Hot Plate Rectangular

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Hot Plate Rectangular Specification

Frequency
50 Hz

Model No
HP-RECT-400

Voltage
230 V AC

Measurement Range
Ambient to 300C

Automation Grade
Manual

Feature
Uniform heating, corrosion resistance, adjustable temperature control

Temperature Range
Up to 300C

Core Components
Heating element, thermostat, body shell

Capacity
2 kg

Accuracy
2C

Power Source
Electric

Equipment Materials
Powder coated mild steel body, ceramic coated heating surface

Type
Rectangular Hot Plate

Usage
Laboratory heating applications

Display Type
Analog

Dimension (L*W*H)
400 mm x 250 mm x 170 mm

Weight
Approx. 6.5 kg

About Hot Plate Rectangular

Quick Details

Installation: Built-In Hot Plate Surface: Solid Hotplate Housing: Stainless Steel
Certification: CE Power (W): 220 Voltage (V): 220
Place of Origin: Haryana India Brand Name: Lasany Hot Plate: Hote Plate

Specifications

Body made of PCRC sheet finished in enamel paint, rectangular cast iron plate with insulated elements to work on 220 V 50 Hz sin

Body made of PCRC sheet finished in enamel paint, rectangular cast iron plate with insulated elements to work on 220 V 50 Hz single phase.

TECHNICAL SPECIFICATION

SIZE OF PLATES IN INCHES RATING

(a) 10 12 6 1.2 KW

(b) 10 16 6 1.5 KW

(c) 12 18 6 2.0 KW

(d) 18 24 6 3.0 KW

RECTANGULAR KFW - 50 A

(Stainless steel top) Same as above.

Optional for above models :

(a) Pyrometer with thermocouple for temp. Indication.

(b) Digital Temp. Indicator-cum-Controller.

ROUND (Cast iron top) KFW 50 B

Body made of PCRC sheet duly painted. Heating plate dia. 8 is of cast iron with heating elements of 1.5 KW rating. Temp. Controller by energy regulator / thermostat.

(a) Single plate

(b) Double plate with individual energy regulators.

Uniform and Reliable Heating

The HP-RECT-400 rectangular hot plate ensures even heat distribution across its 400 mm x 250 mm ceramic-coated surface, which is crucial for precise chemical and biological lab experiments. The efficient ceramic layer enhances both heating uniformity and corrosion resistance for consistently reliable performance in your laboratory.

Safety and Durability

Safety features such as overheating protection and an insulated body safeguard the equipment and user, making it suitable for continuous laboratory use. The robust design, with a powder-coated mild steel body and a ceramic heating surface, withstands harsh chemicals, high temperatures, and repeated useensuring long-term durability.

User-Friendly Operation

With a simple adjustable rotary knob for temperature control and an easy-to-read analog display, this hot plate offers straightforward manual operation. Its wide temperature range (ambient to 300C) and 2C accuracy meet varied application needs, so you focus on your experiments, not on your equipment.

FAQs of Hot Plate Rectangular :

Q: How do I operate the rectangular hot plate safely in the laboratory?

A: To safely operate the HP-RECT-400 hot plate, ensure it is connected to a 230V AC power supply with the provided 3-pin plug. Adjust the temperature using the rotary control knob, monitoring the analog display for precision. Always avoid overloading beyond the 2 kg capacity and make use of the built-in overheating protection and insulated body for safe handling during use.

Q: What types of laboratory experiments can this hot plate be used for?

A: This rectangular hot plate is ideal for a range of chemical and biological lab experiments that require uniform and stable heating. Common applications include reagent heating, sample drying, evaporation, digestion, and other heating tasks in research, clinical, and educational laboratories.

Q: When should I use the hot plates maximum temperature setting?

A: The maximum setting (up to 300C) should be used only for procedures that explicitly require high-temperature heating, such as material digestion or solvent evaporation. Always refer to your experimental protocol to determine appropriate temperature ranges, and avoid unnecessary thermal stress on sensitive samples.

Q: Where is the best place to install and use this hot plate in the lab?

A: Install the hot plate on a stable, heat-resistant laboratory bench with good ventilation. Ensure it is kept away from combustible materials and in a location where there is easy access to the power source and enough space for heat dissipation.

Q: What is the process for adjusting the temperature on this hot plate?

A: Temperature adjustment is done manually using the rotary control knob. Turn the knob to set the desired temperature, confirmed via the analog display. The built-in thermostat maintains set temperatures within an accuracy of 2C. Allow the unit to reach the desired temperature before placing samples on the plate.

Q: Why choose a ceramic-coated hot plate over a standard metal surface?

A: Ceramic-coated hot plates offer superior uniform heating and excellent corrosion resistance compared to standard metal surfaces. This makes them suitable for applications involving volatile chemicals or demanding thermal requirements, extending the service life of the equipment.

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