Description

BENTLY  330780-51-00  11mm eddy current sensor preamplifier

Specification parameters
System length and installation method: The length is 5.0 meters (16.4 feet), and it adopts the DIN rail installation method, which is convenient for compact installation in industrial sites.
Measurement range: The measurement range is 11mm, which can accurately detect the distance changes between the probe and the object being measured within this range, providing accurate data for vibration and displacement measurement.

Sensitivity: The sensitivity can reach 1μm, which means it can detect distance changes as small as 1μm between the object being measured and the probe, ensuring precise monitoring of the equipment’s operating status.
Operating temperature range: The operating temperature range is -35 °C to + 85°C (-31°F to + 185°F), and the storage temperature range is -51 °C to + 100°C (-60°F to + 212°F), which can adapt to various industrial environmental temperature conditions.

Output type: The output is a voltage signal, which can be well adapted to the subsequent monitoring and control systems, facilitating the processing and analysis of measurement data.
Power supply requirements: Usually, a stable DC power supply is required. The specific voltage requirements may be related to the relevant probes and system configuration, and are generally within the common industrial power supply voltage range.

Material: Made of A380 aluminum, it features excellent durability and corrosion resistance, and can maintain stable performance in harsh industrial environments.

Performance characteristics
High-precision measurement: With a measurement range of 11mm and a high sensitivity of 1μm, it can precisely measure the vibration and displacement of rotating equipment, providing accurate data support for equipment condition monitoring.
Reliable and durable: The A380 aluminum casing and its ability to operate stably within a temperature range of -35 °C to + 85°C enable it to adapt to harsh industrial environments such as high temperatures and humidity, ensuring long-term reliable operation.

Non-contact measurement: It adopts the principle of eddy current for non-contact measurement, which will not cause wear or interference to the object being measured, and also avoids measurement errors caused by contact. It is suitable for monitoring various high-speed rotating or precision equipment.