Skip to content

EATON135828 E55CAL30A2Inductive Barrel Proximity Sensor, M30, 10 mm Detection, 2-Wire NO, 250 V

Body Style BarrelConnection Type Pre-CabledDetection Range 10mmDigital Switching Output Type 2-Wire
Mã nhà sản xuất
135828 E55CAL30A2
Thương hiệu
Quy cách đóng gói
1 cái
Liên hệ
📩 Liên hệ để có giá tốt: [email protected] 📄 Datasheet (PDF)

The Eaton E55 Proximity Sensor offers efficient and reliable performance tailored for industrial applications. Designed specifically for environments requiring precision detection, it features an inductive sensing mechanism with a rated switching distance of 10mm. The switch operates seamlessly at a wide voltage range of 20V to 250V AC, ensuring compatibility with various systems. With its robust plastic enclosure and IP66 protection rating, this product stands resilient against dust and water ingress, making it ideal for rugged installations.

Inductive sensing technology ensures high accuracy and reliability

Flexible mounting method supports easy installation in diverse settings

Robust plastic construction enhances durability in harsh environments

Visual status indication promotes quick assessment of operational conditions

Wide operational temperature range allows for versatile deployment

Suitable for applications requiring both short circuit and polarity reversal protection

THÔNG SỐ KỸ THUẬT
Manufacturer Eaton
Manufacturer Part No. 135828 E55CAL30A2
Thread Size M30
Sensor Technology Inductive
Detection Range 10mm
Body Style Barrel
Output Function No
Digital Switching Output Type 2-Wire
Cable Length 2m
Connection Type Pre-Cabled
Supply Voltage 250V
Length 55mm
IP Rating IP66
Mounting Type Flush
Shielding Shielded
Switching Current 150mA
Switching Frequency 25Hz

Giá: Liên hệ – gửi mã và số lượng về [email protected] để nhận báo giá nhanh.

Compare products

Select 2 or 3 items to compare

Select first item to compare

Select second item to compare

Select third item to compare

Compare
📄 Datasheet Eaton Inductive Barrel Proximity Sensor, M30, 10 mm Detection, 2-Wi... (PDF)