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ISOTHERMAL BATCH REACTOR APPARATUS

Price 500.0 INR/ Piece

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MOQ : 1 Piece

ISOTHERMAL BATCH REACTOR APPARATUS Specification

Application
Engineering Testing Equipment

Equipment Type
Laboratory Reactor Apparatus

Max Height
Approx. 1 meter

Mounting Type
Table Top

Test Range
Batch Reaction Study (Various Chemicals)

Specimen Size
Reactor Vessel Volume: 1-2 Litres

Features
Glass Reactor Vessel, Stirring Mechanism, Temperature Measurement, Digital Display, Easy Drain Valve

Gas Pressure
up to 2 bar

Automation Grade
Semi-automatic

Product Type
ISOTHERMAL BATCH REACTOR APPARATUS

Temperature
Ambient to 100C (with digital controller)

Measuring Range
0 to 100C (Temperature Measurement)

Port Size
1/4 inch BSP

Power Supply
230 V AC, 50 Hz

Interface Type
Digital Control Panel

Accuracy
1C (Temperature accuracy)

Operating Voltage
230 V AC

Display Type
Digital Temperature Indicator

Response Time
<5 seconds for temperature detection

Number of Specimens
Single Batch Reactor Vessel

Frequency
50 Hz

Usage
Engineering Testing Equipment

Humidity
Up to 80% RH (non-condensing)

Resolution
0.1C (Digital Display)

Capacity
1-2 L (Reactor volume)

Machine Weight
Approximately 40 kg

Control Mode
Manual/Automatic (Digital Control)

ISOTHERMAL BATCH REACTOR APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About ISOTHERMAL BATCH REACTOR APPARATUS

ISOTHERMAL BATCH REACTOR APPARATUS

Description:

A batch reactor is a closed system with no inputand output streams. A batch reactor can operate under conditions likeIsothermal (Temperature of Reaction

Mass remains constant), perfectly mixed(composition of reaction mixture is uniform throughout), and constant volume(volume of the reaction mixture within the reactor remains constant, there isno appreciable change in the density of reaction mass).

This set-up is used to study a non-catalytichomogeneous reaction under isothermal condition.

The set up consists of a Reactor fitted in aconstant temperature water bath.

One stirrer is fitted for mixing the reactants inreactor and other is fitted in water bath to keep the uniform temperaturethroughout in the bath.

The temperature of bath can be maintained fromambient to 90Cwith the help of Digital Temperature indicator Cum Controller.Samples can be taken out with the help of a sampling pipette.

Experimentation:

To study the progress of a Chemicals reaction anddetermine the kinetic parameters.

To determine the effect of temperature on ReactionRate Constant.

Product Details:

Power: 500Watt (w)

Voltage: 9 240 Volt (v)

Material: Metal

Usage: Laboratory

Equipment Materials: SS

Exceptional Engineering and Process Visibility

This apparatus provides unparalleled insights into batch reactions through its transparent, graduated glass vessel, allowing real-time monitoring of chemical processes. The combination of variable-speed stirring and precise digital temperature control ensures optimal mixing and heat distribution for diverse chemical experiments. These features enhance educational and research applications by delivering clear, accurate process data.

Robust Safety and Easy Operation

Designed with multiple safety features such as over-temperature cut-off and a durable glass protection shield, the reactor prioritizes operator protection. Its semi-automatic operation, manual/automatic digital controls, and quick-response temperature display make it user-friendly and reliable. Installation is straightforward, requiring only a standard laboratory bench and standard 230V AC power supply.

FAQs of ISOTHERMAL BATCH REACTOR APPARATUS:

Q: How does the isothermal batch reactor control temperature during reactions?

A: The reactor uses a 500-watt immersion heater with a digital controller, which manages temperatures between ambient and 100C with an accuracy of 1C and a resolution of 0.1C. Safety features like over-temperature cut-off ensure reliable temperature regulation throughout the experiment.

Q: What materials are available for the reactor vessel, and why choose one over the other?

A: The reactor vessel is available in borosilicate glass or stainless steel. Glass is favored for its chemical resistance and process visibility, while stainless steel is preferred when higher strength and robustness are required for certain reactions or chemical compatibility.

Q: When should the variable-speed mechanical stirrer be adjusted, and to what range?

A: The agitator offers a speed range from 0 to 1000 RPM, allowing adjustment based on the mixing intensity required for specific batch reactions. Stirrer speed can be set manually using the control panel during setup, depending on the viscosity and type of chemicals involved.

Q: Where can data from the reactor be accessed or monitored?

A: Process data can be accessed via the integrated digital and analog ports, enabling monitoring and recording of key parameters such as temperature. The digital temperature indicator provides immediate readings, while ports allow for external data collection or integration with other laboratory systems.

Q: What safety features are integrated into the reactor apparatus?

A: Safety is ensured through an over-temperature cut-off, which prevents overheating, and a glass protection shield to guard operators from accidental contact or breakage. These features make the reactor suitable for both educational and research environments.

Q: How is the apparatus installed and what are its space requirements?

A: The reactor is designed for tabletop use and requires only a standard laboratory bench for installation. Weighing approximately 40 kg and with a maximum height of about 1 meter, it is compact and easy to accommodate in typical laboratory settings.

Q: What are the main benefits of using this isothermal batch reactor for engineering testing?

A: Key benefits include precise temperature and mixing control, excellent process visibility, robust safety features, and flexible digital/analog data output. These advantages make it ideal for accurately studying batch reactions, supporting both research and practical engineering education.

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