BENTLY 3500/22M Framework Interface Module
The 3500/22M is a transient data interface module developed by Bently Nevada. It serves as an interface for software compatible with the 3500 monitoring system (System 1 status monitoring and diagnostic software and 3500 system configuration software). TDI combines the 3500/20 Rack Interface Module (RIM function) with communication processors such as TDXnet to collect data.
3500/22M Features
In a 3500 rack, the TDI is located in the slot next to the power supply. In order to continuously collect steady-state and transient dynamic (waveform) data and transmit this data to the host software through an Ethernet link, it interacts with M-series monitors (3500/40M, 3500/42M, etc.).
TDI has traditional static data collection capabilities. However, TDI can also use optional channels to enable disk recording of dynamic, high-resolution transient data.
Function Description
The 3500 rack contains communication processing functions for TDI. Although TDI performs some tasks shared by the entire rack, it is not a critical component of the monitoring system and is not related to the effectiveness of autonomous mechanical protection in monitoring the entire system.
Each 3500 rack requires a TDI or RIM, which always occupies slot 1. (Next to the power supply).
The link between the 3500 monitoring system and compatible software is called the 3500/22M Transient Data Interface (TDI) (System 1 Status Monitoring and Diagnostic Software and 3500 System Configuration Software). TDI combines the 3500/20 Rack Interface Module (RIM functionality) with communication processors such as TDXnet to collect data.
place
In a 3500 rack, the TDI is located in the slot next to the power supply. In order to continuously collect steady-state and transient dynamic (waveform) data and transmit this data to the host software through an Ethernet link, it interacts with M-series monitors (3500/40M, 3500/42M, etc.). TDI has traditional static data collection capabilities. However, TDI can also use optional channels to enable disk recording of dynamic, high-resolution transient data.
The 3500 rack contains communication processing functions for TDI. Although TDI performs some tasks shared by the entire rack, it is not a critical component of the monitoring system and is not related to the effectiveness of autonomous mechanical protection in monitoring the entire system.
Each 3500 rack requires a TDI or RIM, which always occupies slot 1. (Next to the power supply).
Configure Keylock
It is used to switch 3500 racks between “RUN” and “PROM” modes. The RUN mode prevents configuration modifications while allowing the rack to operate normally. The rack can be configured locally or remotely, and can still operate normally in Program mode. By removing the key from any position on the rack, the switch can remain in the running or programming position. You can prevent unnecessary rack reconfiguration by locking the switch in the running position. At any time when it is necessary to remotely reconfigure the rack, the switch can be locked in the PROM position.
I/O module signal common terminal
Both versions of the TDI I/O module now have a 2-pin connector used to connect the signal common to the single point instrument ground of the rack. After performing this operation, to isolate the signal common end from the chassis (safety) ground, slide the selector switch on the power input module (PIM) side in the direction of the “HP” arrow.
data acquisition
Keyphasor input
Supports four keyphasor signals for the 3500 system.
The number of dynamic channels in an activity determines the speed range support.
Supports multiple speed inputs per revolution, up to 20 kHz.
Starting/coasting data
Collect data at a predetermined speed and time interval; Increase and decrease speed intervals through separate programming.
After detecting the machine speed within one of the two programmable windows, temporary data collection begins.
The memory capacity of a module is the only limit on the number of instantaneous events that can be collected.
Collect data at a predetermined speed and time interval; Increase and decrease speed intervals through separate programming.
After detecting the machine speed in one of the two programmable windows, temporary data collection begins.
The memory capacity of a module is the only limit on the number of instantaneous events that can be collected.
Alarm data collection
Before the alarm, collect 2.5 minutes of waveform data every 10 seconds, and after the alarm, collect 1 minute of waveform data every 10 seconds.
Pre alarm and post alarm data.
Static values collected at one second intervals between 10 minutes before and 1 minute after the event.
Collect static values at intervals of 100 milliseconds between 20 seconds before and 10 seconds after the event.
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