Product Overview

The Bently Nevada 3300/03-01-01 is a System Monitor module designed for the Bently Nevada 3300 series. It serves as a critical control center within the monitoring rack, enabling seamless operation of the entire system. The module plays several key roles in machinery monitoring, including:

• Powering and conditioning up to four Keyphasor transducers.

• Managing alarms across all monitors within the rack.

• Facilitating a Power-up Inhibit function to prevent false alarms during system startup.

• Offering a Trip Multiply function, which temporarily increases alarm setpoints for specific machine conditions, such as startup or coast down.

Designed for continuous, online monitoring, this module ensures the proper operation of the machinery and the monitoring system.

Technical Specifications

Key Features:

• Versatile Power Options: The module supports both 18-36 VDC and 85-264 VAC power supplies.

• Four Keyphasor Inputs: It can power and manage up to four Keyphasor proximity probes for precise machinery monitoring.

• Power-up Inhibit Function: Prevents false alarms during system startup.

• Trip Multiply Function: Temporarily increases alarm setpoints during machine startup or coast down to avoid unnecessary alerts.

• LED Indicators: Provides real-time status updates for voltage supplies and other system functions.

Frequently Asked Questions

Q1: Is the Bently Nevada 3300/03-01-01 a new product?

A1: Yes, we offer the Bently Nevada 3300/03-01-01 brand new in its original factory packaging.

Q2: Do you have this item in stock?

A2: Yes, we currently have this item in stock and ready to ship.

Q3: How long does shipping take?

A3: We ship most orders within 3 days. Larger orders may take up to two weeks to process. We use reliable logistics partners like DHL for shipping.

Q4: What if the product is defective?

A4: We offer a 30-day return policy for any quality issues.

Q5: What is the purpose of the Trip Multiply function?

A5: The Trip Multiply function temporarily increases alarm setpoints during specific machine conditions like startup or structural resonances. By multiplying the alarm setpoints by 2X or 3X, it prevents false alarms, ensuring accurate monitoring during periods of higher vibration. This feature helps reduce unnecessary alerts and ensures reliable system performance.