VENTILAION APPARATUS

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VENTILAION APPARATUS Specification

Temperature Range
Ambient to 60C

Accuracy
1% on measurement

Voltage
230 V AC

Frequency
50 Hz

Capacity
Laboratory scale (as per requirement)

Feature
Variable airflow, Transparent ductwork, Versatile experimentation

Core Components
Fan, Duct, Airflow Meter, Control Panel

Power Source
Electric

Equipment Materials
Stainless Steel and Borosilicate Glass

Type
Ventilation Apparatus

Dimension (L*W*H)
1100 x 600 x 1300 mm

Weight
Approx. 40 kg

About VENTILAION APPARATUS

VENTILAION APPARATUS

Demonstrates principle of ventilation in mines, using natural draft, via convection in air, Rectangular, metal box with sliding, glass front and two detachable, cylindrical glass chimneys fitted on top of the box.

Advanced Control & Versatility

Experience unparalleled variable airflow management with this ventilation apparatus. The intuitive control knob adjusts fan speed for precise air velocity, making it ideal for a range of experimental setups. The transparent ductwork allows direct airflow observation, facilitating comprehensive studies in a safe and quiet environmentperfect for educational and research laboratories.

Robust, Safe Construction

Crafted from stainless steel and borosilicate glass, the apparatus combines durability and functionality. The included overload protector safeguards both the fan and motor during extended operation, while a noise output of 55 dB maintains a comfortable working atmosphere. Its laboratory-grade construction ensures reliable performance and ease of maintenance.

FAQs of VENTILAION APPARATUS:

Q: How do I adjust the fan speed on the ventilation apparatus?

A: You can easily adjust the fan speed using the variable control knob located on the control panel. This allows you to select the desired airflow, with velocity ranging between 0.1 and 10 m/s.

Q: What types of experiments can be conducted with this ventilation apparatus?

A: This equipment is suited for laboratory-scale studies such as airflow measurement, duct flow analysis, and ventilation efficiency experiments, accommodating versatile research and educational needs.

Q: When should the overload protector be used?

A: The overload protector automatically activates to safeguard the motor and fan if the system detects an excessive load or abnormal operation, requiring no manual intervention during typical usage.

Q: Where is the apparatus best placed for operation?

A: Place the apparatus on a firm, level laboratory surface with sufficient clearance for ventilation and safe access to all components. Avoid locations with extreme humidity or temperatures beyond its ambient to 60C range.

Q: What is the process for setting up the equipment for the first time?

A: Refer to the provided operation manual for detailed steps. Typically, setup involves assembling the core components, connecting to a 230 V AC power source, and calibrating the airflow meter for accurate measurement.

Q: How does the transparent ductwork benefit the user?

A: The transparent borosilicate glass duct allows clear visualization of airflow patterns and dynamics during experiments, enhancing learning and enabling real-time observation of flow behavior.

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