YOKOGAWA INPUT MODULE

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YOKOGAWA INPUT MODULE Specification

Output Type
Digital Input

Connector Type
Screw Terminal

Phase
Single Phase

Noise Level
Low Noise

Working Temperature
0 to 60C

Cooling Method
Passive/Air Cooled

Power Supply
24 V DC supplied

Application
Process Control, Automation System

Operating Temperature
0 to 60C

Features
LED Indicator, DIN Rail Mountable, Fast Response Time

Product Type
Input Module

Input Voltage
24 V DC

Voltage Protection
Overvoltage Protection

Efficiency
High Efficiency

Material
Industrial Grade ABS Plastic and Metal

Line Regulation
Excellent Line Regulation

Storage Temperature
-40 to 85C

Weight
Approx. 150 g

Channel Type
16 DI (Digital Inputs)

Response Time
<1 ms

Status Indication
LED per Channel

Input Signal Voltage
24 V DC Nominal

Mounting Type
DIN Rail or Panel Mount

Wiring Capacity
0.3 - 2.5 mm2

Isolation
Photo Coupler between Internal Circuit and Input Circuit

Model Number
AIP502

Standards Compliance
CE, RoHS

Protection Class
IP20

About YOKOGAWA INPUT MODULE

Step into the elite league of automation with the Yokogawa Input Module AIP502, a monumental solution for demanding process control. Featuring 16 top-ranking digital input channels and reserved for those pursuing marvelous efficiency, this module operates at a swift <1 ms response. Its IP20 protection class and CE, RoHS compliance assure reliability in industrial environments. Engineered from industrial-grade ABS plastic and metal, it boasts excellent line regulation and last-chance overvoltage protection. Suitable for DIN rail or panel mount, it stands as a marvel in the realm of high-performance automation.

Application Areas & Special Features

The Yokogawa AIP502 Input Module is engineered for process control and advanced automation systems in industries requiring precision and reliability. Its ability to handle single-phase inputs with fast response times and LED channel indicators make it invaluable in large-scale commercial setups. Special features such as photonic isolation, robust overvoltage protection, and superior line regulation provide confidence and safety, making it perfect for factories, data centers, and control rooms with critical operational needs.

FOB Port, Packaging, and Delivery Insights

Manufactured with finesse, the Yokogawa AIP502 module is shipped from Indias primary FOB port, securely packaged to ensure product integrity during transit. The average delivery time is prompt, aligning with the lowest price outlay expectations of savvy buyers. Prospective clients can inquire about the asking price to negotiate commercial terms. Each unit is wrapped professionally, confirming the elite standard Yokogawa upholds, and guaranteeing seamless procurement for resellers, suppliers, and end-users.

FAQs of YOKOGAWA INPUT MODULE:

Q: How does the Yokogawa AIP502 Input Module enhance efficiency in automation systems?

A: The AIP502 module offers high efficiency through swift response times (<1 ms), robust voltage protection, and excellent isolation. These attributes minimize downtime and ensure reliable signal processing in automation environments.

Q: What are the primary application areas for the AIP502 Input Module?

A: This module is best suited for process control and automation systems in industrial settings such as manufacturing plants, data centers, and other commercial environments demanding precision and real-time input monitoring.

Q: Where can the Yokogawa AIP502 be installed and used?

A: It can be conveniently mounted on either DIN rails or panels, making it versatile for integration into a variety of equipment, cabinets, and control rooms as required by the application.

Q: What special features distinguish the AIP502 module from others?

A: The module stands out due to its LED channel status indicators, overvoltage protection, isolation via photo coupler, low noise output, and compliance with CE and RoHS standards for industrial-grade reliability.

Q: When is the optimal time to use the Yokogawa AIP502 in a process environment?

A: Deploy the AIP502 when fast, accurate digital input signal processing is essential, especially when system safety, response speed, and reliable data acquisition are critical for success.

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