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MAKING MODERN LIVING POSSIBLE Thermostatic expansion valves, type TE 5 - TE 55 Technical brochure

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MAKING MODERN LIVING POSSIBLE

Thermostatic expansion valves,type TE 5 - TE 55

Technical brochure

2 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Contents Page

Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3

Features and benefits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3

Technical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

Superheat . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

Ordering:

R22:

Thermostatic element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

Orifice assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

Valve body. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

R407C:

Thermostatic element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

Orifice assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

Valve body. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

R134a:

Thermostatic element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

Orifice assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

Valve body. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

R404A/R507:

Thermostatic element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

Orifice assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

Valve body. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

Capacity:

R22. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9

R407C . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

R134a . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

R404A/R507 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Design - Function. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Dimensions and weights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 3

The TE series is available with a wide range of orifices which will cover a wide range of applications.

Large operating range: –60oC to +10°C

Interchangeable orifice assembly

Stainless steel power element, capillary and bulb

Wide capacity range

MOP function is available

Superior charge performance

Patented bulb strap design

MWP up to 28 bar

Widely capacity range to minimize capacity gap and overlap

Features and benefits

The TE series expansion valve regulate the injection of refrigerant into evaporators. It controls the refrigerant flow based on the superheat. The exchangeable power element is produced with the well known Danfoss laser technology for extended lifetime capability.

Introduction

Featurs

Equally applicable to freezing, refrigeration and air conditioning plant.

High flexibility for reduced stock and easy capacity matching.

High corrosion, strength and vibration resistance.

Capacity from 3~ 73TR (Asercom standard, 4K OSH)

Protects the compressor motor against excessive evaporating pressure.

Improve system reliabilities

Improve reaction and installation time. Fast installation and bulb self aligning. Better surface contact with tube and heat transferring character.

Higher application pressure range.

Easy to select.

"Green Image"

Benefits

4 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Max. temperatureBulb, when valve is installed: 100°CComplete valve not installed: 70°C

Min. temperature–60°C

MOP = Max. Operating Pressure

SS = static superheatOS = opening superheatSH = SS + OS = total superheatQnom = rated capacityQmax = maximum capacity

Static superheat SS can be adjusted with setting spindle.The standard superheat setting SS is 4 K .The opening superheat OS is 4 K from when opening begins to where the valve reaches its rated capacity Qnom.

Superheat

MOP-points

ExampleStatic superheat SS = 4 KOpening superheat OS = 4 KTotal superheat SH = 4 + 4 = 8 K

Max. test pressure32 bar

Maximum working pressure28 bar

Refrigerant

Range N− 40 → +10°C

Range NM− 40 → − 5°C

Range NL− 40 → − 15°C

Range B− 60 → − 25°C

MOP-point in evaporating temperature te and evaporating pressure pe

+15°C/+60°F 0°C/+32°F − 10°C/+15°F − 20°C/− 4°F

R22 6.9 bar / 100 psig 4.0 bar / 55 psig 2.6 bar / 35 psig 1.5 bar / 20 psig

R134a 3.9 bar / 55 psig 2.5 bar / 35 psig 21.0 bar / 15 psig 0.3 bar / 5 psig

R404A/R507 8.6 bar / 125 psig 5.1 bar / 75 psig 3.4 bar / 50 psig 2.0 bar / 30 psig

R407C 6.6 bar / 95 psig 3.6 bar / 50 psig 2.2 bar / 30 psig 1.1 bar / 15 psig

Technical data

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 5

Valve type

Rated capacity Range N:

–40oC to 10°C kW

Rated capacity kW Range B:

–60oC to –25°CkW

Orifice no. Code no.

TEX 5-3 11,1 6,4 0.5 067B2788

TEX 5-5.5 18,8 11 1 067B2789

TEX 5-7.5 26,1 15,8 2 067B2790

TEX 5-10 33,9 19,5 3 067B2791

TEX 5-13 44,8 25,9 4 067B2792

TEX 12-17 60 35,6 5 067B2708

TEX 12-21 72,7 42 6 067B2709

TEX 12-24 84,5 46,4 7 067B2710

TEX 20-32.5 113,6 55,0 8 067B2771

TEX 20-37.5 131,5 57,5 9 067B2773

TEX 55-44.5 156,3 68,2 10 067G2701

TEX 55-54 190,0 77,8 11 067G2704

TEX 55-65.5 228,8 95,3 12 067G2707

TEX 55-80 281,0 131,4 13 067G2710

Thermostatic element - including bulb strapOrdering

Orifice assembly

Valvetype

Pressureequalization

Capillarytube

Code no.

Range N–40oC to +10°C

Range NM–40 to –5°C

Range NL–40 to –15°C

Range B–60 to –25°C

1/4 in. / 6 mm m Without MOP MOP+15°C MOP 0°C MOP –10°C Without MOP MOP –20°C

TEX 5 Ext.1) 3 067B3250 067B3267 067B3249 067B3253 067B3263 067B3251

TEX 12 Ext. 3 067B3210 067B3227 067B3207 067B3213 067B3211

TEX 12 Ext. 5 067B3209 067B3212

TEX 20 Ext. 3 067B3274 067B3286 067B3273 067B3275 067B3276

TEX 20 Ext. 5 067B3290 067B3287

TEX 55 Ext. 3 067G3205 067G3220 067G3206 067G3207

TEX 55 Ext. 5 067G3209 067G3217

R22

1) Pressure equalization, please contact Danfoss.

The rated capacity is based on:Evaporating temperature te = +4°C for range N and te = –30°C for range BCondensing temperature tc = +38°CRefrigerant temperature ahead of valve tl = +37°C

Valve body

Type

ConnectionInlet × Outlet

Code no.

in. mmFlare

anglewaySolder

anglewaySolder

straightwaySolderflanges

TE 5

1/2 × 5/81/2 × 7/85/8 × 7/8

7/8 × 11/8

067B4013 067B40091)

067B40101)

067B40111)

067B40342)

067B40071)

067B40081)

067B40321)

067B40332)

TE 5

12 × 1612 × 2216 × 22 22 × 28

067B4013 067B40041)

067B40051)

067B40121)

067B40372)

067B40021)

067B40031)

067B40351)

067B40362)

TE 12

5/8 × 7/87/8 × 1

7/8 × 11/8 067B4023 2) 067B4021 2)

067B4025 1)067B4026 1)

TE 1216 × 2222 × 2522 × 28 067B4017 2) 067B4016 2)

067B4027 1)067B4015 1)

TE 207/8 × 11/8

22 × 28067B4023 2)067B4017 2)

067B4021 2)067B4016 2)

TE 5511/8 × 13/8

28 × 35067G4004 3)067G4002 3)

067G4003 3)067G4001 3)

1) ODF × ODF2) ODF × ODM3) ODM × ODMODF = Internal diameterODM = External diameter

6 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Ordering(continued)

Orifice assembly

1) Pressure equalization, please contact Danfoss.

Valve type Rated capacity kW,

Range N: –40oC to 10°C

Orifice no. Code no.

TEZ 5-3 10,8 0.5 067B2788

TEZ 5-5 18,3 1 067B2789

TEZ 5-7.5 25,6 2 067B2790

TEZ 5-9.5 33,0 3 067B2791

TEZ 5-12.5 43,9 4 067B2792

TEZ 12-17 58,8 5 067B2708

TEZ 12-20.5 71,2 6 067B2709

TEZ 12-23.5 81,4 7 067B2710

TEZ 20-29.5 104,0 8 067B2771

TEZ20-32.5 113,5 9 067B2773

TEZ 55-42.5 148,4 10 067G2701

TEZ 55- 50.5 177,4 11 067G2704

TEZ 55-61.5 215,3 12 067G2707

TEZ 55-78 273,6 13 067G2710

R407CThermostatic element - including bulb strap

Valvetype

Pressureequalization

Capillarytube

Code no.

