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5094-IF8

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Allen-Bradley 5094-IF8 is a FLEX 5000 eight-channel analog input module for voltage and current signals with configurable scaling, alarms, filtering, and diagnostics.
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Technical specifications for 5094-IF8

  • Manufacturer:
    Allen-Bradley
  • Part Number:
    5094-IF8
  • Product Family:
    Allen Bradley PLCs
  • Product Type:
    FLEX 5000 8-Channel Analog Input Module
  • Stock:
    1
  • Series:
    A
  • Firmware Revision:
    2.012
  • Input Topology:
    Single-ended
  • Voltage Ranges:
    ±10 V, 0 to 10 V, and 0 to 5 V
  • Current Ranges:
    0 to 20 mA and 4 to 20 mA
  • Voltage Input Impedance:
    Greater than 1 MΩ
  • Current Input Impedance:
    250 Ω
  • Conversion Architecture:
    Two multiplexed 24-bit sigma-delta converters
  • Calibrated Accuracy at 25 °C:
    0.05% of full scale
  • Channel Scan Time:
    360 µs
  • Module Scan Time:
    1.4 ms
  • Backplane Supply:
    15 V DC
  • Sensor/Actuator Supply:
    18 to 32 V DC
  • Maximum Backplane Current:
    70 mA
  • Maximum Sensor/Actuator Current:
    120 mA
  • Channel-to-Channel Isolation:
    None
  • System-to-Field Isolation:
    250 V continuous
  • Data Format:
    IEEE 754 32-bit floating point
  • Time Synchronization:
    CIP Sync supported
  • Weight:
    0.229 lbs (0.104 kg)
  • Tariff Code:
    8538900000
  • Country of origin:
    Malaysia
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Input Modes Conversion Power Paths Alarms

Features:

  • Eight single-ended channels accept configurable voltage or current signals.
  • Two multiplexed 24-bit converters turn field measurements into controller data.
  • Scaling, filtering, alarms, and timestamps are assigned through the module project.
Allen-Bradley 5094-IF8 connects eight analog field channels to a FLEX 5000 controller system.

Configured ranges on 5094-IF8 determine how voltage or current becomes an engineering value.

Diagnostic and alarm data from 5094-IF8 accompany the measured channel value.

The complete order number in Allen-Bradley 5094-IF8 FLEX 5000 8-Channel Analog Input Module identifies the configuration that must be checked before product selection or replacement.
Allen-Bradley 5094-IF8 FLEX 5000 8-Channel Analog Input Module Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

Voltage and Current Measurement Paths

  • Voltage ranges: A channel can be configured for the supported bipolar or unipolar voltage range.
  • Current ranges: A channel can interpret either zero-to-twenty or four-to-twenty milliamp signals.
  • Input impedance: The electrical load presented to the source changes between voltage and current modes.
  • Range match: The wiring and transmitter output must agree with the range selected in the controller project.

Sampling and Data Conversion

  • Converter sharing: Two multiplexed sigma-delta converters serve the eight input channels.
  • Scan timing: Channel and module scan times define how quickly updated values reach the controller.
  • Data format: Converted measurements are reported as IEEE 754 floating-point values.
  • Filtering: The selected digital filter trades response speed against rejection of unwanted signal variation.

Backplane and Field Supply Roles

  • Backplane supply: The module electronics receive fifteen volts from the FLEX 5000 backplane.
  • Field supply: The separate sensor/actuator connection supports eighteen to thirty-two volts DC.
  • Channel relationship: Input channels are not isolated from one another and must respect the documented common-mode limits.
  • System isolation: The field circuits are isolated from the system side at the documented continuous rating.

Scaled Limits and Diagnostic Status

  • Engineering units: Scaling converts the selected electrical range into the units used by the control application.
  • Process alarms: High, low, and rate-related limits compare the measured value with configured thresholds.
  • Wire diagnosis: Open-wire behavior depends on the selected current mode and channel configuration.
  • Timestamping: CIP Sync allows input events and values to be related to the controller time base.
Description
Allen-Bradley 5094-IF8 is a FLEX 5000 analog input module that converts eight field voltage or current signals into controller data. It occupies a FLEX 5000 I/O position and supplies the control application with digitized measurements from its single-ended input channels.

Signals entering 5094-IF8 are distributed across two multiplexed 24-bit sigma-delta converters. The converted results are delivered to the controller as IEEE 754 floating-point values, linking the electrical field inputs to process variables in the control program.

For each channel, 5094-IF8 applies the selected voltage or current range together with filtering, engineering scaling, and alarm thresholds. This processing separates the measured electrical quantity from the scaled value and status information consumed by the controller.

Logic power reaches 5094-IF8 from the 15 V DC backplane, while a separate 18 to 32 V DC sensor/actuator supply serves the field-side circuits. The input channels share their field-side reference without channel-to-channel isolation, and the system-to-field barrier separates those circuits from the backplane.
Alternative Names
5094IF8 5094 IF8 5094- IF8 Allen-Bradley 5094-IF8 5094-IF8 Analog Input Module 5094-IF8 FLEX 5000 Input Module 5O94-IF8 5094-I F8
Technical notes
Two multiplexed converters serve the eight channels of Allen-Bradley 5094-IF8, so enabled-channel count, range, filtering, and sample settings must be evaluated together.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Why does 5094-IF8 show a valid raw signal but the wrong engineering value?
Check the 5094-IF8 input range, low and high signal limits, engineering scaling points, transmitter units, channel data type, and controller tag interpretation.
Why can a 4 to 20 mA loop on 5094-IF8 report open wire?
Inspect the 5094-IF8 terminal assignment, loop polarity, field supply, transmitter current, return path, selected current range, and open-wire diagnostic threshold.
How should noisy voltage readings on 5094-IF8 be investigated?
For 5094-IF8, verify shielding, grounding, source impedance, common reference, cable routing, selected voltage range, digital filter, and nearby switching interference.
Why can changing enabled channels affect the update behavior of 5094-IF8?
The 5094-IF8 shares two multiplexed converters across eight channels, so enabled-channel count, filtering, and scan configuration influence module update timing.
What must be checked before replacing 5094-IF8?
Record the 5094-IF8 series, firmware, terminal-base type, channel wiring, voltage and current ranges, scaling, filters, alarms, sample settings, and controller ownership.
Can individual 5094-IF8 channels be treated as isolated measurement circuits?
No. The 5094-IF8 channels are not isolated from one another, so common-mode limits, source references, field wiring, and grounding must be assessed together.