Electrolux Flow Through Heater : IRCA 9193 TW3214 C882 756R 2000w 230v (107966) ALSO FITS Kuppersbusch

4ourhouse Approved part

  • In stock - Available for Immediate Despatch

    UK Next Working Day Delivery available

£62.61
Electrolux Flow Through Heater : IRCA 9193 TW3214 C882 756R 2000w 230v (107966) ALSO FITS Kuppersbusch

Electrolux Flow Through Heater : IRCA 9193 TW3214 C882 756R 2000w 230v (107966) ALSO FITS Kuppersbusch

£62.61

  • In stock - Available for Immediate Despatch

    UK Next Working Day Delivery available

4ourhouse Approved part

Stock No: 3064732OH

Have you checked whether your appliance is on recall? More Info

  • Product Description

    The purpose of the heater element in your dishwasher is to heat the water and/or dry the dishes.

    If the water is staying cold and not heating up as it should, then your dishes will not be coming out cleaned and sanitised. If the water is too hot, then it could cause the cups and plates to crack.

    This replacement Flow Through Heater is perfect in getting your dishwasher back to performing efficiently.

    Please check model fit list to ensure this part is correct for your model.

    Specification:

    • 2000 watts
    • 230 volts
    • Diameter: 32 (mm)
    • Manufacturers’ names and numbers are used for reference purposes only. These parts are in no way associated with the initial manufacturers parts
    • Repaircare - We Fix appliances

      If you're not sure what's causing the fault with your Electrolux Dishwasher or you aren't able to complete the repair yourself then our partner service, Repaircare, is just what you need.

      Repaircare is a network of fully trained appliance engineers that operates nationwide. Unlike other repair services, Repaircare only offer fixed price repairs, which means that the price quoted is the price you pay.

      A fixed price repair includes:

      • Call-out
      • Diagnosis
      • Labour
      • Safety check
      • All required parts!
  • Reviews

4ourhouse Approved part

Stock No: 3064732OH