Features

• based on a microprocessor.
• Calorific value and water equivalent are automatically measured and calculated.
• large JUMBO LCD screen.
• built-in printer
• A 16-key soft touch pad
• Feedable weigh-to-g tablets.
• Feedable in water equivalent.
• Full test report printed with the company name, date, and time
• 0.01 °C is the resolution of the temperature scan.
• alarms for both firing and after the test is over
• detection of open sensors
• detection of an open fuse wire.
• detection of an open fuse wire.
• xLCD user interface messages.
• Data stored in memory.
• Selectable test type.
• Clock in real time.
• Data logger inside with computer interface.
• PC data recording software.
• SLOW POWER ON for the entire system

It is common practise to determine the gross calorific values of liquid and solid materials using Athena Bomb colorimeters. AUTOMATICALLY. No manual calculations are required on the part of the user; all calculations are automatically displayed, printed, and transferred to the PC. All of the procedures are carried out by extremely sophisticated programmes or microprocessors. For the system's correct calibration, we use specialised imported calibrators. The controllers are specifically created and produced to deliver the highest level of user-desired measuring accuracy.

Bomb Calorimeter Outfit testing of Bomb calorimeteric of Bomb calorimeteric Vessel water Jacket:
For calculating the heat of combustion of organic matter as well as the calorific value and sulphur content of solid and liquid fuel, Athena Technology offers an easy and affordable approach. The provided equipment is fully functional for analysis using the procedure advised by British Standard Institute BS1016. All components of the ensemble have been completed and tested in accordance with the requirements established by the British Standard Institution and the Institute of Petroleum. Before leaving the plant, every bomb is put through a test. Each bomb comes with a works certificate, which is mandated by the Institute of Petroleum (I.P. 12/63 T. Appendix 1). This certificate details the findings of a hydraulic test that was conducted at a pressure of 300 atms (4400 psi) for 10 minutes without experiencing any leaks. The maximum deformation cannot go beyond the boundaries given. The vessel is composed of copper that has been chrome-plated or stainless steel. It has a bomb support that guarantees the bomb is placed correctly within the vessel. Stainless steel makes up the Jacket's outside container. The back-light cover, also known as the integrated lid, secures the top. The container's top is furnished with a terminal block to allow connection to the electronic firing unit, and the top and bottom, respectively, each have provisions for water pouring and water outflow

Electronic firing unit for offset stirrers with a digital thermometer and a printer
Digital Bomb Calorimeter with automatic calculation,Printer, Computer Interface and Auto Gas Filling Unit Model ATB The stirring mechanism supplied gives sufficient turbulence for effective stirring whilst no heat is imparted to the calorimeter water. It consists of an impeller stirrer driven ata constant speed of approximately 800 rpm. The offset arrangement whereby the motor drives the impeller via a belt precludes any possibility of heat transference between motor and calorimeter Vessel Contents.
The unit incorporates a digital Beckmann thermometer for the precise measurement of the rise in temp and electronic circuitry that provides the electrical means for firing the samples, This unit also has printer that prints the temp.reading after every 30 secs. (approx.)

Digital Bomb Calorimeter with Inbuilt Printer
In line with clients' variegated requirements, we bring forth a distinguished collection of the Digital Bomb Calorimeter with Inbuilt Printer. This calorimeter is used for determination of calorific value of liquid and solids. The offered calorimeter is manufactured at our ultra-modern production unit making use of the supreme quality components and innovative technology in adherence to defined industry norms. Being a quality-oriented firm, we assure our clients that this calorimeter is the best on counts of high functionality.

