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ABB DI810-1 3BSE008509R1 Numeric Input Module

ABB DI810-1 3BSE008509R1 Numeric Input Module

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Brand:ABB PLC
Item No.:DI810-1
Product Origin:Sweden
Product Dimensions:45 x 102 x 119 mm
Product Weight:0.15 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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Overview

Meet the ABB DI810‑1 3BSE008509R1 Numeric Input Module, a dependable cornerstone for digital signal acquisition in ABB’s S800 series automation systems. This module delivers robust, stable performance for industrial control and monitoring, ensuring precise capturing of discrete input signals across complex installations. Built to meet the demands of continuous operation and harsh environments, DI810‑1 is engineered to streamline system wiring, enhance reliability, and support seamless integration into ABB’s control architecture.


Technical Specifications

Specification Detail
Module Type Numeric / Digital Input (Discrete Inputs)
Model Code DI810‑1 (3BSE008509R1)
Input Channels 16 digital inputs (sink or source configurable)
Signal Voltage 24 V DC (standard industrial logic)
Isolation Full channel-to-channel and channel-to-backplane isolation
Mounting Type DIN-rail / compatible S800 chassis & terminal base
Power Consumption Low‑power design — optimized for modular I/O racks
Response Time Fast scan rate for reliable detection of input transitions
Operating Temperature Range –25 °C … +70 °C (industrial-grade standard)
Environmental Tolerance Vibration and electrical noise resistant; suitable for factory floors, process plants, and utilities
Dimensions 45 x 102 x 119 mm
Weight 0.15 kg

Recommended Companion Modules

  • ABB DO810‑1 — Digital Output Module (for controlling actuators and relays)

  • ABB AI810‑1 — Analog Input Module (for monitoring process analog signals)

  • ABB TU810 — Terminal Base Unit (for field wiring termination)

  • ABB CI810 Series — Communication Interface Modules (for network integration)


Common Allen-Bradley Modules for Mixed-System Environments

In multi-brand facilities where ABB and Allen‑Bradley systems coexist, DI810‑1 often pairs with:

  • 1756-IB16 ControlLogix Digital Input Module

  • 1769-IQ32 CompactLogix Digital Input Module

  • 1734-IB8 POINT I/O Digital Input Module

  • 1762-IQ32 MicroLogix Digital Input Module

  • 1734-OB8 POINT I/O Digital Output Module (for combined discrete I/O setups)

Applications

The

Advantages

Technical FAQs

  1. What voltage level does DI810‑1 expect for digital inputs?
    Standard 24 V DC industrial logic; both sinking and sourcing configurations supported.


  2. How many inputs does the module provide?
    It offers 16 discrete digital input channels.


  3. Is the module hot‑swappable?
    Within properly designed S800 racks and terminal bases, yes — it supports modular replacement without shutting down the entire system.


  4. Can I mix sink and source wiring on the same module?
    No — the module must be wired consistently either in all-sink or all-source configuration for correct operation.


  5. What kinds of environments is DI810‑1 suited for?
    Industrial settings including manufacturing floors, process plants, utilities — tolerant to vibration, EMI, and typical shop-floor conditions.


  6. Does it support diagnostic feedback?
    Yes — module status and individual channel integrity can be monitored through the control system diagnostics.


  7. Can I pair it with analog modules in the same rack?
    Absolutely — the S800 modular architecture permits mixed I/O racks including digital, analog, and communication modules.


  8. What kind of mounting does it require?
    Standard DIN‑rail mounting or S800 backplane base, depending on your rack design.


  9. Is the module suitable for safety-rated applications?
    DI810‑1 is intended for general-purpose discrete I/O. For safety-rated applications, dedicated safety-certified modules should be used.


  10. What is the typical response time for input detection?
    Response occurs at each system scan cycle, sufficient for timely detection of switch events, sensor pulses, or discrete signals in automation logic.

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