit, and Final.
Lists initial values and references for various initial data parameters such as filters, modes, and calibration settings.
Details error codes related to calibration, weight, and sequence errors, and their corresponding assistance codes.
Provides detailed descriptions for various error types, including calibration, weight, and sequence errors.
Guides on connecting multiple CJ1 units together using integrated side-mount connectors.
Details the procedure for mounting the CJ series unit onto a DIN type rail for secure installation.
Specifies the analog input characteristics, load cell source, zero/span adjustment, and A/D converter details.
Describes the front panel LEDs (RUN, ERC, ERH, WERR, OUT1, OUT2) and the terminal layout.
Explains setting methods including Unit No. rotary switch, DIP switch, set value storage, and protection.
Lists general specifications such as power consumption, operating environment, dimensions, and weight.
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