Thermostatic expansion valve, TUAE, R410A

068U1714

Temperature range [°C]: -40 - 10, Pressure equalization: Externally equalized

Product details

Gross weight 0.186 Kg
Net weight 0.151 Kg
Volume 0.392 Liter
EAN 5702428045506

 

Approval EAC
LLC CDC TYSK
UL
Body material Stainless steel
Capillary tube length [in] 59 in
Capillary tube length [mm] 1500 mm
China RoHS compliance Yes exceed limitations
Connection material Bi-metal: Steel/copper
Direction Straightway
Equalization connection type Solder, ODF
Equalization size [in] 1/4 in
EU RoHS compliance Yes with exemptions
EU RoHS exemption clause 6(a), 6(c)
Flow direction Bi-flow with orifice 1-8
Flow direction indicator Laser engraved 1-way arrow
Fluid Group 2
In scope of WEEE and contain batteries No
Inlet connection type Solder, ODF
Inlet size [in] 3/8 in
Max. Working Pressure [bar] 45.5 bar
Max. Working Pressure [psig] 660 psig
Outlet connection type Solder, ODF
Outlet size [in] 1/2 in
Packing format Multi pack
Parts included Bulb strap
Parts Program name TUA
PED category Art. 4, par. 3
Pressure equalization Externally equalized
Product accessories TXV accessories
Product group Expansion valves
Product Name Description Thermostatic expansion valve
Quantity per packing format 24 pc
Rated cap. cond. Range N [IMP] OS=7.2 ºF
tcond=100 ºF
tevap=40 ºF
tliq=98 ºF
Rated cap. cond. Range N [SI] OS=4K
tcond=38 ºC
tevap=4.4 ºC
tliq=37 ºC
REACH Candidate List substances Lead (CAS no. 7439-92-1)
Refrigerants R410A
SCIP dossier no. 07795324-de66-41b2-9761-afe6640e393c
SCIP dossier product name TU/TC
Serviceable TXV spare parts
Static Superheat (SS) [°C] 4 °C
Static Superheat (SS) [°F] 7.2 °F
Superheat setting Adjustable
Temperature range [°C] [max] 10 °C
Temperature range [°C] [min] -40 °C
Temperature range [°F] [max] 50 °F
Temperature range [°F] [min] -40 °F
Type TUAE
UA address UA_2L.png
UK RoHS compliance Out of scope
UL approved refrigerants R410A

Accessories

Spare Parts

Replacement

Replacement

Replacement

Services

Software

Software and firmware to extend functionality