York 026-41611-000 1Stg Glycol Pump

1Stg Glycol Pump

The York 1Stg Glycol Pump is designed to keep your business running smoothly. It delivers refrigerant fluid under pressure to heating and cooling systems, such as those in buildings or vehicles. The pump is suitable for commercial and residential applications, and it's engineered for reliability.

The York 026-41611-000 1Stg Glycol Pump is an easy and effective way to help keep your system running smoothly. It includes a 40" glycol line with four 1/4" I.D. shut-off valves for more convenient maintenance, as well as two 30" glycol lines with four 3/8" I.D. shut-off valves and four 3/8"-16 threaded outlet ports for quick connection to the system.

The York 1Stg Glycol Pump is a self-priming pump for domestic hot water. It is ideal for both residential and commercial applications. Featuring a three-way check valve and a corrosion resistant brass body, the pump can be used for both cooling and domestic hot water heating systems. The pump does not require an air gap or in-line pressure switch to maintain prime, providing the utmost flexibility for your installation.

The York 026-41611-000 first stage glycol pump is specially designed to work with air conditioning units that have internally and externally mounted evaporator coils. The 026-41611-000 1Stg Glycol Pump will help keep the air in your home cool in hot summer months.

Use the York 1Stg glycol pump to provide heated cooling water .

The York 1Stg glycol pump series are designed to cool your home by pumping a mixture of glycol and water into your heating system. In the winter, the water freezes and expands, helping maintain the temperature set point. When you need to heat up your house again, there's no need for the whole glycol mixture to thaw; just use some of the melted ice to reach the desired temperature.

The York Lil' Chief 1STG glycol pump is the heart of the chill system. It pumps a liquid refrigerant through a coil within your refrigerator that absorbs heat and sends it back to the compressor, which in turn sends it out into the condenser unit where it dissipates into the air as “heat”. The result is that the inside of your refrigerator remains well below freezing temperature, so you will have plenty of ice for drinks and food preservation.