Blog - Page 2 of 7

Home natural gas detector installed in kitchen for early gas leak detection and household safety

Gas Detector

By Instrava
01/20/2026

Natural Gas Detectors for Home: Risk Scenarios, Placement Logic, and Long-Term Reliability

Home Gas Safety Is About Scenarios, Not Devices Residential gas safety is often discussed in terms of products, but real protection depends on understanding risk scenarios inside the home. Natural gas leaks rarely occur...

Industrial rotameter flow measurement device for air and gas flow monitoring in process systems

Flow Meter

By Instrava
01/15/2026

Common Mistakes When Using Rotameters

Rotameters are widely used across industrial systems for their simplicity, reliability, and direct visual flow indication. Despite their straightforward design, many performance issues related to rotameters are not caused by the instrument itself—but by...

Instrava rotameter flow meter for air and gas flow control in industrial process pipelines

Flow Meter

By Instrava
01/15/2026

Rotameter vs Other Flow Meters: When Simplicity Wins

In industrial flow measurement, innovation often moves toward higher precision, digitalization, and connectivity. Coriolis, ultrasonic, electromagnetic, and vortex flow meters dominate discussions about accuracy and advanced diagnostics. Yet, despite these developments, the rotameter continues...

Instrava rotameter flow meter for air and gas flow measurement in industrial storage tanks

Flow Meter

By Instrava
01/15/2026

What Is a Rotameter? A Practical Guide to Variable Area Flow Measurement

A rotameter is one of the most widely used instruments for visual flow measurement in industrial processes. Despite the rapid development of digital and electronic flow technologies, it remains relevant due to its simplicity,...

Instrava guided wave radar level transmitter for oil terminal and storage tank level measurement

Transmitter

By Instrava
01/15/2026

Guided Wave Radar Level Transmitter: Algorithm Design and Long-Term Signal Stability

From Measuring Level to Managing Signal Behavior In real industrial environments, level measurement is rarely limited by sensing capability. The true challenge lies in signal behavior over time. Drift, noise accumulation, false reflections, and...

Instrava guided wave radar level transmitter for storage tank level monitoring

Transmitter

By Instrava
01/15/2026

Why Guided Wave Radar Is Still Chosen in High-Risk Applications

In industrial measurement, technology adoption often follows trends. Non-contact solutions, digital diagnostics, and advanced signal processing dominate marketing narratives. Yet when it comes to high-risk applications—where measurement failure directly impacts safety, compliance, or production...

Guided wave radar level transmitter for industrial tank level measurement

Transmitter

By Instrava
01/15/2026

Guided Wave Radar Level Transmitter vs FMCW Radar Level Transmitter: Choosing Measurement Certainty Over Convenience

When industrial users compare level measurement technologies, the discussion often starts with specifications and ends with price. However, in real process environments, the decisive factor is rarely accuracy on paper. Instead, it is measurement...

Guided wave radar level transmitter for fuel tank and oil storage monitoring

Transmitter

By Instrava
01/15/2026

Guided Wave Radar Level Transmitter: Engineering Certainty in Unpredictable Process Conditions

Measurement Accuracy Is Not the Real Challenge In industrial level measurement, accuracy is often treated as the ultimate benchmark. In reality, measurement certainty matters far more. Operators and engineers rarely struggle with knowing how...

Radar level transmitter application image showing a non-contact radar level transmitter used for level measurement in a large industrial plant.

Transmitter

By Instrava
01/15/2026

Why Many Radar Level Transmitter Fail in Harsh Process Conditions

In harsh industrial environments, radar level transmitter technology is often selected with high expectations. On paper, radar instruments promise non-contact measurement, resistance to pressure, and suitability for extreme temperatures. Yet in real-world applications—especially in...

Tank level transmitter application image showing a non-contact radar level transmitter installed on large spherical and circular storage tanks for continuous industrial level measurement.

Transmitter

By Instrava
01/15/2026

FMCW vs Pulse Radar: What Datasheets Don’t Tell You About Radar Level Transmitter Performance

In industrial level measurement, radar technology is often presented as a single category. Datasheets list ranges, accuracy figures, beam angles, and operating temperatures, giving the impression that all radar instruments behave similarly. In reality,...

Natural Gas Detectors for Home: Risk Scenarios, Placement Logic, and Long-Term Reliability

Common Mistakes When Using Rotameters

Rotameter vs Other Flow Meters: When Simplicity Wins

What Is a Rotameter? A Practical Guide to Variable Area Flow Measurement

Guided Wave Radar Level Transmitter: Algorithm Design and Long-Term Signal Stability

Why Guided Wave Radar Is Still Chosen in High-Risk Applications

Guided Wave Radar Level Transmitter vs FMCW Radar Level Transmitter: Choosing Measurement Certainty Over Convenience

Guided Wave Radar Level Transmitter: Engineering Certainty in Unpredictable Process Conditions

Why Many Radar Level Transmitter Fail in Harsh Process Conditions

FMCW vs Pulse Radar: What Datasheets Don’t Tell You About Radar Level Transmitter Performance

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