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1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module 1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module 1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module 1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module 1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module
1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module
1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module
1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module
1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module
1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module

1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module

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1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module

1734-OE2V Brand New 1734OE2V AB Point I/O 2 Point Analog Output Module

PRODUCT DETAILS

1734-OE2V – Allen-Bradley POINT I/O 2-Point Analog Output Module (Brand New)

High-Precision Industrial Analog Output Module for Automation Systems

Product Overview

The 1734-OE2V is a brand new Allen-Bradley POINT I/O module designed to provide two high-accuracy analog outputs in a compact, modular package. Built for industrial automation, process control, and OEM applications, this module delivers stable voltage or current output, ensuring seamless integration with PLCs, sensors, and field devices.

Engineers and system integrators rely on the 1734-OE2V for its high-speed performance, reliability, and ease of deployment in distributed I/O networks.

Key Technical Specifications

Parameter Specification
Manufacturer Allen-Bradley / Rockwell Automation
Part Number 1734-OE2V
Module Type Analog Output Module
Channels 2 independent analog outputs
Output Type Voltage (0–10 V) / Current (4–20 mA) selectable
Resolution 12-bit DAC
Accuracy ±0.1% FS typical
Update Time 1 ms per channel
Operating Temperature 0–60°C
Communication POINT I/O backplane, 1734 I/O network
Isolation Channel-to-channel isolation for signal integrity
Condition Brand New OEM

Professional Performance Highlights

  • High Accuracy Analog Output: ±0.1% FS ensures precise control for process automation

  • Fast Update Rate: 1 ms per channel supports high-speed feedback and control loops

  • Dual Output Channels: Allows simultaneous control of multiple actuators or devices

  • Robust Industrial Design: Compact POINT I/O footprint saves space and simplifies installation

  • Seamless Integration: Compatible with Allen-Bradley CompactLogix and MicroLogix PLCs

Typical Application Scenarios

  • Controlling analog actuators in manufacturing or process lines

  • Industrial automation with feedback loops for temperature, pressure, or flow control

  • OEM machinery requiring reliable analog output in distributed I/O networks

  • Replacement or expansion of existing POINT I/O installations

1734-OE2V vs Third-Party Analog Output Modules

Feature 1734-OE2V AB POINT I/O Third-Party Modules
Channels 2 1–2
Output Type Voltage / Current selectable Fixed type, limited
Resolution 12-bit 10–12-bit
Accuracy ±0.1% FS ±0.5–1% FS
Update Rate 1 ms/channel 5–10 ms/channel
Isolation Channel-to-channel Often none or limited
Integration POINT I/O / Allen-Bradley PLCs May require adapters
OEM Certification Yes Usually None

Why Choose 1734-OE2V

  • ✅ Brand New Allen-Bradley OEM Module

  • ✅ High-speed, high-accuracy analog outputs

  • ✅ Compact and modular POINT I/O design

  • ✅ Dual channels for flexible automation applications

  • ✅ Easy integration with Allen-Bradley PLCs and industrial networks

📊 Analog Output Module Technical Comparison — 1734‑OE2V vs Other Models

Compared Models

Model Brand Output Channels Output Type Resolution Accuracy Update Rate Isolation Typical Use
1734‑OE2V Allen‑Bradley 2 Voltage/Current (selectable) 12‑bit ±0.1% FS 1 ms /ch Yes, per channel Distributed I/O, PLC control
1734‑OE4V Allen‑Bradley 4 Voltage (0‑10 V) 12‑bit ±0.2% FS 2 ms /ch Yes Higher channel count automation
1756‑OF8 Allen‑Bradley 8 Voltage/Current 12‑bit ±0.1% FS 1 ms /ch Yes ControlLogix chassis high‑density outputs
Siemens SM 1232 AO Siemens 2 Voltage 12‑bit ±0.5% FS 5 ms /ch Basic SIMATIC S7‑1200 distributed output
Mitsubishi AJ65SBTB2‑E Mitsubishi 2 Current 12‑bit ±0.3% FS 3 ms /ch Yes MELSEC I/O output module

🔍 Professional Data Insights

🟢 Channels & Output Flexibility

  • 1734‑OE2V: 2 analog outputs, both voltage & current selectable, ideal for mixed actuator/sensor systems.

  • 1734‑OE4V: Offers more channels but only voltage output — trade‑off between channel density vs. flexibility.

📏 Resolution & Accuracy

Model Resolution Typical Factory Accuracy
1734‑OE2V 12‑bit (4096 steps) ±0.10% FS
1734‑OE4V 12‑bit ±0.20% FS
1756‑OF8 12‑bit ±0.10% FS
Siemens SM 1232 AO 12‑bit ±0.50% FS
Mitsubishi AJ65SBTB2‑E 12‑bit ±0.30% FS

✅ Takeaway: The 1734‑OE2V has industry‑leading accuracy in its category, matching larger chassis modules (e.g., 1756‑OF8) and outperforming many PLC analog I/O in precision.

⚡ Update Rate (Speed of Output Changes)

Model Update/Scan Rate
1734‑OE2V ~1 ms/channel
1756‑OF8 ~1 ms/channel
1734‑OE4V ~2 ms/channel
Siemens SM 1232 AO ~5 ms/channel
Mitsubishi AJ65SBTB2‑E ~3 ms/channel

💡 Why It Matters: Faster update rates enable tighter control loops, especially in real‑time pressure/temperature/servo control applications.

🛡️ Isolation & Signal Integrity

Model Channel Isolation
1734‑OE2V Yes — per channel
1756‑OF8 Yes — per channel
1734‑OE4V Yes
Siemens SM 1232 AO Shared ground (limited)
Mitsubishi AJ65SBTB2‑E Yes

👉 1734‑OE2V’s per‑channel isolation helps prevent cross‑talk and ensures clean control signals, critical in industrial control and hazardous environments.

📌 Best Use Recommendations

📌 Choose 1734‑OE2V if you need:

  • High accuracy (±0.1% FS) for precision control

  • Fast update rates for real‑time automation systems

  • Dual outputs with voltage & current selection

  • Integration in POINT I/O distributed systems

📌 Choose 1756‑OF8 if you need:

  • More analog outputs in a chassis based system

  • Same high precision at a larger scale

📌 Choose 1734‑OE4V if you need:

  • More analog channels with voltage outputs and a distributed I/O topology

📌 Choose Siemens/Mitsubishi modules if:

  • You’re using their respective PLC ecosystems and prefer native platform compatibility

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