Cylindrical, Inductive Proximity Sensor, 30 mm Dia., Stainless Steel, M12, 3 Wires, Semi-Shielded MPN:E57-30LE22-BD
Cylindrical, Inductive Proximity Sensor, 30 mm Dia., Stainless Steel, M12, 3 Wires, Semi-Shielded
This cylindrical inductive proximity sensor from Eaton is designed for reliable detection in harsh environments. With a stainless steel housing and IP67 and IP69K ratings, it can withstand extreme temperatures and exposure to water and dust. The sensor operates at 300 Hz and has a maximum detecting distance of 22 mm, making it ideal for applications such as conveyor belt monitoring and material handling. Its 3-wire PNP output and 6-48V DC power requirement provide flexibility in system design. Suitable for use in food processing, pharmaceutical, and other industries where cleanliness and durability are crucial.
Top product features:
- Cylindrical design allows for easy installation in tight spaces
- Detects objects at a distance of up to 22 mm
- Semi-shielded design provides protection from environmental factors while maintaining sensitivity
Top product applications:
- Industrial Automation
- Automotive Production
- Material Handling Equipment
Inductive Cylindrical Proximity Sensor, Inductive, 30 mm, Proximity Sensor Power Requirement 6 to 48V DC, Semi-Shielded, Proximity Sensor Operating Frequency 300 Hz, Proximity Sensor Output Circuit Type 3 Wire PNP, Max. Detecting Distance 22 mm, Proximity Sensor Electrical Connection 4 Pin Micro DC Connector, Output Mode NO, NEMA Rating 12, 13, 4, 4X, 6, 6P, IP Rating IP67, IP69K, Case Material 303 Stainless Steel, Length 70 mm, Operating Temp. Range -13 Degrees to 158 Degrees F
Additional Information
- Country of Origin: MX
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 5.20
- Package Width: 2.10
- Package Height: 2.10
- Package Weight: 0.35
Product info last updated on March 13, 2026 1:06pm UTC
Category: Industrial Electrical Controls and Automation