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Rotary Dryer Apparatus

Price 125000.0 INR/ Piece

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MOQ : 1 Piece

Rotary Dryer Apparatus Specification

Heating Capacity
2 kW (Electric Heater)

Control Type
Digital Control Panel

Shape
Cylindrical Drum

Accuracy
1C (Temperature), 1 RPM (Speed)

Display Type
Digital Display

Temperature Resistance
Up to 150C

Speed Range
5-40 RPM (Variable)

Features
Transparent viewing window, removable drum, easy to operate, temperature and speed control

Power Supply
Single Phase

Usage
Laboratory use

Type
Rotary Dryer Apparatus

Dimension (L*W*H)
Approx. 1200 mm x 450 mm x 1500 mm

Product Type
Rotary Dryer Apparatus

Equipment Type
Lab Scale Rotary Dryer

Equipment Materials
Mild Steel

Power
0.5 HP Electric Motor

Voltage
220-240 V AC, 50 Hz

Material
Mild Steel

Application
Used for laboratory experiments to study drying processes

Warranty
1 Year

Capacity (Ltr)
5-10 Ltr (Drum capacity)

Heating Method
Electric heating via external jacket

Mobility
Fitted with caster wheels

Color
Blue and white (standard), customizable

Air Flow System
Co-current or counter-current design

Control System
Microprocessor based system

Sample Handling
Multiple sample trays inside drum

Drum Drive
Electric motor with gearbox

Observation
Acrylic/Glass view window for real-time process

Drum Material
Mild Steel, powder coated

Safety Features
Overheating protection, Emergency stop

Frame Material
Mild Steel angle framework

Rotary Dryer Apparatus Trade Information

Minimum Order Quantity
1 Piece

FOB Port
CHENNAI

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
20 Pieces Per Month

Delivery Time
7-10 Days

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
EXXPORT AND WOODEN PACKING

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
ISO:9001

About Rotary Dryer Apparatus

Rotating Cylindrical Shell: The core of the dryer, typically constructed from carbon steel, stainless steel, or specialty alloys, depending on the material being processed. The shell is slightly inclined to facilitate the gravitational flow of material from the feed end to the discharge end as it rotates.
Internal Flights (Lifters): A series of specially designed fins or lifters are strategically arranged along the inner wall of the drum. As the dryer rotates, these flights continuously lift the material and cascade it through the hot gas stream, maximizing the surface area exposed for efficient heat and mass transfer.
Drive Mechanism: An electric motor coupled with a reduction gearbox provides the controlled rotational speed for the drum. This allows for precise adjustment of material residence time within the dryer.

Precision-Controlled Drying

With a microprocessor-based control system and digital display, users can attain precise temperature (1C) and speed (1 RPM) adjustments. The rotary drum mechanism, powered by a 0.5 HP electric motor and gearbox, ensures uniform drying, making this apparatus ideal for laboratory experimentation and process optimization.

Versatile and User-Friendly Design

Equipped with removable drums, multiple sample trays, and transparent viewing windows, the apparatus enables real-time monitoring and flexible sample management. The co-current or counter-current air flow configurations support a range of experimental requirements. Mobility is ensured by smooth caster wheels, allowing easy relocation within laboratory environments.

Safety and Reliability Guaranteed

The rotary dryer comes integrated with essential safety features, including overheating protection and an emergency stop button. Its robust, powder-coated mild steel construction and one-year warranty offer enhanced safety and peace of mind during intensive use. The apparatus is ideal for research and educational institutions in India.

FAQ's of Rotary Dryer Apparatus:

Q: How does the Rotary Dryer Apparatus operate for laboratory drying studies?

A: The apparatus dries samples by rotating a cylindrical mild steel drum, heated via an external electric jacket. Samples are placed in multiple trays inside the drum, and either co-current or counter-current air flow is used to facilitate efficient moisture removal. All processing parameters can be precisely set and monitored using the digital control panel.

Q: What are the main benefits of using this rotary dryer in a laboratory?

A: This rotary dryer offers precise temperature and speed control, safe operation with built-in overheating and emergency stop features, and a transparent window for direct observation. Its mobile design, easy-to-remove drum, and customizable features ensure flexibility, safety, and reproducible drying results.

Q: Where is the transparent viewing window located, and what is its function?

A: The transparent viewing window, made from acrylic or glass, is strategically positioned on the apparatus to allow real-time observation of the drying process. This enables users to visually monitor sample progress safely without disrupting the experiment.

Q: What safety mechanisms are incorporated into the equipment?

A: The apparatus is engineered with multiple safety features, including overheating protection, an emergency stop button, and a sturdy powder-coated mild steel frame. These safeguard the users, the samples, and the equipment during drying operations.

Q: When should I use co-current versus counter-current air flow in the dryer?

A: Co-current air flow is typically used for heat-sensitive materials or when gentle drying is needed, as both the air and material move in the same direction. Counter-current flow, where air and material move in opposite directions, is suitable for rapid and thorough drying, often for more heat-tolerant substances.

Q: How is the temperature and drum speed controlled and displayed?

A: Both temperature and drum rotation speed are digitally controlled via a microprocessor-based panel, with real-time values shown on a digital display. The system delivers excellent accuracy, enabling consistent and repeatable laboratory experiments.

Q: What is the process for handling samples with this rotary dryer apparatus?

A: Samples are loaded onto multiple trays within the removable drum. After securely closing the drum, users set desired parameters and begin the drying cycle. The transparent window allows ongoing observation, and at the cycle's end, the drum can be easily opened and samples retrieved for further analysis.

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