FJS Distributors: Ventless Laundry Store

Washing Machine & Tumble Dryer

$1,995.00
In Stock; Free express shipping (Arrives in 2-4 Business Days); Shipping Details
Sold as set

Details

Get Your Money’s Worth

• Increased Property Value
• Higher Rents
• Increased Cap Rates

Simple Installation

• Condenser Eliminates External

Venting

• Stacked or Side-By-Side
• Low Drain Discharge Rate

Low Operating Cost

• Easy Maintenance
• Low Energy Consumption
• Low Water Consumption
• Higher Spin Speeds Decrease Drying Time and Cost

Easy Operation

• Four Simple Preset Programs
• One Touch, Automatically-Opening Washer Door
• Easy-To-Use Control Panel

ADA Compliant

• Meets ADA Height Requirements
• All Out-Front Controls
• Elevated Installation Options

Earth Friendly

• Uses the Normal Cycle of 9.3 gallons of water per load
• Uses less electricity than any other laundry pair (1200 rpm)
• Uses up to half the detergent
• Eliminates the need for bleach

Models

• W6022 Washer
• T702C Condenser Dryer
• T702 Vented Dryer
• Sensor Controlled Drying

Supporting Documentation

• W6022 & T702C Brochure
• W6022 Owners Manual
• T702C Owners Manual
• Contact an Appliance Expert

Frequently Asked Questions

• How do condensing dryers work?

  Conventional dryers heat and circulate air throughout the clothes, picking up lint and moisture, then passing it out of the residence. All that air and energy is then thrown out of the residence along with the energy it took to cool/heat that air in the residence. Then the residence has to reheat/cool that air again.

  Water based condensers are popular in combination washer/dryer units. The air inside the machine is heated and circulated through the clothes, then passed through a chamber where the contact with a fine mist of cold water causes the moisture to condense. The condensate collects in the bottom of the chamber and is pumped down the same drain as was the wash water. The dry air is then re-circulated through the clothes to begin the process again. This is a sealed system with no discharge of heat, lint, or humidity.

  The following is a more detailed description of this same process: The condensing tumble dryer has two air circulation systems: one for the drying air and one for the cooling air. The black arrows in the diagram to the left indicate the path of the drying air, and the white arrows indicate the room-temperature cooling air.

  Drying Air (indicated by black arrows)

  1. The air is heated by the heater.
  2. It is then drawn through the drum, where it absorbs moisture from the clothes.
  3. The air leaves the drum through the lint filter in the door and passes to the fan and on the condenser.
  4. The saturated air passes through the condenser, where the moisture condenses out. The water runs down into the container, where it is either pumped up into the main container or flows out through a drain hose to a drain.

  Cooling Air (indicated by white arrows)

  The condenser is cooled by air at room temperature, drawn in through the back of the machine and blown through the condenser, exhausting through the grills at the front of the machine. If the machine is built in, air is drawn in through the gap between the floor and the underside of the machine.

  NOTE: To ensure proper air circulation, the exhaust opening and adjacent areas should be kept free from lint, dust and dirt.

• How can your washers and dryers go under counters and still hold full-sized loads?

  The front-loader’s design is much more efficient because you use every bit of the tank, not just part of it. Eliminating the agitator means the tank doesn’t have to be as large to hold the same size load. Having out-front control also helps.

• Where does the water go in the dryer that doesn't have an external vent?

  In ventless dryers, it is flushed down the same drain as the washer.

• What is a D.F.U.?

  The Drainage Fixture Unit Values (DFU) is defined by the Uniform Plumbing Code (UPC), and can be used to determine the required drainage capacity from the fixtures and their service systems.

  • http://www.engineeringtoolbox.com/drainage-fixture-unit-values-d_1077.html
  • Uniform Plumbing Code (UPC)
  • http://www.iapmo.org/common/pdf/FOG_task_group_proposed_revision.pdf

• What does the term "Make Up Air" refer to?

  Vented dryers exhaust conditioned air (cool or heat) from the dwelling to the outside. That air needs to be replaced in the home and in most cases reconditioned. On average, vented dryers consume 12,000 cubic feet of air per hour. The use of a condenser dryer eliminates this concern.

• What is the market acceptance of in-unit laundry products?

  Condensing, vent-less dryers and combination laundry products have been popular in Europe and Asia for decades. The demand for more efficient laundry equipment increases daily as Americans become more energy-conscious. Major developers and management companies have been installing combos and separate machines such as condensing dryers in their communities for several years. Demand will continue to grow as in-unit laundry becomes more of a marketing requirement for upscale communities.

• How will in-unit laundry affect the net income of my multi-family properties?

  Surveys in the metropolitan Washington DC area have shown rent increases of $40-$100 per month with the inclusion of in-unit laundry; condominium values increase from $5,000-$15,000 per unit. Net utility costs may actually go down if you currently have shared laundry facilities. Water costs will stay about the same; even though more loads are likely to be washed, the machines are so efficient that water usage will not increase substantially. Electricity bills may well go down, as you are paying all utilities for a shared facility, and the resident is probably picking up the electric bill for the in-unit machines. Even if you are paying the electrical costs, the efficiency of these machines will keep energy costs down.

• How do ventless washers and dryers get clothes so much cleaner while still using so little water and detergent and no bleach?

  Simple, vastly superior wash action and up to seven rinses. Lifting and dropping clothes in and out of hot, really hot, clean water is significantly more effective than soaking them in a tub of luke-warm water that is loaded with chemicals. The internal heaters permit water to be heated up to 140º F. and that means the detergent is so much more effective that you don’t even need bleach.

• I've heard these front-loading washers take much longer, is that true?

  For most programs they do, but the extra time in the washer means you get cleaner, better smelling clothes that are detergent free. One reason they take longer is because they spin longer and faster. That means your clothes are only damp when they go into the dryer, which then requires less electricity to dry. But if this is still a problem frontloading units offer a Speed Wash Program that will do a load in much less time. Without a doubt, clothes will come out cleaner in a frontloading Washer than if they were done in an old-style agitator top-loader.

• What's so great about 1,000 rpm spin speeds?

  By removing more water, your clothes aren’t in the dryer for nearly as long. That reduces your electric bill and that makes your clothes last longer and look better too.

• Isn't the capacity of an ASKO Professional Washer and Dryer much less than others?

  The capacity of ASKO Washers and Dryers are comparable to any old-style agitator. In fact, an ASKO will hold as much as 15 large towels. And since an ASKO doesn’t have an agitator, it will hold some items that even the largest top-loaders choke on.

• How can the ASKO washers spin 1,000 rpm and not jump out of the laundry room?

  ASKOs have a unique Automatic Load Balancing System that gives the washer the ability to balance itself. The washer doesn’t “walk” because the tank sits on a unique cradle and shock absorber system that is isolated from the outer cabinet and legs.