What to do if there is excessive current at switching output OUT1 on IFM DP2200 Monitor?
If you observe excessive current at switching output OUT1, check the switching output for a short circuit or excessive current and remove the fault.
How to unlock parameter setting via pushbuttons disabled by software on IFM DP2200 Monitor?
If the parameter setting via pushbuttons is disabled by software, unlocking is only possible via the IO-Link interface or IO-Link parameter setting software.
What to do if process value is too high on IFM DP2200 Monitor?
If the process value is too high (measured current > 21 mA), check the connected sensor and current range. Also, check the setting for internal or external analogue termination for OUT2.
General| Product category | Pressure sensor |
|---|---|
| Process connection | G 1/4 |
| Materials (wetted parts) | FKM |
| Housing materials | Stainless steel, plastic |
| Analogue output | 4...20 mA |
| Storage temperature | -40...85 °C |
| Protection | IP 65 |
| Ambient temperature | -20...60 °C |
Explains symbols used in the manual for clarity and understanding.
Details caution and warning symbols to highlight important safety information.
Illustrates the device's inputs, outputs, and key internal components.
Describes device operation without IO-Link, focusing on parameter comparison and output switching.
Explains the device's role as an analogue/IO-Link converter with enhanced data access.
Introduces the IO-Link interface requirements and benefits for data access and parameter setting.
Shows a typical setup using an IO-Link master and PLC for data acquisition and control.
Details how the device functions in IO-Link mode, including data transmission to a PLC.
Provides information on locating IODDs for IO-Link device configuration.
Procedures for detaching connectors and specified maximum cable lengths for operation.
Explains the function of each push ring for menu navigation and parameter setting.
Describes the status and meaning of the device's LED indicators.
Details the 7-segment LED display and its colour-changing capabilities.
Explains how the measured current is shown on the display, including scaling and error states.
Outlines the two methods for parameter adjustment and their priorities.
Visual representation of the device's menu hierarchy and parameter organization.
Introduces the primary parameters available in the main menu for configuration.
Defines the switching and reset points for output OUT1 with hysteresis.
Sets the upper and lower limits for the window function of output OUT1.
Introduces the section detailing advanced parameter settings.
Describes the procedure to reset all parameters to their default factory values.
Configures the termination for the analogue output OUT2, essential for current measurement.
Selects the switching behaviour for output OUT1, including hysteresis functions.
Sets switching and switch-off delays for output OUT1 to control response times.
Configures scaling for the displayed measured value, affecting units and decimal places.
Defines custom start and end points for scaled display values, mapping current to display.
Assigns colours (red/green) to display states or output switching conditions.
Sets upper and lower limits for colour changes based on measured values.
Configures display refresh rate, min/max value memory, damping, and memory reset.
Allows defining a custom unit for the display, up to 4 characters.
Locks local menu settings, requiring IO-Link for changes.
Enables adding a custom text tag for application identification.
Details the 6-step process for configuring any parameter on the device.
Demonstrates the parameter setting process using 'ou1' as a practical example.
Offers important considerations and tips for parameter programming.
Explains how to lock/unlock the device to prevent unauthorized parameter changes.
Describes the timeout behavior during parameter setting, returning to operating mode.
Details methods for entering numerical values using navigation buttons.
Describes the digital output (SIO) and IO-Link interface capabilities of OUT1.
Details the analogue output function of OUT2, looping the input signal.
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