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General| Linearity | ± 0.1 % FSO |
|---|---|
| Resolution | 0.01 mm |
| Sampling Rate | 1 kHz |
| Protection Class | IP67 |
| Power Supply | 24 V DC |
| Light Source | Laser diode |
| Operating Temperature | -10°C to +50°C |
| Output | Analog |
General information about product development and safe operation.
Guidelines for correct application and operation of the device.
Overview of the device's components and features.
Explanation of the different LED indicators on the device.
Description of the device's control buttons and their functions.
Diagram illustrating the internal connections and signal flow.
Detailed mapping of device terminals to their functions.
Instructions for connecting the AC and DC supply voltage.
Configuration of the device's electronic output signals.
Configuration of signal outputs using relay contacts.
Configuration of the device's signal input signals.
Instructions for connecting the sensor power supply.
Instructions for connecting serial interfaces like RS232, RS422, RS485.
Procedure for running the device's built-in test routine.
How to read the displayed value for tachometer F1.
How to read the displayed value for tachometer F2.
How to read the displayed value for measurement function F3.
How to read the maximum stored value.
How to read the set limit value P1.
How to read the set limit value P2.
Access and modification of all operating parameters.
Disabling and enabling operating parameters for the operating level.
Programming machine-related functions and interface parameters.
Description of key assignments in operating and programming modes.
Modification of individual values in the first programming field.
Status selection for operating parameters.
Explanation of status numbers 0, 1, and 2.
Procedure for changing the status number of parameters.
Programming machine-related functions and interface parameters.
Selection of measurement functions for display at F3.
Specific measurement functions 0, 1, and 2.
Configuration of signal type and frequency for F1 and F2.
Configuration of input signal logic (PNP/NPN).
Setting the scale factor for F1 in speed measurement.
Setting the scale factor for F2 in rpm measurement.
Setting the scale factor for F3 (multiplier).
Configuration of the display update time.
Setting time-out behavior for measurement functions.
Setting the time unit for tachometer F1.
Setting the time unit for tachometer F2.
Assigning which display (F1, F2, F3) is used for Max hold.
Assigning the type of value for limit P1.
Assigning the type of value for limit P2.
Configuring the logic for digital outputs (n.o./n.c. contacts).
Setting the decimal point for displays F1, F2, and F3.
Setting the basic display after a reset or inactivity.
Setting or disabling the access code for programming.
Assigning a function to the F key for display changeover.
Defining the behavior for the lower limit value output.
Setting the data transmission rate for serial communication.
Setting the parity bit for serial communication.
Setting the stop bit for serial communication.
Setting the unique address for the device on a network.
Assigning which display value is outputted via analog.
Setting an offset value for the analog output.
Setting the lower limit for the analog output.
Setting the upper limit for the analog output.
How to set decimal places for measurement display.
Procedure for measuring and displaying revolutions per minute (rpm).
Procedure for measuring and displaying speed (e.g., m/min).
Description of various measurement functions like ratio, differential, and extension/compression.
Functions and procedures for time-based measurements.
Measuring the time taken to cover a specific path.
Time measurement initiated by start/stop input signals.
Measuring the duration between two sequential pulse flanks.
Measuring the duration of a pulse signal.
Measuring and displaying the rate of incoming pulses.
Electrical specifications including voltage, power, and signal levels.
Physical specifications like dimensions, mounting, and material.
Specifications for comparator inputs and relay outputs.
Specifications for the electronic output signals.
Detailed specifications for the analog output.
Physical dimensions and cutout dimensions of the device.
List of the device's factory default parameter settings.
Description of error codes and troubleshooting guidance.
A comprehensive overview of all programming lines and their default settings.
Options for the device's voltage supply.
Options for the device's output types.
Options for the device's communication interface.
