Product Description

Operating the PPC-R22.1N-T-N1-T3-NN-FW is only allowed only if the national EMC regulations are met. To ensure the PPC-R22.1N-T-N1-T3-NN-FW has maximum life and efficiency, you need to carefully set the slot. 4 modules carriers can be installed side by side. Use the DIP switch on the bus board of each module carriers to address it. You can number each module carrier once, and it will allow you to clearly identify the module carriers.

If the real-time clock and the optional PMM memory module are used, the battery has to be replaced every year. You can use Batterie Lithium 3, 5 V Konfektioniert so that the PPC-R22.1N-T-N1-T3-NN-FW can operate at an optimal level. The power supply has a rated value of 24 VDC. It can experience ripples of 5% max. The maximum current consumption of 24 VDC is 1.2 A (+2.3 A max. I/O BUS supply). You need a 0.75 – 1.5 mm2 long cable cross section for supply depending upon the power demand.

The modules and the connectors of the PPC-R22.1N-T-N1-T3-NN-FW should be inserted or removed only when the power is switched off, otherwise the modules can be damaged. Using potential free 3 digital inputs Vi, Low = 0...5 VDC; Vi, High = 15...30 VDC help the current to sink to ground.

The COM interfaces (X10, X16) of the PPC-R22.1N-T-N1-T3-NN-FW are introduced through separate slot plate if is not already has been allocated for another purpose.  To ensure safety you should use the PPC-R22.1N-T-N1-T3-NN-FW with proper care.

According to ANSI Z535 non-compliance with the safety instructions may cause severe bodily harm or death in serious case. High voltage of the PPC-R22.1N-T-N1-T3-NN-FW and the high discharge current may result in severe bodily harm or danger to life. The unintentional motor movements will cause material damage and death; therefore it is important to handle it carefully.