BSE-0038 Laboratory Hot Plate

BSE-0038 Laboratory Hot Plate Specification

Condition
New

Control Mode
Analog Temperature Control

Power Source
Electric

Accuracy
5C

Heating Capacity
Up to 350C

Heating Method
Surface Heating Element

Type
Laboratory Hot Plate

Model
BSE-0038

External Size
300 mm x 250 mm

Temperature Range
Ambient to 350C

Material
Cast Iron Plate with Mild Steel Body

Dimension (L*W*H)
300 mm x 250 mm x 200 mm

Power
1000 W

Voltage
220 V AC

Surface Finish
Powder Coated

BSE-0038 Laboratory Hot Plate Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0038 Laboratory Hot Plate

Body made of MS sheet duly stove painted.
Heavy-duty cast-iron top or S.S. top for operating at high temperatures.
Fiber blanket insulated with Kandhal heater and fireproof connection.
All our Hot plates are fitted with energy regulator except
Available in multiple sizes and shape (Round & Rectangle)
Max. Temp. up to 300 C.
Temp. controlled by regulator & 3 Heat Switch.

Specification

BSE-0038(A) ROUND, SINGLE, 20 cm (8) dia. molded top. 1980.00
BSE-0038(B) ROUND, DOUBLE, Two plates of 20 cm (8) dia. 3520.00
BSE-0038(C) COIL TYPE, 20 cm (8) dia. 2030.00

Note :

Sunvic energy regulator extra cost.
Digital Temp. Controller.

Durable Construction and Reliable Performance

Made with a sturdy mild steel powder-coated body and a cast iron top plate, the BSE-0038 is built to endure high-temperature laboratory use. Its reliable surface heating system allows consistent performance for demanding chemical research and industrial procedures.

Precision Temperature Control

This laboratory hot plate features analog temperature control, supporting a broad range from ambient up to 350C. The device delivers heating accuracy within 5C, enabling precise manipulation of experimental conditions and reproducible results.

Enhanced Safety and User Experience

Safety mechanisms include overheat protection and a visible heating indicator, helping prevent accidents and ensuring user peace of mind. The powder-coated finish adds extra durability, making the BSE-0038 both safe and long-lasting in laboratory environments.

FAQ's of BSE-0038 Laboratory Hot Plate:

Q: How do I operate the BSE-0038 Laboratory Hot Plate for optimal results?

A: To operate the hot plate, plug it into a compatible 220 V AC outlet, set your desired temperature using the analog control dial, and observe the heating indicator. Wait for the plate to reach the indicated temperature before placing samples or containers on it.

Q: What materials is the hot plate constructed from, and why is this beneficial?

A: The hot plate features a cast iron top plate and a mild steel body with powder coating. This combination ensures robust heat distribution, corrosion resistance, and durability, making it suitable for demanding laboratory environments.

Q: When should I use the hot plate's overheat protection feature?

A: The overheat protection feature activates automatically if the plate temperature exceeds safe limits. This safety mechanism helps prevent thermal damage or accidents, ensuring laboratory safety during continuous or high-temperature applications.

Q: Where is this laboratory hot plate commonly used?

A: The BSE-0038 hot plate is employed in chemical research and industrial labs across India, particularly in environments requiring controlled and uniform surface heating for experiments and sample processing.

Q: What process does the hot plate's surface heating element use to achieve high temperatures?

A: The built-in surface heating element electrically warms the cast iron plate, rapidly reaching temperatures up to 350C. Analog controls ensure accurate temperature regulation throughout the heating process.

Q: What are the main benefits of using the BSE-0038 hot plate in laboratory applications?

A: Key benefits include precise temperature control, reliable and consistent heating, robust construction resistant to chemicals and corrosion, enhanced safety features, and straightforward operation, all supporting efficient laboratory workflows.

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