COMBINED FLOW REACTOR (Compressed Air Feed System)

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COMBINED FLOW REACTOR (Compressed Air Feed System)

Price 163000.0 INR/ Unit

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MOQ : 1 Unit

COMBINED FLOW REACTOR (Compressed Air Feed System) Specification

Max Height
380 mm

Operating Voltage
220V AC

Temperature
Room temperature to 50C

Gas Pressure
0.11.0 MPa

Number of Specimens
Up to 4

Resolution
0.1 L/min

Specimen Size
100 mm 150 mm

Measuring Range
0.15.0 L/min

Accuracy
0.5%

Interface Type
RS232/USB

Display Type
Digital LCD

Automation Grade
Semi-Automatic

Port Size
1/4 NPT

Power Supply
220V AC, 50 Hz

Response Time
3 seconds

Mounting Type
Bench-top

Features
Real-time monitoring, alarm system, adjustable parameters

Test Range
0.15.0 L/min

Frequency
50 Hz

Application
Flow Reaction Testing, Filtration, Gas-Liquid Interaction

Humidity
1090% RH (adjustable)

Hardness
Steel body

Equipment Type
Combined Flow Reactor Compressed Air Feed System

Usage
Laboratory/Industrial

Capacity
4 test cells

Machine Weight
Approx. 22 kg

Test Speed
0.5 5 L/min (variable)

Test Width
150 mm

Test Stroke
50 mm

Control Mode
Automatic/Manual

Reactor Material
Corrosion-resistant stainless steel

Air Feed System
Integrated compressor with filter

Maintenance
Low, easy access and cleaning

Installation
Plug and play setup

Operating Ambient
5C 50C

Internal Coating
PTFE coated for enhanced chemical resistance

Flow Control
Microprocessor based for precision

Safety Features
Pressure relief valve, over-pressure protection

Calibration
Factory calibrated, user recalibration possible

Noise Level
< 45 dB

Compliance
CE & ISO standards

About COMBINED FLOW REACTOR (Compressed Air Feed System)

Sponification Reaction Study in Coil Tube Type Plug Flow Reactor.

To determine the Reaction Rate Constant.

Product Specifications

Electricity Supply Single Phase 220 V AC 50 Hz 5 15 Amp Combined earth connection

Feed Circulation should br done by compressed air form feed tanks,

Stainless Steel 304 Grade and Flow measurement by rotameter.

The whole setup should be well designed and arranged on a rigid structure painted with industrial PU paint Material Metal

Advanced Flow Control Technology

The microprocessor-driven flow system ensures precise management of gas and liquid flows, allowing for accurate testing and analysis in applications such as filtration and gas-liquid interaction studies. Real-time digital monitoring and alarm systems let users adjust parameters swiftly, ensuring optimal operational safety and performance.

Robust & Chemical-Resistant Design

Built using high-grade stainless steel and PTFE-coated internals, the reactor resists corrosion and chemical attack. Its superior construction, along with a sturdy steel body, guarantees longevity and reliability even in demanding laboratory or industrial environments.

Effortless Operation and Maintenance

This reactor features an intuitive, plug and play setup suitable for bench-top use. Factory calibration ensures immediate readiness, while user recalibration options and easily accessible components simplify on-going maintenance, keeping downtime and operational costs low.

FAQ's of COMBINED FLOW REACTOR (Compressed Air Feed System):

Q: How does the microprocessor-based flow control benefit the user?

A: The microprocessor-based flow control allows for precise and consistent regulation of flow rates, providing reproducible results crucial for laboratory and industrial testing. The digital interface facilitates easy monitoring and quick parameter adjustments.

Q: What safety features are included in the Combined Flow Reactor?

A: The reactor is equipped with a pressure relief valve, over-pressure protection, and an alarm system. These features safeguard both users and specimens by automatically addressing abnormal pressure or system conditions.

Q: When and how can users recalibrate the system?

A: The reactor is factory calibrated for immediate use, but users can recalibrate as necessary via the digital interface to maintain accuracy. Calibration can be performed periodically, especially after major maintenance or relocation.

Q: Where can this reactor be installed and used?

A: Designed for bench-top installation, the reactor is suitable for laboratory and industrial environments. Its compact, plug and play setup makes it ideal for spaces with standard 220V AC outlets and minimal noise requirements.

Q: What is the process for cleaning and maintaining the reactor?

A: The reactor features easy-access components, enabling straightforward cleaning and maintenance routines. The PTFE coating facilitates fast residue removal, and scheduled filter changes help maintain optimal compressor operation.

Q: How does the integrated air feed system enhance performance?

A: An integrated compressor with a filter ensures a consistent and clean air supply, improving the reliability of flow reaction testing and minimizing the risks associated with contaminants entering the system.

Q: What are the key benefits for laboratories or industries using this equipment?

A: Benefits include high testing accuracy (0.5%), fast response time (3 seconds), real-time monitoring, multi-specimen capability (up to four samples), low noise operation, and full compliance with CE & ISO standards, supporting versatile research and industrial applications.

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