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Bomb Calorimeter

Name: Bomb Calorimeter
Brand: IKON INSTRUMENTS
Price: 110000.00 INR
Availability: InStock

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MOQ : 1 Piece

Bomb Calorimeter Specification

Heating Method
Adiabatic with oxygen ignition

Operating Temperature
Up to 30°C ambient

Automation Grade
Manual

Power Source
Electric

Noise Level
Low

Frequency
50 Hz

Function Type
Combustion calorimetry

Phase
Single

Speed Mode
Static

Feeding System
Manual sample insertion

Product Type
Bomb Calorimeter

Material
Stainless Steel Chamber, Outer Mild Steel

Type
Laboratory Testing Instrument

Capacity
10 L

Weight (kg)
15 kg

Product Shape
Rectangular compartment with cylindrical chamber

Computerized
No

Automatic
No

Control System
Manual Operation

Installation Type
Desktop / Tabletop

Voltage
230V AC

Power
50W

Dimension (L*W*H)
300 x 300 x 400 mm

Raw Material
Mild Steel & Stainless Steel

Feature
High accuracy and repeatability

Color
Grey & Silver

Bomb Calorimeter Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
1 Days

Main Domestic Market
All India

Bomb Calorimeter About

Our firm is successfully associated with manufacturing and supplying a series of Bomb Calorimeter. The provided calorimeters are advanced in functions and have the capacity to determine the calorific value and heat combustion of organic matter. These calorimeters are also used for measuring the sulphur content liquid fules, solid and coal. Further, the array of Bomb Calorimeter is mostly demanded for catering the requirements of research labs and laboratories.

Features:

Maintenance free
High operational efficiency
Easy to operate

Further Details:

IKON MAKES BOMB CALORIMETER (DIGITAL MODEL)CAT. NO. IK-211

High Precision in Calorific Value Testing

Engineered for laboratories, our Bomb Calorimeter provides high accuracy and repeatability for combustive heat value determination. Its stainless steel chamber and adiabatic technique with oxygen ignition guarantee reliable results, making it ideal for routine sample analysis. Manual operation allows for sustained control throughout the process, catering to both research and educational requirements.

Robust Construction and Desk-Friendly Design

Crafted from sturdy mild steel and stainless steel, the calorimeter promises extended durability and resistance to laboratory environments. With compact dimensions measuring 300 x 300 x 400 mm and weighing only 15 kg, it fits conveniently on desktops or tables, optimizing laboratory space without sacrificing functionality or capacity.

FAQs of Bomb Calorimeter:

Q: How is the sample introduced and operated in the Bomb Calorimeter?

A: The sample is manually inserted into the stainless steel cylindrical chamber using the provided feeding system. The device is operated through manual controls, enabling users to prepare and commence combustion with direct hands-on management.

Q: What is the process for measuring energy content using this Bomb Calorimeter?

A: The calorimeter utilizes adiabatic combustion calorimetry, where the sample undergoes combustion ignited by oxygen inside the sealed chamber. The heat generated is measured, providing an accurate determination of the calorific value of the specimen.

Q: When is this Bomb Calorimeter best used in laboratory settings?

A: This instrument is ideal for routine analysis in educational and industrial laboratories when precise calorific measurement of solid or liquid fuels is required, especially where high accuracy and repeatability are critical.

Q: Where can this Bomb Calorimeter be installed and operated?

A: Designed for desktop or tabletop installation, the device can be set up in laboratories with access to a 230V AC electrical outlet and an ambient temperature not exceeding 30C for optimal operation.

Q: What are the main benefits of using this manual Bomb Calorimeter?

A: Key advantages include high accuracy, repeatability, simple manual controls, robust construction from mild steel and stainless steel, and easy integration into various laboratory setups without the need for complex automation or computerization.

Q: How does the heating and ignition system work in this calorimeter?

A: The device features an adiabatic heating method with oxygen ignition. After sample insertion, oxygen is filled in the chamber and combustion is initiated, ensuring efficient and complete burning for precise heat value measurement.

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