The Eaton XV-102-D0-57TVR-10 is a heavy-duty industrial relay with 4 changeover (CO) contacts, designed for high-current switching in demanding automation applications. Its reinforced 57TVR construction ensures reliable operation in harsh environments.
The Eaton XV-102-D6-70TWRC-10 is a heavy-duty industrial relay with 4 changeover (CO) contacts, designed for high-performance automation control. Featuring 70TWRC reinforced construction, it delivers 10A switching capacity in extreme industrial environments.
The Eaton XV-102-D4-70TWR-10 is a heavy-duty industrial relay featuring 4 changeover (CO) contacts with 10A switching capacity, engineered for mission-critical automation systems. Its 70TWR reinforced construction ensures reliable operation in extreme industrial environments with high vibration and temperature fluctuations.
The Eaton XV-442-57CQB-1-10 is a heavy-duty industrial relay with 4 changeover (CO) contacts, designed for complex control circuits in harsh environments. Featuring 57CQB reinforced construction and 24V DC coil, it delivers reliable 10A switching for automation systems.
The Eaton XV-442-57CQB-1-1AB is a heavy-duty industrial relay with 4 changeover (CO) contacts, designed for complex control circuits in harsh environments. Featuring 57CQB reinforced construction and 24V AC coil (1-1AB), it delivers reliable 10A switching for automation systems.
The Eaton MFD4-5-XRC-30 is an industrial-grade fieldbus distribution module designed for PROFIBUS DP networks. This rugged device provides reliable signal distribution in harsh industrial environments while maintaining signal integrity.
The Eaton XV-440-12TSB-1-10 is a compact, high-performance control relay with 2 changeover (CO) contacts, designed for industrial automation systems. Featuring 12TSB terminal design and 24V DC coil (1-10), it provides reliable 10A switching in space-constrained applications.
The Eaton XV-102-E6-70TWRC-10 is a compact, high-performance variable frequency drive designed for precise motor speed control in industrial applications. It supports 1-phase input (230V AC) and 3-phase output, making it suitable for small to medium-duty motor control.
By using point fields, data associated with tags can be input and output; In addition, by using historical dotfields, it is possible to modify the current displayed historical trends of running applications. For example The Updating Progress dotfield is typically used as an expression in the visual link on the text object of the historical trend scrolling button.