The Bomb Calorimeter is a high-quality testing and measuring equipment designed for accurate and reliable determination of the calorific value of solid and liquid fuels. This equipment is made of durable and corrosion-resistant stainless steel material and comes with multiple specimen holders to accommodate various sample types. The Bomb Calorimeter is operated in a semi-automatic mode and can be easily controlled manually. The electric power supply ensures consistent and efficient performance during testing. This product is ideal for research institutions, fuel testing laboratories, and related industries that require precise calorific value measurements.
Country of Origin |
Made in India |
Automation Grade |
Manual |
Model Name/Number |
VSLIC-OP109 |
Brand |
VERTEX |
Features:
- Least count : 0.001 deg C
- Calibrated against NABL accredited (ERTL) calibrated instrument
- Automatic result calculation
- Memory to store last 10 results
- Inbuilt panel thermal printer
- S.S. Bomb with Hydraulic Pressure Test certificate, Outer Jacket with Puff Insulation
- Offset Stirrer Unit
- Flexible Tubes of High Pressure (for Gas Filling)
- LED Indication for sample firing
- Known Calorific Value Benzoic Acid (with Laboratory Test Certificate Photo Copy)
FAQs of Bomb Calorimeter:
Q: What is the purpose of a Bomb Calorimeter?
A: A Bomb Calorimeter is used to measure the calorific value of solid and liquid fuels accurately.
Q: What material is used to make the Bomb Calorimeter?
A: The Bomb Calorimeter is made of stainless steel material, which is durable and corrosion-resistant.
Q: How many specimens can be tested at once with the Bomb Calorimeter?
A: The Bomb Calorimeter comes with multiple specimen holders that can accommodate various sample types.
Q: How is the Bomb Calorimeter operated?
A: The Bomb Calorimeter is operated in a semi-automatic mode and can be easily controlled manually.
Q: What is the power supply requirement for the Bomb Calorimeter?
A: The Bomb Calorimeter requires an electric power supply for consistent and efficient performance during testing.