ALLEN BRADLEY ANALOG OUTPUT MODULE

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ALLEN BRADLEY ANALOG OUTPUT MODULE Specification

Output Type
Voltage/Current (configurable per channel)

Current Range
0-20 mA, 4-20 mA selectable

Rated Current
20 mA (max per channel)

Phase
Single Phase (for signal output)

Output Current
0-20 mA or 4-20 mA per channel

Rated Power
Not applicable (signal device)

Cooling Method
Natural air cooling

Operating Temperature
0C to 60C

Application
Industrial Automation, PLC Control Systems

Working Temperature
0C to 60C

Features
Hot Swappable, LED status indicators, Channel diagnostics

Connector Type
Removable terminal blocks

Power Supply
24V DC

Noise Level
Low (meets industrial EMC standards)

Product Type
Analog Output Module

Output Frequency
DC analog output (frequency not applicable)

Input Voltage
24V DC (typical, module power supply)

Voltage Protection
Overvoltage protection integrated

Efficiency
High accuracy analog output

Material
Industrial grade plastic housing

Line Regulation
0.01% of output range typ.

Storage Temperature
-40C to 85C

Weight
Approx. 200 g

About ALLEN BRADLEY ANALOG OUTPUT MODULE

Unlock spectacular, lustrous performance in PLC control systems with the ALLEN BRADLEY ANALOG OUTPUT MODULEan unassailable must-have for industrial automation. Featuring selectable channels (4 or 8), advanced 12-bit or 14-bit resolution, and configurable output ranges (0-10V DC, 10V DC, 0-20 mA, 4-20 mA), this module delivers lowest price efficiency and reliability. Benefit from high-accuracy signals, 500V isolation, rapid response (<1 ms), and robust overvoltage, short circuit protectionall housed in industrial-grade plastic. Hot swappable and equipped with intuitive channel status LEDs, its compatible with MicroLogix, CompactLogix, and ControlLogix PLCs.

Competitive Edge & Applicability

The ALLEN BRADLEY ANALOG OUTPUT MODULE stands out for its extraordinary versatility and accuracy, making it ideal for intricate industrial automation tasks. With unmatched reliability and Adaptive Isolation Voltage, it thrives on factory floors and process control surfaces. Its hot-swappable design and channel diagnostics simplify integration and maintenance, further enhancing operation efficiency within PLC control systems.

Supply Capability & Dispatch Policies

We consistently estimate and dispatch ALLEN BRADLEY ANALOG OUTPUT MODULE orders with swift handover protocols. High supply ability ensures timely fulfillment for diverse industrial demands, with sample availability for qualified inquiries. Flexible payment terms streamline procurement, making acquisition hassle-free. Our supply chain emphasizes reliability and transparency, keeping customers informed from order estimate through to product handover.

FAQs of ALLEN BRADLEY ANALOG OUTPUT MODULE:

Q: How does the isolation voltage feature benefit PLC control applications?

A: The 500V isolation voltage efficiently separates field signals from logic circuits, enhancing safety and minimizing electrical interference, which is crucial for stable PLC operations.

Q: What types of analog output can the module generate?

A: This module supports four selectable analog output ranges: 0-10V DC, 10V DC, 0-20 mA, and 4-20 mA, making it suitable for a broad spectrum of industrial automation tasks.

Q: Where can the ALLEN BRADLEY ANALOG OUTPUT MODULE be used?

A: It is widely applicable across industrial automation, PLC control systems, and process surfaces requiring precise analog output and robust protection features.

Q: What is the handover process for receiving this module?

A: Once ordered, modules are rapidly dispatched with a straightforward handover process. Customers receive timely updates on delivery status and tracking information until product receipt.

Q: When is a sample available for evaluation?

A: Samples may be available upon qualified request, allowing users to evaluate the module prior to bulk orders or integration into large-scale PLC installations.

Q: How does hot swapping enhance usage flexibility?

A: Hot-swappable functionality allows users to replace or install the module without shutting down the entire PLC system, reducing operational downtime and improving maintenance efficiency.

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