Model:PR6426/010-030 CON021
Type:Eddy Current Sensor
Measurement Range:1mm (0.039in)
Sensitivity:0.5V/mm
Operating Temperature:-20°C to +70°C
Accuracy:+/- 0.2%
Resolution:0.001mm
Weight:0.25kg
Dimensions:L 120mm x W 22mm x H 28mm
Connection:Industry-standard connector
Power Supply:DC 9V to 36V
Operating Frequency:1kHz to 1MHz
Communication Protocol:RS485 Modbus RTU
Environmental Protection:IP67 rated
Mounting:M3 mounting holes
Introducing the EMERSON PR6426/010-030 Eddy Current Sensor, a cutting-edge solution for industries requiring precise measurement capabilities. This sensor is engineered to deliver exceptional accuracy and reliability in harsh industrial environments, making it an indispensable tool for automation systems.
Featuring an operating frequency of 50 kHz, this sensor ensures fast and responsive data collection, crucial for real-time monitoring and control. With a measurement range of ±10 mm, it caters to a wide spectrum of industrial applications, from precision manufacturing to process control.
The sensor’s advanced temperature compensation technology ensures stable performance across a broad range of ambient conditions (-20°C to +70°C), guaranteeing consistent readings regardless of environmental fluctuations.
High resolution of 0.1 μm allows for detailed measurements, essential for applications where precision is paramount. Its response time of ≤ 1 ms ensures quick adaptation to changes, enhancing operational efficiency.
Equipped with an M8 x 0.75 connector, this sensor offers versatile compatibility with various industrial interfaces, simplifying integration into existing systems. Its lightweight design (0.3 kg) combined with IP65 enclosure protection makes it suitable for mobile and static installations alike.
Manufactured from premium stainless steel, the EMERSON PR6426/010-030 sensor is built to withstand corrosive environments, ensuring longevity and robustness. This makes it a preferred choice for industries operating in challenging conditions, ensuring continuous operation without maintenance interruptions.
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