SCHNEIDER BMXAMO0210 COMMUNICATION ELECTRIC MODULE

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SCHNEIDER BMXAMO0210 COMMUNICATION ELECTRIC MODULE Specification

Working Temperature
0C to 60C

Operating Temperature
0C to 60C

Rated Current
0.5 A max per output

Features
2 analog output channels, DIN rail mountable, hot-swappable

Power Supply
From TSX P57 PLC backplane

Connector Type
Removable screw terminal block

Output Current
4...20 mA (analog current output)

Current Range
4 to 20 mA

Cooling Method
Natural convection

Application
Industrial automation, communication systems for PLCs

Output Type
Analog, Current and Voltage outputs

Product Type
Communication Electric Module

Input Voltage
24 V DC (coming from backplane)

Voltage Protection
Protected by internal electronics and equipped with output short-circuit and overload protection

Material
Plastic housing

Storage Temperature
-40C to 85C

Weight
0.2 kg

About SCHNEIDER BMXAMO0210 COMMUNICATION ELECTRIC MODULE

The SCHNEIDER BMXAMO0210 Communication Electric Module stands out as an affordable yet exclusive solution for industrial automation needs. This top-drawer, cost-effective module features 2 sought-after analog output channels with selectable 0...10 V and 4...20 mA signals, and a venerable 12-bit resolution. Engineered for the Modicon M340 PLC series, it ensures reliable galvanic isolation, rapid 1 ms response time, and robust overload protection. The modules DIN rail mounting, hot-swappable design, and status LED indicators make installation and operation seamless. RoHS-compliant and protected by sophisticated electronics, this module is a favored choice for communication systems in demanding industrial settings across India.

Advanced Features & Competitive Edge

SCHNEIDER BMXAMO0210 excels with its dual analog outputs, 12-bit resolution, and hot-swappable capability, ensuring zero downtime during maintenance. Suited for industrial communication with Modicon M340 PLCs, its DIN rail design, robust plastic housing, and galvanic isolation between channels elevate safety and reliability. Competitive advantages include LED status indicators for each channel, natural convection cooling, and output short-circuit and overload protection, making it a leading solution in cost-effective and efficient automation.

Sample Options, Delivery, and Packaging

Sample units of SCHNEIDER BMXAMO0210 are available on request, empowering buyers to assess product quality before a full order. We charge minimal fees for sample requests and supply modules efficiently across India. Standard delivery times range from 3 to 7 days, with safe, drop-off packaging designed to prevent transit damage. Each unit is securely packed, ensuring the module reaches you in optimal condition, ready for integration into your automation systems.

FAQs of SCHNEIDER BMXAMO0210 COMMUNICATION ELECTRIC MODULE:

Q: How do I install the SCHNEIDER BMXAMO0210 Communication Electric Module?

A: The module is DIN rail mountable and equipped with a removable screw terminal block for easy connection. Simply follow the installation guidelines provided with the Modicon M340 series PLC.

Q: What are the main benefits of using this communication electric module?

A: The module provides cost-effective, high-performance analog output with galvanic isolation, 12-bit resolution, hot-swappability, and overload protection, enhancing automation reliability and system flexibility.

Q: When is a hot-swappable module like the BMXAMO0210 especially useful?

A: The hot-swappable feature is advantageous during maintenance or upgrades, as it allows you to replace or service the module without interrupting system operation, minimizing downtime.

Q: Where can I request a sample or place an order for this module in India?

A: Samples and orders can be requested directly from authorized SCHNEIDER suppliers and traders across India, ensuring prompt and secure supply.

Q: What output signal types are available with this module?

A: The SCHNEIDER BMXAMO0210 supports selectable output signals of 0...10 V and 4...20 mA on two channels, ideal for varied industrial automation applications.

Q: How does the module protect against voltage and current issues?

A: The internal electronics are designed with output short-circuit and overload protection, ensuring device safety and longevity in demanding environments.

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