Omron Inductive Rectangular Proximity Sensor, 5 mm Detection, PNP NO, 12 → 24 V dc

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71,56 €

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86,59 €

(TVA incluse)

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N° de stock RS:
215-7884
Référence fabricant:
TL-Q5MB1 2M
Fabricant:
Omron
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Marque

Omron

Sensor Technology

Inductive

Body Style

Rectangular

Detection Range

5 mm

Digital Switching Output Type

PNP

Output Function

NO

Cable Length

2m

Connection Type

Pre-Cabled

Supply Voltage

12 → 24 V dc

IP Rating

IP67

Length

32mm

Mounting Type

Flush

Maximum DC Voltage

24V

Minimum Operating Temperature

-25°C

Shielding

Unshielded

Maximum Switching Frequency

500Hz

Depth

17mm

Switching Current

50 mA

Maximum Operating Temperature

+70°C

Switching Frequency

500 Hz

Series

TL

Omron Series TL Proximity Sensor, 5mm Detection Range, IP67 - TL-Q5MB1 2M


This industrial-grade proximity sensor is designed for automation applications, featuring a 5mm detection range and PNP output. Its compact rectangular design is suitable for space-constrained environments, while the robust IP67 rating ensures functionality in harsh conditions. The pre-cabled design streamlines installation.

Features & Benefits


• PNP output configuration for straightforward integration with existing systems
• 5mm detection range for accurate proximity sensing
• IP67 rated for protection against dust and moisture ingress
• Flush mount design for discreet installation
• Pre-cabled for quick and easy setup
• Unshielded technology provides flexibility in application

Applications


• Suitable for automation control in industrial machinery
• Effective for limit sensing and counting tasks
• Utilised in high-speed pulse generation systems
• Employed for rotation control in mechanical systems
• Facilitates direct mounting on metallic surfaces for efficiency

Can it operate in extreme temperatures?


Yes, it operates effectively between -25°C and +70°C.

Will it provide stable performance in humid environments?


It is designed to withstand 35% to 95% humidity without condensation.

Is it a suitable choice for non-ferrous metal detection?


Performance may decrease when detecting non-ferrous metals.

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