Omron Vibration Sensor, 100 mA Max, 30V Max, 50/60 Hz, -25°C → +60°C

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$5.66

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RS Stock No.:
794-8833
Mfr. Part No.:
D7E-2
Brand:
Omron
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Brand

Omron

Maximum Current

100 mA

Maximum AC Voltage

250V

Maximum DC Voltage

30V

Contact Resistance

100Ω

Switching Frequency

50/60 Hz

Length

36.4 mm

Width

23.6 mm

Depth

23.1 mm

Minimum Operating Temperature

-25°C

Maximum Operating Temperature

+60°C

Dimensions

36.4 x 23.6 x 23.1 mm

COO (Country of Origin):
JP

Omron Vibration Sensor, 100 mA Maximum Current, 250V AC Maximum Voltage - D7E-2


This vibration sensor is engineered for precise vibration detection, crucial for enhancing safety in industrial applications. Measuring 36.4mm in length, 23.6mm in width, and 23.1mm in depth, it operates effectively under a wide temperature range of -25 °C to +60 °C. The sensor is designed to withstand rugged environments, making it ideal for various applications in automation and mechanical industries.

Features & Benefits


• Maximum current rating of 100 mA supports robust applications
• Contact resistance of 100mΩ ensures reliable electrical performance
• Operates within AC voltage of 250V and DC voltage of 30V for versatility
• High-frequency vibration detection technology offers precise monitoring
• Suitable for a wide temperature range, ensuring consistent performance
• Quick response time aids in preventing secondary disasters

Applications


• Utilised in stoves and oil heaters for vibration monitoring
• Designed for requiring high durability in harsh environments
• Employed in factories where tilt and vibration detection is critical

How does the temperature range of this sensor affect its application?


The sensor's temperature range of -25 °C to +60 °C allows it to function in a variety of environments, making it suitable for different industrial settings without compromising its operational integrity.

What impact does the contact resistance of 100mΩ have on performance?


A contact resistance of 100mΩ enhances the sensor's reliability and ensures minimal loss of signal, which is essential for accurate vibration detection and monitoring in robust industrial settings.

How does it compare to other types of vibration monitoring equipment?


This sensor offers a compact design with reliable performance, making it more adaptable for space-constrained environments compared to bulkier industrial vibration monitoring equipment.

What challenges does this sensor address in harsh environments?


The robust design and ability to endure harsh conditions mitigate risks associated with exposure to dust and moisture, ensuring reliability and consistent functioning in demanding applications.

How does the maximum current rating support its use in various applications?


The 100 mA maximum current rating enables this sensor to operate effectively across a range of industrial applications, facilitating its integration into systems with varying electrical demands.

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