SPLIT-E: the electrical innovation that revolutionizes the production of high-pressure hot water

SPLIT-E

High-Pressure Electric Hot Water Generator

In the world of industrial cleaning and washing solutions, there is a growing demand for technologies that combine power and efficiency with a reduced environmental footprint.

Biemmedue, always synonymous with quality and innovation in the professional cleaning sector, launches SPLIT-E, the new continuous-flow high-pressure electric hot water generator designed to meet these very needs.

SPLIT-E is a true concentration of green technology, using exclusively electricity to heat water up to 90°C, completely eliminating the use of fossil fuels such as diesel or natural gas. This means zero direct CO₂ emissions, no smoke or combustion odors, and a drastic reduction in fuel-related risks. With SPLIT-E, Biemmedue brings sustainability to the heart of industrial cleaning operations, offering a product suitable for even the most sensitive environments, such as the food and pharmaceutical industries.

From a construction standpoint, SPLIT-E stands out for its 304 stainless steel casing, a material that guarantees maximum hygiene, corrosion resistance, and long life, even in aggressive environments or subject to frequent cleaning with chemical detergents. This makes it the perfect choice for those seeking a robust machine, designed to handle continuous and intense workloads.

One of the SPLIT-E's strengths is its operational safety. The generator is equipped with a vertical flow switch that controls the activation of the resistors and, in the event of spring failure, allows it to be easily removed to prevent damage. This is complemented by a safety valve, a thermostat adjustable from 0 to 90°C, and a fixed thermostat set to 70°C with automatic reset. This provides additional protection in the event of a flow switch malfunction, shutting down the resistors to prevent unwanted overheating.

Advanced solutions are also available to protect electrical components: the 24V low-voltage control panel protects the operator from any risk, while the main power switch and ON-OFF buttons for starting and stopping heating mode make it intuitive and safe to use. In the more powerful models (36, 42, and 48 kW), a 50%-100% power selector allows the resistor capacity to be halved when full power is not needed, optimizing consumption and extending the life of the components.

Even the details demonstrate Biemmedue's attention to design: SPLIT-E includes an automatic 5-second delay between the water flow and the resistors' activation, preventing repeated activation and deactivation caused by micro-leaks or incorrect use of the wand, which could otherwise compromise the contactors.

The SPLIT-E range is divided into four models:

• SPLIT-E 24, with a maximum absorbed power of 24 kW, a temperature difference of up to 41°C at 8 l/min, and a flow rate of 300 to 600 l/h;

• SPLIT-E 36, with 36 kW and a temperature difference of 48°C at 10 l/min;

• SPLIT-E 42, with 42 kW, which guarantees up to 47°C at 12 l/min;

• SPLIT-E 48, with 48 kW and a temperature increase of 50°C at 13 l/min.

All models operate with a three-phase 400V-50/60Hz power supply, ensuring compatibility with industrial infrastructures and the ability to operate for extended periods without performance losses.

For maximum customization and convenience, Biemmedue offers dedicated accessories such as a wall-mounting bracket kit and a remote control, perfect for integrating SPLIT-E into centralized systems or multiple washing stations.

SPLIT-E is the smart solution for those seeking a clean and economical alternative to traditional high-pressure hot water production.

---

SPLIT-E - INDUSTRIAL ELECTRIC HOT WATER GENERATOR WITH CONTINUOUS FLOW IN HIGH PRESSURE

---

If you have any doubts or questions, BIEMMEDUE experts provide you with free advice to recommend the ideal solution for you

---

ASK FOR MORE INFORMATION

I have read the privacy policy and I give my consent for the purposes indicated at the link https://biemmedue.com/privacy-biemmedue and as regards the processing for the purposes indicated in point 2c)