Emerson 1X00416H01 Ovation Series

Configured for power conditioning and voltage regulation within Ovation DCS platforms, the Emerson 1X00416H01 (1X00416H01 Power Supply Module) provides direct physical/electrical execution.

Hardware Specifications

Process Control and DCS Instrumentation

The module acts as a ruggedized power converter stage, stepping down a wide-range alternating current input (100-240 VAC at 50/60 Hz) into stable, regulated 24 VDC Main and Auxiliary direct current distribution rails. The electrical design provides channel-to-channel isolation parameters to isolate sensitive processing units on the backplane from industrial line surges and grid harmonics. The dual configuration framework allows balanced cross-chassis electrical loading while ensuring steady-state performance for internal 4-20 mA HART loop protocol reference grids across the controller chassis.

Frequently Asked Questions

Q: What is the maximum continuous power output capability of the 1X00416H01 stage?

A: The WH5-2FF electrical topology is engineered to deliver a maximum output capacity of 500 W across the integrated 24 VDC main and auxiliary line rails under full electrical load conditions.

Q: How is hardware power redundancy managed with this specific model layout?

A: The module features a dual-circuit power path infrastructure. This allows paired modules to share backplane power distribution metrics simultaneously, executing low-latency diode-or auctioneering to keep the chassis energized if one source line fails.

Q: Does the power supply require physical manual switches to accept different AC input line voltages?

A: No, the input stage employs a universal auto-ranging circuit design that senses and adapts to input voltages from 100 to 240 VAC at 50/60 Hz without requiring physical jumpers or manual switch selection.

Field Installation Guidelines

• Chassis Ingress and Fastener Locking: Guide the power module into the dedicated power supply slot layout of the Ovation or WH5-2FF chassis rail guides. Slide inward until the heavy-gauge pin connectors clear and interface completely with the backplane distribution lines, then tighten the faceplate hardware.
• Chassis Frame Grounding Continuity: Verify that the chassis frame grounding bolt is bonded directly to the copper master instrument ground rail within the enclosure panel layout to ensure transient line currents dissipate properly.
• Cabinet Airflow Constraints: Maintain unrestricted clearance boundaries directly above and below the power module vents. The 500 W maximum layout relies on internal natural or forced air convection to prevent heat concentrations inside the closed electrical box.