Range N–40 to +10°C

1/4 in. / 6 mm m Without MOP MOP+15°C

TEZ 5 Ext. 1) 3 067B3278 067B3277

TEZ 12 Ext. 3 067B3366 067B3367

TEZ 20 Ext. 3 067B3371 067B3372

TEZ 55 Ext. 3 067G3240 067G3241

The rated capacity is based on:Evaporating temperature te = +4°C for range N Condensing temperature tc = +38°CRefrigerant temperature ahead of valve tl = +37°C

Valve body

Type

ConnectionInlet × Outlet

Code no.

in. mmFlare

anglewaySolder

anglewaySolder

straightwaySolderflanges

TE 5

1/2 × 5/81/2 × 7/85/8 × 7/8

7/8 × 11/8

067B4013 067B4009 1)

067B4010 1)067B4011 1)067B4034 2)

067B4007 1)067B4008 1)067B4032 1)067B4033 2)

TE 5

12 × 1612 × 2216 × 22 22 × 28

067B4013 067B4004 1)067B4005 1)067B4012 1)067B4037 2)

067B4002 1)067B4003 1)067B4035 1)067B4036 2)

TE 12

5/8 × 7/87/8 × 1

7/8 × 11/8 067B4023 2) 067B4021 2)

067B4025 1)067B4026 1)

TE 1216 × 2222 × 2522 × 28 067B4017 2) 067B4016 2)

067B4027 1)067B4015 1)

TE 207/8 × 11/8

22 × 28067B4023 2)067B4017 2)

067B4021 2)067B4016 2)

TE 5511/8 × 13/8

28 × 35067G4004 3)067G4002 3)

067G4003 3)067G4001 3)

1) ODF × ODF2) ODF × ODM3) ODM × ODMODF = Internal diameterODM = External diameter

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 7

Valve typeRated capacity kW,

range N:-40oC to 10oC

Orifice no. Code no.

TEN 5-2.0 7,0 0.5 067B2788

TEN 5-3.5 12,0 1 067B2789

TEN 5-5.0 16,9 2 067B2790

TEN 5-6.0 21,7 3 067B2791

TEN 5-8.5 29,0 4 067B2792

TEN 12-11 39,0 5 067B2708

TEN 12-13.5 47,5 6 067B2709

TEN 12-16 55,8 7 067B2710

TEN 20-20 69,5 8 067B2771

TEN 20-22.5 78,4 9 067B2773

TEN 55-29.5 102,8 10 067B2701

TEN 55-35.5 124,7 11 067G2704

TEN 55-44 154,7 12 067G2707

TEN 55-54.5 190,8 13 067G2710

Orifice assembly

Ordering(continued) R134aThermostatic element - including bulb strap.

The rated capacity is based on:Evaporating temperature te = +4°C Condensing temperature tc = +38°CRefrigerant temperature ahead of valve tl = +37°C

Valvetype

Pressureequalization

Capillarytube

Code no.

Range N–40 to +10°C

Range NM–40 to –5°C

1/4 in. / 6 mm m Without MOP MOP +15°C MOP 0°C

TEN 5 Ext.1) 3 067B3297 067B3298 067B3360

TEN 12 Ext. 3 067B3232 067B3233

TEN 12 Ext. 5 067B3363

TEN 20 Ext. 3 067B3292 067B3293

TEN 20 Ext. 5 067B3370

TEN 55 Ext. 3 067G3222 067G3223

TEN 55 Ext. 5 067G3230

1) Pressure equalization, please contact Danfoss.

Valve body

Type

ConnectionInlet × Outlet

Code no.

in. mmFlare

anglewaySolder

anglewaySolder

straightwaySolderflanges

TE 5

1/2 × 5/81/2 × 7/85/8 × 7/8

7/8 × 11/8

067B4013 067B4009 1)067B4010 1)067B4011 1)067B4034 2)

067B4007 1)067B4008 1)067B4032 1)067B4033 2)

TE 5

12 × 1612 × 2216 × 22 22 × 28

067B4013 067B4004 1)067B4005 1)067B4012 1)067B4037 2)

067B4002 1)067B4003 1)067B4035 1)067B4036 2)

TE 12

5/8 × 7/87/8 × 1

7/8 × 11/8 067B4023 2) 067B4021 2)

067B4025 1)067B4026 1)

TE 1216 × 2222 × 2522 × 28 067B4017 2) 067B4016 2)

067B4027 1)067B4015 1)

TE 207/8 × 11/8

22 × 28067B4023 2)067B4017 2)

067B4021 2)067B4016 2)

TE 5511/8 × 13/8

28 × 35067G4004 3)067G4002 3)

067G4003 3)067G4001 3)

1) ODF × ODF2) ODF × ODM3) ODM × ODMODF = Internal diameterODM = External diameter

8 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Orifice assembly

The rated capacity is based on:Evaporating temperature te = +4°C for range N and te = –30°C for range BCondensing temperature tc = +38°CRefrigerant temperature ahead of valve tl = +37°C

Ordering(continued) R404A/R507Thermostatic element - including bulb strap

1) Pressure equalization, please contact Danfoss.

Valvetype

Pressureequalization

Capillarytube

Code no.

Range N–40 to +10°C

Range NM–40 to –5°C

Range NL–40 to –15°C

Range B–60 to –25°C

1/4 in. / 6 mm m Without MOP MOP +15°C MOP 0°C MOP –10°C Without MOP MOP –20°C

TES 5 Ext.1) 3 067B3342 067B3357 067B3358 067B3344 067B3343

TES 12 Ext. 3 067B3347 067B3345 067B3348 067B3349

TES 12 Ext. 5 067B3346 067B3350

TES 20 Ext. 3 067B3352 067B3351 067B3353 067B3354

TES 20 Ext. 5 067B3356 067B3355

TES 55 Ext. 3 067G3302 067G3303 067G3304 067G3305

TES 55 Ext. 5 067G3301 067G3306

Valve typeRated capacity kW

range N:–40oC to 10°C

Rated capacity kWrange B:

–60oC to –25°COrifice no. Code no.

TES 5-2.5 8,7 5,7 0.5 067B2788

TES 5-4.0 14,6 9,9 1 067B2789

TES 5-6 20,1 14,4 2 067B2790

TES 5-7.5 26,3 17,3 3 067B2791

TES 5-10 34,6 22,9 4 067B2792

TE S12-14.5 50,6 24,2 5 067B2708

TES 12-17.5 61,0 28,4 6 067B2709

TES 12-20 70,6 31,0 7 067B2710

TES 20-22 77,6 43,8 8 067B2771

TES 20-24 84,5 44,0 9 067B2773

TES 55-34 118,4 52,3 10 067G2701

TES 55-41 143,2 58,9 11 067G2704

TES 55-48.5 170,3 71,0 12 067G2707

TES 55-60 209,8 100,2 13 067G2710

Valve body

Type

ConnectionInlet × Outlet

Code no.

in. mmFlare

anglewaySolder

anglewaySolder

straightwaySolderflanges

TE 5

1/2 × 5/81/2 × 7/85/8 × 7/8

7/8 × 11/8

067B4013 067B4009 1)067B4010 1)067B40111)067B40342)

067B40071)067B40081)067B40321)067B40332)

TE 5

12 × 1612 × 2216 × 22 22 × 28

067B4013 067B40041)067B40051)067B40121)067B40372)

067B40021)067B40031)067B40351)067B40362)

TE 12

5/8 × 7/87/8 × 1

7/8 × 11/8 067B4023 2) 067B4021 2)

067B4025 1)067B4026 1)

TE 1216 × 2222 × 2522 × 28 067B4017 2) 067B4016 2)

067B4027 1)067B4015 1)

TE 207/8 × 11/8

22 × 28067B4023 2)067B4017 2)

067B4021 2)067B4016 2)

TE 5511/8 × 13/8

28 × 35067G4004 3)067G4002 3)

067G4003 3)067G4001 3)

1) ODF × ODF2) ODF × ODM3) ODM × ODMODF = Internal diameterODM = External diameter

