Pico+35 & Pico+100 High Precision Analog Vibration Sensor

High Precision Analog Vibration Sensor – Pico+35/I, Pico+35/U, Pico+100/I & Pico+100/U

Engineered for demanding industrial and commercial monitoring environments, the Pico+ Series High Precision Vibration Sensors deliver exceptional accuracy and reliability in a compact, robust housing. Available in four models — Pico+35/I, Pico+35/U, Pico+100/I, and Pico+100/U — these analog vibration sensors are ideal for condition monitoring, predictive maintenance, machine diagnostics, and structural health monitoring applications.

Available Models

• Model 1: Pico+35/I – Analog output, 35 g range, current output
• Model 2: Pico+35/U – Analog output, 35 g range, voltage output
• Model 3: Pico+100/I – Analog output, 100 g range, current output
• Model 4: Pico+100/U – Analog output, 100 g range, voltage output

Key Specifications

• Output Type: Analog Sensor
• Operating Principle: Vibration Sensor
• Dimensions: 65 × 18 × 18 mm
• Operating Voltage: 24V
• High-Concern Chemicals: None
• Electrified: No

Why Choose the Pico+ Vibration Sensor?

• ✅ Dual Measurement Ranges: Choose between 35 g or 100 g full-scale range to match your application's sensitivity needs
• ✅ Flexible Output Options: Current (/I) and voltage (/U) output variants for seamless integration with PLCs, DAQ systems, and industrial controllers
• ✅ Compact & Robust Design: Slim 65 × 18 × 18 mm form factor fits in tight spaces without compromising measurement integrity
• ✅ 24V Industrial-Grade Operation: Fully compatible with standard industrial power supplies for reliable continuous monitoring
• ✅ High Precision Sensing: Delivers stable, repeatable analog output signals for accurate vibration analysis and early fault detection

Typical Applications

• Industrial machine condition monitoring
• Predictive maintenance systems
• Rotating equipment diagnostics (motors, pumps, fans, compressors)
• Structural integrity monitoring
• HVAC and building automation systems
• Research and development instrumentation

Made in Mainland China.

For guidance on vibration measurement standards and best practices in industrial sensor deployment, refer to the NIST Manufacturing Resources and OSHA Machine Safety Guidelines.

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Frequently Asked Questions

Q: What is the difference between the Pico+35 and Pico+100 vibration sensor models?

A: The Pico+35 models offer a full-scale measurement range of 35 g, making them ideal for low-to-medium vibration applications requiring higher sensitivity. The Pico+100 models extend the range to 100 g, suitable for environments with higher vibration amplitudes such as heavy machinery or industrial compressors.

Q: What is the difference between the /I (current) and /U (voltage) output variants?

A: The /I variants provide a current-loop analog output (typically 4–20 mA), which is well-suited for long cable runs and noisy industrial environments as it is less susceptible to signal degradation. The /U variants provide a voltage analog output, which integrates easily with most data acquisition systems, PLCs, and controllers that accept standard voltage signals.

Q: What operating voltage do these Pico+ vibration sensors require?

A: All four models in the Pico+ series operate at 24V DC, making them fully compatible with standard industrial power supply infrastructure used in automation and process control systems.

Q: What are the physical dimensions of the Pico+ sensor and how is it mounted?

A: Each Pico+ sensor measures 65 × 18 × 18 mm, offering a compact profile that fits into confined installation spaces. The precise mounting method should be confirmed with the accompanying product documentation to ensure optimal vibration coupling and measurement accuracy.

Q: Are these vibration sensors suitable for continuous 24/7 industrial monitoring?

A: Yes. The Pico+ series sensors are designed for industrial-grade continuous monitoring environments. Operating at 24V with robust analog output signaling, they are well-suited for round-the-clock condition monitoring and predictive maintenance programs on rotating or structural equipment.