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Yokogawa AAR145  Analog Redundancy/Relay Output Module durable

Yokogawa AAR145 Analog Redundancy/Relay Output Module durable

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Brand:Yokogawa Electric
Item No.:Yokogawa AAR145
Product Origin:Japan
Product Dimensions:50 mm × 120 mm × 145 mm
Product Weight:0.45 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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The Yokogawa AAR145 is a dependable analog redundancy and relay output module designed to elevate resilience and operability in industrial control and automation systems. Engineered to work seamlessly within Yokogawa distributed control environments, this module plays a critical role in ensuring system continuity through failover capability and robust analog signaling. The AAR145 supports high‑integrity signal delivery while reducing the risk of single‑point failures, making it a smart investment in environments where uptime, safety, and precision matter most — from manufacturing floors to energy and utility infrastructures.


Technical Specifications

FeatureSpecification
ModelYokogawa AAR145
Module TypeAnalog Redundancy / Relay Output Module
Output TypeRedundant Analog Outputs / Relay Outputs
Number of Outputs4 (Analog Relay Outputs)
Output Signal Range4–20 mA (Typical Analog) / Contact Outputs
Redundancy SupportDual channel redundancy for safe operation
IsolationGalvanic isolation across outputs
Response Time≤10 ms
Operating Temperature Range−20 °C to +60 °C
Mounting TypeDIN Rail / System Carrier
Dimensions (W×H×D)50 mm × 120 mm × 145 mm
Weight0.45 kg

Recommended Related Models

  • Yokogawa AAP149‑S00 – High‑density analog input/output module for broad signal support.

  • Yokogawa AAM51‑S2 – Flexible analog I/O module with fewer channels and faster throughput.

  • Yokogawa AAR130 – Analog redundancy module supporting alternative analog failover strategies.


Popular Allen Bradley Models

  • Allen Bradley 1756‑HRV – High‑speed relay output and redundancy module for ControlLogix systems.

  • Allen Bradley 1769‑OW16I – Output and redundancy solution for CompactLogix platforms.

  • Allen Bradley 1734‑RE4 – Relay expansion module for POINT I/O distributed systems.


Applications

  • Mission‑Critical Control Systems – Ensures continuous control output in the event of module or channel failure.

  • Process Automation – Supports failover analog signal delivery for key process loops.

  • Machine Control – Provides stable relay outputs with built‑in redundancy for coordinated actuation.

  • Energy & Utility Systems – Improves reliability of analog outputs to breakers, regulators, and monitoring devices.


Advantages

  • Built‑In Redundancy – Dual channel redundancy improves overall system uptime and safety.

  • Reliable Relay & Analog Outputs – Combines analog signal flexibility with discrete relay reliability.

  • Fast Response Performance – ≤10 ms response ensures timely control actions.

  • Compact Industrial Design – Space‑efficient form factor fits easily into existing control racks.

  • Wide Temperature Operation – Consistent performance across typical industrial temperature ranges.

  • Galvanic Isolation – Protects signal integrity from electrical noise and reduces interference.


Technical FAQs

  1. What is the primary function of the Yokogawa AAR145?
    It provides redundant analog and relay output support to enhance reliability in industrial systems.

  2. How many outputs does the module have?
    The AAR145 has 4 analog/relay output channels.

  3. What signal ranges are supported?
    Analog outputs typically operate within 4–20 mA, and relay outputs provide contact closures.

  4. Does the AAR145 support redundancy?
    Yes — it supports dual channel redundancy for safe and continuous operation.

  5. What is the response time for outputs?
    Outputs respond within 10 milliseconds, supporting real‑time control.

  6. What is the operating temperature range?
    The module operates reliably between −20 °C and +60 °C.

  7. Is the AAR145 galvanically isolated?
    Yes — outputs are isolated to enhance signal integrity and protect against electrical noise.

  8. Where is the module mounted?
    It mounts on DIN rail or system carrier within automation control cabinets.

  9. What industries benefit most from the AAR145?
    Industries requiring high uptime and reliability, such as process plants, energy, and manufacturing.

  10. How does redundancy improve system performance?
    Redundancy ensures that if one analog output channel fails, the backup channel maintains control without process disruption.


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