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 9

Capacity in KW for Range N: −40°C to +10°C

Capacity

R22

Valve typeOrifice

no.Pressure drop across valve ∆p bar Pressure drop across valve ∆p bar

2 4 6 8 10 12 14 16 2 4 6 8 10 12 14 16

Evaporating temperature +10°C Evaporating temperature 0°C

TEX 5-3TEX 5-5.5TEX 5-7.5TEX 5-10TEX 5-13

0.51234

7,312,216,722,028,5

9,816,322,329,338,1

11,318,925,934,044,4

12,320,528,236,948,3

12,921,629,839,051,1

13,322,431,040,453,2

13,622,931,841,454,7

13,723,232,442,055,7

6,611,115,320,026,4

8,714,620,326,535,0

9,916,723,330,240,0

10,718,025,232,643,2

11,218,926,534,245,4

11,519,527,435,347,0

11,720,028,136,048,1

11,920,228,536,548,9

TEX 12-17TEX 12-21TEX 12-24

567

40,048,358,0

53,164,176,3

61,273,987,3

66,079,893,4

69,183,696,9

71,186,098,7

72,387,599,4

72,888,299,1

36,244,153,0

47,657,968,9

53,965,577,1

57,669,981,5

60,072,783,9

61,574,484,8

62,275,284,7

62,575,383,8

TEX 20-32.5TEX 20-37.5

89

72,4684,95

96,64112,7

112,1130,0

121,8140,4

128,4147,0

133,1151,1

136,4153,5

138,7154,4

68,2281,78

90,04107,1

102,5120,9

110,2128,7

115,3133,2

118,7135,5

120,8136,0

121,9135,1

TEX 55-44.5TEX 55-54TEX 55-65.5TEX 55-80

10111213

112,3143,8169,1183,8

145,8184,1217,7243,2

164,4204,9243,2279,5

173,6213,6254,1300,7

177,7215,9257,1313,5

178,8214,6255,6320,9

177,8210,9250,9324,2

175,2205,5244,1324,3

102,6130,0158,1176,7

131,5164,2200,1230,7

145,4178,9218,2259,4

151,7184,1224,3274,9

154,1184,7224,5283,4

154,1182,4221,0286,9

152,3178,2215,1286,6

149,2172,7207,6283,4

Evaporating temperature -10°C Evaporating temperature -20°C

TEX 5-3TEX 5-5.5TEX 5-7.5TEX 5-10TEX 5-13

0.51234

5,89,8

13,717,823,7

7,512,817,923,130,9

8,414,420,226,034,7

9,015,421,727,837,3

9,416,122,829,138,9

9,716,623,529,940,1

9,916,924,030,440,8

10,017,124,330,741,1

4,98,4

11,915,320,7

6,210,715,119,426,1

7,012,017,021,629,1

7,512,818,223,131,0

7,813,319,024,032,2

8,013,719,524,532,9

8,113,919,924,933,2

8,214,020,025,033,3

TEX 12-17TEX 12-21TEX 12-24

567

32,039,247,2

41,350,560,1

46,156,266,0

49,059,569,0

50,761,470,4

51,762,470,6

52,162,670,0

52,162,368,8

27,533,940,8

34,642,450,4

38,346,754,7

40,449,056,7

41,750,357,3

42,350,757,0

42,450,656,2

42,350,054,8

TEX 20-32.5TEX 20-37.5

89

62,376,3

80,697,7

90,1107,8

96,0113,2

99,6115,6

101,7116,1

102,6115,0

102,7112,9

54,968,6

69,084,7

76,292,0

80,495,1

82,795,9

83,695,0

83,692,9

82,990,1

TEX 55-44.5TEX 55-54TEX 55-65.5TEX 55-80

10111213

91,1114,3143,3164,6

114,4141,3176,7209,9

124,1151,0188,1230,7

128,3154,0190,9241,2

129,4153,3188,9125,5

128,5150,4184,2245,4

126,3146,1177,8242,3

123,1140,9170,5236,9

78,597,6

125,3147,8

95,5116,8149,0181,7

102,5123,4156,1196,5

105,1124,8156,4202,5

105,2123,3153,2203,3

103,8120,2148,1200,7

101,4116,2141,8195,8

98,4111,6135,1189,5

Evaporating temperature -30°C Evaporating temperature -40°C

TEX 5-3TEX 5-5.5TEX 5-7.5TEX 5-10TEX 5-13

0.51234

4,06,99,9

12,717,2

5,08,7

12,415,721,3

5,69,6

13,817,423,5

6,010,314,718,524,8

6,210,715,319,125,6

6,410,915,619,526,0

6,411,115,819,626,0

6,511,115,919,625,9

3,25,57,9

10,013,7

3,96,89,7

12,316,7

4,47,5

10,813,618,3

4,68,0

11,414,319,2

4,88,3

11,814,719,6

4,98,4

12,114,919,7

5,08,5

12,215,019,7

5,08,5

12,214,919,4

TEX 12-17TEX 12-21TEX 12-24

567

22,828,234,0

28,134,440,9

30,837,543,9

32,439,145,1

33,239,845,2

33,639,944,6

33,539,543,6

33,238,842,3

18,122,427,0

22,027,032,0

24,129,234,0

25,130,234,7

25,730,534,5

25,830,333,8

25,629,932,8

25,329,231,6

TEX 20-32.5TEX 20-37.5

89

46,358,6

56,670,2

61,974,9

64,676,3

65,875,9

66,074,2

65,471,8

64,368,9

36,947,3

44,655,5

48,258,2

49,858,5

50,257,2

49,955,5

49,153,2

47,950,6

TEX 55-44.5TEX 55-54TEX 55-65.5TEX 55-80

10111213

64,780,0

104,6126,1

76,993,3

120,6150,4

81,797,6

124,5159,8

83,197,9

123,3162,3

82,696,0

119,7160,9

81,093,1

114,7156,9

78,789,5

109,1151,5

76,085,5

103,3145,2

50,962,582,8

101,6

59,772,093,7

118,7

62,874,595,5

124,2

63,574,293,6

124,4

62,772,490,0

121,8

61,169,785,7

117,6

59,166,781,0

112,5

56,763,576,3

106,9

Correction for subcooling ∆tsubThe evaporator capacities used must be corrected if subcooling deviates more than 4 K.The corrected capacity can be obtained by

dividing the required evaporator capacity by the correction factor below. Selections can then be made from the tables above.

∆tsub 1 K 4 K 10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K

Correction factor

0,97 1.00 1.07 1.13 1.18 1.23 1.28 1.32 1.37 1.42 1.46

10 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Correction for subcooling ∆tsub

Note: Insufficient subcooling can produce flash gas.

The evaporator capacities used must be corrected if subcooling deviates more than 4 K.The corrected capacity can be obtained by

Capacity in KW for Range B: −60°C to −25°C

Capacity (continued)

