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Yokogawa NFAT141-S01 TC/mV Input Module

Yokogawa NFAT141-S01 TC/mV Input Module

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Brand:Yokogawa Electric
Item No.:NFAT141-S01
Product Origin:Japan
Product Dimensions:130 x 107.5 x 32.8 mm
Product Weight:0.2 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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Product Introduction

The Yokogawa NFAT141-S01 TC/mV Input Module provides precise and reliable acquisition of thermocouple and millivolt signals in industrial automation systems. Its compact, durable design ensures easy integration into control cabinets while delivering accurate process data. Ideal for both new installations and system upgrades, it enhances real-time monitoring and process control within Yokogawa Distributed Control Systems.


Technical Specifications

ParameterSpecification
ManufacturerYokogawa
ModelNFAT141-S01
Product TypeTC/mV Input Module
System CompatibilityYokogawa DCS and Field Devices
InstallationRack or Panel-mounted
Operating EnvironmentIndustrial Process Plants
CoolingPassive
Dimensions130 × 107.5 × 32.8 mm
Weight0.2 kg

Recommended Related Models

  • Yokogawa NFAT142-S01 — TC/mV Input Module, alternate version

  • Yokogawa AFV30S-A41252 — Field Control Unit

  • Yokogawa DCS-IOB-01 — Distributed I/O Interface Module

  • Yokogawa FCS-PWR-01 — Field Power Supply Unit

  • Yokogawa F3LE11-0T — Ethernet Interface Module


Popular Related Models

  • Yokogawa NFAT143-S01 — TC/mV Expansion Module

  • Yokogawa AFV30D-S41201 — Duplex Field Control Unit

  • Yokogawa F3LR01-0N — Fiber Optic FA Bus Interface Module

  • Yokogawa DCS-IOC-01 — Input/Output Control Module

  • Yokogawa FCS-TERM-01 — Field Termination Assembly


Industrial Applications & Use Cases

The Yokogawa NFAT141-S01 TC/mV Input Module is designed for accurate acquisition of thermocouple (TC) and millivolt (mV) signals in industrial control systems. It enables precise temperature and process monitoring, ensuring reliable data integration into distributed control networks.

Typical applications include:

  • Temperature monitoring in chemical and petrochemical processes

  • Thermal process control in oil & gas operations

  • Power generation and turbine temperature measurement

  • Water and wastewater treatment systems requiring precise thermocouple inputs

  • Integration with Yokogawa Distributed Control Systems (DCS)

  • Retrofitting or upgrading existing industrial measurement networks


Key Advantages & Benefits

  • High-Accuracy Signal Acquisition – Reliable measurement of thermocouple and mV signals

  • Compact & Lightweight Design – Fits easily into industrial control cabinets

  • Robust Industrial Performance – Withstands vibration, temperature fluctuations, and electrical noise

  • Seamless DCS Integration – Fully compatible with Yokogawa controllers and I/O systems

  • Easy Installation & Maintenance – Plug-and-play setup reduces downtime

  • Long Operational Life – Engineered for continuous industrial operation


Technical FAQs

1. What is the primary function of the NFAT141-S01?
It receives and processes thermocouple and millivolt input signals for accurate process monitoring.

2. Can it handle multiple thermocouple types?
Yes, it supports standard thermocouple types used in industrial applications.

3. Is it compatible with Yokogawa DCS systems?
Yes, it integrates seamlessly with Yokogawa distributed control systems.

4. How is the module installed?
Rack or panel-mounted within industrial control cabinets.

5. Does it require configuration?
Minimal configuration is needed; plug-and-play operation is supported.

6. Can multiple modules be used together?
Yes, several modules can be deployed for expanded signal monitoring.

7. What maintenance is required?
Periodic inspection and cleaning; ensure connectors are secure.

8. Is it suitable for retrofitting older systems?
Yes, it can replace or expand existing thermocouple input networks.

9. Which industries typically use this module?
Chemical, petrochemical, power generation, oil & gas, and water/wastewater sectors.

10. What is the expected service life?
Engineered for long-term industrial use, typically exceeding 10 years under standard operating conditions.


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