Fortin Barometer

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Fortin Barometer Specification

Automation Grade
Manual

Measurement Range
0 to 1,000 mm Hg

Power Source
Manual (No electricity required)

Temperature Range
0C to 50C

Accuracy
100 %

Core Components
Mercury Column, Vernier Scale, Adjustable Cistern

Capacity
990 mm

Feature
Highly Efficient

Model No
FORTIN-BR01

Equipment Materials
Glass Tube with Wooden Frame

Type
Fortin Barometer

Usage
Laboratory

Dimension (L*W*H)
50 cm x 10 cm x 10 cm

Weight
3.5 kg

About Fortin Barometer

Entire Construction of metal. The metric and English system scales read from 25 to 32 and 64 to 81 cms respectively with reflector behind scale and cistern The Vernier is worked by a milled head of the side operating with rack and pinion and reads 0.1 0.1 cm Mounted on wood with Aluminium pipes and Aluminium fitting with soda glass tube but w/o thermometer.

b) Fortins Barometer : - Same as above. But with iron pipe and aluminium fitting but w/o thermometer.

c) Fortins Barometer : Same as above. But with Brass pipe and fittings. Complete set w/o thermometer.

d) Fortins Barometer: -With brass pipe, brass fitting with corning glass tube and fitted with metal enclosed Thermometer extra superior quality with accurate scale reading etc.

e) Fortins Barometer Case : - Made of teak wood with glass on three sides.

f) Fortins Barometer Case : - Made of haldu wood.

Precision Measurement for Laboratory Applications

The Fortin Barometer provides highly accurate pressure readings, with 100%% accuracy and a fine scale graduation of 0.1 mm. Its capacity extends up to 990 mm, making it suitable for a wide range of scientific and educational purposes, including atmospheric studies and calibration tasks.

Durable Materials & Elegant Design

Constructed with a glass tube set in a stained hardwood frame and a polished brass cistern, this barometer combines durability with an attractive finish. Its shock-resistant build and premium materials ensure longevity and consistent performance even with regular use in busy laboratory settings.

Compliant & Manual Operation

This equipment is ISO 9001 certified, affirming its adherence to international quality standards. Powered manually, it requires no electricity, making it suitable for diverse working conditions and locations where power supply may be limited or inconsistent.

FAQs of Fortin Barometer:

Q: How do you operate the Fortin Barometer for measuring atmospheric pressure?

A: To use the Fortin Barometer, place it on a stable table top. Adjust the cistern using the vernier scale until the reference point aligns with the mercury surface. Read the atmospheric pressure value from the scale, accurate to 0.1 mm. No electricity is needed as the device is fully manual.

Q: What makes the Fortin Barometer suitable for laboratory environments?

A: This barometer offers precise pressure measurements, is constructed with robust materials like brass and stained hardwood, and has ISO 9001 certification. Its compact design (50 cm x 10 cm x 10 cm) and 3.5 kg weight make it ideal for regular use in meteorological and physics laboratory settings.

Q: When should the Fortin Barometer be calibrated or checked for accuracy?

A: Calibration should be performed according to laboratory protocols or prior to critical experiments to ensure accuracy. With its high-precision components and regulated materials, the Fortin Barometer maintains 100%% accuracy, but periodic checks are recommended for consistent performance.

Q: Where is the Fortin Barometer best used?

A: This device is best suited for meteorological stations, research laboratories, and educational institutions focusing on atmospheric or physical sciences. Its shock-resistant and manually operated design allows usage in varied locations, including field sites without electrical supplies.

Q: What is the process for maintaining the Fortin Barometer?

A: Regularly dust the exterior and check the frame and glass tube for signs of wear. Inspect the mercury column for clarity and the cistern for secure fitting. Avoid tilting or dropping the instrument and ensure it remains at a stable temperature within the 0C to 50C range.

Q: How does the Fortin Barometer benefit laboratory works and atmospheric research?

A: It offers highly efficient, reliable data with a fine graduation scale, critical for accurate barometric pressure measurements. Its robust design and manual operation ensure long-term cost-effective functionality, contributing to precise experimental outcomes and atmospheric studies.

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