Integration of existing PT-I/O modules in Desigo Used with PXC50...D, PXC100...D or PXC200...D The PXX-PBUS extension module allows for integrating existing PT-I/O modules in Desigo. The PXX-PBUS extension module, when combined with a PXC50...D / PXC100...D / PXC200...D automation station and TXS1.12F10 supply module, replaces the UNIGYR and VISONIK process units as well as the PXC64-U, PXC128-U automation stations. • PT-I/O modules can continue to be used. • Existing periphery can be assumed without a change. • Control panel wiring can be assumed and need only be supplemented by new supply modules. See installation manual PT modules, M8102. Type summary Building Technologies

Function Existing module carriers with PT-I/O modules can be connected to the PXX-PBUS extension module. All PT-I/O-Module are supported: PTM1... , PTM6.1PSI20-M, PTK1.23V02, PTK1.30V01, PTM50... , PTM52... , PTE-ASED.20, PTE-SED2 (see also PX Hardware overview N9202). The device serves as P-bus interface for modular automation stations PXC50...D, PXC100...D or PXC200...D in Desigo. The PT-I/O modules must now be supplied via the TXS1.12F10 supply module. In current installations, module supply was integrated in the UNIGYR/VISONIK process units or the PXC64-U / PXC128-U automation stations. One...

The compact build allows for mounting the extension modules in very narrow spaces. 2 Plug-in terminal block with screw terminals (P-bus) 3 LEDs for device and system status indication 4 Interface to automation station 5 Tool interface 6 FW Download button 7 Slider for mounting on DIN rail Disposal Mounting The devices are considered electronics devices for disposal in terms of European Directive 2012/19/EU (WEEE) and may not be disposed of as domestic waste. Dispose of the devices via the proper channels. Follow all local and currently applicable laws and regulations. The extension module PXX-PBUS...

Siemens Building Technologies PXX-PBUS - Extension module

Installation Binding documentation The electrical diagram for the specific project is binding for executing the given panel wiring. Basic implementation The diagram below illustrates the wiring for power and bus line based on an example. The AC 230 V wiring is not described in detail. Wiring example for automation station PXC50...D / PXC100 ….D / 200….D Existing Siemens Building Technologies PXX-PBUS – Extension module

Technical data General device data Power supply module DC 24 V ± 20% (SELV) or DC 24 V class 2 (US) 54 mA, 1.4 W from automation station PXC50...D / PXC100...D / PXC200...D Polling cycle on I/O modules Rate of transmission Signal level Wiring Cross-section Simple line length (see P-bus, N8022) Line length (remote P-bus) (see P-bus, N8022) Connection terminals, pluggable Design type Copper wire or copper stranded wires with ferrules Cu-strand without wire end sleeve Screwdriver 0.3 s 62,5 kBaud DC +23 V and 0 / -5 V Min. 3 x 0.75 mm2 Max. 50 m per P-bus terminal block Max. 200 m per P-bus terminal...

PXX-PBUS with one automation station PXC50...D / PXC100...D / PXC200…D Power supply module TXS1.12F10 Siemens Building Technologies PXX-PBUS – Extension module

Published by: Siemens Switzerland Ltd. Building Technologies Division International Headquarters Gubelstrasse 22 6301 Zug Switzerland PXX-PBUS - Extension module Siemens Building Technologies