STBAVO1250 | Schneider Electric 2-Ch Analog Output Module
The STBAVO1250 is a Schneider Electric Advantys STB 2-channel analog voltage output module with 0-10V or ±10V range and 1500V DC isolation.
Read More →
The STBAVO1250 is a Schneider Electric Advantys STB 2-channel analog voltage output module with 0-10V or ±10V range and 1500V DC isolation.
Read More →
The BMXDDI1603 is a Schneider Electric Modicon X80 discrete input module with 16 channels, 24 V DC sink/source logic and channel-to-channel isolation.
Read More →
The Schneider Electric STBAVI1270 is a discontinued 2-channel ±10V analog input module with 1500V DC isolation and hot-swap support.
Read More →
The BMXDAI1602 from Schneider Electric is a Modicon X80 discrete AC input module with 16 channels and group-to-group isolation.
Read More →
The STBART0200 is a Schneider Electric Advantys STB analog input module with 2 configurable channels for RTD, thermocouple, and millivolt signals.
Read More →
The STBACO8220 is a discontinued Schneider Electric Advantys STB 2-channel HART analog current output module with 4-20 mA range and 1500V DC isolation.
Read More →
The BMXDAI0805 Modicon X80 module delivers 8-channel 200-240 V AC discrete input with channel-to-channel isolation for M340 and M580 systems.
Read More →
The BMXCRA31210 adapts X80 remote racks to M340 and M580 CPUs over Ethernet RIO, with dual RJ45 ports and EtherNet/IP plus Modbus TCP/IP support.
Read More →
The STBACO1225 is a Schneider Electric Advantys STB basic analog output module with two 0-20 mA channels, 12-bit resolution, and 1500V DC isolation.
Read More →
The STBACO1210 is a discontinued Schneider Electric Advantys STB 2-channel analog current output module delivering a 0-20 mA signal with 12-bit resolution.
Read More →
The BMXCPS3500 from Schneider Electric is a Modicon X80 AC power supply delivering 36 W with 7.2 A at 5 V DC for X-bus backplanes.
Read More →
The BMXCPS3000 from Schneider Electric delivers 32 W at 5 V DC to X-bus backplanes, converting 24 V DC input for Modicon X80 racks.
Read More →