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SCHNEIDER BMXAMI0800 INPUT MODULE

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SCHNEIDER BMXAMI0800 INPUT MODULE Specification

Current Range
4 to 20 mA, 0 to 20 mA, 0 to 10 V, -10 to +10 V (depending on channel configuration)

Connector Type
Removable screw terminal block

Features
8 analog input channels, removable terminal block, diagnostics capability, hot swap supported

Operating Temperature
0°C to 60°C

Application
Industrial automation, process control systems

Phase
Single Phase

Power Supply
24 V DC

Output Type
Analog

Working Temperature
0°C to 60°C

Cooling Method
Natural convection

Product Type
Input Module

Input Voltage
24 V DC

Voltage Protection
Yes (Overvoltage and Undervoltage Protection)

Material
Plastic housing with electronic components

Storage Temperature
-40°C to 85°C

Weight
0.17 kg (approx.)

Mounting Type
DIN rail

Response Time
90 ms (typical on all channels)

Number of Analog Inputs
8 channels

Isolation
500 V AC (input to bus)

Module Format
Compact, Modicon X80 series

Part Number
BMXAMI0800

Input Impedance (Voltage input)
>= 1 MOhm

Input Impedance (Current input)
~250 Ohm

Input Type
Current, Voltage

Resolution per Channel
12 bits

SCHNEIDER BMXAMI0800 INPUT MODULE About

Unlock elite performance for your industrial automation systems with the new SCHNEIDER BMXAMI0800 INPUT MODULE. Engineered as a true masterpiece, this compact module features eight terrific analog input channels with 12-bit resolution, catering to both voltage and current inputs. Designed for the Modicon X80 series, its robust 500 V AC isolation, overvoltage and undervoltage protection, and reliable hot swap support set it apart. Effortlessly access diagnostics, enjoy hassle-free DIN rail mounting, and elevate your control with superior accuracy. Upgrade your operation with this elite analog input module today.

Exceptional Advantages & Expanded Capabilities

The SCHNEIDER BMXAMI0800 Input Module offers users significant advantages, including quick response time, removable terminal blocks, and powerful diagnostics capability. Its extra features like hot swap support and 500 V AC isolation boost reliability and safety. Versatile in application, it is perfect for process control systems, industrial automation, and critical infrastructure. The module efficiently manages diverse input signals, supporting a wide current and voltage range making it the go-to choice for modern automation requirements.

Sample Policy, Delivery Time & Market Exchange

Our sample policy encourages prudent expenditure for customers interested in exploring the SCHNEIDER BMXAMI0800 Input Module before bulk procurement. Delivery time is optimized for the export market and domestic exchange, ensuring timely fulfillment across Indias major industrial hubs. We prioritize clients who value seamless transactions and efficient product exchange processes. Main domestic markets span across India, catering to suppliers, traders, and export-oriented enterprises seeking high-standard automation components.

FAQs of SCHNEIDER BMXAMI0800 INPUT MODULE:

Q: How can the SCHNEIDER BMXAMI0800 be mounted in my system?

A: The module is designed for easy DIN rail mounting, simplifying installation and integration into both new and existing control panels.

Q: What input types and ranges does this module support?

A: It supports both current (420 mA, 020 mA) and voltage (-10 to +10 V, 010 V) inputs, which are configurable per channel for maximum versatility in industrial settings.

Q: When is the hot swap feature beneficial during operation?

A: The hot swap functionality proves valuable during maintenance or system upgrades, allowing you to replace or add modules without shutting down your process or control system.

Q: Where is the SCHNEIDER BMXAMI0800 most commonly utilized?

A: This module is widely used in industrial automation and process control applications, offering reliable performance in factories, process plants, and infrastructure facilities.

Q: What diagnostics capabilities does the module offer?

A: It provides built-in diagnostics for swift troubleshooting, which helps minimize system downtime and improves maintenance efficiency.

Q: How does overvoltage and undervoltage protection benefit my application?

A: Protection features safeguard your control system from voltage anomalies, enhancing the durability and reliability of your automation infrastructure.