Description
1500W Copper Heating Element (TEN) for heating water in domestic electric water heaters (boilers). Made from high-quality copper tubing on a brass clamp flange. Equipped with two tubes (for a capillary or rod thermostat and an emergency thermal protection sensor), a magnesium anode mount (M6 thread), and flat terminals for quick electrical connection.
Key Advantages and Features:
- High heat transfer of the copper tube: Copper has high thermal conductivity, ensuring fast water heating and energy savings.
- Dual sensor tube: Allows for simultaneous installation of a rod or capillary thermostat and an emergency overheat cut-off.
- Magnesium anode mount: An M6 threaded port is provided on the flange for the mandatory installation of a protective anode, preventing tank corrosion.
- Convenient flat contacts: Terminal connection (Faston 6.3 mm) provides reliable contact without the risk of screws loosening due to vibration and heating.
Compatibility and Application:
- Water Heaters: Horizontal and vertical water heaters with a volume of 30 to 100 liters.
- Brands: Thermex, Garanterm, Amina, Electrolux, Zanussi, Att, Regent, and other boilers with a threaded or clamp flange Ø 48 mm (inner mounting diameter 45 mm).
Technical Specifications:
| Parameter | Value / Characteristic |
|---|---|
| Part type | Heating element (TEN) for water heater |
| Rated power | 1500 W (1.5 kW) |
| Operating voltage | 220–230 V AC |
| Heating element material | Copper (Cu) / Brass flange |
| Flange diameter | Outer Ø 48 mm / Inner Ø 45 mm |
| Sensor / thermostat tubes | 2 tubes (copper and brass) |
| Magnesium anode thread | M6 (6 mm) |
| Electrical contact type | Flat terminals (Faston 6.3 mm) |
| Heating element shape | Curved (narrow profile) |
Package Contents:
- 1500W Copper heating element with Ø 48/45 mm flange — 1 pc.
Service technician's tip: When replacing the heating element, be sure to install a new magnesium anode and a rubber sealing ring (flange gasket). Regular anode replacement every 1–1.5 years prevents electrochemical corrosion and significantly extends the service life of the copper heating element tube and the tank itself.
