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KEBA DI 470/A | KEMRO K2-400 PLC Input Module

Original price was: ¥999.00.Current price is: ¥888.00.

KEBA DI 470/A | KEMRO K2-400 PLC Input Module

  • Exact Model: DI 470/A (DI470A)
  • KEBA Catalog Number: 054943
  • OEM: KEBA
  • Product Family: KEMRO K2-400
  • Product Type: Digital input module
  • Input Voltage: 24 VDC, per supplier catalog
  • Power Consumption: 3.5 W, per supplier catalog
  • Primary Function: Acquisition of digital field signals within a compatible KEBA control system
  • Installation: K2-400 system; verify exact mounting and interface configuration
  • Channel Count: Not independently verified
  • Condition: Confirm actual unit condition and test status
Category:

Description

KEBA DI 470/A | KEMRO K2-400 PLC Input Module

 

Product Introduction

A digital input module is only useful when its electrical interface and system configuration match the machine. The KEBA K2-400 DI470A is identified in KEBA parts catalogs as the DI 470/A digital input module, catalog number 054943, with a 24 VDC rating and 3.5 W power consumption.

The DI470A belongs to the KEMRO K2-400 automation platform. It is not a CPU or standalone controller. Before purchasing it as a replacement, compare the complete module designation, catalog number, connector arrangement, and installed system configuration. The channel count, input grouping, and terminal-level specifications should be confirmed from the applicable KEBA documentation rather than inferred from the DI designation.

DI 470/A K2-400

DI 470/A K2-400

Key Technical Specifications

  • Model: DI470A
  • Formal Type Designation: DI 470/A
  • Catalog Number: 054943
  • Manufacturer: KEBA
  • Automation Platform: KEMRO K2-400
  • Module Category: PLC digital input module
  • Signal Function: Digital input acquisition
  • Rated Input Voltage: 24 VDC, supplier-listed
  • Power Consumption: 3.5 W, supplier-listed
  • Number of Inputs: Not verified
  • Input Current per Channel: Not verified
  • Input Logic / Thresholds: Not verified
  • Electrical Isolation: Not verified for this exact module
  • Terminal / Connector Pinout: Confirm from the module label and KEBA documentation
  • Mounting / Backplane Interface: Verify against the original K2-400 installation
  • Operating Temperature: Not independently verified
  • Lifecycle Status: Legacy K2-400 platform; confirm current support and availability with KEBA

Specification note: The 24 VDC and 3.5 W figures are supplier-catalog data. They should not be treated as a complete wiring specification. Confirm the exact input characteristics and terminal assignments before connecting field devices.

 

Global Sourcing & Live-Test SOP

For a used or surplus KEBA DI470A, verify both the module identity and its ability to operate in a compatible K2-400 system.

1. Incoming Verification

  • Photograph the complete module, front and rear.
  • Confirm the DI 470/A marking and catalog number 054943.
  • Record serial number, revision, and secondary labels.
  • Inspect connectors, terminals, mounting features, and housing.
  • Check for corrosion, contamination, heat damage, cracked components, or repair evidence.
  • Compare the physical module with the original installed card.
  • Document missing connector plugs or accessories.
  • Retain supplier traceability and condition records where available.

2. Electrical and Hardware Inspection

  • Verify the module’s supply and input requirements against the applicable KEBA documentation.
  • Treat 24 VDC as a supplier-reported rating—not a substitute for checking terminal assignments.
  • Inspect field wiring terminals and mating connectors for damage.
  • Check for bent contacts, loose terminals, or signs of overheating.
  • Use ESD-safe handling when removing or installing the module.
  • Do not apply field voltage to unidentified terminals.

3. Functional Input Simulation

Use a compatible K2-400 system or approved test fixture.

  • Confirm that the controller recognizes the DI470A.
  • Verify the expected module status and diagnostics.
  • Apply known 24 VDC input signals only to documented input terminals.
  • Test each available input channel according to the module’s verified configuration.
  • Confirm that input states are correctly reflected in the controller or diagnostic interface.
  • Check for stuck inputs, intermittent transitions, or channel-to-channel inconsistencies.
  • Record test conditions and observed results.

Do not claim full functionality based only on a powered module or a single successful input test.

4. Extended Run and Stability Check

Where a compatible test setup is available, perform an extended operating test.

Monitor:

  • Controller recognition
  • Input-state stability
  • Intermittent channel faults
  • Diagnostic alarms
  • Connector stability
  • Abnormal heating or unexpected interruptions

Record the test duration, host-system configuration, input test conditions, and results. A test in a different platform does not establish K2-400 compatibility.

5. Final Preparation and Shipment

  • Record the complete module designation and catalog number.
  • Photograph labels, connectors, and terminal condition.
  • Document whether the module is untested, visually inspected, or functionally tested.
  • Preserve customer-specific identification labels.
  • Protect the module with ESD-safe packaging.
  • Cushion connectors and exposed terminals against impact.
  • Clearly disclose missing accessories or known defects.
  • State warranty terms only when explicitly offered for the individual unit.

 

Field Engineer’s Pitfall Guide

❗ Do not confuse DI470A with DO470A

The DI 470/A is cataloged as a digital input module, while the KEBA DO 470/A is a separate digital output module. Confirm the full designation and catalog number; input and output cards are not interchangeable simply because they share the K2-400 platform.

❗ Do not assume the 24 VDC rating defines the field wiring

The supplier listing identifies 24 VDC, but exact input thresholds, common-terminal arrangement, channel grouping, and isolation details were not verified. Use the correct KEBA documentation before wiring field signals.

❗ Verify the K2-400 system interface before substitution

A matching family name does not establish compatibility with every K2-400 rack or configuration. Compare the original module number, connector arrangement, revision, and controller documentation before installation.

 

Intent-Driven FAQ

What is the KEBA K2-400 ?

The KEBA , formally designated DI 470/A, is a digital input module for the KEMRO K2-400 platform. Its catalog number is 054943.

Is the a CPU or controller?

No. It is a digital input I/O module used within a compatible KEBA automation system.

What voltage does the KEBA use?

Supplier catalog data lists a 24 VDC rating. Confirm the module’s actual electrical requirements and terminal assignments from the applicable KEBA documentation before wiring it.

What is the power consumption of the ?

A KEBA parts catalog listing reports 3.5 W. Confirm the rating against the applicable module documentation when calculating system power requirements.

How many digital inputs does the have?

A verified channel count was not established from the available catalog information. Do not infer the number of inputs from the model designation alone.

Can I replace a KEBA with a DO470A?

No—not as a direct functional substitute. The is a digital input module, while the DO470A is a digital output module. They serve different I/O functions.

What should I verify before buying a ?

Confirm the DI 470/A designation, catalog number 054943, 24 VDC rating, physical condition, connector arrangement, and compatibility with the installed K2-400 system. Request documented input-channel testing if the module is being purchased for critical machinery.

 

Bottom Line for Buyers

The KEBA K2-400 (DI 470/A, catalog number 054943) is a 24 VDC digital input module with a supplier-listed power consumption of 3.5 W. It is a legacy KEMRO K2-400 I/O component, not a standalone controller.

For procurement, match the complete module designation and catalog number, verify the input wiring and system interface, and request clear condition and test documentation. Do not approve a replacement based on the K2-400 family name alone.

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