Craft Group

Your air-cooled condensing unit sits outside year-round, working hard to keep your home comfortable. But some units last decades while others break down after just a few years. What makes the difference? Location Matters More Than You Think Where you place your unit changes everything. Units sitting in direct sunlight all day work twice as hard. The constant heat beats down on components, wearing them out faster.  Shade helps, but not from shrubs or fences too close by. Your unit needs airflow. Pack plants around it, and you're choking off the circulation it needs to breathe.  Salt air near the ocean? That's tough on metal parts. The corrosion creeps in slowly but surely. Clean Coils Mean Happy Units Dirty coils kill condensing units faster than almost anything else. When dirt, leaves, and grime coat the coils, your system can't release heat properly. Think about it this way - you're asking your unit to work in a heavy winter coat during summer. Something's got to...

Does your cooling system bring major headaches in the summer? Your utility bills may be running at record levels, with rooms still feeling hot and humid. Such problems usually stem from one crucial part of your system. Most individuals never consider their Condensing Unit until something goes wrong. This little powerhouse operates every day to take heat out of the inside areas. Your level of comfort relies greatly on this unit functioning properly through each season. Smart building managers learn about these systems prior to expensive repair choices. This manual assists you in understanding fundamental facts concerning these cooling elements without challenging technical terminology. How Condensing Units Actually Work? Every modern cooling system needs three basic parts to function correctly. The Self-Contained Refrigeration Condensing Unit is the heart of this process. Your system takes warm indoor air and moves excess heat outside through this critical component. These units house ...

You probably don't think much about your condensation pan . It sits quietly in your cooling system, catching water droplets that form when warm air meets cold coils. But what happens when this seemingly simple part stops working? It's not just a minor inconvenience. it can cause significant problems for your home or business. Keep reading to find out why! What Is a Condensing Unit?  The pan is one of the most important components of your HVAC system. Its job is quite straightforward: to collect water that is produced through condensation and safely dispose of it out of the system. If this were not there, the water would have nowhere to go and would leak, causing damage. Connected to the condensing unit, the pan ensures that moisture doesn't create mold, ruin ceilings, or even harm your cooling equipment. But, like any part, it's not indestructible.  Signs the Condensation Pan Is Failing First, you may see puddles of water forming at the bottom of the machine. This is of...

Whether you are a liquor connoisseur or a dining establishment owner, you know where most of your money lies. Yes, you thought right, it’s in the wine! Lately, scientists have discovered amazing technology that perfectly stores old and new wine bottles across seasons and events. This allows customers and owners to enjoy delicious flavors without worrying about the intricacies of wine storage. Does the thought of a special condensing unit system for your wine excite you? Here is everything you need to know before you invest in a brand-new plan. Also, read about the Wine Room Refrigeration system below. Features of the Latest Wine Room Refrigeration Systems That Make Them Unique Precision Temperature Control Perfectionism is essential when it comes to preserving flavor and quality. Temperature levels for aging red wines remain between 55 and 65° F; ideal temperatures for white wines are 45-55° F. Wine-cooling machines have thermostats and other coefficient-temperature regions set for age...

In today’s HVAC landscape, energy efficiency, sustainability, and advanced technology are at the forefront of building design. As part of this ongoing evolution, indoor condensing units have emerged as a critical component in modern HVAC systems, providing a host of benefits that address the needs of both commercial and residential buildings. From their role in reducing energy costs to their environmentally friendly design, indoor condensing units offer a range of advantages that make them an essential solution for thermal management. What is an Indoor Condensing Unit? An indoor condensing unit is a crucial part of an HVAC system, responsible for cooling or heating air through the refrigeration cycle. Unlike outdoor units, indoor condensing units are installed within a building, often in mechanical rooms, to serve large spaces such as offices, apartment complexes, hospitals, or industrial facilities. They typically work in tandem with air handlers, evaporators, and ductwork to distrib...

The condensing units of an air conditioning system do not produce cold air; rather, it is responsible for transferring heat from inside your home to the outside environment. Here's why the condensing units may seem to be blowing cold air: Cooling Effect from Evaporator Coil : The air conditioning process starts with the evaporator coil inside your home. This coil collects heat from interior air and cools it in the process. The cooled air is subsequently recirculated into your living space via the air ducts. Heat Removal by Condensing Unit : The absorbed heat from indoor air is transferred to the refrigerant that circulates throughout the air conditioner's system. The refrigerant transports heat to the outside condensing unit. Condensing Process : In the condensing unit, heat is released into the outside air to condense the heated refrigerant gas back into a liquid condition. As the refrigerant dissipates heat, the coils in the condensing unit may feel warm.   Air Movement : A...