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Details electrical ratings, power consumption, circuit protection, and response time.
Explains operational functions such as timer settings, APC, zero-reset, and interference prevention.
Covers ambient temperature, humidity, insulation resistance, and physical materials.
Illustrates NPN output models, timing charts, and internal wiring diagrams.
Illustrates PNP output models, timing charts, and internal wiring diagrams.
Details how to adjust incident light level to the power tuning target value.
Explains manual threshold setting and fine-tuning in RUN mode.
Describes four methods for teaching threshold values in SET mode.
Explains how to set timer functions: disabled, OFF-delay, ON-delay, and one-shot.
Returns all settings to their original default values.
Provides guidelines for installation, mounting, and connecting/disconnecting connectors.
Details procedures for mounting, joining, and separating amplifier units on a DIN track.
Guides on connecting and disconnecting fiber units using the lock button.
Provides detailed dimensional drawings for amplifier units with attached cables.
Details electrical ratings, power consumption, circuit protection, and response time.
Explains operational functions such as timer settings, APC, zero-reset, and interference prevention.
Covers ambient temperature, humidity, insulation resistance, and physical materials.
Illustrates NPN output models, timing charts, and internal wiring diagrams.
Illustrates PNP output models, timing charts, and internal wiring diagrams.
Details how to adjust incident light level to the power tuning target value.
Explains manual threshold setting and fine-tuning in RUN mode.
Describes four methods for teaching threshold values in SET mode.
Explains how to set timer functions: disabled, OFF-delay, ON-delay, and one-shot.
Returns all settings to their original default values.
Provides guidelines for installation, mounting, and connecting/disconnecting connectors.
Details procedures for mounting, joining, and separating amplifier units on a DIN track.
Guides on connecting and disconnecting fiber units using the lock button.
Provides detailed dimensional drawings for amplifier units with attached cables.
The Omron E3X-MDA series introduces a new generation of 2-channel fiber sensors, designed for space-saving and high-performance detection in industrial applications. These amplifiers boast the thinnest profile in the industry, with each channel occupying only 5 mm, making them ideal for gang-mounting in tight spaces.
The E3X-MDA series are 2-channel fiber optic amplifiers that provide two types of control output: AND/OR. This allows for flexible detection logic with a single sensor, eliminating the need for separate compact PLCs or sensor controllers for basic logic operations. The amplifiers utilize a red LED (650 nm) as their light source and incorporate Omron's advanced APC (Auto Power Control) function for stable, long-term performance. This function, combined with new 4-element LEDs, compensates for LED deterioration over time, ensuring consistent detection accuracy. The circuit design also features excess light capacity, allowing for high stability regardless of whether the APC circuit is ON or OFF.
Optical communication capabilities prevent mutual interference when multiple amplifiers are mounted together, supporting up to 9 amplifiers (18 channels) in a single setup. The units offer a power tuning function, which is a first in digital amplifiers, allowing users to adjust the incident light level to a target value for optimal performance. They also include a zero-reset function for the digital display and an initial reset to return settings to defaults.
| Brand | Omron |
|---|---|
| Model | E3X-MDA41 |
| Category | Accessories |
| Language | English |
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