Allen Bradley 1440-TB-C

Voltage Rating: 21.6 - 26.4 VDC.

Current Rating: 175 - 300 mA.

Sensor Input Type: Allen Bradley 1440-TB-C accepts inputs from eddy current probes or accelerometers. Mounting: Designed for panel-mount provisions on a DIN rail.

Operating Temperature: -20°C to 65°C.

Output Type: Allen Bradley 1440-TB-C provides analog or digital output options.

Heat Production: 7 W (24 Btu/hr), 4 W (14 Btu/hr).

Function Features

Multi-Channel Monitoring: Allen Bradley 1440-TB-C has two channels connected to common vibration sensors like eddy current probes and accelerometers, effectively allowing simultaneous monitoring of multiple points or different types of vibrations. Additionally, there is one channel to connect with the tachometer for speed measurements, enabling simultaneous correlation of vibration data with rotation speed.

Signal Processing Capabilities: Allen Bradley 1440-TB-C supports signal processing functions that provide for synchronous or asynchronous measurements. It also affords two levels of integration, FFT processing, with the ability to measure as many as 30 parameters. This advanced signal processing allows for in-depth analysis of the monitored signals so as to identify potential issues more accurately. Relay and Output Options: It includes a single on-board relay and two-dimensional, isolated, 4-20mA outputs. Allen Bradley 1440-TB-C can also stand to sustain four virtual relays or an additional four relays, when connected to a standard XM441® expansion relay module, for control over alarms or other triggering actions based on measured values.

Flexible and Expandable: It has been designed in accordance with the recognized guide for simple expansion and customization. Expansion relay module input or alternate Allen Bradley devices, couplings will crew for specific applications.

Intelligent Monitoring Capability: The capability to continuously monitor vibration and speed, provide complex signal processing, and measure multiple parameters allow Allen Bradley 1440-TB-C to provide far more insight into the overall health of the machines being monitored than simpler devices. Such predictive maintenance techniques reduce the likelihood of unplanned downtimes and lower maintenance costs derived through prognosis of tightness before failure.

Applications

Rotating Equipment Monitoring: It can monitori the vibration and speed of rotating machinery like motors, pumps, compressors, and turbines. Continuous monitoring of these parameters detects imbalances, misalignments, and bearing wear during timely maintenance, thus preventing costly breakdowns.

Predictive Maintenance Programs: Allen Bradley 1440-TB-C, endowed with its considerable data delivery and analysis capabilities, remains the ideal unit for the execution of predictive maintenance initiatives. The effectiveness of minimizing maintenance and substantially enhancing production efficiency will be met with the respective curtailment of maintenance costs.

Various manufacturing: It whatsoever assures the guaranteed performance of equipment for quality product production and good throughput. Allen Bradley 1440-TB-C will continue to sustain production equipment's operational capabilities to guarantee consistent product quality with little loss in production time.