Videos

The ITP14 is a universally-applicable process display for monitoring and controlling industrial processes. It has a configurable analog input for voltage signals (0–10 V) or current signals (4–20 mA and others). It also has an NPN transistor output to control a load up to 42 V DC / 200 mA and to implement ON/OFF control. The individual groups (input, output, power supply) are galvanically isolated from each other.

In the following video are presented:

• - Scope of delivery
• - Experimental setup with wire connection
• - Functions and configuration
• - Simple operation and sample display of a temperature
• - Configuration of the alarm and activation of the NPN transistor output
• - Setting of “safe output state”

In this video the ITP11’s functions and operation are introduced step by step.

Starting with the exterior design, going through the electrical installation until the configuration of:

• Password function
• Decimal point position
• 4 mA – lower limit (-999…9999)
• 20 mA – upper limit (-999…9999)
• Damping time
• Square root function
• Alarm function
• Lower setpoint limit
• Upper setpoint limit

Due to numerous customer inquiries, we have further developed our process display ITP11, and from now on two more process displays with new input signals are available.

The ITP14 is a universal process display with a voltage/current input that can be set to either 0-10 V or 4-20 mA.

The ITP16 is a temperature display that can read many RTDs, such as Pt100, and different types of thermocouples.

By optimizing the electronic circuit, significant improvements have been achieved in our digital display ITP11. In particular, the voltage drop has been reduced to max. 4 V. This allows the ITP11 to be powered directly from the active output of a PLC or other device. In addition, the ITP11 has also been given an alarm function that activates the blinking of the display when the signal is outside the specified range.

Configuring the MSD200 data logger for data exchange via Modbus with the MV110-8A Input Module from akYtec over the RS485 interface, and data logging from one of the 4-20 mA inputs