Allen Bradley 1771-IFE
  • Allen Bradley 1771-IFE Allen Bradley 1771-IFE
  • Allen Bradley 1771-IFE Allen Bradley 1771-IFE

Allen Bradley 1771-IFE

Brand: Allen Bradley
Description: ANALOG INPUT MODULE
Condition: New
Certificate:COO TEST REPORT WARRANTY LETTER
Warranty: 1 year
Inventory Qty: 8
Payment term: T/T
- Shipping Port: ShenZhen
The Allen Bradley 1771-IFE is a highly versatile and reliable industrial module. It provides precise operating parameters, comprehensive signal processing functions, and is widely used in multiple industrial fields.

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Product Description

Manufacture
Allen Bradley
Model Number
1771-IFE
Ordering Number
1771-IFE
Catalog
-
Country Of Origin
United States
HS CODE
8517795000
Dimension
16cm*4cm*12cm
Packing Dimension
18cm*6cm*16cm
Weight
0.3kg

Operating Parameters

Input Voltage: The voltage range specified for the module should be within a reasonable range so that the device can adapt to most industrial electrical systems. Most industrial sensing devices have a voltage range of 10 to 30 volts DC. Using this voltage range allows you to connect a variety of sensors and other input devices that work within this range.

Input Type: It is set to receive a particular type of input signal. For the Allen Bradley 1771-IFE, most applications are current input control signals. In other words, the current of the connected device can be measured and amplified. The input current range can be 4 to 20 milliamps. This is the industry standard range for sensing in industrial applications. This means that the module has the range to handle different process conditions - these may be low-level signals indicating normal operating conditions, or high currents indicating process faults or changes.

Resolution: The level of accuracy, or resolution, at which a continuous input signal can be measured or distinguished from other discrete levels. The higher the resolution, the better the detection of small changes in the input current. Its resolution can reach 12 bits or even higher to be able to provide reliable measurements, thus enabling more complex control and monitoring of industrial processes.

Sampling Rate: It does read the input signal at a specific sampling rate of several times per second, such as 10 or more samples per second, depending on the application requirements. High sampling rates are very beneficial when the input signal changes rapidly and needs to be detected with the appropriate speed of action, such as in high-speed manufacturing processes, where these rapid adjustments need to be made to maintain quality and effectiveness.


Product Features

Signal Conditioning: The Allen Bradley 1771-IFE is used to condition the input current signal. Conditioning provides noise filtering and interference elimination, so it provides clean and true data for further processing. There are few inaccuracies and jumps in such signals that can lead to inappropriate control decisions and interfere with industrial work.

Data Conversion: The input is converted from analog current to digital information recognized by other components in the industrial control system, such as programmable logic controllers. This digitization allows the current module to be integrated with modern automation architectures and provide more advanced data processing and analysis.

Scaling and Calibration: The input signal of the module can be scaled or calibrated accordingly. Units mean that the raw current value can be adjusted and calibrated to display an accurate physical representation of temperature, pressure, flow, etc. For example, if a specific sensor produces a current output that corresponds to an upward temperature, the Allen Bradley 1771-IFE must be configured to convert that current value into a meaningful temperature reading in the appropriate units, such as Celsius or Fahrenheit.

Fault Detection and Indication: Integrated fault detection. It can detect abnormal input conditions such as overcurrent or open circuit. When a fault is detected, the module displays the detection result as a dedicated fault output signal or fault status by communicating with the connected control system. This provides a way to quickly identify and solve problems, and is also an excellent way to minimize downtime and maximize system reliability.


Application Scope

Manufacturing: In manufacturing plants, the Allen Bradley 1771-IFE has been widely used. It can be connected to multiple sensors on production equipment, such as current sensors on motors. Using motor current, the device provides operators with important information about the operation of the motor, such as whether the motor is operating normally, overloaded, or has a mechanical failure. This data can be used to optimize motor control, schedule maintenance, and avoid costly downtime. It can also be applied to quality control where accurate measurement and monitoring of process variables is "the point". For example, it may be used in conveyor lines for product packaging, where the motor current is monitored to prevent blockages and other events that compromise the quality of the packaging.

Process Industries: In process industries such as chemical plants and refineries, the Allen Bradley 1771-IFE interfaces with these sensors to measure flow, pressure, and temperature. Converting and processing these sensor signals into meaningful information is critical to the stability and safety of chemical processes. For example, in a chemical reactor, it can monitor the current of a pump. Circulating reactants and adjusting pump speeds based on measurements ensures optimal reaction conditions. Safety system monitoring, such as monitoring for abnormal current through valves or other critical components, ensures they operate as expected and avoids dangerous situations.

Power Generation Industry: In power plants, modules can be used to monitor and control multiple electrical and mechanical systems. They can be connected to current sensors on generators, transformers, and other power equipment. By providing thorough current measurement and fault detection, it helps optimize, improve efficiency, and protect powerful power generation and distribution equipment from damage. It can detect overcurrent conditions such as generator windings and sound an alarm or take protective measures to prevent further damage and ensure continuous power supply.

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Hot Tags: Allen Bradley, 1771-IFE, ANALOG INPUT MODULE

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