Eaton Inductive Threaded Barrel Proximity Sensor, M30, 2-Wire NC, 250 V

Subtotal (1 unit)*

£87.59

(exc. VAT)

£105.11

(inc. VAT)

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1 +£87.59

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RS Stock No.:
243-436
Mfr. Part No.:
136055 E57LBL30A2E
Brand:
Eaton
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Brand

Eaton

Thread Size

M30

Sensor Technology

Inductive

Body Style

Threaded Barrel

Output Function

NC

Digital Switching Output Type

2-Wire

Connection Type

Pre-Cabled

Cable Length

2m

Supply Voltage

250 V

Length

69mm

IP Rating

IP67

Mounting Type

Non-Flush

Switching Current

250 mA

Shielding

Unshielded

Switching Frequency

20 Hz

RoHS Status: Exempt

COO (Country of Origin):
MX
The Eaton proximity switch from Eaton’s Moeller E57 Premium+ Series signifies innovation in automation technology. Designed for reliability and precision, this sensor is adept at detecting the presence of equipment or materials within its field of operation. With a robust construction featuring stainless steel, it promises to withstand harsh environments. Its non-flush design and effective operational range make it suitable for a variety of applications, ensuring you can always trust it to perform seamlessly in demanding settings. This sensor combines versatility with efficiency, aimed at enhancing your operational capabilities with heightened safety mechanisms. Ideal for those who require accurate control and conductivity in their processes, it exemplifies Eaton's commitment to quality and performance in industrial solutions.

Robust stainless steel construction for durability in challenging environments
Non-flush mounting design allows for easy installation in various applications
Operates effectively in a broad temperature range, from -25 °C to 70 °C
IP67 and NEMA rated, providing superior protection against dust and water
Equipped with a red LED indicator for clear status visibility
Low residual current enhances safety by minimizing electrical discharge
Designed for high shock resistance, supporting mechanical robustness
Flexible operational current specifications cater to diverse needs
Optimised for use in various automation scenarios, ensuring versatility
High switching frequency capability allows for efficient processing

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