Product Description
Plates are in rectangular shape. Top plate over hangs by supporting M.S. pillars allows air insulation between plate andcontrol compartment to keep control compartment cool Long lasting nichrom elements. Body made of thick mild steel /G.I sheet duly finishing in epoxy power coated shade in Regular MODEL. Body made of stainless - steel & plate also made of S.S in GMP MODEL. With energy regulator and three heat control switch. Max. Surface temperature :- 300c. Operstes on 230 volts A.C.
Uniform Heating for Accurate ResultsThe laboratory hot plate is designed to ensure evenly distributed heat across its rectangular top surface, achieving precise temperature control up to 350C. This uniformity is crucial for reliable laboratory heating and testing, helping professionals achieve repeatable and accurate results in a range of scientific applications.
Safety and Durability EngineeredSafety is prioritized with features like a fused power supply and non-slip rubber feet, providing protection during laboratory use. Its construction includes a mild steel body with a corrosion and heat-resistant powder-coated finish, paired with robust ceramic fiber insulation. This design supports both operator safety and the longevity of the equipment even under frequent use.
Versatile and Efficient Laboratory UseThis hot plate suits various laboratory environments, operating efficiently on electric power between 220-440 volts. It is tailored for indoor scientific usage such as sample heating, chemical reactions, and testing procedures, combining easy analog controls and durable materials for daily professional needs.
FAQ's of Hot Plate (Rectangular):
Q: How do I operate the thermostatic temperature control on the rectangular hot plate?
A: To use the thermostatic temperature control, simply set the desired temperature using the analog dial. The system will automatically maintain the chosen level within 5C accuracy for consistent and reliable heating.
Q: What makes this hot plate suitable for laboratory applications?
A: This hot plate features a corrosion-resistant coating, high-grade ceramic insulation, precise temperature regulation, and a durable construction, making it ideal for laboratory heating, testing, and controlled experiments.
Q: When is the hot plate ready for use after being switched on?
A: The hot plate typically reaches set temperatures quickly, depending on the required setting and laboratory conditions. For most lab tasks, it is ready for use within a few minutes after powering on.
Q: Where should this hot plate be installed for optimal safety and performance?
A: Install the hot plate on a stable, heat-resistant indoor laboratory bench, away from flammable materials and moisture. Its non-slip rubber feet help prevent accidental movement during operation.
Q: What process is involved in cleaning and maintaining the hot plate?
A: Allow the unit to cool completely, then wipe the surface with a soft, damp cloth. Avoid abrasive cleaners or immersing the device in water. Routine checks of the power fuse and non-slip feet enhance safety and performance longevity.
Q: How does the corrosion-resistant coating benefit laboratory work?
A: The specialized coating protects the hot plate from chemical spills and lab environment exposure, minimizing rust and degradation, thereby ensuring durability and easier long-term maintenance.
Q: What is the main advantage of having ceramic fiber insulation and nichrome heating elements?
A: Ceramic fiber insulation retains heat efficiently, reducing energy loss, while the nichrome heating element offers rapid, uniform heating and long operational life, essential for demanding laboratory applications.