HOT PLATES

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HOT PLATES Specification

Power Source
Electric

Voltage
220-240 V AC

Core Components
Heating Surface, Heating Elements, Regulator, Main Body

Model No
HP-3187

Measurement Range
Ambient to 350C

Feature
Uniform surface heating, corrosion-resistant top

Capacity
2 to 5 Liters, as per model

Accuracy
2C (on plate surface)

Temperature Range
Room temperature to 350C

Frequency
50 Hz

Automation Grade
Manual

Equipment Materials
Mild Steel with powder coating

Type
Laboratory Hot Plate

Usage
Laboratory and Industrial Heating

Display Type
Analog

Dimension (L*W*H)
305 x 255 x 90 mm

Weight
Approx. 5-8 kg depending on model

About HOT PLATES

HOT PLATES

Laboratory hot plates are available in round and rectangular shapes. Body is fabricated out of thick mild steel sheet duly finished in stoving enamel paint. The hot plate made of cast iron, nicely & Precisely machined & smoothed duly finished in heat resistant black paint is firmly mounted on the body. Heavy duty heating elements are securely layed under the plate to operate on 220 V AC 50 Hz single phase. Temp. is controlled by a three-heat rotary switch along with an indicator lamp for the mains and cord & plug.

A) HOT PLATE : (ROUND) Single

Specifications as above with 20 cm.(8) dia. Moulded top.

B) HOT PLATE (Round) Double

As above but with two plates of 20 cm (8) dia. having independent pilot lamps & switches

Optional :-

Sunvic energy regulator can be provided against routine energy regulator.
Digital temp. Indicator- cum- controller

Reliable Performance for Laboratory Applications

Designed for consistent, uniform heating, the HP-3187 hot plate is ideal for laboratory and industrial uses requiring precision and safety. The powder-coated body and corrosion-resistant top plate guarantee durability and easy maintenance, while advanced insulation ensures minimal heat loss during operation.

Enhanced Safety and User-friendly Operation

With its embedded nichrome wire element and thermal cutoff, this hot plate prioritizes user safety. The rotary knob control offers straightforward temperature adjustments, and the analog display provides clear, accurate readings. Its manual control system allows for hands-on, precise operation, making it suitable for a range of heating tasks.

FAQs of HOT PLATES:

Q: How is the temperature regulated on the HP-3187 hot plate?

A: Temperature is managed via a rotary knob thermostatic control, allowing manual adjustment from room temperature up to 350C. The analog display enables users to monitor the set temperature precisely.

Q: What are the primary advantages of the cast iron or stainless steel top plate?

A: Both materials are chosen for their uniform surface heating and corrosion resistance. Cast iron offers excellent heat retention, while stainless steel provides a non-reactive, easy-to-clean surface.

Q: Where can the HP-3187 hot plate be used most effectively?

A: This model is designed for laboratory and industrial environments, making it suitable for research centers, educational institutions, manufacturing facilities, and process control applications.

Q: What safety features are integrated into this laboratory hot plate?

A: The hot plate is equipped with high-grade glass wool insulation to prevent heat loss and is fitted with a thermal cutoff for overload protection, reducing risks during extended or high-temperature use.

Q: How much material can this hot plate accommodate per session?

A: Depending on the model, the HP-3187 can handle volumes ranging from 2 to 5 liters, providing versatility for various laboratory and industrial heating requirements.

Q: What process is involved in operating this hot plate?

A: Connect the hot plate to a standard 220-240 V AC power source using the provided 1.5 m input cable. Adjust the temperature using the rotary knob and monitor the analog display to reach and maintain the desired temperature.

Q: What are the main benefits of the powder-coated body and embedded nichrome heating element?

A: The powder-coated mild steel body enhances corrosion resistance and longevity, while the embedded nichrome heating element ensures rapid and uniform heating across the surface.

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