BSE-0049 Rotap Shieve Shaker

BSE-0049 Rotap Shieve Shaker Specification

Accuracy
±1 mm amplitude (approximate oscillation)

Power Source
230V AC, 50Hz, Single Phase

Condition
New

Control Mode
Mechanical Timer/Manual Switch

Type
Rotap Sieve Shaker

Model
BSE-0049

External Size
500 mm x 500 mm x 1100 mm (approx.)

Material
Mild Steel (Powder Coated)

Dimension (L*W*H)
500 mm x 500 mm x 1100 mm

Power
1/4 HP motor (approximate)

Voltage
230V AC

Surface Finish
Powder Coated

Operation
Rotary & tapping motion for efficient sieving

No. of Sieve Holders
Up to 7 standard sieves (8 inch diameter)

Oscillations per Minute
Approx. 278 per minute

Application
Used for particle size analysis and separation in labs

Weight
Approx. 65 kg

Compliance
IS 2386, ASTM, BS Standards compatible

Suitable For
Soil, cement, sand, aggregates, powders and granular materials

Accessories
Supplied without sieves

Sample Capacity
Upto 200 grams (depending on material)

Tapping per Minute
Approx. 150 per minute

Noise Level
Low

Timer
0-60 min mechanical timer

Drive Mechanism
Universal Electric Motor with cam operated motion

BSE-0049 Rotap Shieve Shaker Trade Information

Minimum Order Quantity
1 , Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0049 Rotap Shieve Shaker

This can accommodate up to 7 sieves of 6 to 8 Dia. Mainly used for grinding of material which are not gummy of fibrous. The adjustable post can hold 75 to 135mm Dia mortar. Fitted with 1/4 HP single phase 220 volts 50 Hz.

Efficient Rotary and Tapping Motion

The combination of rotary and tapping action in the BSE-0049 Rotap Sieve Shaker enhances the sieving process, ensuring optimal particle distribution and separation. With approximately 278 oscillations and 150 tappings per minute, this shaker consistently delivers reliable results for a wide variety of materials, including granular substances and fine powders.

Versatile Applications Across Industries

This sieve shaker is suitable for laboratories involved in soil, cement, sand, aggregates, and powder analysis. Its compatibility with IS 2386, ASTM, and BS standards makes it a preferred choice for labs seeking international compliance. The robust build and adjustable mechanical timer support extended usage and adaptability to diverse sample types.

FAQ's of BSE-0049 Rotap Shieve Shaker:

Q: How does the BSE-0049 Rotap Sieve Shaker operate for efficient particle separation?

A: The BSE-0049 operates using a universal electric motor that drives both rotary and tapping motions. These combined actions enhance particle separation by improving the movement and distribution of the sample across up to seven standard sieves, resulting in precise particle size analysis.

Q: What types of materials are suitable for analysis using this sieve shaker?

A: This model can process samples of soil, cement, sand, aggregates, powders, and other granular materials, making it highly versatile for laboratories investigating a range of particulate matter.

Q: When is it appropriate to use the mechanical timer and manual switch controls?

A: The mechanical timer (0-60 min) allows users to set precise sieving durations for consistent results. The manual switch provides flexibility for custom operation, such as immediate start or stop, depending on the experiment's requirements.

Q: Where is the BSE-0049 typically used in laboratory settings?

A: The BSE-0049 Rotap Sieve Shaker is commonly used in material testing, civil engineering, construction, and research laboratories that require accurate particle size separation and gradation analysis.

Q: What is the process for performing a particle size analysis with this shaker?

A: Place the sample (up to 200 grams) onto the stacked sieves (not included), set the desired timer duration, and start the machine. The rotary and tapping actions facilitate separation, after which each sieve can be weighed or analyzed per standard protocols.

Q: What are the key benefits of using the BSE-0049 Rotap Sieve Shaker?

A: Key advantages include high accuracy (1 mm amplitude), low noise operation, compliance with international standards, and efficient particle separation using both rotary and tapping motions. Its robust construction and user-friendly controls make it an asset for reliable laboratory analysis.

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