R22

Valve typeOrifice

no.Pressure drop across valve ∆p bar Pressure drop across valve ∆p bar

2 4 6 8 10 12 14 16 2 4 6 8 10 12 14 16

Evaporating temperature -25°C Evaporating temperature -30°C

TEX 5-2TEX 5-3TEX 5-4.5TEX 5-5.5TEX 5-7.5

0.51234

4,57,7

11,014,019,0

5,69,7

13,817,523,7

6,310,815,419,526,3

6,711,516,420,727,8

7,012,017,121,428,7

7,112,317,521,929,2

7,212,417,822,129,3

7,312,517,922,129,3

4,17,0

10,012,817,3

5,18,7

12,415,821,4

5,69,7

13,917,523,6

6,010,314,818,624,9

6,210,715,419,225,7

6,411,015,719,526,0

6,511,115,919,726,0

6,511,216,019,725,9

TEX 12-10TEX 12-12TEX 12-13.5

567

26,732,939,7

33,140,548,1

36,444,351,8

38,346,353,4

39,447,253,6

39,847,453,0

39,947,151,8

39,646,350,3

24,430,136,3

30,036,743,6

32,940,046,7

34,541,647,9

35,442,347,9

35,742,347,2

35,741,946,0

35,341,144,5

TEX 20-15.5TEX 20-16.5

89

45,554,2

56,065,1

61,269,6

64,070,9

65,270,5

65,469,0

64,866,8

63,764,1

41,249,3

50,258,6

54,662,2

56,863,1

57,762,4

57,760,8

57,058,6

55,956,1

TEX 55-19.5TEX 55-22TEX 55-27TEX 55-37.5

10111213

64,679,8

104,3117,4

77,193,5

120,7139,9

81,997,8

124,7146,4

83,498,1

123,6145,9

82,996,3

119,9141,6

81,393,3

114,9135,0

79,089,7

109,3127,0

76,385,8

103,5118,2

58,171,594,2

109,9

68,883,2

108,1128,4

72,986,8

111,1133,1

74,086,9

109,7131,8

73,485,1

106,1127,1

71,982,4

101,5120,4

69,779,196,4

112,7

67,275,591,1

104,4

Evaporating temperature -35°C Evaporating temperature -40°C

TEX 5-2TEX 5-3TEX 5-4.5TEX 5-5.5TEX 5-7.5

0.51234

3,76,39,0

11,515,7

4,57,8

11,214,219,3

5,18,7

12,515,721,2

5,49,3

13,216,622,3

5,69,6

13,717,122,8

5,79,8

14,017,423,0

5,89,9

14,217,523,0

5,810,014,217,422,8

3,35,68,1

10,314,1

4,17,0

10,012,717,2

4,57,8

11,114,018,8

4,88,2

11,814,719,7

5,08,5

12,215,220,1

5,18,7

12,415,420,3

5,18,8

12,615,420,2

5,18,8

12,615,319,9

TEX 12-10TEX 12-12TEX 12-13.5

567

22,127,333,0

27,033,139,3

29,635,941,9

31,037,342,8

31,737,742,6

31,937,641,8

31,837,140,6

31,436,339,2

19,924,629,7

24,229,635,1

26,432,037,3

27,633,037,9

28,133,337,6

28,233,136,7

28,032,535,6

27,631,734,2

TEX 20-15.5TEX 20-16.5

89

37,144,7

45,052,7

48,755,5

50,556,0

51,155,2

50,953,6

50,251,5

49,149,2

33,340,2

40,147,0

43,349,3

44,749,4

45,148,5

44,846,9

44,045,0

42,942,8

TEX 55-19.5TEX 55-22TEX 55-27TEX 55-37.5

10111213

52,164,084,8

101,5

61,474,196,6

116,9

64,877,198,8

120,2

65,776,997,2

118,1

65,075,293,8

113,1

63,572,789,5

106,6

61,569,784,9

99,22

59,266,580,191,5

46,557,075,9

92,52

54,565,785,8

105,4

57,468,187,4

107,4

58,067,885,7

104,7

57,366,182,4

99,68

55,963,878,5

93,37

54,061,074,3

86,46

51,958,170,0

79,35

Evaporating temperature -45°C Evaporating temperature -50°C

TEX 5-2TEX 5-3TEX 5-4.5TEX 5-5.5TEX 5-7.5

0.51234

2,95,07,29,2

12,6

3,66,28,9

11,215,3

4,06,99,9

12,416,6

4,27,3

10,413,017,4

4,47,5

10,813,317,7

4,57,7

11,013,517,7

4,57,7

11,013,517,5

4,57,7

11,013,417,3

2,64,46,48,1

11,1

3,15,47,89,9

13,4

3,56,08,6

10,814,5

3,76,49,1

11,315,1

3,86,69,4

11,615,3

3,96,79,5

11,715,3

3,96,79,6

11,715,1

3,96,79,5

11,614,8

TEX 12-10TEX 12-12TEX 12-13.5

567

17,721,926,5

21,526,331,2

23,428,332,9

24,429,133,3

24,829,232,9

24,828,932,0

24,628,430,9

24,227,629,6

15,619,423,4

18,923,127,4

20,524,728,8

21,325,328,9

21,625,428,5

21,625,027,6

21,324,426,6

20,923,725,4

TEX 20-15.5TEX 20-16.5

89

29,736,0

56,641,8

38,343,5

39,443,5

39,642,5

39,340,9

38,539,1

37,437,1

26,331,9

31,436,8

33,638,1

34,537,9

34,636,8

34,135,4

33,333,7

32,331,9

TEX 55-19.5TEX 55-22TEX 55-27TEX 55-37.5

10111213

41,350,667,5

83,36

48,358,075,9

93,86

50,759,977,0

94,85

51,059,575,291,8

50,358,072,2

86,78

48,955,868,580,8

47,253,364,7

74,43

45,350,760,8

67,96

36,444,559,674,1

42,450,866,5

82,52

44,352,367,2

82,66

44,551,865,479,4

43,850,362,5

74,56

42,548,359,2

69,01

40,946,155,8

63,22

39,243,752,4

57,44

Evaporating temperature -55°C Evaporating temperature -60°C

TEX 5-2TEX 5-3TEX 5-4.5TEX 5-5.5TEX 5-7.5

0.51234

2,23,95,67,09,6

2,74,76,88,6

11,6

3,05,27,59,4

12,6

3,25,57,99,8

13,0

3,35,78,1

10,013,1

3,45,88,2

10,113,1

3,45,88,2

10,012,9

3,45,88,29,9

12,6

1,93,34,86,18,3

2,44,15,97,4

10,0

2,64,56,58,0

10,8

2,84,76,88,4

11,1

2,84,97,08,5

11,2

2,95,07,08,6

11,1

2,95,07,08,5

10,9

2,94,97,08,4

10,6

TEX 12-10TEX 12-12TEX 12-13.5

567

13,716,920,5

16,520,123,8

17,821,424,9

18,521,824,9

18,721,824,4

18,621,423,6

18,320,822,6

17,920,121,5

11,814,617,8

14,217,320,5

15,318,321,3

15,818,621,2

16,018,520,7

15,918,119,9

15,617,619,0

15,216,918,1

TEX 20-15.5TEX 20-16.5

89

23,128,0

27,532,1

29,333,1

29,932,7

29,931,7

29,430,3

28,728,8

27,727,2

20,124,4

23,827,8

25,328,4

25,728,0

25,627,0

25,125,7

24,424,4

23,523,0

TEX 55-19.5TEX 55-22TEX 55-27TEX 55-37.5

10111213

31,938,952,1

64,93

36,944,257,8

71,54

38,545,358,2

71,05

38,544,856,4

67,73

37,843,453,8

63,18

36,641,550,8

58,13

35,239,547,7

52,96

33,637,444,7

47,88

27,633,645,1

56,08

31,838,149,8

61,15

33,138,949,960,2

33,138,348,2

56,97

32,337,045,8

52,79

31,235,443,1

48,29

29,933,640,4

43,77

28,531,737,8

39,36

dividing the required evaporator capacity by the correction factor below. Selections can then be made from the tables above.

∆tsub 1 K 4 K 10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K

Correction factor

0,97 1.00 1.07 1.13 1.18 1.23 1.28 1.32 1.37 1.42 1.46

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 11

Capacity in KW for Range N: −40°C to +10°C

Capacity (continued)

