Emsas Industrial Water Cooler Systems

Emsas is a Turkey-origin manufacturer developing water-cooling and dispensing equipment in different volumes for mass-consumption areas. The brand's industrial water cooler portfolio extends from small-volume models to the 500-liter class. This breadth requires capacity at facilities with very different user counts — such as schools, factories, cafeterias, and public buildings — to be chosen not on a single standard model but according to actual consumption patterns.

Founded in Izmir in 1975, the company's field of activity isn't limited to water coolers; it also has refrigeration, heating, and medical equipment groups. On this Arlinoks brand page, Emsas's professional water coolers are addressed in line with the active product structure listed on Mutfak10. The brand's origin and the company's current address should be kept separate; Izmir should be considered the founding location, and Manisa the current company address.

A Production Structure Extending From 1975 to Water Cooler Engineering

Unlike home-type devices using bottled water, an industrial water cooler is planned for continuous, multi-user service conditions. Mains connection, internal tank volume, cooling power, tap count, and body size are all evaluated together. The presence of both compact models and large systems reaching hundreds of liters in the Emsas product family shows the brand develops products geared toward different facility scales.

In product specifications, the stainless interior tank, exterior body material, insulation structure, refrigerant, and electrical value can vary by model. The EMK80 model specifies a 65-liter net and 85-liter gross capacity, a 304-grade chrome interior tank, rigid polyurethane insulation, and a mains connection. The EM200, meanwhile, is positioned in a larger 200-liter class with different power and body dimensions. These values shouldn't be generalized across all Emsas products.

How Are the EM, EMK, and EMB Series Distinguished?

The EM, EMK, and EMB codes used in Emsas product names help distinguish different capacity and body structures. However, a definitive judgment about tap count, tank material, or electrical power shouldn't be made based on the model code alone. Models within the same liter class can vary in exterior coating, body shape, or use scenario.

Products like the EMK50, EMK80, EMB50, and EMB80 are among the options that can be considered for medium-scale staff areas. The EM120, EM150, EM200, EM250, EM300, EM350, EM400, and EM500, meanwhile, form larger-volume series ranked by increasing storage and service capacity. On models defined as school-type, details such as usage height or tap placement can differ based on the target user group.

Liter value alone isn't sufficient for model selection. Factors such as the cold-water demand the device can meet within an hour, how usage is distributed throughout the day, and ambient temperature affect actual service outcome. Even if tank volume is high, if intensive consumption occurs in a very short period, cooling capacity should be separately examined.

Featured Highlights

• The product range includes different water cooler classes extending from roughly 10 liters to 500 liters.
• The EMK80 model has a 304-grade chrome interior tank, rigid polyurethane insulation, and a mains connection; this technical structure can vary in other models.
• The EM series includes increasing capacity options such as 120, 150, 200, 250, 300, 350, 400, and 500 liters.
• Body size, electrical power, refrigerant, net-gross capacity, and operating range should be checked from each model's technical information.

Capacity Planning From 10 to 500 Liters

When determining water cooler capacity, the facility's total staff or visitor count is the first data point; however, it isn't sufficient on its own. Shift changes, lunch breaks, and event breaks can create high consumption in a short time. Daily total need and the busiest 15-30 minute usage period should be evaluated separately.

A compact body and lower tank volume may suffice for a small office or limited staff area. In areas like multi-shift factories, large schools, or cafeterias, a higher liter class, tap count, and cooling recovery time become more important. The decision between multiple small devices and a single large device should be based on how users are distributed across the building.

Mains water connection, drainage arrangement, electrical supply, ventilation clearance, and maintenance access should be checked in advance at the installation site. The device's passage through doors and the suitability of the floor where it will be placed should also be included in the project stage for large-volume models. Since dimensions vary from model to model, a placement decision shouldn't be made based on the product photo alone.

Emsas Water Coolers on Mutfak10

Emsas's professional water coolers in the EMK, EMB, and high-volume EM series are listed on the Mutfak10 sales platform operated by Arlinoks. You can visit the Emsas industrial water cooler models page to review liter class, body structure, and technical options together. Current price levels vary by capacity, body material, and the selected model.

Frequently Asked Questions

How many liters is the Emsas EMK80 water cooler?

The EMK80 model has a net volume of 65 liters and a gross volume of 85 liters. The product specifies a 304-grade chrome interior tank and a mains connection. Current technical values should be re-checked with the model code before ordering.

Which businesses can consider the Emsas EM200 water cooler?

The EM200 is one of the options geared toward intensive, mass use with its 200-liter tank class. Suitability for a factory, school, or large staff area isn't determined by tank volume alone; peak consumption, user distribution, tap count, and cooling power should also be factored in. The product's body dimensions and connection requirements should be checked for placement.

How is liter capacity calculated when choosing an Emsas water cooler?

First, daily total water consumption, then the busiest usage during shift or break hours should be calculated. Whether users are gathered at a single point or spread across different floors and sections also affects the number of devices needed. Along with tank volume, hourly cooling capacity and the time for water to return to the desired temperature should be evaluated.