Our compact and efficient systems maximize available space, making them ideal for trains where every inch matters.
Properties and features
- Standardized Technology: Our systems are built on a foundation of standardized, cutting-edge technology, ensuring reliability and seamless integration across various rail platforms.
- Adaptable Bowl Geometry: Every project is unique, which is why we offer customizable bowl geometry to meet the specific needs of any rail configuration or passenger requirements.
- Space-Saving Design: Our compact and efficient systems maximize available space, making them ideal for trains where every inch matters.
- Water Consumption Reduction: Conserving resources is at the core of our design. Our technology reduces water usage by up to 50%, promoting sustainability without compromising performance.
- Increased Train Availability: By using significantly less water, our systems enable longer intervals between refills, keeping your trains operational and reducing downtime.
- Higher Capacity per Module: Optimized design allows for increased capacity within each toilet module, catering to high-traffic environments with ease.
- Enhanced Hygiene: Improved water management and advanced material design contribute to superior hygienic conditions, ensuring a safer and cleaner experience for passengers.
Transfer System
Another option is to combine the urinal with an EVAC compact toilet. The waste water pipe of the urinal will be connected to the intermediate tank of the ocompact toilet. The intermediate tank will collect the waste water from the urinal by means of vacuum and transports the waste water to the main waste water tank by using pressurized air.
E2000 System
The EVAc Urinal can be easily combined with E2000 systems. The urinal will be connected to a vacuum waste water tank, when a flush cycle is started, the inlet valve opens and the content of the bowl will be transported to the waste water tank using the vacuum in the tank.
Compact System
The compact urinal design combines all necessary components in one unit. The content of the bowl flows by gravity into an integrated intermediate tank. Setting the intermediate tank under overpressure, the waste water can be transported to the main waste water tank.
General Data - Urinal
General Data Material Shroud - FRP and stainless steel Supplies Compressed air 6 - 7 bar
Voltage 24 V DC
Water max. 3 bar Consumption Water 0.1l - 0.2l Regulations UIC 563, EN 50155, EN 50128, EN 61373, EN 15085, EN 60529, DIN 5510, NF F 16.101, EN 45545