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Yokogawa ADV141-P10 S1
Yokogawa ADV141-P10 S1
Yokogawa ADV141-P10 S1
Yokogawa ADV141-P10 S1
Yokogawa ADV141-P10 S1
Yokogawa ADV141-P10 S1
· Product image is representative; revision or series may vary. Contact us to request a specific version.

ADV141-P10 S1

Digital Input Module
In Stock

Product Information:

ADV141 Digital I/O Module

Digital Input Module (16-channel, 100V - 120 V AC, Isolated)

The AC Digital Input Modules receive

16-channel 100 V AC or 220 V AC ON/OFF signals.

They can be used in dual redundant configuration.

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Technical specifications for ADV141-P10 S1

  • Manufacturer:
    Yokogawa
  • Product Category:
    DCS System
  • Estimated shipping dimensions:
    15.2 x 20 x 14 cm
  • Weight:
    0.28 kg
  • Tariff Code:
    8537101190
  • Country of origin:
    Japan
  • Place of shipment:
    Xiamen, Fujian, China
  • Product Type:
    Digital Input DI
  • Category Series:
    Centum VP Series
  • Number of input channels:
    16 channels
  • Rated input voltage:
    100 to 120 V AC
  • Frequency:
    50/60 Hz
  • Input ON voltage Range:
    80 V AC (113 V) to 132 V AC (187 V)
  • Input OFF voltage Range:
    20 V AC (28 V) or less
  • Input current Range:
    4.7 mA (@120 V/60 Hz) / channel to 7 mA / channel
  • Input response time:
    160 ms or less (for status input)
  • Stock:
    20

Information

Overview Manuals Working Principle Primary Applications

Features:

  • AC Digital Input Modules
  • Digital Input Module (16-channel, 100V - 120 V AC, Isolated)
  • The AC Digital Input Modules receive 16-channel 100 V AC or 220 V AC ON/OFF signals
The Yokogawa ADV141-P10 S1 is a 16-channel AC digital input module designed specifically for CENTUM VP systems, primarily used for detecting the switching status of field devices. It can receive AC input signals with a rated voltage of 100V to 120V AC and is commonly used to monitor industrial signals such as limit switches, relay contacts, or motor operation feedback.

This module supports dual redundancy configuration, ensuring continuous signal acquisition during critical tasks. Even if the primary module fails, the backup module can seamlessly take over. The "P10" designation indicates the use of pressure clamp terminal connections, simplifying installation and maintenance and providing strong shock resistance; while the "S1" suffix indicates enhanced environmental resistance or specific functional optimizations.

The ADV141-P10 S1 YOKOGAWA Digital Input Modules may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
YOKOGAWA ADV141-P10 S1 Digital Input Modules DATASHEET(manual), 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.
The module's internal circuitry first limits and rectifies the input current, then drives an optocoupler to achieve electrical isolation, completely separating the high-voltage AC circuit in the field from the low-voltage digital circuit of the system. When the input voltage exceeds the threshold, the optocoupler conducts and converts the signal into a logic level. Finally, the built-in processor identifies the status and transmits it to the field control unit (FCU) via the system bus, completing the conversion from physical AC voltage to digital switching data.
  1. Discrete Signal Monitoring: Receives on/off status signals from 24V DC field devices (e.g., limit switches, proximity sensors, and buttons).
  2. Real-Time Process Control: Response time of less than 5 milliseconds is crucial for high-speed monitoring and control requiring instantaneous signal detection.
  3. High Availability Industries: Widely used in industries such as oil and gas, power generation, and chemical manufacturing to ensure safe and efficient plant operation.
  4. System Redundancy: Supports dual redundancy configurations, ensuring continuous system monitoring even if one module fails.

Ask our team:

  • What are the main system-level functional responsibilities and signal processing roles of the ADV141-P10 S1 in industrial electronic architectures?
    The ADV141-P10 S1 is typically positioned as an interface-oriented industrial module designed to support structured signal processing, system integration, and controlled data exchange in complex automation environments.
  • How does the ADV141-P10 S1 ensure deterministic operational stability under various electrical stress conditions such as voltage fluctuations, thermal drift, and electromagnetic interference?
    The ADV141-P10 S1 typically employs a stability-centric design principle, aiming to maintain consistent performance under dynamic industrial operating conditions.
  • How does the ADV141-P10 S1 achieve interface compatibility and cross-system interoperability across heterogeneous industrial control architectures?
    The ADV141-P10 S1 is designed to support standardized electrical interfaces, enabling seamless integration into multi-vendor and multi-tiered automation ecosystems.
  • What signal integrity protection strategies are conceptually incorporated into the ADV141-P10 S1 to mitigate high-frequency degradation?
    The ADV141-P10 S1 typically employs impedance control design and noise suppression techniques to reduce distortion, attenuation, and signal instability.
  • What electromagnetic compatibility (EMC) design methodologies are integrated into the ADV141-P10 S1 when deployed in high-density industrial environments?
    The ADV141-P10 S1 is typically designed using an EMC-aware architecture strategy to minimize sensitivity to external interference while maintaining controlled radiation characteristics.
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Moore Disclaimer: Moore Automated's sales automation equipment and related solutions are intended for industrial automation and business operational efficiency improvement purposes only. Product information, technical parameters, and application cases are for reference only and do not constitute an absolute guarantee of performance for any specific industry, scenario, or final application. Actual equipment performance may vary depending on factors such as the usage environment, system integration method, and maintenance conditions. Users should confirm compatibility and safety based on professional technical assessments. Moore Automated assumes no liability for any direct or indirect losses caused by improper use, modification, or failure to operate according to specifications, to the extent permitted by law.