HRPG-AD32#54R High-Resolution Pressure Gauge | Digital Display | Compact Package

HRPG-AD32#54R Overview

The HRPG-AD32#54R is a compact, high-performance sensor module designed for precision industrial applications. Engineered for reliable operation across varying environmental conditions, this device offers exceptional sensitivity and stability. It supports seamless integration with existing control systems, ensuring efficient data acquisition and processing. With robust construction and a well-defined electrical interface, the HRPG-AD32#54R delivers consistent performance in demanding setups. This product is a proven solution for engineers seeking accuracy and durability in sensor technology. For more detailed product information and supply options, visit IC Manufacturer.

HRPG-AD32#54R Technical Specifications

HRPG-AD32#54R Key Features

• High Sensitivity: The piezoelectric crystal sensing element provides a sensitivity of 32 mV/g, enabling precise detection of vibration and shock inputs, critical for accurate monitoring and diagnostics.
• Wide Frequency Response: Supports a broad frequency range from 1 Hz to 10 kHz, allowing it to capture both low-frequency mechanical movements and high-frequency disturbances effectively.
• Robust Operating Temperature: Designed to operate reliably between -40 ??C and +85 ??C, ensuring stable performance in harsh industrial environments.
• High Shock Resistance: Can withstand shocks up to 5000 g, making it suitable for rugged applications where mechanical impacts are common.

HRPG-AD32#54R Advantages vs Typical Alternatives

This sensor module offers superior sensitivity and shock resistance compared to typical alternatives, enhancing measurement accuracy in challenging conditions. Its wide frequency range and stable output impedance facilitate seamless integration with control systems, improving signal reliability. Additionally, the compact size and durable design reduce maintenance and downtime risks, making it a cost-effective choice for industrial sensing applications.

Typical Applications

• Industrial vibration monitoring: Ideal for real-time detection of machine vibrations to prevent failures and optimize maintenance scheduling through precise data capture over a wide frequency range.
• Shock detection systems for heavy machinery requiring reliable sensing of abrupt impacts to ensure equipment safety and longevity.
• Structural health monitoring, where accurate vibration analysis assists in early detection of faults in infrastructure components.
• Automotive testing environments, providing consistent performance for dynamic vibration and shock measurement during vehicle development and quality control.

HRPG-AD32#54R Brand Info

Manufactured by a leading industrial sensor provider, this product embodies the company??s commitment to quality and innovation. It is part of a series designed to meet rigorous industrial standards, offering engineers a dependable component for critical sensing tasks. The brand ensures thorough testing and quality assurance, aligning with global certifications to support diverse industrial applications worldwide.

FAQ

What is the primary sensing mechanism used in this device?

The device utilizes a piezoelectric crystal as its sensing element, which converts mechanical vibrations and shocks into electrical signals. This mechanism enables high sensitivity and fast response times essential for accurate measurement in industrial environments.

Can this sensor operate reliably in extreme temperatures?

Yes, it is designed to maintain stable performance across a wide temperature range from -40 ??C up to +85 ??C, making it suitable for both cold storage facilities and high-temperature industrial settings.

How does the wide frequency range benefit industrial applications?

The broad frequency response from 1 Hz to 10 kHz allows the sensor to detect both slow mechanical movements and rapid vibrations, providing comprehensive data across various machinery and structural monitoring scenarios.

What levels of mechanical shock can this sensor withstand?

The sensor supports shock resistance up to 5000 g, ensuring it remains operational even in environments with sudden and intense mechanical impacts, which is critical for heavy machinery and transportation applications.

Is the sensor compatible with standard industrial control systems?

Yes, with its nominal 5 V DC operating voltage and an output impedance of 100 k??, the sensor interfaces easily with common industrial data acquisition and control systems, simplifying integration and reducing setup time.