b'WATER HOSE ASSEMBLIESPRESSURE WASH HOSE ASSEMBLIESBLACK COVER (4000 P.S.I.) Length Actual I.D(PW2) is a one wire construction, black, blue or grey PART No. (FT.) (IN.)covered hose. Its tube is specially formulated to handle PW2A-6-25 25 3/8PW2A-6-30 30 3/8high pressure water.Suitable for pressures up to 4000 PW2A-6-50 50 3/8P.S.I., at +70F,(+21C), or temperatures up to PW2A-6-75 75 3/8+250F,(+121C) at lower pressures. PW2A-6-100 100 3/8GRY - Grey PW2A-6BLU-25 25 3/8Style of bend protectorsBLU - Blue PW2A-6BLU-30 30 3/8 may vary with I.D.C PW2A-6BLU-50 50 3/8PW2A-6BLU-75 75 3/8PW2A-6BLU-100 100 3/8PW2A-6GRY-25 25 3/8PW2A-6GRY-30 30 3/8PW2A-6GRY-50 50 3/8PW2A-6GRY-75 75 3/8PW2A-6GRY-100 100 3/8NON-MARKING COVER Length Actual I.DPART No. (FT.) (IN.)(PW3) is a one wire construction hose with a special blue PW3A-4-30 30 1/4non-marking cover. Suitable for pressures up to 4000 PW3A-4-50 50 1/4P.S.I., at +70F,(+21C), or temperatures up to PW3A-4-75 75 1/4+275F,(+135C) PW3A-4-100 100 1/4Swivels on both ends available upon request.PW3A-6-25 25 3/8Suffix PART No. with SW Example: PW3A-6-50SW PW3A-6-30 30 3/8PW3A-6-35 35 3/8PW3A-6-50 50 3/8PW3A-6-75 75 3/8PW3A-6-100 100 3/8PW3A-6-50SW 50 3/8GREY COVER (6000 P.S.I.) Length Actual I.DPART No. (FT.) (IN.)(PW4) is a two wire construction, grey covered hose. PW4A-6-30 30 3/8Suitable for pressures up to 6000 P.S.I., at +70F,(+21C) PW4A-6-50 50 3/8or temperatures up to +250F,(+121C), PW4A-6-75 75 3/8at lower pressures. PW4A-6-100 100 3/8NON-MARKING COVER Length Actual I.DPART No. (FT.) (IN.)Heat-Combo (PW5) is a one wire construction, red non- PW5A-6-30 30 3/8marking heat resistant covered, dual purpose hose. This PW5A-6-50 50 3/8hose will handle steam up to +325F,(+163C) at PW5A-6-75 75 3/8350 P.S.I. and hot water to +250F,(+121C) at 3000 P.S.I. PW5A-6-100 100 3/8 CAN BE MADE TO ORDER ALL ASSEMBLIES COME WITH THERMOPLASTIC BEND PROTECTORSSYNTHETIC RUBBER BENDPROTECTORS ALSO AVAILABLESTANDARD HOSE ASSEMBLIES CONSIST OF SWIVEL MALE PIPE X SOLID MALE PIPE ENDSNOTE:Any ambient or internal increase in temperature will lower the above listed working pressures.100'