JACKETED VESSEL WITH COIL & STIRRER APPARATUS

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JACKETED VESSEL WITH COIL & STIRRER APPARATUS

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MOQ : 1 Piece

JACKETED VESSEL WITH COIL & STIRRER APPARATUS Specification

Usage
Heat Transfer Laboratory Equipment

Voltage
230V AC

Temperature Range
Ambient to 100C

Core Components
Jacketed vessel, internal coil, mechanical stirrer, motor, digital temperature indicator, supporting frame

Model No
HT-102

Power Source
Electric - single phase power supply

Feature
Efficient temperature control, uniform mixing, corrosion-resistant materials

Automation Grade
Semi-automatic

Product Type
JACKETED VESSEL WITH COIL & STIRRER APPARATUS

Capacity
2 Liters (standard), other capacities available on request

Accuracy
1C (temperature measurement)

Measurement Range
0C to 100C (temperature monitoring)

Frequency
50 Hz

Application
Heat Transfer Laboratory Equipment

Equipment Materials
Borosilicate glass vessel, stainless steel jacket and coil

Type
Jacketed Vessel with Coil and Mechanical Stirrer

Display Type
Digital temperature indicator

Dimension (L*W*H)
600mm x 400mm x 700mm (approximate)

Weight
Approx. 20-25 kg (varies with capacity)

JACKETED VESSEL WITH COIL & STIRRER 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 Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About JACKETED VESSEL WITH COIL & STIRRER APPARATUS

Specification:

JACKETED VESSEL WITH COIL & STIRRER APPARATUS

The apparatus is used for studyingheat transfer with either an external jacket or an internal coil under batchwise or continuous feed conditions.

The unit consists of a jacketedvessel with a coil and stirrer and a service module. The module comprises a hotwater tank with a transfer pump and instruments for monitoring and control.Parallel or counter flow or changing from jacked vessel to coil and stirrer maybe done by rearranging flexible hoses.

A cold fluid in a vessel is heated bya hot fluid in the jacket or in the coil. An adjustable speed a stirrer andbaffles are provided to allow thorough mixing of the vessel contents. Thecontent volume in the vessel can be varied by an adjustable height overflowpipe. The unit requires outside water supply. Instruction manual is alsoincluded.

Typical Experiments

Demonstration of heat transfer forjacketed vessel with or without stirrer both continuous and batch types.

Demonstration of heat transfer forheating coil with or without stirrer.

Determination of heat transfercoefficient.

Effects of flow rate and temperaturedifference.

Effect of vessel content.

Advanced Design for Reliable Heat Transfer

This apparatus comes with a borosilicate glass vessel and stainless steel jacket, guaranteeing durability and resistance to chemicals. The internal SS 304/316 seamless coil enhances the efficiency of thermal exchange, making it a suitable choice for diverse laboratory processes. The epoxy powder coated mild steel stand provides a stable and corrosion-resistant framework.

Precise Control for Uniform Mixing and Heating

Equipped with a variable speed motor for the stirrer and a digital temperature indicator, users can achieve uniform agitation and accurate temperature management. The apparatus offers a measurement accuracy of 1C, supporting temperature ranges from 0C to 100C. Safety features including an over-temperature cut-off and splash shield ensure operator protection.

Flexible and User-Friendly Operation

Designed for simple operation with hose connectors for coolant and process fluid, the apparatus suits both standard and customized vessel capacities (2 liters standard, with other options available). Power requirements are straightforward with 230V AC, single phase, and the whole unit is semi-automatic for ease of use and maintenance.

FAQs of JACKETED VESSEL WITH COIL & STIRRER APPARATUS:

Q: How does the jacketed vessel with coil and stirrer operate?

A: The apparatus works by circulating coolant through the stainless steel jacket and coil while mixing the vessel contents with a variable speed stainless steel stirrer. This combination allows for controlled heating or cooling and uniform mixing, aided by precise temperature feedback from a digital indicator.

Q: What benefits does the borosilicate glass vessel offer compared to other materials?

A: Borosilicate glass is highly resistant to thermal shock and chemical corrosion, making it ideal for laboratory applications involving temperature changes and exposure to various substances. This ensures safety, long life, and reliability.

Q: When should I use the over-temperature cut-off feature?

A: The over-temperature cut-off activates automatically if the vessel temperature exceeds the safe operating range, preventing damage to the apparatus and ensuring user safety. It is crucial for maintaining safe laboratory conditions during heating or exothermic reactions.

Q: Where can I install the jacketed vessel apparatus?

A: The unit is designed for benchtop installation in laboratory environments such as research labs, academic institutions, and testing facilities. Ensure that there is access to a standard single phase 230V AC power supply and appropriate water connections for coolant.

Q: What is the process for connecting coolant and process lines?

A: The vessel comes with hose connectors, allowing easy attachment of coolant inlet and outlet hoses as well as process fluid connections. This setup enables efficient temperature control during experiments and can be configured as per specific requirements.

Q: How do I adjust the stirrer speed during operation?

A: The removable stainless steel stirrer is powered by a variable speed motor, which can be adjusted up to 1500 RPM. The speed control is typically operated through an accessible panel, providing flexibility for different mixing requirements.

Q: What are the primary applications and key advantages of this apparatus?

A: This equipment is primarily used in heat transfer laboratories for studying the principles of thermal exchange and fluid mixing. Its key benefits include accurate temperature measurement, efficient heat transfer, corrosion-resistant construction, and enhanced safety features.

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