3500/22-01-01-00 Main functions and characteristics:
Data collection:
High speed data acquisition can simultaneously collect data from multiple channels, improving testing and measurement efficiency.
Support multiple different communication interfaces, such as Ethernet, serial port, CAN bus, etc., to facilitate communication and control with various devices.
Has high-precision data collection capabilities to meet various high-precision testing and measurement needs.
Data interface:
As an interface between the 3500 monitoring system and Bentley Nevada System 1TM mechanical management software, it continuously collects steady-state and transient waveform data and transmits the data to the main computer software through Ethernet.
In addition to static data collection capabilities, optional channel enabled disks can also be used to record dynamic high-resolution transient data.
Configuration and retrieval:
Supports configuration of 3500 racks and can retrieve critical machine information from the rack.
Modular design:
TDI runs in the RIM slots of the 3500/22M framework, and each framework requires one TDI or RIM, occupying only one slot in the framework and must be located in one slot (adjacent to the power module).
Fault handling and diagnosis:
If the module malfunctions, troubleshooting can be carried out by checking the module connection, power supply, parameter settings, and other aspects.
If the problem cannot be solved, it is necessary to contact professional maintenance personnel for maintenance and repair.
3500/22-01-01-00 Specification parameters:
Power consumption: The specific power consumption may vary depending on the application environment and configuration.
Interface: Supports various communication interfaces such as Ethernet, serial port, CAN bus, etc.
Work environment: Suitable for various industrial environments, including vibration monitoring and mechanical health monitoring systems.
3500/22-01-01-00 Application scenarios:
Vibration monitoring: used to detect the vibration level of rotating mechanical equipment (such as generators, pumps, and fans), in order to evaluate their operating status and health condition.
Mechanical health monitoring: monitors the mechanical health status of rotating equipment to detect potential faults in advance and take maintenance measures to prevent equipment damage.
Real time monitoring: Provides real-time mechanical operation status, allowing operators to monitor equipment and respond in a timely manner.