The 3500/32M 4-channel relay module is a high-performance relay module manufactured by Bently Nevada and is part of the 3500 series mechanical condition monitoring system. The following are the main features and functions of this 4-channel relay module:
Full height module design: This module adopts a full height design and can provide four independent relay outputs.
Slot compatibility: Any number of 4-channel relay modules can be placed in any slot on the right side of transient data interface modules (such as 3500/22M), making system configuration more flexible and convenient.
Independent programming capability: Each relay output can be independently programmed to execute the required voting logic. This flexibility enables the module to adapt to various complex mechanical condition monitoring applications.
Alarm Drive Logic: Each relay contains alarm drive logic, which allows users to configure alarm conditions based on specific application requirements.
The programming of alarm driven logic uses AND and OR logic, and can use any combination of alarm inputs from any monitor channel or monitor channel in the rack (such as alarm and danger states).
Software configuration: Users can use 3500 rack configuration software to program alarm drivers to meet specific application requirements. This makes configuring and adjusting modules simpler and more efficient.
Working temperature and environment: The module is sealed with epoxy resin and can operate in a temperature range of -22 to 150 ° F (-30 to 65 ° C). This enables it to operate stably in various harsh industrial environments.
Compatibility requirements: To ensure optimal performance and compatibility, this module needs to be used with appropriate versions of firmware and software. For example, it may require 3500 rack configuration software version 4.5 or higher and 3500 data display software version 1.40 or higher.
Overall, the 3500/32M 4-channel relay module is a powerful, flexible, and configurable relay module suitable for various industrial applications that require high-precision mechanical condition monitoring.
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