R407C

Valve typeOrifice

no.Pressure drop across valve ∆p bar Pressure drop across valve ∆p bar

2 4 6 8 10 12 14 16 2 4 6 8 10 12 14 16

Evaporating temperature +10°C Evaporating temperature 0°C

TEZ 5 - 3TEZ 5 - 5TEZ 5 - 7.5TEZ 5 - 9.5TEZ 5 - 12.5

0.51234

7,212,116,621,828,5

9,516,022,028,837,7

10,918,325,233,043,3

11,719,627,135,446,5

12,120,428,336,848,6

12,420,929,137,749,9

12,521,129,538,250,7

12,521,229,738,351,0

6,511,015,319,926,3

8,514,320,025,934,4

9,516,122,529,138,7

10,117,224,031,041,3

10,517,825,032,242,9

10,718,225,632,843,8

10,818,325,933,144,2

10,718,326,033,144,3

TEZ 12 - 17TEZ 12 - 20.5TEZ 12 - 23.5

567

41,249,759,8

53,965,277,7

61,574,387,7

65,479,192,5

67,781,994,8

68,983,495,5

69,283,894,9

68,983,493,3

36,144,052,9

46,857,067,8

52,163,474,6

55,066,877,8

56,668,679,0

57,369,378,8

57,369,177,6

56,868,375,8

TEZ 20 - 29.5TEZ 20 - 32.5

89

69,177,6

90,8101,4

103,9115,2

110,9122,2

115,2125,9

117,7127,5

118,7127,3

118,6125,9

64,574,0

83,895,3

93,7105,5

99,2110,5

102,3112,7

103,7112,9

103,9111,6

103,1109,3

TEZ 55 - 42.5TEZ 55 - 50.5TEZ 55 - 61.5TEZ 55 - 78

10111213

112,4143,4170,9187,4

144,2181,6217,3244,7

160,9200,1240,0277,8

167,6205,9247,3294,3

169,8206,1247,6302,9

169,1202,9243,6306,2

166,3197,4236,6305,4

162,1190,3227,6301,3

102,8129,9159,8179,9

130,2162,2199,6231,5

141,7174,2214,2255,9

146,2177,4217,8267,7

147,0176,2215,6272,4

145,4172,2210,0272,3

142,1166,5202,2268,6

137,7159,7193,0262,2

Evaporating temperature -10°C Evaporating temperature -20°C

TEZ 5 - 3TEZ 5 - 5TEZ 5 - 7.5TEZ 5 - 9.5TEZ 5 - 12.5

0.51234

5,79,7

13,717,723,7

7,312,517,522,630,3

8,113,819,525,133,6

8,614,720,726,535,5

8,915,221,527,436,7

9,015,421,927,837,2

9,115,522,127,937,4

9,015,522,127,737,2

4,98,4

11,915,320,8

6,110,514,919,025,7

6,711,616,420,928,2

7,112,217,422,029,6

7,312,617,922,630,3

7,412,718,222,830,6

7,412,818,222,830,5

7,412,718,122,630,1

TEZ 12 - 17TEZ 12 - 20.5TEZ 12 - 23.5

567

31,138,246,0

39,448,257,3

43,352,862,0

45,455,264,0

46,456,264,3

46,756,363,6

46,555,762,2

45,954,760,3

26,232,439,0

32,239,647,0

35,242,950,2

36,644,451,3

37,344,951,1

37,344,650,2

36,943,848,7

36,242,746,9

TEZ 20 - 29.5TEZ 20 - 32.5

89

58,768,6

74,585,9

81,993,3

86,096,5

87,997,2

88,596,3

88,094,2

86,791,2

51,961,5

63,774,2

69,379,4

72,081,0

73,180,6

72,978,9

71,976,3

70,373,1

TEZ 55 - 42.5TEZ 55 - 50.5TEZ 55 - 61.5TEZ 55 - 78

10111213

92,0115,2145,3167,8

113,4139,9176,0209,8

121,5147,7185,0227,8

124,2149,0185,6234,7

123,8146,7181,6235,8

121,6142,4175,1232,8

118,1136,8167,1227,0

113,8130,4158,3219,1

79,999,3

128,0151,4

95,3116,6149,1182,2

100,9121,6154,1194,2

102,2121,4152,6197,5

101,1118,6147,6195,7

98,5114,2140,9190,8

95,1109,0133,3183,7

91,0103,3125,4175,4

Evaporating temperature -30°C Evaporating temperature -40°C

TEZ 5 - 3TEZ 5 - 5TEZ 5 - 7.5TEZ 5 - 9.5TEZ 5 - 12.5

0.51234

4,06,99,9

12,717,3

4,98,5

12,215,521,0

5,49,4

13,416,922,9

5,79,8

14,117,723,8

5,910,114,418,124,2

5,910,214,618,224,2

5,910,214,618,023,9

5,910,114,417,823,4

3,25,57,9

10,113,8

3,96,79,6

12,216,6

4,27,3

10,513,217,9

4,57,7

11,013,718,4

4,67,8

11,213,918,6

4,67,9

11,313,918,4

4,67,8

11,213,818,0

4,57,7

11,013,517,5

TEZ 12 - 17TEZ 12 - 20.5TEZ 12 - 23.5

567

21,226,331,7

25,731,537,4

27,833,939,6

28,834,840,0

29,134,839,6

29,034,438,5

28,633,637,1

27,932,535,5

16,620,624,8

19,924,428,9

21,426,030,3

22,026,430,3

22,226,329,7

21,925,828,7

21,525,027,5

20,924,026,1

TEZ 20 - 29.5TEZ 20 - 32.5

89

43,652,3

56,661,5

56,564,8

58,265,2

58,564,1

57,961,9

56,659,3

54,956,2

35,042,3

41,648,9

44,350,6

45,250,3

45,048,7

44,146,6

42,844,1

41,241,5

TEZ 55 - 42.5TEZ 55 - 50.5TEZ 55 - 61.5TEZ 55 - 78

10111213

66,281,7

107,0129,2

77,493,9

121,4151,4

81,096,8

123,6159,7

81,395,7

120,7159,0

79,892,7

115,5155,3

77,288,6

109,2149,5

73,984,0

102,5142,3

70,379,295,7

134,4

52,564,485,3

104,8

60,572,994,8

120,3

62,774,395,1

123,8

62,472,891,8

122,1

60,770,086,9

117,7

58,366,481,4

111,9

55,462,575,8

105,4

52,458,570,2

98,54

Correction for subcooling ∆tsub

Note: Insufficient subcooling can produce flash gas.

The evaporator capacities used must be corrected if subcooling deviates more than 4 K.The corrected capacity can be obtained by

dividing the required evaporator capacity by the correction factor below. Selections can then be made from the tables above.

∆tsub 1 K 4 K 10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K

Correction factor

0,96 1.00 1.08 1.16 1.23 1.30 1.37 1.43 1.49 1.55 1.62

12 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Capacity in KW for Range N: −40°C to +10°CCapacity (continued)

R134aValve type

Orificeno.

