ISOTHERMAL SEMI-BATCH REACTOR (Compressed Air Feed System)

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ISOTHERMAL SEMI-BATCH REACTOR (Compressed Air Feed System)

Price 159999.0 INR/ Unit

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MOQ : 1 Unit

ISOTHERMAL SEMI-BATCH REACTOR (Compressed Air Feed System) Specification

Response Time
<2 seconds

Resolution
0.01 mL/min (for air feed)

Number of Specimens
Single batch

Test Range
Up to 3 L vessel volume

Interface Type
Analog and RS232 digital

Specimen Size
500 mL 3 L

Port Size
1/4 inch NPT

Hardness
Material depends on vessel, typically SS-304

Humidity
Ambient / controlled via gas feed

Application
Chemical reaction studies, catalyst investigation, process R&D

Operating Voltage
230 V

Max Height
650 mm (with fittings)

Equipment Type
Isothermal Semi-Batch Reactor (Compressed Air Feed System)

Automation Grade
Semi-automatic

Gas Pressure
0.5 6 bar adjustable

Temperature
Ambient to 150C (adjustable)

Features
Stainless steel construction, air feed control, safety valve

Display Type
Digital LED display

Measuring Range
0.1 to 100 mL/min air flow

Mounting Type
Bench-top

Power Supply
230 V AC, 50 Hz

Frequency
50 Hz

Accuracy
1% of full scale

Usage
Laboratory, pilot scale chemical research

Capacity
3 Liters max

Machine Weight
Approx. 75 kg

Test Speed
Variable (0.1 to 100 mL/min air feed)

Control Mode
Digital PID temperature controller

Air Feed System
Integrated compressed air regulator and flowmeter

Software Support
Optional data logging software available

Process Connections
Standard tri-clamp and NPT fittings

Temperature Monitoring
Digital temperature probe with PID feedback

Control System
Microprocessor based automation

Safety Measures
Automatic overpressure shutoff, safety relief valve

User Interface
Soft touch keypad and digital display

Mixing
Magnetic stirrer with adjustable speed

Reactor Vessel Material
Stainless Steel 304 (option for SS316 upon request)

Sampling Port
Included for liquid sampling during reaction

Reaction Type
Supports liquid-liquid and gas-liquid reactions

Pressure Gauge
Analog pressure gauge included

Maintenance
Easy-access design for cleaning and servicing

Transportability
Integrated carry handles for easy movement

Cooling Provision
Optional external jacket for cooling

About ISOTHERMAL SEMI-BATCH REACTOR (Compressed Air Feed System)

To study a second-order saponification reaction in a Semi-Batch Reactor.

To determine the Reaction Rate Constant.

Product Specifications

Power 500 Watt

Color White

Equipment Materials SS

Material Metal

Usage Laboratory

Voltage 220 Volt

Advanced Automation and Safety

This reactor provides microprocessor-based automation with digital PID feedback for reliable process control and repeatability. Built-in safety features such as automatic overpressure shutoff and a safety relief valve ensure secure operation, even under strenuous lab conditions. The combination of analog pressure monitoring and digital interfaces offers a comprehensive user experience.

Precision Control and Flexible Configuration

With a digital temperature probe and adjustable air feed, researchers can finely tune reaction conditions. The reactor handles specimen volumes from 500 mL to 3 liters, making it suitable for a range of experiments, from catalyst testing to process R&D. An optional cooling jacket and a sampling port grant further experimental flexibility, benefiting different application requirements.

User-Centric and Durable Design

Fabricated from corrosion-resistant stainless steel (SS304/SS316), this reactor offers robustness and durability for prolonged lab use. Its easy-access design simplifies cleaning and maintenance, while an integrated carry handle allows for effortless transportation. The digital LED display, soft touch keypad, and adjustable magnetic stirrer enhance user comfort and operational efficiency.

FAQ's of ISOTHERMAL SEMI-BATCH REACTOR (Compressed Air Feed System):

Q: How does the isothermal semi-batch reactor maintain accurate temperature control during reactions?

A: The reactor employs a digital temperature probe with PID feedback, regulated by a microprocessor-based automation system. This setup ensures precise and consistent temperature control from ambient to 150C, minimizing fluctuations and providing an optimal environment for chemical reactions.

Q: What types of chemical reactions can be performed in this reactor?

A: This reactor is suitable for liquid-liquid and gas-liquid reactions, making it ideal for chemical reaction studies, catalyst investigation, and laboratory process R&D, thanks to its controlled air feed system and versatile design.

Q: When is it necessary to use the cooling provision with this reactor?

A: The optional external jacket for cooling should be utilized when reactions are exothermic or require maintaining a temperature below ambient conditions. This helps prevent overheating and ensures precise thermal management during sensitive processes.

Q: Where can this semi-batch reactor be installed and used?

A: Designed as a bench-top unit with integrated carry handles, it is ideal for laboratory and pilot plant environments. Its 230 V, 50 Hz power supply and compact footprint make it suitable for educational, industrial, or research settings.

Q: What maintenance processes are recommended for optimal performance?

A: Routine easy-access cleaning and periodic maintenance of fittings, seals, and the magnetic stirrer are advised. Its user-friendly design enables straightforward servicing, and regular checks of pressure and temperature sensors help maintain accuracy and safety.

Q: How does the air feed system work, and what is its range?

A: An integrated compressed air regulator and flowmeter manage air feed rates between 0.1 and 100 mL/min. The system offers 1% accuracy and 0.01 mL/min resolution, allowing precise control of gas introduction during reactions.

Q: What are the benefits of using this semi-batch reactor for laboratory research?

A: This reactor combines automation, safety, versatility, and precise control, enabling high-quality chemical studies and process development. Its robust construction, advanced monitoring, and easy-to-use interface contribute to reliable results and efficient workflow in various research applications.

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