Cooker Installations - Chilvers Electrical

Cooker Installations Services

Installing a new electric cooker—or upgrading an old one—is more than just plugging in an appliance. It involves ensuring your home’s electrical system is capable of supporting a high-demand appliance safely and efficiently. Whether you’re remodeling your kitchen or switching to a new model, proper cooker installation is key to long-term reliability and safety.

1. Understanding Electrical Requirements

High Power Demand: Electric cookers draw a significant amount of power (typically between 30A and 50A), so they need a dedicated circuit from the consumer unit. A standard 13A socket is not suitable.

Cable & Circuit Rating: Installations typically require 6mm² or 10mm² cable, depending on cooker wattage and cable run. It’s vital that the circuit matches the load to prevent overheating or failure.

2. Dedicated Cooker Control Unit

Safety First: A cooker control unit includes an isolation switch that allows you to safely turn off the cooker for maintenance or in case of emergencies.

Integrated Socket: Modern control units may also include an integrated 13A socket for plugging in smaller appliances, adding convenience.

3. Location and Compliance with Building Regulations

Placement Guidelines: Cookers must be installed with safe clearances around them. British Standard BS 6172 and manufacturer instructions guide proper placement to avoid fire risks and ensure ventilation.

Part P Building Regulations: Any new electrical work in a kitchen is subject to Part P of the UK Building Regulations, meaning installations must be carried out by a qualified electrician or notified to building control.

4. Cooker Types and Their Installation Needs

Single or Double Oven: Single ovens may have lower power demands and can sometimes be plugged in. Double ovens or combination units usually require hardwiring.

Induction vs. Conventional: Induction cookers draw more power due to their high-efficiency heating technology. Ensure your circuit is rated appropriately.

5. Ensuring Proper Earthing and Protection

RCD Protection: The cooker circuit must be RCD protected to minimize the risk of electrocution, especially in damp environments like kitchens.

MCB/RCBO Setup: The consumer unit should include an appropriately rated MCB or RCBO to prevent overload and enable easy isolation of faults.

6. Signs You Need a Professional Cooker Installation

Your current wiring or fuseboard is outdated.
You’re upgrading to a high-power induction cooker.
You experience tripping circuits when using your existing cooker.
You’re unsure if your existing cable size or control unit is sufficient.
You’ve recently upgraded your kitchen and need appliances professionally integrated.

7. The Installation Process

Site Survey: A qualified electrician will assess your kitchen’s electrical layout, cable routes, and fuseboard capacity.

Installation & Testing: They’ll install a dedicated circuit (if needed), control unit, and hardwire the cooker. All connections are then tested for safety and compliance.

Certification: After installation, a Minor Electrical Installation Works Certificate (MEIWC) or an Electrical Installation Certificate (EIC) is issued, proving the work meets legal and safety standards.

8. Benefits of Professional Cooker Installation

Safety: Properly rated cables, breakers, and RCD protection reduce the risk of electrical fires.`
Compliance: Ensures all work is up to code and insurable.
Efficiency: Your cooker performs better with a reliable power supply.
Peace of Mind: Professional installation means less stress and greater appliance longevity.

Conclusion: Invest in Safe Cooker Installations

Cooker installations aren’t just about convenience—they’re about safety, compliance, and efficiency. If you’re planning a kitchen upgrade or switching to a new cooker, make sure the installation is done professionally. With the right setup, you’ll enjoy years of worry-free cooking, knowing your kitchen is powered by a safe and reliable system.