Features

• based on a microprocessor. Calorific value and water equivalent are automatically measured and calculated.
• large JUMBO LCD screen.
• 16-button soft touch keypad built-in printer Feedable weigh-to-g tablets. Feedable in water equivalent.
• Full test report printed with the company name, date, and time 0.01 °C is the resolution of the temperature scan.
• Alarm both during and after the test.
• detection of open sensors
• detection of an open fuse wire.
• No door detection for the printer or paper.
• LCD user interface messages.
• Selectable test type.
• Data stored in memory.
• Clock in real time.
• Data logger inside with computer interface.
• PC data recording software.
• Testing of the water jacket on the bomb calorimeter outfit.
• System-wide soft power on.
• the calorific valve and the fuel's liquid and solid sulphur concentration.
• A straightforward and affordable approach for calculating the heat of combustion of organic matter is provided by Athena Technology.
• The provided equipment is fully functional for analysis using the procedure advised by British Standard Institute BS1016.
• All components of the ensemble have been completed and tested in accordance with the requirements established by the British Standard Institution and the Institute of Petroleum.
• Before leaving the plant, every bomb is put through a test. Each bomb is supplied with a works certificate in compliance with the institute of petroleum's requirement (I.P. 12/63 T. Appendix 1).
• This certificate details the outcomes of hydraulic testing at a sustained pressure of 300 atmospheres (4400 psi).
• The vessel is composed of copper that has been chrome-plated or stainless steel.
• The greatest deformation cannot go beyond the boundaries.
• It has a bomb support that guarantees the bomb is placed correctly within the vessel.
• Stainless steel makes up the Jacket's outside container.
• The back-light cover, also known as the integrated lid, secures the top.
• The top of the container has a terminal block installed so that a connection to the electronic firing unit can be created.
• Provisions for water pouring and water exit are also provided at the top and bottom of the container, respectively.
• Electronic firing unit for offset stirrers with a digital thermometer and a printer.
• Digital bomb calorimeter with computer interface, printer, and auto gas filler as well as automatic computation

Gross calorific values of liquid and solid materials are frequently determined using digital Bomb Calorimterer with Puff Insulation colorimeters. No human calculations are required from the user; all calculations are automatically displayed, printed, and sent to the PC. A extremely sophisticated microprocessor programme handles all of the tasks. For the system's correct calibration, we use specialised imported calibrators. The controllers are specifically created and produced to deliver the highest level of user-desired measuring accuracy.

Features

• based on a microprocessor.
• Automatic CALORIFIC measurement and computation
• large JUMBO LCD screen.
• built-in printer
• A 16-key soft touch pad
• Feedable weigh-to-g tablets.
• Feedable in water equivalent.
• Full test report printed with the company name, date, and time
• 0.01 °C is the resolution of the temperature scan.
• alarms for both firing and after the test is over
• detection of open sensors
• detection of an open fuse wire.
• No door detection for the printer or paper.
• LCD user interface messages.
• Selectable test type.
• Data stored in memory.
• Clock in real time.
• Data logger inside with computer interface.
• PC data recording software.
• SLOW POWER ON for the entire system

Testing of the water jacket on the bomb calorimeter outfit: For calculating the heat of combustion of organic matter as well as the calorific value and sulphur content of solid and liquid fuel, Athena Technology offers an easy and affordable approach. The provided equipment is fully functional for analysis using the procedure advised by British Standard Institute BS 1016. All components of the ensemble have been completed and tested in accordance with the requirements established by the British Standard Institution and the Institute of Petroleum. Before leaving the plant, every bomb is put through a test. Each bomb comes with a works certificate, which is mandated by the Institute of Petroleum (I.P. 12/63 T. Appendix 1). This certificate details the results of hydraulic testing at a sustained pressure of 300 atmospheres (4400 psi) for 10 minutes without experiencing any damage.
The greatest deformation cannot go beyond the boundaries. Automatically calculating digital bomb calorimeter with printer, computer interface, and auto gas filler

