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T 2, WEB068-9334

Thermostatic expansion valve, T 2, R134a/R513A

068Z3369

Temperature range [°C]: -40 - -15, MOP Point [°C]: -10, Pressure equalization: Internally equalized

Product specifications

Characteristic
Value
ApprovalEACLLC CDC TYSK
Body materialBrass
Capillary tube length [in]59.0 in
Capillary tube length [mm]1500 mm
China RoHS complianceOut of scope
Connection materialBrass
DG Indicator ProfileOther Dangerous Goods
DirectionAngleway
Flow directionSingle-flow
Flow direction indicatorEmbossed 1-way arrow
Fluid Group2
In scope of WEEE and contain batteriesNo
Inlet connection typeFlare
Inlet size [in]3/8 in
Material DescriptionT 2 Therm. exp. valve Flare/Flare
Max. Working Pressure [bar]34.0 bar
Max. Working Pressure [psig]500 psig
MOP Point [°C]-10 °C
MOP Point [°F]14 °F
MOP Point [psig]MOP 15
Outlet connection typeFlare
Outlet size [in]1/2 in
Packing formatMulti pack
Parts includedBulb strap
Characteristic
Value
Parts Program nameT2/TE2
PED categoryArt. 4, par. 3
Pressure equalizationInternally equalized
Product accessoriesTXV accessories
Product groupExpansion valves
Product lineAir Conditioning and Commercial Refrigeration
Product nameThermostatic expansion valve
Product TypeT 2
Quantity per packing format20 pc
Rated cap. cond. Range N [IMP]OS=10.8 ºFtcond=100 ºFtevap=40 ºFtliq=98 ºF
Rated cap. cond. Range N [SI]OS=6Ktcond=38 ºCtevap=4.4 ºCtliq=37 ºC
REACH Candidate List substancesLead (CAS no. 7439-92-1)
RefrigerantsR134a/R513A
SCIP dossier no.c164ed45-f10d-4d73-9eae-355ccb479f4b
SCIP dossier product nameT2 /TE2 - Thermostatic Expansion Valve
ServiceableTXV spare parts
Static Superheat (SS) [°C]4.00 °C
Static Superheat (SS) [°F]7.20 °F
Superheat settingAdjustable
Temperature range [°C] [max]-15 °C
Temperature range [°C] [min]-40 °C
Temperature range [°F] [max]5 °F
Temperature range [°F] [min]-40 °F
UK RoHS complianceOut of scope

General specifications

Characteristic
Value
Gross weight0.316 Kilogram
Net weight0.282 Kilogram
Volume0.489 Liter
Characteristic
Value
EAN5702422124412
Proposition 65Cancer and Reproductive Harm