Pressure drop across valve ∆p bar Pressure drop across valve ∆p bar

2 4 6 8 10 12 14 16 2 4 6 8 10 12 14 16

Evaporating temperature +10°C Evaporating temperature 0°C

TEN 5 - 2.0TEN 5 - 3.5TEN 5 - 5.0TEN 5 - 6.0TEN 5 - 8.5

0.51234

5,59,3

13,016,922,4

7,112,016,721,728,8

7,813,218,523,931,9

8,213,919,625,233,6

8,414,320,125,834,4

8,514,420,326,034,8

8,414,420,325,934,7

8,314,220,125,534,2

4,88,2

11,615,020,1

6,110,314,618,725,1

6,611,316,020,527,5

6,911,916,821,428,7

7,112,117,221,829,2

7,112,217,321,929,3

7,012,117,221,629,0

6,911,916,921,228,4

TEN 12 - 11TEN 12 - 13.5TEN 12 - 16

567

29,336,540,1

37,446,550,5

41,050,854,5

42,752,856,1

43,453,456,1

43,453,255,2

42,852,353,7

41,850,951,7

26,132,535,8

32,440,243,8

35,143,446,7

36,444,747,5

36,744,947,2

36,544,346,0

35,843,344,4

34,841,842,4

TEN 20 - 20TEN 20 - 22.5

89

55,4463,48

71,080,53

77,9687,49

81,5290,41

83,0290,87

83,189,67

82,1587,28

80,3984,02

50,4558,78

62,6972,06

68,0177,01

70,478,44

71,0277,76

70,4575,73

69,0272,78

66,9569,2

TEN 55 - 29.5TEN 55 - 35.5TEN 55 - 44TEN 55 - 54.5

10111213

88,39111,5137,0154,6

110,0136,6167,9195,6

117,3143,6176,3212,5

119,2143,8176,1219,2

118,0140,4171,4219,8

114,9135,0164,0216,4

110,5128,3155,1210,0

105,3121,0145,5201,5

78,9498,72124,4144,1

95,11117,0146,8176,2

100,1121,2151,3187,9

100,6120,0148,9190,8

98,69116,1143,0188,5

95,27110,6135,3182,9

90,94104,4126,7175,1

86,0697,74117,8165,8

Evaporating temperature -10°C Evaporating temperature -20°C

TEN 5 - 2.0TEN 5 - 3.5TEN 5 - 5.0TEN 5 - 6.0TEN 5 - 8.5

0.51234

4,17,1

10,012,917,4

5,08,6

12,315,621,1

5,59,4

13,317,022,9

5,79,8

13,917,623,7

5,89,9

14,117,823,9

5,89,9

14,217,723,7

5,79,8

14,017,523,3

5,69,6

13,717,022,6

3,35,78,2

10,514,3

4,06,99,9

12,617,1

4,47,5

10,713,518,3

4,57,8

11,113,918,7

4,67,8

11,214,018,7

4,57,8

11,213,918,4

4,57,7

11,013,517,9

4,47,5

10,713,117,2

TEN 12 - 11TEN 12 - 13.5TEN 12 - 16

567

22,628,131,1

27,233,636,7

29,235,938,7

30,036,638,9

30,136,538,3

29,735,837,0

29,034,635,4

28,033,233,6

18,623,125,6

22,027,229,7

23,528,730,9

24,029,030,8

23,928,730,0

23,427,828,8

22,726,727,3

21,825,425,6

TEN 20 - 20TEN 20 - 22.5

89

44,3152,41

53,2461,8

57,0464,89

58,465,06

58,3263,56

57,2861,04

55,5757,91

53,3754,4

36,7543,97

43,3750,62

45,8752,18

46,4451,47

45,8749,54

44,5846,94

42,8143,97

40,740,84

TEN 55 - 29.5TEN 55 - 35.5TEN 55 - 44TEN 55 - 54.5

10111213

68,1784,56108,8129,2

79,3196,61123,2151,8

82,3998,7

124,7158,7

81,9396,67120,9158,4

79,5992,61114,6154,1

76,1787,54107,3147,3

72,1381,9799,47139,0

67,7576,2

91,65130,0

55,768,6

89,71108,8

63,676,8399,05124,6

65,2277,4598,43127,7

64,1775,0394,04125,2

61,7471,2

88,09119,8

58,5766,7281,57112,9

55,0261,9974,95105,2

51,2857,2168,4797,18

Evaporating temperature -30°C Evaporating temperature -40°C

TEN 5 - 2.0TEN 5 - 3.5TEN 5 - 5.0TEN 5 - 6.0TEN 5- 8.5

0.51234

2,64,56,58,2

11,2

3,15,47,79,7

13,2

3,35,88,3

10,414,0

3,55,98,5

10,614,2

3,56,08,5

10,614,0

3,45,98,4

10,413,7

3,45,88,2

10,113,2

3,35,68,09,7

12,5

2,03,44,96,28,5

2,34,05,87,39,8

2,54,36,27,7

10,3

2,54,46,37,8

10,3

2,64,46,37,7

10,1

2,54,36,17,59,8

2,54,25,97,29,3

2,44,05,76,98,8

TEN 12 - 11TEN 12 - 13.5TEN 12 - 16

567

14,718,320,3

17,321,223,2

18,322,223,8

18,522,223,5

18,321,722,7

17,820,921,5

17,219,920,2

16,418,818,9

11,314,015,5

13,116,017,5

13,716,617,8

13,816,417,3

13,615,916,5

13,115,215,6

12,514,314,5

11,813,413,4

TEN 20 - 20TEN 20 - 22.5

89

29,1435,12

56,6239,56

35,3540,02

35,3738,85

34,5536,86

33,2334,48

31,5831,93

29,7329,34

22,126,73

25,329,46

26,129,31

25,8228,03

24,9526,25

23,7524,27

22,3422,24

20,8320,23

TEN 55 - 29.5TEN 55 - 35.5TEN 55 - 44TEN 55 - 54.5

10111213

43,5953,3670,5587,07

48,9658,7376,1397,24

49,658,4674,3997,71

48,2956,0270,1194,15

46,0252,6764,9388,73

43,2848,9459,5282,48

40,3145,1154,2

75,94

37,2741,3249,1169,41

32,6639,7852,9266,11

36,1643,1155,9672,15

36,2142,4

53,8471,14

34,8840,2150,1167,46

32,9337,4545,9

62,71

30,734,5

41,6857,58

28,3531,5537,6352,44

26,028,6733,8347,46

Correction for subcooling ∆tsub

Note: Insufficient subcooling can produce flash gas.

The evaporator capacities used must be corrected if subcooling deviates more than 4 K.The corrected capacity can be obtained by

dividing the required evaporator capacity by the correction factor below. Selections can then be made from the tables above.

∆tsub 1 K 4 K 10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K

Correction factor

0,96 1.00 1.08 1.15 1.21 1.27 1.33 1.38 1.44 1.49 1.55

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 13

Capacity in KW for Range N: −40°C to +10°C

Capacity (continued)

R404A/R507Valve type

Orificeno.

