Smart Induction Cooktops
Safiery Smart Induction cooktops have double hob at 1800W and 1500W. However, when operating together, they are limited to 2000W or 3000W total.
Induction cooking:
- Can be used outside during Total Fire Ban
- Fastest way to cook - 2min for 0.5L Water at 1800W
- 94% Efficient; compared to 40% for LPG and 70% Electric
- Safe and cool to touch after use
- Ceramic glass top - easy to clean
- Induction pots and pans now commonplace and inexpensive
- Can be set at "slow cook" - walk away and enjoy the day without worry of open flame.
BUT THERE IS A PROBLEM WHEN USING AN INVERTER WITH HOME DESIGNED INDUCTION COOKTOPS:
|
Using a Home designed double Induction Cooktop Problem |
||
|
Hob 1 Size |
If On at 1,800W |
|
|
Hob 2 Size |
If On at 1,500W |
|
|
Total Power Size |
Total Power 3,300W |
|
|
Inverter Power is only 2000W |
INVERTER TRIPS Cooking Stops |
|
Safiery solve this problem with a Double Induction specially made for RV's with a 2000W Inverter.
Safiery also solve the problem of pulsing induction at low power levels.
Safiery Inductions whether single or double now feature smooth power flow. No Pulsing!
Double Induction Smooth Power
Using double induction with smooth power rather than pulsing power at low power levels offers several significant benefits:
1. Enhanced Control:
The continuous and stable power supply enables better control over the cooking. This precise control allows for accurate adjustments to the power level, ensuring optimal performance and desired outcomes in various applications.
2. Improved Efficiency:
Smooth power delivery in double induction systems ensures a more efficient utilization of energy. By avoiding sudden spikes and drops in power, the system can operate more consistently, leading to better energy efficiency and reduced wastage.
3. Reduced Eddy Current Losses:
Eddy currents are minimized with smooth power delivery, as there are no abrupt changes in magnetic fields that can lead to losses. This reduction in eddy current losses contributes to higher overall efficiency in the system.
4. Minimized Heating Issues:
Pulsing power can sometimes lead to localized heating in the system, which may affect components and reduce their lifespan. With smooth power delivery, the risk of overheating is reduced, promoting longevity and reliability of the equipment.
5. Consistent Heating:
In processes that require precise and uniform heating, such as in induction cooking or industrial applications, smooth power delivery ensures consistent heating throughout the material. This results in better quality outcomes and improved process control.
6. Noise Reduction:
Pulsing power can generate electromagnetic interference and audible noise in induction systems. By utilizing smooth power delivery, noise levels can be reduced, creating a quieter working environment and minimizing disruptions.
7. Extended Equipment Lifespan: The stable power supply provided by double induction with smooth power helps in prolonging the lifespan of induction equipment. Reduced stress on components and consistent operation contribute to increased durability and reduced maintenance requirements.
In conclusion, opting for double induction with smooth power at low power levels offers a range of benefits including improved efficiency, enhanced control, reduced losses, minimized heating issues, consistent heating, noise reduction, and extended equipment lifespan. These advantages make this approach a favorable choice for applications where precision, reliability, and energy efficiency are paramount.
