York Yc Yd Predator Brochure

2015-09-09

: York Yc-Yd-Predator-Brochure york-yc-yd-predator-brochure-811915 york pdf

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Factory Applied Corrosion-Resistant Coil Coating

Heating and Air Conditioning

ElectroFin® E-Coat

York’s E-Fin coang is a exible epoxy polymer coang process engineered specically for HVAC heat transfer coils.

ElectroFin® uses a PPG POWERCRON® e-coat formulaon specically designed to provide excellent edge coverage of

ns with a unique polymer that controls the ow characteriscs of the coang, a process that can provide 100% coil

coverage without bridging. E-Fin coang is available on many of York’s coil designs including aluminum microchannel

coils, convenonal copper tube coils with standard and enhanced aluminum n designs.

York’s heang and air condioning products

are designed with reliability and durability

in mind; however in the harshest condions

such as the sea coast, process paper mills,

chemical factories and other corrosive

environments added protecon such as

York’s E-Fin coil coang is a must.

Benets of York’s

Electrocoang Process:

• Exceponal exibility and durability-

ElectroFin adhesion properes and exibility of the coang material provides excellent coil coverage and corrosion

resistance.

• Not only does the ElectroFin coang provide excellent seacoast, salt environment protecon it provides outstanding

protecon in acidic and alkaline environments ranging from 3.0-12.0 pH levels.

• ElectroFin coang is designed to protect the coil with less than 1% thermal performance degradaon so unlike many

other types of coil coangs, E-Fin protects the products heat transfer coils without an adverse eect on cooling or

heat pump performance.

• ElectroFin coated coils have been tested and passed ASTM B-117 Salt Spray tests exceeding 6000 hours.

• Excellent corrosion and UV resistance.

• York UPG’s HVAC products are not only built in the U.S.A., but E-Fin is also a domescally applied product.

• A 5 year unit replacement guarantee including labor is available on select residenal products if the coil fails due to

corrosion.*

Images courtesy of Luvata

The proof is in the extensive salt spray tesng.

The photographs shown to the le are real

world applicaons that show a heat transfer

coil untreated and treated with ElectroFin

protecve coang aer many thousands of

hours in an salty environment.

Aer 1000 Hour Salt Spray Test

W i t h o u t E - F i n C o a  n g W i t h E - F i n C o a  n g

*Unit must be registered online within 90 days of installaon otherwise the parts warranty reverts back to a 5-year limited parts warranty.

The chart at le shows less than a 1% thermal

performance impact between an uncoated and E-Fin

coated coil when rst applied. Aer 1000 hours of

salt spray tesng the E-Fin coil sll performs at 90+%

whereas the uncoated coils performance has dropped

below 60%. A clear indicaon of how York’s E-Fin helps

retain the products performance in harsh condions.

With York’s E-Fin coil coangs customers can realize

extended products coil life and connued performance

from the product: whereas other manufacturer’s

products with uncoated coils begin deteriorang in both

coil surface area and performance within a short period

of me.

York’s E-Fin meets these test standards

York’s E-Fin coil coangs are chemically resistant to the

following chemicals at AMBIENT temperatures.

Acetone Chlorine Gas Hydrofluoric Acid (NR) Methyl Isobutyl Ketone Sodium Bisulfite

Acetic Acid Chromic Acid (NR) Hydrogen Peroxide 5% Mustard Gas Sodium Chloride

Acetates (ALL) Citric Acid Hydrogen Sulfide Naphthol Sodium Hypochlorite 5%

Amines (ALL) Creosol Hydrazine Nitric Acid (NR) Sodium Hydroxide <10%

Ammonia Diesel Fuel Hydroxylamine Oleic Acid Sodium Hydroxide >10% (NR)

Ammonium Hydroxide Diethanolamine Iodine Oxalic Acid Sodium Sulfate

Amino Acids Ethyl Acetate Isobutyl Alcohol Ozone Stearic Acid

Benzene Ethyl Alcohol Isopropyl Alcohol Perchloric Acid Sucrose

Borax Ethyl Ether Kerosene Phenol 85% Sulfuric Acid 25-28%

Boric Acid Fatty Acid Lactic Acid Phosgene Sulfates (ALL)

Butyl Alcohol Fluorine Gas Lactose Phenolphthalein Sulfides (ALL)

Butyl Cellosolve Formaldehyde 27% Lauryl Acid Phosphoric Acid Sulfites (ALL)

Butyric Acid Fructose Magnesium Potassium Chloride Starch

Calcium Chloride Gasoline Maleic Acid Potassium Hydroxide Toluene

Calcium Hypochlorite Glucose Menthol Propyl Alcohol Triethanolamine

Carbon Tetrachloride Glycol Methanol Propylene Glycol Urea

Cetyl Alcohol Glycol Ether Methylene Chloride Salicylic Acid Vinegar

Chlorides (ALL) Hydrochloric Acid <10% Methyl Ethyl Ketone Salt Water Xylene