Pressure drop across valve ∆p bar Pressure drop across valve ∆p bar

2 4 6 8 10 12 14 16 2 4 6 8 10 12 14 16

Evaporating temperature +10°C Evaporating temperature 0°C

TES 5 - 2.5TES 5 - 4TES 5 - 6TES 5 - 7.5TES 5 - 10

0.51234

6,110,013,517,923,0

7,913,117,723,430,2

9,014,920,226,734,4

9,615,921,728,637,0

9,816,422,329,538,2

9,916,522,629,838,8

9,816,522,629,738,8

9,716,222,329,338,4

5,69,3

12,816,821,9

7,212,116,621,828,5

8,113,618,824,632,2

8,514,419,925,934,1

8,714,720,426,635,0

8,814,820,626,835,4

8,714,720,526,635,3

8,514,520,326,234,8

TES 12 - 14.5TES 12 - 17.5TES 12 - 20

567

35,842,551,1

46,755,666,4

52,863,174,8

56,467,579,4

57,869,481,0

58,170,080,9

57,669,779,7

56,568,677,6

32,739,347,3

42,250,860,6

47,357,067,4

49,559,870,0

50,561,070,6

50,561,169,9

49,860,468,2

48,759,065,8

TES 20 - 22TES 20 - 24

89

53,358,9

69,776,6

79,186,5

84,692,0

87,094,0

87,794,2

87,393,0

85,890,7

50,457,0

65,173,2

73,181,6

76,784,9

78,385,9

78,585,2

77,583,2

75,880,4

TES 55 - 34TES 55 - 41TES 55 - 48.5TES 55 - 60

10111213

92,2119,1136,0144,9

117,7150,1172,7188,7

130,4164,2190,0213,3

136,1169,1196,6227,2

136,4167,3195,2232,4

134,1162,4189,9233,1

129,9155,4181,9230,4

124,3147,0172,1224,9

84,8108,1129,0141,8

106,9134,4160,9182,2

117,0145,0174,1203,1

119,7146,3175,8211,5

119,0143,6172,5213,8

116,1138,4166,1212,0

111,8131,8157,8207,1

106,5124,1148,2199,8

Evaporating temperature -10°C Evaporating temperature -20°C

TES 5 - 2.5TES 5 - 4TES 5 - 6TES 5 - 7.5TES 5- 10

0.51234

5,08,4

11,715,320,2

6,410,815,119,626,0

7,111,916,721,628,7

7,412,517,522,630,1

7,512,818,023,130,8

7,512,818,123,230,9

7,512,717,922,930,7

7,312,517,622,530,1

4,37,4

10,413,418,0

5,49,3

13,116,822,6

5,910,114,318,324,6

6,210,514,919,125,6

6,310,715,225,9

6,310,715,219,325,8

6,210,615,019,025,4

6,010,314,718,524,7

TES 12 - 14.5TES 12 - 17.5TES 12 - 20

567

29,035,342,5

37,045,053,6

40,549,257,9

42,151,159,4

42,651,659,3

42,451,258,1

41,650,256,2

40,448,653,7

25,130,737,0

31,138,045,2

33,640,948,0

34,642,048,7

34,842,148,1

34,441,446,6

33,640,244,6

32,438,642,3

TES 20 - 22TES 20 - 24

89

46,053,3

58,767,3

64,272,9

66,774,8

67,574,8

67,173,3

65,870,9

63,967,7

40,547,9

50,258,5

54,262,2

55,763,0

55,962,1

55,060,2

53,557,5

51,554,4

TES 55 - 34TES 55 - 41TES 55 - 48.5TES 55 - 60

10111213

75,795,3

118,0133,8

93,9116,6144,2168,9

100,1122,5151,3182,8

101,4122,3150,7187,6

100,0119,1146,0187,0

96,9114,0139,2183,0

92,7107,9131,0176,4

87,8101,1122,1168,1

65,381,5

103,8121,3

78,796,7

122,6147,9

82,6100,0126,1156,8

82,898,9

123,8158,3

81,095,5

118,6155,6

77,990,8

111,9150,1

74,085,3

104,4142,8

69,779,696,6

134,4

Evaporating temperature -30°C Evaporating temperature -40°C

TES 5 - 2,5TES 5 - 4TES 5 - 6TES 5 - 7.5TES 5 - 10

0.51234

3,76,38,9

11,415,5

4,47,6

10,813,918,7

4,88,3

11,815,020,2

5,08,6

12,215,420,8

5,08,7

12,415,620,9

5,08,6

12,315,420,6

4,98,5

12,115,120,1

4,88,2

11,814,619,4

2,95,07,29,2

12,5

3,56,08,6

11,014,9

3,86,59,3

11,715,9

3,96,79,6

12,016,2

3,96,79,6

12,016,1

3,96,79,5

11,815,7

3,86,59,3

11,515,2

3,76,39,0

11,014,5

TES 12 - 14.5TES 12 - 17.5TES 12 - 20

567

21,025,831,1

25,230,936,6

26,932,838,4

27,633,338,4

27,533,037,5

27,032,236,0

26,130,934,2

25,129,432,1

16,620,624,8

19,724,128,6

20,925,329,6

21,225,529,3

21,025,028,3

20,424,126,9

19,623,025,2

18,721,623,5

TES 20 - 22TES 20 - 24

89

34,441,3

56,648,5

43,950,7

44,750,6

44,449,3

43,347,2

41,844,6

39,941,7

27,633,5

32,438,4

34,239,5

34,539,0

33,937,5

32,835,5

31,433,2

29,730,7

TES 55 - 34TES 55 - 41TES 55 - 48.5TES 55 - 60

10111213

54,467,487,8

105,1

63,377,199,5

123,0

65,778,9

100,7128,0

65,277,297,5

127,1

63,274,092,4

123,1

60,469,886,4

117,2

57,065,279,9

110,2

53,360,473,4

102,5

42,952,869,985,3

49,159,477,4

97,31

50,360,077,1

99,46

49,558,273,8

97,31

47,655,369,2

92,92

45,151,964,1

87,36

42,348,158,9

81,21

39,344,353,774,8

∆tsub 1 K 4 K 10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K

Correction factor

0,95 1.00 1.11 1.20 1.28 1.36 1.44 1.52 1.59 1.67 1.75

Note: Insufficient subcooling can produce flash gas.

The evaporator capacities used must be corrected if subcooling deviates more than 4 K.The corrected capacity can be obtained by

dividing the required evaporator capacity by the correction factor below. Selections can then be made from the tables above.

Correction for subcooling ∆tsub

14 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Capacity in KW for Range B: −60°C to −25°C

Capacity (continued)

