3353555 / 2012 York Solution XT Industrial Air Conditioning Unit With 10-HP Internal Enclosure Blower & 25-HP External Blower Units, 7500 Cfm. 230/460V, 3-Ph, 60hz. Including: Power Supply/ Controller Cabinet With (2) Allen Bradley Powerflex 70 SMART Programmable Controllers. (Used To Cool And Dry The Return Air Flow From The Nederman Dust Collectors Back To The Coating Lines) # AF1360, From Collector: # 10. Item Manifest May Not Match Quantity In Description. Asset Is Being Sold As Is, Where Is. Preview Is Available By Appointment. Removal Is By Appointment Only. Buyer Is Responsible For All Costs Associated With Removal Including Dismantling, Loading And Shipment. Assets Must Be Removed By Friday, October 14th Unless Otherwise Agreed Upon By Seller. FORMS OF PAYMENT: Acceptable forms of payment include PayPal, Visa, MasterCard, American Express, cashier's check, money order, wire transfer and company check with a bank letter of guarantee. Please note that we do not accept cash, ACH deposits, personal checks or pre-paid debit cards.

If you choose a form of payment other than a credit card, the following information must accompany a letter of instruction: Company name (if applicable) Sales event number or contract number The name and address on the user account must match the name and billing address of the credit card used for the bidding and purchase, or the charge will be rejected.ac dc power supply circuit without transformer ALL FUNDS MUST COME FROM THE REGISTRANT. average cost for 3 ton ac unitWE WILL NOT ACCEPT THIRD PARTY FUNDS OF ANY KIND FOR ANY REASON.commercial indoor ac units You must make payment in full within 3 business days of the official invoice date unless otherwise stated. The date of the invoice is not counted as the first day for purposes of calculating the payment deadline.

Invoices are generated per event number, not per lot number. Credit cards submitted online will automatically be charged the full amount of your purchase (including buyer's premium and taxes) the next business day after the sale closes, unless otherwise noted on our website and unless you contact us prior to the close of the sale. Credit cards will not be accepted for any invoice in excess of $10,000; customers must submit payment via certified funds (i.e. wire transfer, cashier's check). Item Location: Cra 4a Norte No. 64-10, Facility Manager: Site Manager Approximate Lot Weight: 600 Approximate Dimensions or Lot Cube: 2m x 2m x 2m Cra 4a Norte No. 64-10, Cali, CO A 18% Buyer's Premium applies to this lot. Tax Forms for this State or Countryplease review our Terms and Conditions. For more information on shipping these items, please click here. For further assistance please review our Frequently Asked Questions.HVAC heating, ventilation, air conditioning & refrigeration system component identification guide:

This article lists and explains the function of the basic components of an air conditioning or heat pump systems and provides detailed inspection, diagnostic, and repair advice. We include photographs to assist readers inrecognizing cooling system defects. Example home inspection report language is provided to describe common air conditioning system components and their defects. If your air conditioning or heat pump system has lost its cooling capacity or won't start see REPAIR GUIDE for AIR CONDITIONERS. See How to determine the cooling capacity of air conditioning equipment if the system seems to be working but is inadequate to cool your building. At What are the Parts of an Air Conditioning System and How do Air Conditioners Work? we explained the main parts of an air conditioning system and we described the sequence of steps that make an air conditioner work to cool indoor air. Below we begin a more detailed A/C system inspection list of air conditioning system components.

If your air conditioning system is not working properly, see REPAIR GUIDE for AIR CONDITIONERS The air conditioning system (and heat pump) components introduced here are discussed in detail and are illustrated by photographs and drawings throughout this website using the links at the left of these pages. We explain how to inspect, diagnose, repair, or select, purchase, and install air conditioning systems or their individual parts and components. These components are discussed in detail and are illustrated by photographs and drawings throughout this website using the links at the left of these pages. Above we show two typical compressor/condenser units outdoors. The main internal components of the compressor/condenser unit are listed below: Compressor motor - on residential units this is normally a hermetically-sealed motor-compressor combined in a single unit like the Carrier(TM) unit shownIf a ductless split-system is installed an outside compressor/condenser unit is still required, typically containing the

very same functions but perhaps more compact, looking like the Sanyo(TM) unit shown at above right. An air conditioning compressor is a specialized pump which draws refrigerant gas back to the compressor/condenser unit from the in-building air handler and evaporator coil. The compressor compresses the returning low-pressure refrigerant gas to a high pressure (and high temperature) form. In a "split" air conditioning system, multiple indoor evaporator coils and blower units may be served by a single outdoor compressor unit such as the Sanyo unit shown at the top of this page. That unit was handling the compressor/condenser function for two wall-mounted, ductless indoor cooling units, one of which is shown in the right hand photo at "List of Indoor Components" above. Split systems like this do not make use of ductwork. Sketch of the condenser coil courtesy of Carson Dunlop Associates. Condensing coil receives high pressure refrigerant gas from the compressor and cools this refrigerant gas back to a liquid state.

Electrical controls: shut-off switch(es) for service at the unit are provided to permit maintenance and repair of the equipment. Circuit breaker(s) at the electrical panel protect the circuit supplying power to the air conditioning system. Fan an outdoor cooling fan in the compressor/condenser unit moves outdoor air across the condensing coil to cool it and assist in condensing the high pressure, high temperature refrigerant gas back into a liquid. It is this process which completes the transfer of heat through the refrigerant from indoor air to outdoor air as the compressor/condenser unit compresses and then cools the refrigerant back to a liquid. : these pipes, typically made of copper, include a low-pressure "suction line" which returns low pressure refrigerant gas from the indoor evaporator coil (cooling coil) outlet to the outdoor compressor motor inlet. The high pressure refrigerant line connects the compressor outlet to the outdoor condensing coil inlet (gas) and further connects the condensing coil

outlet to the indoor thermal expansion valve which meters high pressure refrigerant into the "low-side" evaporator coil (cooling coil) in the air handler unit in the building. are usually present on the refrigeration lines near the compressor. These valves permit testing the condition of the air conditioning system and permit removal, replacement, or additions to the refrigerant in the system. This photograph of a split system compressor/condenser outdoor unit shows four refrigerant lines and their sets of service ports. larger diameter copper pipes are the low pressure or suction lines and the smaller diameter pipes are the high pressure lines returning refrigerant to the indoor cooling units. The screw caps visible at the piping connectors where they enter the unit can be removed to provide access to special connecting valves to which the service technician can connect her set of gauges to measure system operating pressures on these lines.