Overview

The Yokogawa ADV551-P63 is a high-density digital output module designed for demanding industrial automation tasks. Featuring 32 current-sinking transistor outputs, it delivers fast and reliable control signals to field devices such as relays, solenoids, and indicator lamps. The module integrates seamlessly with CENTUM VP and ProSafe-RS systems, offering precise switching performance and robust electrical isolation.

Its compact form factor and low power consumption make it ideal for space-constrained control cabinets. Engineers benefit from its support for pulse width modulation and time-proportional output, enhancing control flexibility across diverse applications. Whether deployed in chemical plants, power stations, or OEM automation panels, the ADV551-P63 ensures consistent performance and long-term reliability.

The module’s rugged design and proven compatibility with Yokogawa’s platforms make it a trusted choice for safety-critical and process-intensive environments.

Technical Data

Typical Applications

• Relay and solenoid control in process automation systems

• Alarm and indicator lamp activation in control rooms

• Discrete output tasks in chemical and power plants

• High-speed switching in OEM automation panels

• Safety-critical output control in ProSafe-RS environments

Example: In a refinery’s emergency shutdown system, the ADV551-P63 can trigger alarms and interlocks within milliseconds, playing a critical role in maintaining operational safety and regulatory compliance.

FAQ

Q: How many outputs does the ADV551-P63 support?
A: 32 current-sinking transistor outputs.

Q: Is it compatible with Yokogawa’s safety systems?
A: Yes, it integrates with both CENTUM VP and ProSafe-RS platforms.

Q: Can it handle high-speed switching tasks?
A: Absolutely; it supports pulse width modulation and time-proportional output.

Q: What kind of devices can it control?
A: Relays, solenoids, indicator lamps, and other discrete field devices.

Q: Is the module electrically isolated?
A: Yes, it provides channel-to-channel and system-level isolation.