Omron Glass Fibre Optic Sensor, NPN Output, 720 mW, IP50, 12 → 24 V dc

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Each

£13.74

(exc. VAT)

£16.49

(inc. VAT)

RS Stock No.:
764-5414
Mfr. Part No.:
E3X-HD11 2M
Brand:
Omron
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Brand

Omron

Output Type

NPN

Fibre Optic Type

Glass

Terminal Type

pre-Wired

Response Time

1 (Standard Mode) ms, 16 (Giga Power Mode) ms, 250 (High Speed Mode) μs, 50 (Super High Speed Mode) μs

Light Source

Red LED

Electrical Connection

Pre-Wired Cable

Power Consumption

720 mW

IP Rating

IP50

Housing Material

PC

Supply Voltage

12 → 24 V dc

Standards Met

CE

Minimum Operating Temperature

+25°C

Maximum Operating Temperature

+70°C

COO (Country of Origin):
JP

Omron Fibre Optic Sensor, NPN Output, IP50 - E3X-HD11 2M


This fibre optic sensor is designed for robust performance across various industrial applications. Utilising advanced glass fibre technology, it provides dependable detection capabilities in environments susceptible to interference. Its adaptability makes it suitable for automation, electrical, and mechanical industries, facilitating efficient operations.

Features & Benefits


• Offers NPN output for flexible control options
• Employs a red LED light source for enhanced visibility
• Pre-wired design simplifies installation and reduces setup time
• Capable of high-speed detection with response times as low as 50μs
• IP50 rating ensures dust protection for durability
• Functions effectively within a voltage range of 12 to 24V DC

Applications


• Used in automated assembly lines for precise part detection
• Ideal for machinery safety systems that require dependable sensing
• Implemented in complex electronics for signal detection
• Utilised in packaging for accurate positioning
• Suitable for quality control processes in production lines

How should it be installed for optimal performance?


It should be mounted in a clean area, away from potential obstructions to maintain unobstructed light transmission.

Can it be integrated with existing systems?


Yes, it can be easily integrated due to its NPN output and pre-wired configuration.

How does it handle variations in ambient temperature?


It functions optimally within a specified temperature range, ensuring consistent performance.

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