Product Description
- Plates are in rectangular shape.
- Top plate over hangs by supporting M.S. pillars allows air insulation between plate and control 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.
| CAT. NO. | SIZE OF PLATE | WATTS |
| AEI -138/ A | 10 W X16L | 1.0 K.W. |
| AEI -138/ B | 12W X18L | 2.0 K.W. |
| AEI -138 C | 18 WX24L | 3.0 K.W. |
Efficient & Safe Laboratory HeatingDesigned for accuracy and safety, this rectangular hot plate uses high-quality nichrome wire heating and an insulated asbestos sheet to deliver even, reliable heating for scientific purposes. Overheat protection and a durable powder-coated exterior ensure optimal safety and longevity, making it a dependable choice for continuous use in research labs or classrooms.
User-Friendly Operation & ControlControl temperature easily with the analog rotary knob, providing accuracy within 5C. The hot plate accommodates samples up to 5 liters and fits neatly on standard lab benches thanks to its compact rectangular shape. Plug-and-play connectivity allows rapid setup with a standard 3-pin plug, supporting a wide voltage range (220-380V).
Versatile Applications for LaboratoriesThis equipment is suitable for heating samples, chemical reactions, and other laboratory tasks. Its corrosion-resistant, easy-to-clean design and adjustable temperature make it adaptable for various research and educational applications, ensuring safe and efficient operation for years to come.
FAQ's of Hot Plate Laboratory (Rectangular) :
Q: How does the rectangular laboratory hot plate ensure safe operation during heating?
A: Safety is ensured through an asbestos sheet insulation for heat protection and an overheat protection system, reducing the risk of accidents and maintaining stable performance during prolonged use.
Q: What is the maximum temperature the hot plate can reach, and how accurate is the temperature control?
A: The hot plate can heat up to 350C, with temperature adjustments managed by a rotary knob. It provides a control accuracy within 5C, enabling precise heating for laboratory requirements.
Q: Where is this hot plate best utilized, and what are its primary applications?
A: Ideal for research laboratories and educational institutions, this hot plate is used for heating samples and conducting chemical reactions safely and efficiently.
Q: How is the hot plate powered, and what voltage supply does it require?
A: The hot plate operates on a standard electric power supply, compatible with 220-380V via a standard 3-pin plug for convenient connectivity.
Q: What materials are used in the construction of the hot plate and how do they benefit users?
A: Crafted from stainless steel, mild steel with powder coating, and a ceramic top, the hot plate offers durability, corrosion-resistance, and easy cleaning-essential for laboratory environments.
Q: What advantages does the corrosion-resistant powder-coated finish provide for laboratory users?
A: The powder-coated finish enhances the device's durability by preventing rust and surface damage, extending the equipment's lifespan even in chemically active lab environments.
Q: How can users control and monitor the heating process on this laboratory hot plate?
A: Users set the temperature with a rotary knob that offers analog display feedback, helping to maintain desired heat levels and monitor heating with accuracy.