Automatic Bomb Calorimeter

Fully Automated High-Precision Calorimetry System

Althea Solutions introduces the Automatic Bomb Calorimeter ALH-1160, a robust and precision-engineered microprocessor-controlled system specifically designed for the accurate determination of the gross calorific value (GCV) and heat of combustion of solid and liquid fuels. Built in accordance with BS 1016 and IP 12/63 T standards, this calorimeter ensures exceptional measurement accuracy, repeatability, and ease of use across industries including petroleum, coal, chemical processing, academic research, and quality control laboratories.

Featuring an integrated thermal printer, USB connectivity, and high-resolution temperature detection, the ALH-1160 delivers fully automated analysis with minimal operator intervention. Manufactured as per BS 1016 and IP 12/63 T standards, it offers reliable, lab-ready performance with robust safety features including hydraulic pressure-tested bomb construction.

Key Features

Fully Automatic Operation

Performs automatic sample ignition, temperature recording and calorific value calculation, reducing manual intervention and improving consistency.

High-Resolution Measurement

Offers a temperature resolution of 0.001°C, enabling highly accurate and repeatable calorific value determination.

Integrated Data Handling

Features an inbuilt printer, USB connectivity and PC interface for convenient storage, retrieval and reporting of test data.

User-Friendly Interface

Equipped with a 128 × 64 graphical LCD display and a tactile keypad for straightforward operation and easy programming.

Real-Time Clock

Includes a battery-backed clock for accurate date and time stamping of test records and reports.

Automatic Detection

Automatically detects temperature rise and fall during testing to ensure precise calorific value calculations.

Additional Technical Highlights
Calorimetric Vessel

Manufactured from copper (chromium-plated) or stainless steel with a bomb support arrangement that ensures stable sample positioning and reliable measurements.

Offset Stirrer

High-speed belt-driven impeller operating at approximately 800 rpm provides uniform stirring without unwanted heat transfer.

Electronic Firing Unit

Integrated digital Beckmann thermometer with automated sample ignition and continuous temperature recording at regular intervals.

Hydraulic Pressure Testing:

Every bomb assembly is hydrostatically pressure tested to 300 atm (approximately 4400 psi) in accordance with petroleum industry standards to ensure safe operation.

Water Jacket

Durable stainless steel outer container with integrated thermal insulation and water inlet and outlet arrangement for stable operating conditions.

Applications

  • Fuel Analysis:
    Suitable for determining the calorific value of coal, coke, biomass, refuse-derived fuel and alternative solid fuels.
  • Petroleum Testing:
    Used for measuring the calorific value of crude oil derivatives, fuel oils and petroleum products.
  • Chemical & Research Laboratories:
    Supports combustion analysis of organic compounds and a wide range of chemical samples.
  • Academic & Industrial Laboratories:
    Ideal for teaching laboratories, quality control departments and research facilities involved in thermal energy and combustion studies.
Automatic Bomb Calorimeter

Product Models & Specifications

The Automatic Bomb Calorimeter ALH-1160 has been designed for laboratories that require reliable calorific value testing with excellent repeatability. The instrument combines precision measurement, data management and ease of operation, making it suitable for routine testing and research applications.

Model

Specification
Display 128 x 64 Graphical LCD
Keypad 20-key tactile interface
Temperature Resolution 0.001 °C
Power Supply 230 V ± 10% / 50 Hz
Calorific Value Measuring

0 – 10,000 Kcal/kg

Range 1000 logs with date and time
Memory Capacity USB port for PC connectivity
Printer Inbuilt thermal printer
Time Clock

Real-time clock with battery backup

Standard Accessories:

The instrument is supplied with all essential accessories required for immediate installation and routine calorific value testing.

  • Bomb Calorimeter (Microprocessor Unit)
  • Stainless Steel Bomb Assembly & Crucible
  • Nichrome Wire – 25 m
  • Thread – 100 m
  • Stainless Steel Bucket with Coating
  • Bomb SS Drum & Drum Lead
  • Low-Pressure Regulator (Inside Kit)
  • Manual Pallet Press
  • Stirrer Motor & Stirrer Belt
  • “O” Rings (Valve Body, Oxygen Bomb) – Assorted Sizes
  • Gas Safety Valve with Outlet Gauge
  • Oxygen Filling Charging Hose
  • NRV Valve & Fitting Key
  • Gas Release Valve or Pin
  • Wire with Both-Side Banana Plug
  • Benzoic Acid (Standard Value 6300 Cal/gm)
  • Power Cable & Bomb Lifting Hook

Trusted Performance, Certified Quality

The Automatic Bomb Calorimeter ALH-1160 is manufactured in compliance with IS 1016 and IP 12/63 standards and undergoes stringent quality checks, including hydraulic pressure testing of the bomb assembly. Designed for long-term laboratory use, it delivers dependable performance, measurement accuracy and operational safety.

    Why Choose Althea’s Automatic Bomb Calorimeter?

    • 1. Precision Measurement: Provides accurate and repeatable calorific value testing through automated data acquisition and advanced temperature measurement.
    • 2. Built for the Lab: Constructed with robust components and pressure-tested assemblies to ensure dependable operation under routine laboratory conditions.
    • 3. Suitable for Multiple Industries : Designed for applications across the petroleum, energy, chemical, manufacturing, research and academic sectors.
    • 4. Easy Data Management : Includes an integrated printer, USB interface and PC connectivity for convenient recording and retrieval of test results.
    • 5. Quality-Assured Performance : Manufactured under strict quality standards to deliver consistent results and reliable laboratory performance.

    Frequently Asked Questions

    Q1. What is an Automatic Bomb Calorimeter?

    Q2. How does an automatic bomb calorimeter work?

    Q3. What is the use of an automatic bomb calorimeter?

    Q4. Why is temperature resolution important in a bomb calorimeter?

    Q5. Does the automatic bomb calorimeter provide data storage and reporting?