What are the air handling unit and ICU Pendants?

An air handling unit is also referred to as "AHU." An air handling unit is a piece of equipment that handles air, as the name suggests. It has a fundamental internal structure. AHU is an essential component of central air conditioning. In contrast, ICU pendants provide access to crucial Intensive Care Unit services. The ICU pendants are ergonomically designed and constructed for optimal usability.

What does air handling mean?

An air handling unit is a prominent interior part of equipment for commercial air conditioning. This vast "indoor unit" is on a roof or against a building's outside wall. It generates cold or warm air and pumps it into the rooms to chill or heat them. Air handling systems are often manufactured to order for specific buildings, unlike standard commercial air conditioners. A filter, humidifier, and other devices for managing temperature, humidity, airflow, and air quality can be mounted internally in air handling units to create a bespoke design.

What are the ICU Pendants?

In today's operating room, the medical pendant is a crucial gas supply medical device. It is primarily employed in the operating room to transfer oxygen, vacuum, nitrogen, compressed air, and other medical gases. The medical pendant mainly controls the motor that raises the platform and is dependable and safe. The medical pendant can be turned to increase how much work it can do and how well it works. This makes it easier to make adjustments and use the equipment.

The function of an air handling unit

• Consider the functions performed by air management units in central air conditioning. It generates, distributes, and circulates cooled or heated air to the rooms through ducts. Typically, air-handling devices are manufactured on an as-needed basis. Additionally, they are adaptable to specific applications and building characteristics.
  
  
• Extensive facilities frequented by many people, like theatres and retail centers, frequently employ air-handling units. One of the reasons for this is that substantial public spaces are subject to stringent rules governing the emission of carbon dioxide and the quality of the air. A large facility must admit large quantities of air and utilize numerous ventilation fans to circulate the air.