Electric spiral for OKC 2kW 6/4" storage tanks

Product detailed description

Electric immersion spirals are commonly used in domestic and commercial hot water storage systems to provide controlled heating. Installers and service technicians working on OKC storage tanks will find this 2 kW model suitable for integration into standard heating configurations. The spiral is designed to fit within the tank and operate efficiently with minimal maintenance, making it a reliable choice for systems where electrical heating is required. The compact dimensions and standard connection sizes allow for straightforward installation in a range of tank models.

When installing this component, it is important to ensure that the tank is compatible with the spiral’s dimensions and that the electrical supply meets the required specifications. The spiral is typically positioned within the tank to ensure even heat distribution and to prevent overheating or dry running. The installation process involves securing the spiral in place and connecting it to the tank’s electrical system, ensuring all safety and insulation requirements are met.

Technical parameters

Installation and connection

Installation begins with verifying the tank’s internal dimensions to ensure the spiral fits without obstruction. The 6/4 inch connection requires a matching threaded port on the tank. The spiral is inserted and secured using standard plumbing tools. It is important to check for proper alignment and sealing to prevent water leakage. A common mistake is incorrect threading, which can lead to water ingress or electrical faults. After installation, the electrical connections must be made in accordance with local electrical codes and the manufacturer’s guidelines.

Compatibility and accessories

This spiral is specifically designed for OKC 2kW storage tanks. It is intended for use with electrical systems that provide the required voltage and current. No additional accessories are required for basic installation. However, it is important to ensure that the tank is equipped with the necessary electrical infrastructure, including a dedicated circuit and appropriate insulation. Installers should also verify that the tank’s control system is compatible with the spiral’s power rating.

Technical background for designers

The spiral operates by converting electrical energy into heat through resistance. The material used for the heating element is selected for its thermal conductivity and resistance to corrosion. The spiral’s dimensions and connection size are designed to ensure efficient heat transfer while maintaining structural integrity within the tank. The integration into the system depends on the tank’s internal configuration and the electrical supply. The spiral’s performance is influenced by the water flow rate and the tank’s insulation properties, both of which affect the overall efficiency and service life.

Service and operation

Regular inspection of the spiral’s connections and insulation is recommended to ensure continued safe operation. The spiral should be checked for signs of wear, such as corrosion or scaling, which can affect performance. No specific service intervals are provided in the technical data, but maintenance should be performed in accordance with standard electrical and plumbing practices. During operation, the spiral should be monitored for overheating or abnormal electrical consumption, which may indicate a fault.

Frequently asked questions

Can this spiral be used with other storage tank models?
This spiral is specifically designed for OKC 2kW storage tanks. Use with other models is not recommended unless compatibility has been verified by the manufacturer.

What is the total length of the spiral?
The total length of the spiral is 46 cm, including the threaded section of 38.5 cm and the active heating element of 37 cm.

What connection size is required for installation?
The spiral requires a 6/4 inch threaded connection to ensure secure and leak-free installation in the tank.

Is an electrical circuit required for installation?
Yes, the spiral must be connected to an electrical circuit that meets the required voltage and current specifications for safe and efficient operation.