ACRYLIC BODY INCLINED MANOMETER

Introduction to Pitambara Engineering Acrylic Body Inclined Manometer

Pitambara Engineering is a leading manufacturer of precision measurement tools designed for industrial and laboratory applications. Among their reliable product offerings is the Acrylic Body Inclined Manometer, a sophisticated yet simple device for accurately measuring low-pressure differentials in gases and liquids. This instrument is widely utilized in applications where precision, durability, and ease of use are paramount.


What is an Acrylic Body Inclined Manometer?

The Acrylic Body Inclined Manometer is a pressure-measuring device crafted from high-quality acrylic material. Its inclined design enhances sensitivity, making it ideal for detecting minute pressure changes. The acrylic construction ensures long-term durability, resistance to corrosion, and crystal-clear visibility of the liquid column for accurate readings.


Key Features of Pitambara Engineering Acrylic Body Inclined Manometer

  1. Durable Acrylic Construction:
    • Fabricated from premium-grade acrylic, ensuring strength, transparency, and resistance to environmental and chemical stresses.
    • Lightweight yet robust, making it suitable for demanding industrial environments.
  2. Enhanced Sensitivity:
    • The inclined design allows for extended scale length, making the device exceptionally sensitive to low-pressure changes.
    • Ideal for precise measurements where minor variations are critical.
  3. Clear and Accurate Readings:
    • The clear acrylic body provides unobstructed visibility of the liquid column.
    • Marked with finely graduated scales for accurate and easy pressure interpretation.
  4. Versatility:
    • Compatible with a range of liquids (water, oil, mercury) for various applications.
    • Suitable for both positive and negative (vacuum) pressure measurement.
  5. Simple and Low-Maintenance Design:
    • No moving parts or electronic components, making it reliable and cost-effective.
    • Easy to clean and maintain, ensuring long service life.

Working Principle

The Acrylic Body Inclined Manometer operates on the principle of hydrostatic pressure. When pressure is applied to the instrument, it causes displacement in the liquid column within the inclined tube. The incline amplifies the liquid’s displacement, making it easier to detect even slight pressure changes. The displacement is measured against the calibrated scale to determine the pressure value.


Applications

  • HVAC Systems: Measuring airflow and duct pressures in heating, ventilation, and air conditioning systems.
  • Laboratories: Ideal for experiments requiring precise low-pressure measurements.
  • Industrial Processes: Monitoring pressure differences in pipelines, filters, and ventilation systems.
  • Environmental Studies: Measuring atmospheric and differential pressures in sensitive settings.

Benefits of the Acrylic Body Inclined Manometer

  • Enhanced Precision: The inclined scale design improves measurement accuracy for low-pressure variations.
  • Durability: The acrylic body is resistant to cracking, corrosion, and wear, ensuring longevity.
  • Cost-Effective: Offers excellent performance with minimal operational costs.
  • Eco-Friendly and Reliable: Functions without external power sources or complex electronics.
  • Portable and Compact: Lightweight and easy to transport or install.

The Pitambara Engineering Acrylic Body Inclined Manometer is a trusted and versatile tool, ensuring consistent and reliable performance across various industrial and scientific applications. Its combination of advanced design and premium materials makes it a preferred choice for professionals worldwide.

Would you like more details on specifications, installation guidelines, or customization options?

  • Precautions for installation
  • Applications
  • Features
  • During installation, tank shuld be completely empty.
  • There should be no objects which shall hinder the float.
  • Ensure that the float position inside the tank should be such that agitation on it will be minimum.
  • The position of mounting nozzle should be far away from the liquid fill pipe to protect the float from damage and faulty readings due to turbulence.
  • Ensure that tank structures / fittings do not come in the way of calibrated gauges boards
  • Instruments required- Welding machine, combination/crimping plier, spanner and adjustable.
  • Even with large changes in liquid density, the immersion of a large diameter float will change very little, thus density has little effect on accuracy.
  • Float systems are simple and easily understood.
  • Even if the primary requirement is the transmitted signal, local indicators can continue to operate, even on loss of power.
  • Simple
  • Low Maintenance
  • Economical Measurement Solution
  • Easy Mounting
  • Assured Level Indication without power supply