For calculating the heat of combustion of organic matter as well as the calorific value and sulphur content of solid and liquid fuel, Athena Technology offers an easy and affordable approach. The provided equipment is fully functional for analysis using the procedure advised by British Standard Institute BS 1016. All components of the ensemble have been completed and tested in accordance with the requirements established by the British Standard Institution and the Institute of Petroleum. Before leaving the plant, every bomb is put through a test. Each bomb comes with a works certificate, which is mandated by the Institute of Petroleum (I.P. 12/63 T. Appendix 1). This certificate details the results of hydraulic testing at a sustained pressure of 300 atmospheres (4400 psi) for 10 minutes without experiencing any damage.
The greatest deformation cannot go beyond the boundaries. The vessel is composed of copper that has been chrome-plated or stainless steel. It has a bomb support that guarantees the bomb is placed correctly within the vessel. Stainless steel makes up the Jacket's outside container. The back-light cover, also known as the integrated lid, secures the top. The top of the container has a terminal block installed so that a connection to the electronic firing unit can be created. Provisions for water pouring and water exit are also provided at the top and bottom of the container, respectively.

Electronic Offset Stirrer Firing Unit with Digital Beckmann Thermometer & Printer:
Automatically calculating digital bomb calorimeter with printer, computer interface, and auto gas filler The provided stirring mechanism produces enough turbulence to agitate the mixture effectively without heating the water in the calorimeter. It comprises of an impeller stirrer that is continuously driven at a speed of about 800 rpm. Any possibility of heat transfer between the motor and the contents of the calorimeter vessel is eliminated by the offset configuration in which the motor drives the impeller via a belt. The device includes an electronic circuitry that provides the electrical means for firing the samples along with a digital Beckmann thermometer for the exact measurement of the rise in temperature. Additionally, this device features a printer that prints the temperature information every 30 seconds. (approx.)
As temperature readings increase and are being recorded by The printer runs continuously, freeing up the operator to complete any other tasks. This saves time for the operator and also gets rid of any human error that might have occurred when recording the readings. On the unit's backside are additionally stirrer sockets and terminals for fuse wire.

Bomb calorimeter outfit

Testing of bomb

Calorimetric vessel

Water jacket

The following characteristics are included in the Model ATB-07 automatic gas filling unit, printer, and digital bomb calorimeter with automatic computation.

Digital Beckmann Thermometer powered by a microcontroller with the following features:

• calibrated against an instrument that has received NABL accreditation (ERTL)
• Automatic calculation of results
• memory to save the most recent 10 results
• RS-232 connection (computer compatibility )
• Panel thermal printer built-in
• R.T.C. (Govt. Lab) Bomb Certification (Hydraulic Pressure)
• By consistently supplying the oxygen in the bomb at the same pace, the auto gas filling unit improves the repeatability of outcomes.
• Jacket outside with puffy insulation
• Offset whisk (heavy duty)
• High-Pressure Flexible Tube (for Gas Filling)
• Calorific Value of Benzoic Acid (with Laboratory Test Certificate Photo Copy)
• incorporates cutting-edge equipment to automatically control high pressure in bombs

For Determination of Calorific Value of Liquid and Solid Bomb Calorimeter Outfit:
For calculating the heat of combustion of organic matter as well as the calorific value and sulphur content of solid and liquid fuel, Athena Technology offers an easy and affordable approach. The provided equipment is fully functional for analysis using the procedure advised by British Standard Institute BS 1016. All components of the ensemble have been completed and tested in accordance with the requirements established by the British Standard Institution and the Institute of Petroleum.

Features

• based on a microprocessor.
• Automatic CALORIFIC measurement and computation
• large JUMBO LCD screen.
• built-in printer
• A 16-key soft touch pad
• Feedable weigh-to-g tablets.
• Feedable in water equivalent.
• Full test report printed with the company name, date, and time
• 0.01 °C is the resolution of the temperature scan.
• alarms for both firing and after the test is over
• detection of open sensors
• detection of an open fuse wire.
• No door detection for the printer or paper.
• LCD user interface messages.
• Selectable test type.
• Data stored in memory.
• Clock in real time.
• Data logger inside with computer interface.
• PC data recording software.
• SLOW POWER ON for the entire system

Testing of Bomb:
Before leaving the plant, every bomb is put through a test. Each bomb comes with a works certificate, which is mandated by the Institute of Petroleum (I.P. 12/63 T. Appendix 1). This certificate details the outcomes of hydraulic testing at a sustained pressure of 300 atm (4400 psi) for 10 minutes without any indication of leakage. The greatest deformation cannot go beyond the boundaries.

