Product Data - Air conditioning

1 CNPVP, CNRVP, CNPVT, CNRVT, CNPVU, CNRVUE vaporator CoilN Coil --- Cased and UncasedUpflow, DownflowProduct DataA06008CN(P,R)VPA06007CN(P,R)VT (Transition)A06004CN(P,R)VUThis vertical design N--coil is a furnace coil designed to provide thehighest standards of reliability and durability. The coils areavailable for use in Puron , R--410A refrigerant and designs have a painted case and come with factory--installedthermostatic expansion valves (TXV). The coils are offered indifferent width configurations for use in multiple installationapplications. Additionally, they are offered in a transitionconfiguration, a design which simplifies making field--suppliedtransition duct configurations.

2 Easy maintenance is provided as thecoil slides out of the cabinet after removing the accessdoor andservice panel. The coils are available in sizes 018 through 061(1--1/2to5tons).Transition coil models CNPVT and CNRVT are designed for usewith one size smaller width furnaces without field (P,R)V(P,T) and CNPVU are available in tin--plated copper coilmodels. These coils are built with special hairpins which aretin--plated to resist both general pitting corrosion and excessiveindoor corrosion--formicary corrosion. (Formicary corrosion is anindustry phenomenon.)STANDARD FEATURESW ater Management These coil designs do an excellent job ofwater management. The coils are designed to avoid water blow--offinto the ducts by directing condensate away from the fins and intothe drain Condensate Pan Each coil is equipped with acorrosion--resistant condensate drain pan.

3 The condensate drainpan is designed with a slope to help ensure proper drainage,improved moisture removal, and home Design Unique design offers as much as 2 to 4 in. (51to 102 mm) less in height to aid in tight Every condensate pan features two 3/4 in. femalethreaded brass insert connections. The unique brass inserts providefor a leak--free condensate line connection to prevent Connections The coils are provided with provensweat--connections for leak--free operation maintaining Pressures These coils meet or exceed burst pressure of2100 psi which is at least three to five times the pressure they willsee in actual Expansion Valves (TXV) All Carrier coils haverefrigerant--specific factory--installed n R in g The ring, installed inside the liquid line connectionat the TXV, is the best option for preventing refrigerant leaks andfuture service calls.

4 Teflon works with both Puron, R--410A, theenvironmentally friendly refrigerant and R--22 Tube Sheets Protect the durable copper tubing frombeing damaged during the manufacturing and installation NUMBER NOMENCLATURE123456789101112 CNPVP1814 ACAP roductVariationsC=CoilA=BasicTypeTubing DesignN=NCoilC = Copper (Puron Only)T = T in --- P lated C op p er (R --- 22 & P u ron )Refrigerant TypeP = Puron Refrigerant TXVR evision LevelR = R --- 22 T XVA=1stCoil ConfigurationCabinet WidthV = Upflow / Downflow14 = 14---in. / 356mm17 = 17---in. / 432mmCabinet Finish21 = 21---in. / 533mmP=Painted24 = 24---in. / 610mmU=UncasedT=TransitionNUnit Capacity18 = 1 1/2 Ton37 = 3 Ton19 = 1 1/2 Ton42 = 3 1/2 Ton24 = 2 Ton43 = 3 1/2 Ton30 = 2 1/2 Ton48 = 4 Ton31 = 2 1/2 Ton60 = 5 Ton36 = 3 Ton61 = 5 TonREGISTEREDISO 9001:2000the environmentally sound refrigerantUse of the AHRI CertifiedTM Mark indicates amanufacturer s participation in the program For verification of certification for individual products, go to CNPV / CNRV3 DIMENSIONSDIMENSIONS -- CN(P,R)VP -- English and MetricUNITAin.

5 (mm)Bin.(mm)Cin.(mm)Din.(mm)Ein.(mm)Fin. (mm)SHIPPING (kg)No n --- C o a te dHairpins(C)T i n --- C o a te dHairpins(T)CN*VP1814A*A12---5/8(321)10- --1/16(255)5---5/16(135)12---1/2(318)14- --3/16(361)5/8(16) (16) (17)CNPVP1917A*A17(432)13---7/8(352)3--- 9/16(90)15---3/4(400)17---1/2(445)3/4(19 ) (16) (17)CN*VP2414A*A14---5/8(371)12---1/16(3 06)5---5/16(135)12---1/2(318)14---3/16(3 61)5/8(16) (18) (18)CN*VP2417A*A14---5/8(371)10---1/16(2 55)3---9/16(90)15---3/4(400)17---1/2(445 )5/8(16) (18) (19)CN*VP3014A*A17(432)13---5/8(346)5--- 5/16(135)12---1/2(318)14---3/16(361)3/4( 19) (21) (23)CN*VP3017A*A17(432)13---7/8(352)3--- 9/16(90)15---3/4(400)17---1/2(445)3/4(19 ) (21) (22)CNPVP3117A*A23---1/4(490)17---1/2(44 5)3---9/16(90)15---3/4(400)17---1/2(445)

