Bently Nevada 3500/15-07-00-00 3500 Series Power Supply Module

Description

Designed for the 3500 Machinery Monitoring System, the Bently Nevada 3500/15-07-00-00 power supply module supplies regulated power to the rack backplane, enabling reliable operation of all installed monitoring and communication modules. This configuration utilizes a low-voltage DC power supply in the top slot (Option 07) and has no secondary supply in the bottom slot (Option 00), making it suitable for standard simplex (non-redundant) power setups.

By converting primary line power into the precise voltages needed by the system, this module prevents power fluctuations from disrupting critical machinery protection functions. The design supports easy hot-swapping when used in redundant configurations, though this single-supply variant provides a cost-effective solution for non-critical or externally backed-up installations.

Features

• Delivers stable, regulated DC power directly to the 3500 system backplane.
• Features a single low-voltage DC input configuration (Option 07) designed for industrial DC grids.
• Housed in a half-height module format to optimize rack space.
• Built-in overvoltage, overcurrent, and short-circuit protection safeguards downstream components.

Applications

This power supply module is widely implemented in critical machinery protection applications across various heavy industries:

• Oil and gas refinery monitoring racks
• Power generation plant turbine protection systems
• Chemical processing facility compressor controls
• Water treatment plant pump instrumentation

Technical Specifications

Installation Guidelines

To ensure safe and reliable operation of the 3500/15-07-00-00, observe the following engineering procedures:

• Slot Placement: Install the module only in the dedicated power supply slots located on the left side of the 3500 rack.
• Wiring Safety: De-energize all incoming DC power sources before connecting or disconnecting the power supply terminal wiring.
• Polarity Verification: Double-check the polarity of the input DC cables prior to powering on the system to avoid physical component damage.
• Convection Cooling: Ensure the cooling vents on the rack enclosure remain unobstructed to facilitate natural thermal dissipation.