YOKOGAWA MODULE NP1*C

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YOKOGAWA MODULE NP1*C Specification

Current Range
0 - 0.5 A

Features
Hot Swappable, Diagnostic LEDs, Compact Design

Operating Temperature
0C to +55C

Rated Current
0.5 A / channel

Phase
Single phase input (DC)

Output Type
Digital (Relay/Transistor output variant dependent)

Power Factor
>0.95

Cooling Method
Natural air convection

Working Temperature
0C to +55C

Connector Type
Removable spring clamp terminal

Noise Level
<30 dB

Rated Power
10 W

Application
PLC, Factory Automation, Process Control

Power Supply
24 V DC external

Output Current
Max 0.5 A per channel

Product Type
Automation I/O Module

Output Power
Max 10 W

Output Frequency
N/A - Digital signal module

Input Voltage
24 V DC nominal (20.4 - 28.8 V DC range)

Voltage Protection
Overvoltage, reverse polarity protection

Efficiency
97% (typical)

Material
Industrial grade ABS/Polycarbonate

Line Regulation
0.1%

Storage Temperature
-25C to +85C

Weight
Approx. 180 g

About YOKOGAWA MODULE NP1*C

Redeem the efficiency and reliability of the famed YOKOGAWA MODULE NP1*C, a first-rate solution highly recommended for PLC, factory automation, and process control. With DIN rail mountability and the flexibility to personalise with 8 or 16 channel variants, it offers sublime integration into Yokogawa FA-M3 Series systems. Engineered with robust industrial-grade ABS/polycarbonate and IP20 protection, it features diagnostic LEDs, hot swapping, and overvoltage safeguards. Rapid response (<0.5 ms) and outstanding isolation (1500 V AC) ensure safe, seamless operation. An excellent, compact, and sophisticated choice for discerning professionals.

Versatile Application and User-Centric Features

Tailored for both specific and general-purpose use, the YOKOGAWA MODULE NP1*C boasts a compact design and intuitive status display. Highly recommended for settings demanding reliable process control, its plug-and-play connector simplifies installation and maintenance. The hot-swappable feature ensures uninterrupted operations while diagnostic LEDs provide instant feedback. To use, simply mount to the DIN rail, connect to the FA-M3 Series PLC, and observe smooth, efficient automationmaking it suitable for a variety of industrial environments.

Certifications, Supply Chain, and Export Details

Every YOKOGAWA MODULE NP1*C is dispatched after rigorous certification checks, ensuring consistent market value and performance. We support a sample policy for new clients, demonstrating our commitment to quality and reliability. Shipments depart from our designated FOB port, allowing swift supply to meet urgent demand. Our process guarantees that every module supplied upholds the standard and integrity associated with the Yokogawa brand, while offering flexibility for global integration.

FAQs of YOKOGAWA MODULE NP1*C:

**Q: How is the YOKOGAWA MODULE NP1*C installed?**

A: This module is DIN rail mountable, making installation straightforward. Simply align it on the rail within your enclosure, connect wiring using the removable spring clamp terminals, and ensure secure electrical contact with your Yokogawa FA-M3 Series PLC.

**Q: What makes the NP1*C module highly recommended for factory automation?**

A: It stands out due to its fast response time (<0.5 ms), high isolation voltage (1500 V AC), hot-swappable design, and reliable protection features such as overvoltage and reverse polarity safeguards, ensuring safe, efficient, and continuous operation in demanding automation environments.

Q: When should the digital output variant be selected?

A: Select the digital output (relay or transistor) variant based on your applications specific switching needs or logic signaling requirements for integrated process control systems.

**Q: Where does the YOKOGAWA MODULE NP1*C find most of its applications?**

A: This module is widely used in PLC panels, factory automation lines, and process control setups, where reliable, compact, and high-performance digital signal integration is essential.

Q: What are the benefits of the modules diagnostic LEDs?

A: The built-in LED channel indicators allow immediate visual status checks, facilitating real-time diagnostics and quick troubleshooting, which enhances operational reliability and reduces downtime.

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