6 3/4(19) (21) (22)CN*VP3617A*A17(432)13---7/8(352)3--- 9/16(90)15---3/4(400)17---1/2(445)3/4(19 ) (22) (23)CN*VP3621A*A17(432)13---9/16(344)3-- -9/16(90)19---1/4(489)21(533)3/4(19) (22) (23)CNPVP3717A*A27---3/16(691)17---1/2(4 45)3---9/16(90)15---3/4(400)17---1/2(445 )7/8(22) (21) (24)CNPVP4217A*A21---1/8(537)13---7/8(35 2)3---9/16(90)15---3/4(400)17---1/2(445) 7/8(22) (24) (25)CN*VP4221A*A19(483)15---5/8(397)3--- 9/16(90)19---1/4(489)21(533)7/8(22) (27) (27)CNPVP4324A*A26---5/16(668)17---5/16( 440)3---9/16(90)22---3/4(578)24---1/2(62 2)7/8(22)58( ) (27)CN*VP4821A*A22---1/16(560)17---1/2(4 45)3---9/16(90)19---1/4(489)21(533)7/8(2 2) (30) (31)CN*VP4824A*A22---1/16(560)17---1/4(4 38)3---9/16(90)22---3/4(578)24---1/2(622 )7/8(22) (28) (29)CN*VP6024A*A26---5/16(668)17---15/16 (456)3---9/16(90)22---3/4(578)24---1/2(6 22)7/8(22) (35) (37)CNPVP6124A*A32---7/16(824)17---15/16 (456)3---9/16(90)22---3/4(578)24---1/2(6 22)7/8(22) (38) (39)* Position 3 = P (P u ron ), R = (R --- 22).

7 Position 11 = C (C op p er --- P u ron on ly ), T (T in --- p lated cop p er --- R --- 22 an d P u ron )A05429 CNPV / CNRV4 DIMENSIONS (cont.)DIMENSIONS -- CN(P,R)VU -- EnglishA10182* Position 3 = P (P u ron ), R = (R --- 22). Position 11 = C (C op p er --- P u ron on ly ), T (T in --- p lated cop p er --- R --- 22 an d P u ron )CNPV / CNRV5 DIMENSIONS (cont.)DIMENSIONS -- CN(P,R)VU -- MetricA10183* Position 3 = P (P u ron ), R = (R --- 22). Position 11 = C (C op p er --- P u ron on ly ), T (T in --- p lated cop p er --- R --- 22 an d P u ron )CNPV / CNRV6 DIMENSIONS (cont.)A05431 DIMENSIONS -- CN(P,R)VTUNITAin(mm)Bin(mm)Cin(mm)Din(mm )Ein(mm)SHIPPING WT. lb (kg)No n --- C o a te dHairpins(C)T i n --- C o a te dHairpins(T)CN*VT3617A*A19---13/16(503)1 6---1/8(410)15---3/4(400)17---1/2(445)3/ 4(19) (22) (23)CN*VT4221A*A21---13/16(554)17---7/8( 454)19---1/4(489)21(533)7/8(22) (28) (29)CN*VT4821A*A24---7/8(632)19---3/4(50 2)19---1/4(489)21(533)7/8(22) (32) (33)CN*VT6024A*A29---1/8(740)20---3/16(5 13)22---3/4(578)24---1/2(622)7/8(22) (35) (37)NOTE.

8 This coil suitable for use on furnace width one size down from coil casing / CNRV7 PERFORMANCE DATACOOLING CAPACITIES (MBH) -- PURON REFRIGERANTCNPVUNITSIZEINDOORCOIL AIRSATURATED TEMPERATURE LEAVING EVAPORATOR_F(_C)30 (---1)35 (2)40 (4)45 (7)50 (10)CFMEWBTCSHCBFTCSHCBFTCSHCBFTCSHCBFTC SHCBF181445072 (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) :CFM--- Cubic Ft. per MinuteEWB--- Entering Wet BulbLWB--- Leaving Wet BulbTC--- Gross Cooling Capacity 1000 BtuhSHC--- Gross Sensible Capacity 1000 BtuhBF--- Bypass FactorMBH--- 1000 BtuhSee notes on page / CNRV8 PERFORMANCE data (cont.)

9 COOLING CAPACITIES (MBH) -- PURON REFRIGERANTCNPVUNITSIZEINDOORCOIL AIRSATURATED TEMPERATURE LEAVING EVAPORATOR_F(_C)30 (---1)35 (2)40 (4)45 (7)50 (10)CFMEWBTCSHCBFTCSHCBFTCSHCBFTCSHCBFTC SHCBF421742214224T4221105072 (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) (22) (19) (17) :CFM--- Cubic Ft. per MinuteEWB--- Entering Wet BulbLWB--- Leaving Wet BulbTC--- Gross Cooling Capacity 1000 BtuhSHC--- Gross Sensible Capacity 1000 BtuhBF--- Bypass FactorMBH--- 1000 BtuhSee notes on page / CNRV9 NOTES:1. Contact manufacturer for cooling capacities at conditions other than shown in Formulas:Leaving db = entering db --sensible heat x CFML eaving wb = wb corresponding to enthalpy of air leaving coil (hLW B)hLW B=hEWB--total capacity (Btuh) hEWB= enthalpy of air entering coil3.

10 SHC is based on 80 F(27 C) db temperature of air entering the evaporator 80 F(27 C) db, subtract (Correction Factor x CFM) from 80 F(27 C)db,add(CorrectionFactorxCFM) Direct interpolation is permissible. Do not Fan motor heat has not been All data points are based on 10 F(--12 C) superheat leaving coil and use of thermostatic expansion valve (TXV) All units have sweat suction--tube connection and a liquid--tube connection. For 1--1/8--in. system suction tube, 3/4 x 1--1/8--in. suctiontube connection adapter is available as The CNPVP, CNPVT and CNPVU coils can be used in any properly designed system using Puron The CNRVP, CNRVT and CNRVU coils can be used in any properly designed system using R--22 Before using maximum cfm shown in table, check coil static pressure drop to ensure system blower can provide necessary static pres-sure needed for coil and duct Bypass Factor = 0 indicates no psychometric solution.