Mita-Teknik WP-LINE 351 COMBI-1, 9780351
Verfügbar auf Lager
- Artikelnummer:
- WS06900029
- Gewicht:
- 0.56 kg
Optimized I/O COMBI module ? 2 serial COM ports ? 16 digital outputs/26 digital inputs/4 high speed counter inputs ? 4 analog outputs/8 analog inputs/8 PT100 inputs/2 thermistor inputs ? Compact design In General The WP-Line 351 COMBI I/O module is part of the WP4x00 control concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 control concept ensures optimal operation, high security and advanced data collection. The concept typicaly consists of a power supply/backbone module, a WP4x00 controller, a Messraster module as well as an analog/ digital I/O module dependent on the specific configuration task. The WP4x00 control concept makes it possible to have redundant solutions. The concept is constructed as a plug and play system with automatic module detection and error reporting. Features The WP-Line 351 COMBI I/O module is equipped with 2 flexible COM ports. COM1 can be configured to RS232/422/485 or SSI, COM2 can be configured to RS422/485 or SSI via the software - as per requirement. The module also consists of various I/O?s.The digital I/O?s are based on 24 Volt and consist of the following: ? 16 high current digital solid state outputs ? 26 digital inputs ? 4 high speed counter inputs to 10 kHz The analog section is based on 12 bit analog convertion and contains: ? 4 flexible analog output, that can be configured to -/+ 10 V or 0-20 mA as per requirement. ? 4 analog inputs, -/+10V ? 4 analog inputs, 0-20 mA ? 8 PT100 inputs, - 40° to +210°C ? 2 thermistor inputs,with the possiblity ofconnecting more thermistors in series. All I/O?s are galvanic separrated and all outputs are short circuit protected. The WP4x00 controller handles automatically the update of the program via the network. The communication to the WP4x00 controller is event based, which means that only changed values are transmitted via the network. Plug-and -Play connection to the WP4x00 concept.