Calorimetric Vessel:
The vessel is composed of copper that has been chrome-plated or stainless steel. It has a bomb support that guarantees the bomb is placed correctly within the vessel.

Water Jacket:
Stainless steel makes up the Jacket's outside container. The backellite cover, also known as the integrated lid, secures the top. The top of the container has a terminal block installed so that a connection to the electronic firing unit can be created. Provisions for water pouring and water exit are also provided at the top and bottom of the container, respectively.

Offset Stirrer:
The provided stirring mechanism produces enough turbulence to agitate the mixture effectively without heating the water in the calorimeter. It comprises of an impeller stirrer that is continuously driven at a speed of about 800 rpm. Any possibility of heat transfer between the motor and the contents of the calorimeter vessel is eliminated by the offset configuration in which the engine drives the impeller via a belt.

Eletronic Firing unit with Digital Beckmann Thermometer:
unit includes an electronic circuitry that provides the electrical means for firing the samples as well as a digital Beckmann thermometer for the exact measurement of the rise in temperature. The unit's rear also has sockets for a stirrer, a sensor, and terminals for electrical connections.

Crucible
There are several other types of crucibles available, but the usual one included with the outfit is an 8 ml stainless steel crucible that fits in the conventional support ring.

It is common practise to determine the gross calorific values of liquid and solid materials using Athena Bomb colorimeters. AUTOMATICALLY. No human calculations are required on the part of the user; all calculations are automatically displayed, printed, and transferred to a PC. All of the procedures are carried out by extremely sophisticated programmes or microprocessors. For the system's correct calibration, we use specialised imported calibrators. The controllers are specifically created and produced to deliver the highest level of user-desired measuring accuracy.

Features

based on a microprocessor. Calorific Value and Water Equivalent are automatically measured and calculated. large-scale LCD display. built-in printer A 16-key soft touch pad Feedable weigh-to-g tablets. Feedable in water equivalent. Full test report printout includes the company name, date, and time. 0.01 °C is the resolution of the temperature scan. Alarm both during and after the test. detection of open sensors detection of an open fuse wire. No door detection for the printer or paper. LCD user interface messages. Selectable test type. Data stored in memory. Clock in real time. Data logger inside with computer interface. PC data recording software. SLOW POWER ON for the entire system

Bomb Calorimeter Outfit Testing of the Water Jacket for the Bomb Calorimeteric Vessel

For calculating the heat of combustion of organic matter as well as the calorific value and sulphur content of solid and liquid fuel, Athena Technology offers an easy and affordable approach. The provided equipment is fully functional for analysis using the procedure advised by British Standard Institute BS1016. All components of the ensemble have been completed and tested in accordance with the requirements established by the British Standard Institution and the Institute of Petroleum. Before leaving the plant, every bomb is put through a test. Each bomb comes with a works certificate, which is mandated by the Institute of Petroleum (I.P. 12/63 T. Appendix 1). This certificate details the findings of a hydraulic test that was conducted at a pressure of 300 atms (4400 psi) for 10 minutes without experiencing any leaks. the highest
Deformation cannot go beyond the boundaries. The vessel is composed of copper that has been chrome-plated or stainless steel. It has a bomb support that guarantees the bomb is placed correctly within the vessel. Stainless steel makes up the Jacket's outside container. The back-light cover, also known as the integrated lid, secures the top. The top of the container has a terminal block installed so that a connection to the electronic firing unit can be created. Provisions for water pouring and water exit are also provided at the top and bottom of the container, respectively. Digital bomb calorimeter with computer interface, printer, and auto gas filler as well as automatic computation