Sacrificial anode for TOTIM Camarol immersed roller shutter

Special sacrificial anode for swimming pool roller shutters. Designed for the TOTIM submerged automatic pool shutter from Camarol

This sacrificial anode kit comes with 2 plastic screws for maximum protection of your pool shutter.

The sacrificial anode fits submerged shutter shafts with a standard diameter of 25mm. But it can also adapt to shafts ranging from 24.5mm to 27mm maximum.

This anode kit consists of:

• Anode
• Plastic hardware

Quick and easy replacement

Once the anode is worn out, it can be easily replaced by unscrewing the 2 existing screws. Thus, with a new anode, you ensure continuous protection of your shutter without significant effort.

Lifespan of the sacrificial anode

On average, an anode has a lifespan of 24 to 48 months. This depends on the type of pool water treatment, the quality of the treatment, and compliance with pool water maintenance recommendations.

Technical specifications of the sacrificial anode for swimming pools

The benefit of replacing or installing a sacrificial anode on your pool shutter

Installing a sacrificial anode on a pool shutter offers several advantages, particularly for protecting metal parts against corrosion. Here are the main benefits:

1. Corrosion prevention

The sacrificial anode degrades instead of the other metal components of the shutter, such as hinges and shafts, when they come into contact with the pool water. This helps prevent rust and protects the integrity of these elements.

2. Extended lifespan

By preventing corrosion of the metal parts, the anode allows the pool shutter to last longer, reducing damage related to exposure to water, especially in pools treated with salt or chemicals.

3. Reduction in maintenance costs

Thanks to the anode, metal components are better protected, which reduces the need for frequent repairs or replacement of corroded parts.

4. Simple and economical installation

Setting up a sacrificial anode is easy and inexpensive, especially compared to the long-term savings achieved by avoiding the degradation of metal components.