What is an onsite inline chlorination system?

An onsite electrolysis system generates chlorine in real time by converting salt into sodium hypochlorite using an electrolytic cell. This removes the need to store, handle or transport hazardous liquid or granular chlorine on site.

What are the key benefits of onsite inline compared to traditional chlorine dosing?

Onsite electrolysis improves safety by reducing dangerous chemical handling, provides a consistent chlorine supply, reduces operational risks and can lower long-term chemical and transport costs while supporting compliance with health regulations.

How much salt is required for an onsite inline system to operate?

Most commercial onsite systems operate at relatively low salinity levels compared to traditional salt pools. The exact level depends on system design and is typically optimised for efficient chlorine production without impacting water balance or swimmer comfort.

What happens if demand exceeds chlorine production capacity?

If peak bather load exceeds the system's production capacity, chlorine levels may drop below required limits. Correct system sizing and often a backup dosing system are critical to maintain compliance during high-demand periods or system downtime.

What maintenance does an onsite inline system require?

Maintenance includes periodic inspection and cleaning of the electrolytic cell, checking salt levels, monitoring system performance and calibrating associated chemical controllers. Regular servicing helps maintain consistent chlorine production and extends electrode life.

B-Protected Onsite Chlorine Generator

Onsite Commercial Chlorine Generators via Electrolysis

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Applications

Learn to Swim Pools
Aquatic Centres
Water Parks
Splash Pads and Water Slides
Wellness and Recovery Centres

Hot and Cold Recovery Pools and Spas
Resorts and Hotel Pools
Holiday Park Pools
Apartments and Retirement Village Pools

Commercial Onsite Inline Chlorine Generators, compatible with fresh, mineral and saltwater pools have become the industry standard for maintaining primary sanitisation levels, ensuring regulatory compliance, health and total peace of mind.

Utilising Brauer Swim’s Proprietary Inductor Technology, the B-Protected inline generators represent a significant upgrade from granular or liquid chlorine dosing systems, offering superior safety, cost efficiency and operational performance.

As the safest, most cost-effective way to produce chlorine from dissolved salts and minerals through electrolysis, they also eliminate the health and safety risks associated with chlorine leaks, spills and off-gassing. Skid-mounted, compact and built with durable components, our Australian made systems offer customisable solutions, all backed by a 3 year warranty for your confidence.

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Product Highlights

Generators Available up to 4,000 gram/hour
TDS Range of 1,200 – 35,000ppm
Low TDS, Mineral and Salt Series Available
Eliminates Reliance on Granular or Liquid Chlorine
Reduces Chemical Storage and Handling Needs
Prevents Chlorine Spills, Leaks and Off-Gassing
Low Maintenance Requirements
Durable in High Ambient Temperatures
Skid-Mounted, Compact Modular Design
Built to Last with High-Quality Components
Proprietary, Advanced Technology
Customisable for Unique Applications
Australian Made with 3 Year Warranty*

Standard Features

Reverse Polarity Self-Cleaning Cell
Extending Electrode Life Technology
Transparent Cell Housing for Easy Inspection
Integrated Acid Wash System
Passive Water-Cooled Insulated Cabinet
Electronic Current Control
External Manual Control
Overload and Overvoltage Protection
Temperature and Water Flow Safeguards
Pressure Relief Valve for Added Safety
User-Friendly Interface with Backlit LCD Display
PLC Controller for Customised Integrations
Built-In Self-Diagnostics and Service Screen
Custom Chlorine Output Available
Custom Sizing to Suit Plant Room

Brauer Swim B-Protected control cabinet with touchscreen display mounted above dual filtration chambers

Introduction to the Mineral/Salt Series

Designed for Commercial Mineral/Salt Pools
Minimum Required TDS of 3,500ppm
Mineral and Salt Compatible
Chlorine Output from 250 to 4,000 grams/hour

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ELECTRODE WARRANTY AVAILABLE ON OBTAINING SIZING CERTIFICATE BRAUER SWIM.
* SEE THE WARRANTY TERMS AND CONDITIONS FOR FULL WARRANTY DETAILS.
COOLING PUMP – 12-MONTH WARRANTY.

Custom models are available on request, including tailored sizes and
production specifications.

TECHNICAL GUIDE

WARRANTY REGISTRATION

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Introduction into the Freshwater Series

Designed for Commercial Freshwater (Low TDS) Pools
Minimum Required TDS of 1,200ppm
Low TDS (Freshwater), Mineral and Salt Compatible
Chlorine Output from 110 to 1,300 grams/hour

Custom models are available on request, including tailored sizes and
production specifications.

TECHNICAL GUIDE

WARRANTY REGISTRATION

FAQ

What is an onsite inline chlorination system?
An onsite electrolysis system generates chlorine in real time by converting salt (sodium chloride) into sodium hypochlorite using an electrolytic cell. This eliminates the need to store, handle, or transport hazardous liquid or granular chlorine on site.
What are the key benefits of onsite inline compared to traditional chlorine dosing?
Onsite electrolysis improves safety by removing dangerous chemical handling, provides a consistent and reliable chlorine supply, reduces operational risks, and can lower long-term chemical and transport costs while supporting compliance with health regulations.
How much salt is required for an onsite inline system to operate?
Most commercial onsite systems operate at relatively low salinity levels compared to traditional salt pools. The exact level depends on system design, but it is typically optimised to ensure efficient chlorine production without impacting water balance or swimmer comfort.
What happens if demand exceeds chlorine production capacity?
If peak bather load exceeds the system’s production capacity, chlorine levels may drop below required limits. This is why correct system sizing—and often a backup dosing system—is critical to ensure compliance during high-demand periods or system downtime.
What maintenance does an onsite inline system require?
Maintenance includes periodic inspection and cleaning of the electrolytic cell, checking salt levels, monitoring system performance, and calibrating associated chemical controllers. Regular servicing ensures consistent chlorine production and extends the life of the electrodes.

We’ve had a fantastic experience working with Brauer Swim. The quality and performance of the gear has been excellent, and it’s clear a lot of thought has gone into creating products that are practical, durable and designed specifically for the swim industry.

What has stood out most, however, is the support from the Brauer team. They have always been responsive, professional and genuinely invested in helping us find the best solutions for our swim school. It’s been a pleasure partnering with a company that values both product quality and customer relationships so highly.

Salt Water Swim School

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We have been using Brauer Swim products across several of our locations for some time now and have had an excellent experience with both the performance of the equipment and the support from your team.

The onsite chlorination and AOP secondary sanitation systems have consistently delivered outstanding water quality for us — safe, clear, and reliable for our swimmers and staff. We’ve also appreciated the reduction in chemical handling requirements, which has been a significant operational and safety benefit for our team.

Your team has always been responsive, knowledgeable, and supportive whenever we’ve needed assistance, which has made the partnership very easy to work with. We’re happy to support Brauer Swim and look forward to continuing to work together.

Paul Saddler Swim School

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