BENTLY 149992-01 Vibration Measurement Module

Output	16 independent SPST/SPDT relay contacts
Contact Rating	5A at 250VAC or 30VDC29
Input Voltage	24V DC (derived from 3500 rack)
Response Time	≤0.5 seconds

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Description

BENTLY 149992-01 Vibration Measurement Module

149992-01

The BENTLY 149992-01 (also known as the 3500/33-01-00 16-Channel Relay Output Module) is a high-reliability relay module designed by Bently Nevada (now part of Siemens) for the 3500 Machinery Protection System. It serves as a critical component for converting monitoring system data into actionable control signals, such as triggering alarms, shutdowns, or process adjustments in industrial machinery. Below is a detailed breakdown of its technical specifications, functional capabilities, and practical applications.

Parameter	Specification
Model	149992-01 (3500/33-01-00)
Type	16-channel relay output module
Output	16 independent SPST/SPDT relay contacts
Contact Rating	5A at 250VAC or 30VDC29
Input Voltage	24V DC (derived from 3500 rack)
Response Time	≤0.5 seconds
Power Consumption	5.8W typical4
Operating Temperature	-40°C to +85°C29
Physical Dimensions	241.3 × 107 × 43 mm (9.5 × 4.2 × 1.7 in)
Weight	1 kg (2.2 lb)2
Compliance	IEEE 1588 PTP, IP67 (optional variants)

149992-01

The BENTLY 149992-01 is a versatile relay module that bridges monitoring systems and control actions in critical industrial environments. Its 16-channel design, rugged construction, and compatibility with the 3500 series make it ideal for safeguarding high-value machinery. While primarily sourced through third-party suppliers, its proven reliability and global support network ensure seamless integration into industrial workflows. For detailed technical documentation or customized solutions, contact Siemens’ industrial support teams or visit their official resource library.

16 Independent Channels: Each relay can be configured to control external devices (e.g., pumps, valves, alarms) based on input signals from the 3500 system210.
Voting Logic: Supports AND/OR logic programming to trigger outputs based on combinations of alarm states (e.g., requiring two out of three sensors to trip before activating a relay)610.
Alarm Drive Logic: Integrates with monitor channels’ alert/danger statuses for automated fault responses