YOKOGAWA INPUT MODULE

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YOKOGAWA INPUT MODULE Specification

Application
Industrial Automation, DCS Systems

Operating Temperature
0C to 60C

Cooling Method
Natural Air Cooling

Output Type
Digital or Analog (Model Dependent)

Phase
Single

Working Temperature
0C to 60C

Noise Level
Low Signal Noise

Current Range
4-20 mA (Analog Input Model)

Power Supply
24 V DC Nominal

Features
Plug-in Mount, Signal Status Indication, Hot Swappable, Compact Design

Connector Type
Screw Terminal Block

Product Type
Input Module

Input Voltage
24 V DC

Voltage Protection
Built-in Protection Circuitry

Efficiency
High Signal Accuracy

Material
High-Grade Industrial Plastic with PCB

Line Regulation
Stable Signal Conditioning

Storage Temperature
-20C to +70C

Weight
Approx. 150 g

About YOKOGAWA INPUT MODULE

Discover the YOKOGAWA INPUT MODULEa top-drawer solution for precise industrial automation. With scarce availability and limited stock, this outstanding masterpiece ensures unrivaled signal integrity across 8/16 channel options, depending on model. Access must-have features like channel-to-channel and channel-to-ground isolation, rapid under-10 ms response, and high signal accuracy. Masterfully crafted from high-grade industrial plastic and PCB, it is compatible with CENTUM VP, CS3000, and related Yokogawa systems. Secure your module now for reliable, protected, low-noise operation in critical environments.

Exceptional Application Versatility

Engineered for both digital and analog signals, the YOKOGAWA INPUT MODULE excels in plant automation, process control, and DCS system deployments. Its rugged build and advanced protection make it ideal for demanding industrial media, ensuring stable signal conditioning and reliability. Benefit from minimal signal noise and broad compatibility, making it an outstanding choice for efficient, error-proof operations in various plant environmentsfrom manufacturing to energy distribution.

Domestic Market, Certifications, and Supply Exchange Rate

Shipped goods are available across major domestic markets, backed by comprehensive certifications for assured performance and safety. Enhanced supply ability means a steady exchange of quality products, supporting seamless rate and inventory management. Our efficient logistics ensures timely delivery, giving clients reliable access to high-standard input modules even amidst scarce stock and fluctuating demand, while upholding robust product credentials.

FAQs of YOKOGAWA INPUT MODULE:

Q: How does the channel-to-channel and channel-to-ground isolation benefit industrial applications?

A: This advanced isolation prevents interference and crosstalk between channels, ensuring precise, stable readings and protecting connected systems from electrical surges, leading to safer and more reliable plant operation.

Q: What is the process for installing the YOKOGAWA INPUT MODULE?

A: Installation is simple due to the plug-in mount system, with options for DIN rail or panel mounting. Secure wiring is ensured via the screw terminal block, and the hot-swappable design allows for module replacement without system shutdown.

Q: When should I consider replacing or adding an input module to my DCS system?

A: Upgrade or replacement is recommended when expanding plant capacity, modernizing legacy systems, or when experiencing signal instability or outdated performance in your current setup.

Q: Where is the YOKOGAWA INPUT MODULE mainly used?

A: It is predominantly used in industrial automation, process control, and DCS systems for applications in sectors such as manufacturing, chemical processing, utilities, and energy management.

Q: What are the advantages of its built-in protection circuitry and IP20 rating?

A: The protection circuitry safeguards against voltage spikes, while the IP20 ingress protection offers dust defenseenhancing maintenance ease and extending product lifespan in controlled environments.

Q: How efficient is the signal conditioning and accuracy of this module?

A: Thanks to high-quality components and advanced design, the module offers high signal accuracy and stable line regulation, minimizing errors or drift in demanding industrial environments.

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