R404A/R507

Valve typeOrifice

no.Pressure drop across valve ∆p bar Pressure drop across valve ∆p bar

2 4 6 8 10 12 14 16 2 4 6 8 10 12 14 16

Evaporating temperature -25°C Evaporating temperature -30°C

TES 5 - 1.5TES 5 - 3.0TES 5 - 4TES 5 - 5TES 5 - 6.5

0.51234

5,59,2

12,916,722,1

6,811,516,020,727,5

7,412,517,622,630,2

7,613,118,523,631,7

7,713,319,023,932,4

7,713,319,224,032,7

7,613,119,123,732,7

7,412,918,923,232,5

4,47,5

10,613,618,3

5,39,1

12,916,522,1

5,89,9

14,117,823,9

6,010,314,718,424,6

6,010,414,918,524,7

6,010,314,918,324,3

5,910,214,717,823,6

5,79,9

14,417,222,7

TES 12 - 8TES 12 - 9.5TES 12 - 10

567

22,027,132,7

26,932,939,1

28,935,141,1

29,635,841,2

29,635,540,3

29,134,738,8

28,233,436,8

27,131,834,6

20,325,030,2

24,329,835,4

26,031,637,0

26,632,136,9

26,531,735,9

25,930,834,4

25,129,632,6

24,028,130,5

TES 20 - 12.5TES 20 - 13

89

43,250,5

52,660,4

56,463,4

57,763,5

57,561,8

56,359,1

54,455,8

52,052,0

40,147,2

48,055,4

51,157,7

51,957,3

51,555,4

50,252,7

48,349,4

45,945,9

TES 55 - 15TES 55 - 17TES 55 - 20.5TES 55 - 28.5

10111213

62,477,499,3

117,4

73,589,6

113,9139,9

76,391,4

115,2146,4

75,789,3

111,5145,9

73,385,3

105,4141,6

69,980,398,3

135,0

65,974,990,8

127,0

61,569,283,2

118,2

57,471,092,0

109,9

66,580,8

103,5128,4

68,782,1

104,0133,1

67,979,9

100,1131,8

65,576,194,3

127,1

62,371,487,6

120,4

58,566,480,6

112,7

54,561,373,7

104,4

Evaporating temperature -35°C Evaporating temperature -40°C

TES 5 - 1.5TES 5 - 3.0TES 5 - 4TES 5 - 5TES 5 - 6.5

0.51234

3,56,08,6

10,914,8

4,27,2

10,313,117,6

4,57,8

11,214,018,7

4,78,1

11,514,319,0

4,78,1

11,614,218,7

4,78,0

11,514,018,2

4,67,8

11,313,517,4

4,47,6

10,912,916,5

2,84,86,98,7

11,9

3,35,78,2

10,313,9

3,66,28,8

11,014,6

3,76,39,0

11,114,7

3,76,39,0

11,014,4

3,66,28,9

10,713,8

3,66,18,6

10,313,1

3,45,88,39,8

12,3

TES 12 - 8TES 12 - 9.5TES 12 - 10

567

18,522,827,5

22,026,932,0

23,428,433,2

23,828,733,0

23,628,232,0

23,127,330,5

22,326,128,7

21,324,726,8

16,720,724,9

19,724,228,7

20,925,429,6

21,225,529,3

21,025,028,3

20,524,126,8

19,723,025,2

18,721,623,4

TES 20 - 12.5TES 20 - 13

89

36,743,6

43,550,5

46,052,1

46,651,4

45,949,4

44,546,7

42,643,5

40,440,2

33,439,8

39,245,5

41,246,6

41,445,6

40,643,6

39,240,9

37,238,0

35,234,9

TES 55 - 15TES 55 - 17TES 55 - 20.5TES 55 - 28.5

10111213

52,264,484,1

101,5

59,972,693,5

116,9

61,573,393,2

120,2

60,571,189,2

118,1

58,267,483,6

113,1

55,263,177,4

106,6

51,758,571,0

99,22

48,053,864,791,5

47,057,976,0

92,52

53,564,683,6

105,4

54,764,982,8

107,4

53,662,778,8

104,7

51,359,273,5

99,68

48,455,367,8

93,37

45,251,161,9

86,46

41,946,856,2

79,35

Evaporating temperature -45°C Evaporating temperature -50°C

TES 5 - 1.5TES 5 - 3.0TES 5 - 4TES 5 - 5 TES 5 - 6.5

0.51234

2,23,85,57,09,5

2,64,56,58,2

11,0

2,84,96,98,6

11,1

2,95,07,18,7

11,4

2,95,07,08,6

11,1

2,84,96,98,3

10,6

2,84,76,78,0

10,0

2,74,56,47,59,3

1,83,04,45,57,6

2,13,65,26,58,7

2,23,85,56,89,0

2,33,95,66,88,9

2,33,95,56,78,6

2,23,85,46,58,2

2,23,75,26,27,7

2,13,54,95,87,1

TES 12 - 8TES 12 - 9.5TES 12 - 10

567

15,018,522,4

17,621,625,6

18,622,526,2

18,822,525,8

18,522,024,8

18,021,123,4

17,220,021,9

16,318,720,3

13,316,519,9

15,519,022,5

16,319,723,0

16,419,622,5

16,219,121,5

15,618,220,2

14,917,218,8

14,116,117,3

TES 20 - 12.5TES 20 - 13

89

30,035,9

56,640,6

36,541,2

36,540,1

35,638,0

34,235,5

32,432,7

30,429,9

26,632,0

30,735,8

31,936,0

31,834,7

30,832,7

29,430,3

27,727,8

25,925,3

TES 55 - 15TES 55 - 17TES 55 - 20.5TES 55 - 28.5

10111213

41,951,468,0

83,36

47,357,074,0

93,86

48,157,072,8

94,85

46,954,868,991,8

44,851,563,9

86,78

42,147,958,680,8

39,244,153,4

74,43

36,140,348,3

67,96

36,945,260,074,1

41,449,764,7

82,52

41,949,463,2

82,66

40,647,359,479,4

38,644,354,9

74,56

36,141,050,1

69,01

33,537,645,4

63,22

30,834,340,9

57,44

Evaporating temperature -55°C Evaporating temperature -60°C

TES 5 - 1.5TES 5 - 3.0TES 5 - 4TES 5 - 5 TES 5 - 6.5

0.51234

1,42,43,54,46,0

1,72,94,15,16,9

1,83,04,35,47,1

1,83,14,45,47,0

1,83,14,35,26,7

1,83,04,25,06,3

1,72,94,04,85,9

1,62,73,84,55,5

1,11,92,83,54,8

1,32,33,34,15,5

1,42,43,44,25,6

1,42,43,44,25,5

1,42,43,44,15,2

1,42,33,33,95,0

1,32,23,13,74,6

1,32,12,93,54,3

TES 12 - 8TES 12 - 9.5TES 12 - 10

567

11,714,417,5

13,616,619,7

14,217,119,9

14,216,919,4

13,916,418,4

13,415,617,2

12,814,616,0

12,013,614,6

10,112,515,2

11,714,316,9

12,214,717,1

12,214,416,5

11,913,915,6

11,413,114,5

10,812,313,4

10,111,412,2

TES 20 - 12.5TES 20 - 13

89

23,328,1

26,731,1

27,631,0

27,329,7

26,327,7

25,025,6

23,423,4

21,721,1

20,224,3

23,026,7

23,526,3

23,125,0

22,223,2

20,921,3

19,519,3

18,017,4

TES 55 - 15TES 55 - 17TES 55 - 20.5TES 55 - 28.5

10111213

32,139,352,3

64,93

35,842,955,9

71,54

36,042,454,1

71,05

34,840,350,6

67,73

32,937,646,5

63,18

30,634,742,3

58,13

28,331,738,1

52,96

25,928,734,2

47,88

27,633,744,9

56,08

30,636,547,6

61,15

30,635,945,860,2

29,434,042,5

56,97

27,631,638,9

52,79

25,729,035,2

48,29

23,626,331,6

43,77

21,523,828,2

39,36

Correction for subcooling ∆tsub

Note: Insufficient subcooling can produce flash gas.

The evaporator capacities used must be corrected if subcooling deviates more than 4 K.The corrected capacity can be obtained by

dividing the required evaporator capacity by the correction factor below. Selections can then be made from the tables above.

∆tsub 1 K 4 K 10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K

Correction factor

0,95 1.00 1.11 1.20 1.28 1.36 1.44 1.52 1.59 1.67 1.75

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 15

Design/Function GeneralAll TE valves have an interchangeable orifice assembly.

TE 5 and TE 55 valves are built up of three main components:I. Thermostatic element, 1II. Orifice assembly, 2III. Valve body with connections, 3

For the same valve type and refrigerant, the associated orifice assembly is suitable for all versions of valve body and in all evaporating temperature ranges. All valves are equipped with external pressure

equalization.

It also makes fitting the bulb quick and easy.

To ensure long operating life, the valve cone and seat are made of a special alloy with particularly good wear qualities.

TE 5

1. Thermostatic element (diaphragm)2. Interchangeable orifice assembly 3. Valve body4. Superheat setting spindle

(see instructions)5. Ext. pressure equalizing connection

with 1⁄4 in./6 mm flare nut

TE 12 / TE 20

TE 55

16 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Identification

Element label

Orifice assembly marking for TE 5 → TE 55

The thermostatic element is fitted with a label (on top of the diaphragm). The code refers to the refrigerant for which the valve is designed:

X = R22N = R134aS = R404A/R507Z = R407C

The label holds information like valve type, evaporating temperature range, MOP point, refrigerant, and max. test pressure, PS.

Orifice assembly for TE 5, TE 12, 20 and 55The orifice assembly is marked on top of the spring cup, e.g. as shown in the figure.For a given size of valve, the same orifice assembly can be used for valves with ranges N and B.

TE 12 = Valve type which the orifice can be used

05 = Orifice no.

067B2708 = Orifice code no. for sales order

1009 = Production date (Week, Year)

Capillary tube labelTE 5 → TE 55

Capillary tube label for TE 5 to TE 55The label gives the orifice size (04). A new label always accompanies a new orifice assembly.

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 17

Dimensions and weights

TE 5 - Flare, anglewayWeight: 1.1 kg

TE 5 - Solder, straightwayWeight: 1 kg

TE 5 - Solder, anglewayWeight: 1 kg

TE 5

Outlet side ØD2

L1 [mm]

⁵⁄₈ In. / 16 mm ODF 12

7⁄₈ In. / 22 mm ODF 17

1⅛ In. / 28 mm ODM 25

TE5

Outlet side ØD1

L1 [mm]

½ In. / 12 mm ODF 10

⅜ In. / 16 mm ODF 10

7⁄₈ In. / 22 mm ODF 17

ØD3

[mm]

Range N 53

Range B 60

Element

Valve body L3 L4

Straight way

7⁄₈ X 1⅛

28 9722 X 28 mm

⁵⁄₈ X 7⁄₈

16 X 22 mm

Others 25 74

Angel way

7⁄₈ X 1⅛39 52

22 X 28 mm

Others 28 40

18 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

TE 12 and 20 - Solder, straightwayWeight: TE 12: 1.5 kg TE 20: 1.7 kg

TE 12 and 20 - Solder, anglewayWeight: TE 12: 1.5 kg TE 20: 1.6 kg

TE 12 - Solder flanges, straightwayWeight: Without filter: 2.3 kg

Dimensions and weights (continued)

TE 12 and TE 20 Bulb - TE 12

Bulb - TE 20

Inlet side∅D1

L1

mm5/8 in. / 16 mm ODF 127/8 in. / 22 mm ODF 17

L2

Range N/B 120,0

Outlet side∅D2

L1

mm7/8 in. / 22 mm ODF 17

11/8 in. / 28 mm ODM 25

L2

Range N 75,0

Range B 120,0

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55

Danfoss A/S (AC-AKC / frz), 02 - 2010 DKRCC.PD.AB0.A1.02 / 520H3927 19

Dimensions and weights (continued)

TE 55 - Solder, straightwayWeight: 1.7 kg

TE 55 - Solder, anglewayWeight: 1.6 kg

TE 55

Outlet side∅D2

L1

mm

11/8 in. / 28 mm ODF 22

13/8 in. / 35 mm ODM 27

Inlet side∅D1

L1

mm7/8 in. / 22 mm ODF 17

11/8 in. / 28 mm ODM 25

20 DKRCC.PD.AB0.A1.02 / 520H3927 Danfoss A/S (AC-AKC / frz), 02 - 2010

Technical brochure

Thermostatic expansion valves, type TE 5 - TE 55