whatsapp button
Bomb Calorimeter QualiBC-3200 - Oxygen Bomb Calorimeter

Bomb Calorimeter QualiBC™ 3200
Parent Product
Bomb Calorimeter – QualiBC™ Series
Standards
AS 1038.5
ASTM D240
ASTM D4809
ASTM D5468
ASTM D5865
ASTM E711
BIS 1350
BS EN 15400
ISO 1928
ISO 9831
ISO18125
View PDF

Bomb Calorimeter QualiBC™ 3200

QualiBC™ 3200 Bomb Calorimeter is designed to measure the calorific value of solid and liquid fuels, including coal, coke, petroleum oil, cement black meal, biomass fuels, and select building materials.

A highly efficient and budget-friendly solution that delivers accurate results.
Analysis time: ≤14 minutes

Bomb Calorimeter QualiBC-3200

Bomb Calorimeter QualiBC™ 3200 Features

  • Equipped with a large-capacity water tank, the jacket's water temperature variation remains under 0.1℃ per test, with heat capacity accuracy within 0.15%.
  • Features automatic temperature regulation, consistent water volume, and total water volume monitoring. The entire testing process is fully automated.
  • Enhanced heat capacity ensures highly accurate and dependable results.
  • Utilizes PT1000 platinum resistance for precise temperature measurement.
  • Standard RS232 interface allows connection to a balance and network; real-time data can be transmitted over the internal network.

Bomb Calorimeter QualiBC™ 3200 Technical Specifications

ModelsQualiBC™ 3200
Analysis Time≤14 min
Temperature Resolution0.0001 K
Precision(RSD) (1g Benzoic Acid)≤0.15%
Heat Capacity Stability≤0.25% within three months
System StructureBenchtop/vertical
Conformance with StandardASTM D5865, ASTM D240, ASTM D4809, ASTM E711, ASTM D5468, ISO 1928, ISO 9831, ISO18125, AS 1038.5, BS EN 15400, BIS1350
Test per Hour2~4
Bomb volume282 ml
Calorimeter TypeIsoperibol
Oxygen FillingSemi-automatic
Bomb WashingManual
Max. Bomb pressure20 Mp
Bomb IdentityYes
Gas Requirement99.5% Oxygen
Water RequirementDistilled  Water
Energy Measurement Range0~50000J
Bucket FillingAutomatic
Constant Volumetric Tank with Temp Control DeviceBucket determine water volume automatically
Independent Bucket and Jacket Water SystemYes
Stirring MethodBlade
Power InverterNo
Reproducibility based on analysis of 1g Benzoic Acid0.15%
Average Temperature Increase2℃
Temperature MeasurementPT1000
Working Temperatures≤32℃
Cooling methodRefrigerating Device
NetworkYes
VoltageAC 220V (-10% +10%)50/60Hz (110V is also available)
Max. Power0.6 KW
DimensionMain body: 500 x 600 x 425 
Water Tank: 550 x 356 x 520
Weight65 kg
Advance CalculationYes
Analysis ReportYes
Statistics ReportYes
System MonitorYes

Request
Quotation

Back to Main Page

Bomb Calorimeter – QualiBC™ Series

Related Articles

Displaying 1 - 5 of 5
Choosing Your Bomb Calorimeter: Manual vs Auto

Choosing Your Bomb Calorimeter: Manual vs Auto
We understand the priorities in a professional laboratory: getting accurate results and operating efficiently are always top of mind. When you need to determine the calorific value of a material, you use a bomb calorimeter. That leads to the critical question: is it better to stick with a traditional manual system, or is it time to benefit from an automatic one? Let's be direct—for most professional applications, the advantages of automation are
Adiabatic vs Isoperibol: The Better Business Choice

Adiabatic vs Isoperibol: The Better Choice For You
When it comes to new laboratory equipment, we believe that making a clear, informed decision is essential. As a long-time supplier to industrial clients, we've seen many labs wrestle with the isoperibol vs adiabatic decision. The entire debate can seem overly technical, but it doesn't have to be. Our goal is to cut through the jargon and provide a straightforward guide to help you determine which machine is the right and most profitable fit for
Bomb Calorimetry Testing: A Complete How-To Guide

Bomb Calorimetry Testing: A Complete How-To Guide
In our work with industrial clients, we see a recurring theme: when the energy value of a material is a factor, precise measurement is the bedrock of quality. The bomb calorimetry test is, in our professional opinion, the definitive method for getting that measurement right. For any business whose success depends on accurate energy data, understanding how to perform a bomb calorimetry test properly is fundamental to effective quality control
Accurate Bomb Calorimeter Sample Preparation Guide

Accurate Bomb Calorimeter Sample Preparation Guide
If your business relies on knowing the energy content of materials—from fuels to food products—accuracy is everything. But here’s the critical step that is frequently underestimated: bomb calorimeter sample preparation. We have seen it time and again; the vast majority of inconsistent test results can be traced back to flawed bomb calorimeter sample preparation. The Core Elements of Bomb Calorimeter Sample Preparation To get a complete combustion
How Food Calories Are Measured & Why It Matters

How Food Calories Are Measured & Why It Matters
It’s a fundamental question in quality control circles: how is the calorie count on a nutrition label actually determined? The process isn't arbitrary, and this guide explains how food calories are measured. For any food and beverage company, this measurement is more than a technicality—it is a critical data point that impacts everything from regulatory compliance to consumer trust. This is a straightforward look at the entire process. The Core