BR X20 AI 4622 ANALOG INPUT MODULE

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BR X20 AI 4622 ANALOG INPUT MODULE Specification

Power Supply
Via X20 system bus

Working Temperature
0C to +55C

Operating Temperature
0C to +55C

Application
Industrial automation, process measurement, PLC expansion

Cooling Method
Natural convection

Connector Type
X20 bus connector

Current Range
0 mA to 20 mA, 4 mA to 20 mA (selectable)

Features
4-channel analog input, isolated channels, high accuracy, configurable input range

Product Type
Analog Input Module

Input Voltage
24 VDC (typical, from X20 bus)

Voltage Protection
Overvoltage and reverse polarity protection (via system design)

Material
Industrial grade plastic housing

Storage Temperature
-25C to +70C

Weight
Approx. 62 g

Protection Class
IP20

Isolation
Channel isolated from bus and each other

Input Resolution
12 bits

Input Range
0 to 20 mA, 4 to 20 mA (configurable per channel)

Status Indicators
LEDs for channel and module status

Input Signal Type
Current (mA)

Module Width
24 mm

Sampling Time
approx. 1 ms/channel

Mounting Type
DIN rail mounting

Model Number
X20AI4622

Number of Analog Inputs
4 channels

About BR X20 AI 4622 ANALOG INPUT MODULE

Get the ultimate value for industrial automation with the BR X20 AI 4622 Analog Input Modulea best-seller famed for its extraordinary precision and reliability. This splendid module features 4 configurable analog input channels, supporting both 020 mA and 420 mA current signals with remarkable 12-bit resolution. Each channel is individually isolated, ensuring robust performance and safeguarding your PLC expansion. With IP20 protection, rapid 1 ms/channel sampling, and LED status indicators, this industrial-grade solution guarantees seamless integration and unrivaled durability in demanding environments across India.

Splendid Features, Wide Application

The BR X20 AI 4622 Analog Input Module stands out with its isolated 4-channel analog inputs, offering highly accurate and configurable current ranges. Its compact design facilitates easy DIN rail mounting, ideally suiting PLC expansions in process measurement and industrial automation systems. Commonly used for real-time control and monitoring, its robust construction and excellent voltage protection make it indispensable in manufacturing, chemical, and utility applications where reliability and high performance are paramount.

Timely Delivery and Secure Packaging for Your Order

Upon order completion, we prioritize swift order processing and careful goods transport from our established supplier and trader network in India. Typically dispatched via the preferred FOB port, each BR X20 AI 4622 Analog Input Module is packed in high-strength industrial packaging to ensure safety during transit. Our streamlined logistics process minimizes delays so you receive your module in excellent condition, ready for seamless installation in your automation system.

FAQs of BR X20 AI 4622 ANALOG INPUT MODULE:

Q: How is the BR X20 AI 4622 Analog Input Module typically used in industrial applications?

A: This module is widely used for expanding PLC capabilities in industrial automation and process measurement, allowing precise current signal monitoring and control across multiple systems.

Q: What are the benefits of configurable input ranges in this analog input module?

A: Configurable input ranges (020 mA and 420 mA) enable adaptation to different types of sensors and signal requirements, enhancing versatility and compatibility in various industrial setups.

Q: Where can the BR X20 AI 4622 Analog Input Module be installed?

A: Designed for DIN rail mounting, this module fits conveniently into standard control panels or PLC racks in manufacturing, utilities, and process industries.

Q: What protections are in place for voltage and polarity?

A: The module incorporates overvoltage and reverse polarity protection through system design, providing secure operation and protecting connected devices.

Q: How does the module ensure input signal accuracy and isolation?

A: Each analog input channel is isolated from the bus and other channels, minimizing electrical interference and ensuring accurate signal acquisition even in demanding environments.

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