Description

The 3500/15-04-04-00 with part number 114M5330-01 is a half-height power supply module engineered to deliver regulated DC voltage across the backplane of a 3500 Series Machinery Protection System rack. This 3500/15-04-04-00 114M5330-01 module operates within an input window of 20 to 30 Vdc, converting raw source energy into the highly stable power required by adjacent monitors, communication cards, and relay processors. Designed to sit within the dedicated slots on the left-hand side of the main chassis, this system supports both standalone or dual-redundant setups. In a dual configuration, the lower hardware slot operates as the primary supply while the upper module remains in hot-standby, executing an instantaneous transition in the event of an upstream circuit failure or main module shutdown.

Features

• Dual-redundant layout support with seamless on-line transition from primary to backup modules.
• Hot-swappable installation architecture allows individual card extraction without destabilizing system operation.
• Regulated output circuitry protects downstream processing boards against raw power spikes.
• High-current handling capable of powering a completely populated 3500 series instrumentation rack.

Applications

• System power distribution for machine asset tracking and casing vibration systems.
• API 670 compliant machinery monitoring configurations.
• Continuous instrumentation power for steam turbines, gas turbines, and large industrial compressors.

Ordering Information

Technical Specifications

Installation Guidelines

• Slot Allocation: Mount this half-height module strictly within the allocated slots found on the left margin of the 3500 series chassis.
• Redundant Configuration: Insert the primary power unit into the bottom slot position and seat the backup unit into the top slot position to configure continuous asset power redundancy.
• Mechanical Alignment: Slide the unit squarely along the chassis guide tracks until the rear multi-pin connector couples firmly with the backplane distribution network. Tighten the front-panel captive retention screws.
• PIM Matching: Pair this low-voltage component only with a matching Legacy Low Voltage DC Power Input Module (PIM). Do not bridge or mix legacy components with newer universal AC or alternative generation DC PIM designs.
• Thermal Management: Maintain clear air convection pathways around the chassis to guarantee that ambient cluster temperatures do not exceed the +65 degC design limit.