Lutron FR-5120 Digital Fruit Hardness Tester

Lutron FR-5120 Digital Fruit Hardness Tester

LUTRON
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LUTFR5120
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Description

Advance Digital Bomb Calorimeter BCM-P – Precision Isothermal Calorific Value Analysis System

The Advance Digital Bomb Calorimeter Model BCM-P is a highly reliable and precision-engineered laboratory instrument designed for accurate determination of calorific value, heat of combustion, and sulfur content in solid and liquid combustible materials. Built using advanced isothermal calorimetry principles, this digital bomb calorimeter provides highly stable and repeatable thermal measurements for fuel testing, industrial quality control, research laboratories, educational institutions, food testing facilities, and energy analysis applications.

Engineered for operational efficiency and dependable analytical performance, the BCM-P features an integrated firing unit and controller housed within a compact cabinet design. The integrated system combines temperature indication, timer functionality, firing control, and stirrer speed management into a single platform, eliminating complex interconnections and simplifying routine laboratory workflows.

The calorimeter incorporates a high-accuracy digital temperature monitoring system with precise 0.01°C resolution, ensuring dependable calorific value calculations with excellent reproducibility. Its built-in thermal printer provides permanent temperature versus time documentation, supporting laboratory record keeping and analytical reporting requirements.

The BCM-P Digital Bomb Calorimeter is equipped with an advanced push-fit oxygen gas filling system utilizing a stainless-steel braided PTFE hose for safe, fast, and user-friendly oxygen charging. The corrosion-resistant stainless-steel combustion bomb and chromium-plated copper calorimeter components ensure excellent durability, heat transfer efficiency, and long operational life under demanding laboratory conditions.

Widely used for coal analysis, petroleum product testing, biomass fuel evaluation, food calorific studies, and industrial combustion analysis, the Advance BCM-P offers an ideal balance of precision, safety, and operational simplicity for modern laboratory environments.

Technical Specifications

Parameter / Feature Details
Product Type Digital Bomb Calorimeter
Model BCM-P / BCM-Printer
Brand Advance
Operational Principle Isothermal
Measurement Range 1000 – 10,000 cal/g (up to 12,000 cal/g)
Temperature Resolution 0.01°C
Temperature Accuracy 0.01°C
Main Testing Time Approx. 10 – 15 Minutes
Oxygen Filling System Manual Push Fit Type Gas Filling System
Bomb Firing Manual
Calculation Method Manual Calculation
Combustion Bomb Type Removable Bomb with Schrader Valve
Bomb Material Corrosion Resistant Stainless Steel Alloy
Jacket Type Removable Bucket Type, Chromium Plated Copper
Inner Vessel Material Chromium Plated Copper
Temperature Display Digital Temperature Indicator with Timer
Printer Built-in Printer for Temperature vs Time Data
Stirrer Type Compact 12V DC Stirrer
Power Supply 230V AC, 50Hz
Operating Temperature 15°C – 30°C
Approximate Weight 30 kg
Repeatability (R.S.D.) 0.05% – 0.1% with Benzoic Acid
Applicable Standards IS:1350 (Part:2), IP-12/63T, BIS-1350 (Part-2)
Application Areas Coal Testing, Fuel Analysis, Food Calorific Studies, Biomass Analysis, Research Laboratories, Industrial QC

Core Features & User Benefits

The Advance BCM-P Digital Bomb Calorimeter is engineered to deliver highly accurate calorific measurements, operational convenience, and dependable laboratory performance for industrial and scientific combustion analysis applications.

  • High Precision Isothermal Measurement The advanced isothermal operating principle ensures highly stable and repeatable calorific value determination for solid and liquid fuel analysis.
  • Integrated Firing Unit and Controller The compact integrated design combines firing control, timer, stirrer control, and temperature monitoring into a single system for simplified laboratory operation.
  • Built-in Thermal Printer Integrated printing functionality provides permanent temperature versus time records for improved documentation, reporting, and laboratory traceability.
  • Advanced Push Fit Oxygen Filling System The innovative push-fit gas charging system reduces oxygen filling time while improving operational safety and minimizing damage to gas filling connections.
  • Highly Accurate Temperature Monitoring Digital temperature indication with 0.01°C resolution improves calorific value accuracy and enhances result reproducibility during testing procedures.
  • Durable Corrosion Resistant Construction The stainless-steel combustion bomb and chromium-plated copper calorimeter components provide long-term durability and excellent thermal efficiency.
  • Enhanced Laboratory Safety The integrated safety relief valve and regulated oxygen filling system help protect operators against accidental oxygen overpressure conditions.
  • Wide Industrial and Research Applications Suitable for coal testing, petroleum product analysis, food calorific studies, biomass evaluation, cement industries, power plants, and scientific research laboratories.

Frequently Asked Questions

What is the primary application of the Advance BCM-P Digital Bomb Calorimeter?

The Advance BCM-P Digital Bomb Calorimeter is used for determining the calorific value, heat of combustion, and sulfur content of solid and liquid combustible materials like coal, petroleum, biomass, and food products. It is an essential tool for testing laboratories, industrial quality control, and scientific energy analysis facilities.

It is widely utilized in research laboratories, fuel testing laboratories, industrial quality control departments, educational institutions, and energy analysis facilities requiring accurate combustion analysis.

How does the BCM-P bomb calorimeter improve operational efficiency?

The BCM-P Digital Bomb Calorimeter improves operational efficiency through an integrated firing unit and controller that combines temperature indication, timer control, stirrer speed regulation, and firing functionality into a single system. This advanced configuration minimizes external laboratory wiring and radically simplifies routine calorific testing workflows.

This integrated configuration minimizes external wiring, simplifies setup procedures, and improves overall ease of operation during routine laboratory calorific testing.

Does the BCM-P include data printing functionality?

Yes, the Advance BCM-P Digital Bomb Calorimeter includes a built-in printer that continuously records temperature versus time data during combustion testing. This integrated documentation feature enhances laboratory reporting speed, streamlines quality assurance documentation, and ensures a reliable path for permanent physical audit tracking.

This integrated documentation capability improves laboratory reporting efficiency, supports quality assurance procedures, and helps maintain permanent analytical records.

What safety features are included in the BCM-P calorimeter?

The BCM-P Digital Bomb Calorimeter features an advanced push-fit oxygen gas filling system and an integrated safety relief valve to minimize operator exposure to high-pressure over-charging. Additionally, its heavy-duty stainless-steel alloy combustion bomb is meticulously factory tested to withstand extreme pressure during volatile ignition cycles.

The corrosion-resistant stainless-steel combustion bomb is also factory tested under high-pressure conditions to ensure safe and reliable long-term operation.

Which industries commonly use the Advance BCM-P Digital Bomb Calorimeter?

The Advance BCM-P Digital Bomb Calorimeter is commonly used in power plants, coal mining, petroleum testing laboratories, biomass fuel plants, cement manufacturing, and academic research institutions. Its 0.01°C high-accuracy digital temperature monitoring resolution makes it ideal for strict quality control benchmarks and regulatory compliance analysis.

Its high measurement accuracy and dependable operation make it suitable for both routine quality control testing and advanced scientific research applications.

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