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1734-IE2V

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Allen-Bradley 1734-IE2V is a two-channel single-ended analog voltage input module with user-configurable unipolar or bipolar ranges.
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Technical specifications for 1734-IE2V

  • Manufacturer:
    Allen-Bradley
  • Part Number:
    1734-IE2V
  • Product Family:
    Point I/O 1734
  • Product Type:
    POINT I/O 2-Channel Analog Voltage Input Module
  • Stock:
    1
  • Revision:
    Series C
  • Input architecture:
    2 single-ended non-isolated voltage channels
  • Input ranges:
    0...10 V or ±10 V user configurable
  • Resolution:
    15 bits plus sign
  • Conversion method:
    Delta Sigma
  • Keyswitch position:
    3
  • Weight:
    0.033 kg
  • Estimated shipping dimensions:
    5.66x1.21x7.75cm
  • Tariff Code:
    8537101190
  • Country of origin:
    Singapore
  • 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 Specifications Voltage Signal Setup Input Diagnostics Product Applications

Features:

  • Channel format: two single-ended voltage inputs
  • Selectable ranges: 0...10 V or ±10 V by configuration
  • Signal processing: Delta Sigma conversion with selectable notch filtering
1734-IE2V is intended for voltage-measurement tasks that require two compact POINT I/O channels.

Its configurable unipolar and bipolar ranges make the channel setup a critical part of the measurement record.

Ground reference, shielding, filtering, and scaling should be validated together during commissioning.

Availability of 1734-IE2V is subject to Apter Power inventory and sourcing confirmation.
Allen-Bradley 1734-IE2V POINT I/O 2-Channel Analog Voltage Input Module Manuals and Product Resources
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.
Allen-Bradley 1734-IE2V POINT I/O 2-Channel Analog Voltage Input Module Specs

General

  • ManufacturerAllen-Bradley
  • Model1734-IE2V
  • ConditionNew Original ready stock
  • Product FamilyPOINT I/O 1734
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.

Configure the voltage path

  • Range: select 0...10 V or ±10 V for the actual source.
  • Reference: confirm signal common and grounding before energizing.
  • Shielding: route the cable according to the official analog wiring guidance.
  • Scaling: map raw values to engineering units in the controller project.

Resolve unstable measurements

  • Filter choice: align notch filtering with the observed interference.
  • Source check: compare the terminal voltage with controller data.
  • Alarm review: use channel limits to distinguish process and wiring faults.
  • Common potential: investigate reference differences because channels are non-isolated.

Supported product applications

  • Voltage transmitters: acquire standard unipolar analog signals.
  • Bipolar measurements: monitor sources that operate across a ±10 V range.
  • Machine feedback: bring compact voltage sensors into POINT I/O stations.
  • Panel modernization: retain two-channel voltage acquisition with documented scaling.
Description
1734-IE2V acquires two single-ended, non-isolated voltage signals for the POINT I/O platform. Each channel can be configured for a 0...10 V or ±10 V range, allowing one module to serve common unipolar and bipolar measurement tasks.

The Delta Sigma conversion used by 1734-IE2V provides 15-bit resolution plus sign and selectable notch filtering. Channel scaling, alarm limits, and filter settings should be chosen from the actual transmitter behavior instead of copied from another analog input type.

During integration, 1734-IE2V requires a supported terminal base, 24 V DC field supply, correct shield routing, and a Series C configuration. Because the channels are not isolated from one another, grounding and common-potential planning are part of the installation review.
Revisions

Revision Part #

Also known as

1734-IE2V Series C
1734-IE2V/C, Series C
Alternative Names
Allen-Bradley 1734-IE2V Rockwell Automation 1734-IE2V AB 1734-IE2V 1734IE2V 1734 IE2V POINT I/O 1734-IE2V voltage input module
Technical notes
The main integration risk for 1734-IE2V is treating a bipolar voltage channel like an isolated transmitter input. Confirm Series C, selected 0...10 V or ±10 V range, signal reference, common potential, shield routing, notch filter, scaling, alarm thresholds, and supported terminal base before validating the measured value.
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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.
How should the input range of 1734-IE2V be chosen for a bipolar sensor?
Configure the channel for ±10 V, verify the sensor common and expected limits, then scale the signed data to the required engineering units.
What can cause a stable field voltage to appear noisy on 1734-IE2V?
Check shield termination, signal reference, common-potential differences, cable routing, selected notch filter, source impedance, and the controller scaling path.
Why does 1734-IE2V require grounding review even when both channels read correctly at first?
Its two single-ended channels are non-isolated, so reference differences or ground currents can produce errors that appear only under changing plant conditions.
Can 1734-IE2V accept a 4...20 mA loop without an approved conversion method?
No. This catalog is a voltage-input module; use the correct current-input catalog or an engineered, documented conversion that respects all input limits.
Which commissioning records make 1734-IE2V easier to troubleshoot later?
Keep the Series C identity, channel range, scaling, alarm limits, notch filter, terminal assignment, shield route, and measured source voltage for each channel.
How can 1734-IE2V distinguish an overrange process condition from a wiring problem?
Compare channel status and raw data with an independent terminal measurement, then inspect the source, common conductor, and configured range before changing scaling.

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