© Danfoss | DCS (az) | 2018.02
Danf
oss
67B23.2
0
Superheat = t
1
-t(p
s
)
Danf
os
s
67B51.20
p
s
Danf
os
s
67B27.20
04
04
03
06
12
12
11
11
06
05
05
03
Danf
os
s
67B27.20
04
04
03
06
12
12
11
11
06
05
05
03
Danf
os
s
67B27.20
04
04
03
06
12
12
11
11
06
05
05
03
DKRCC.PI.A00.C6.02 | 2
TE 5
TE 12 / TE 20
TE 55
Static superheat = 4 K / 7.2°F
For range B, the static superheat need to be adjusted
Range N: -40 − 10°C / -40 – 50°F
Range NL: -40 − -5°C / -40 – 25°F
Range NM: -40 − -15°C /-40 – 5°F
Range B: -60 − -25°C / -75 – -15°F
TE 5, TE 12
TE 20, TE 55
{
{
N, NL,NM: ~ 0.5 K / 1°F superheat
B: ~ 1.5 K / 3°F superheat
N, NL,NM: ~ 0.5 K / 1°F superheat
B: ~ 1 K / 2°F superheat
Cross reference
Rated capacity 2)
[kW]
[TR]
Type
Code no.
Orifice
no.
Old code no. R407F R407A
R448A/
R449A
R404A/
R507
R22
R134a R407C R407F R407A
R448A/
R449A
R404A/
R507
R22
R134a R407C
TE 5
067B2788
0.5
–
11
9
9
7
9
5
11
3
2.5
2.5
2
2.5
1.5
3
067B2789
01
067B2089
067B2005 1)
18
18
18
14
16
11
18
5
5
5
4
4.5
3
5
067B2790
02
067B2090
28
25
25
19
25
16
25
8
7
7
5.5
7
4.5
7
067B2791
03
067B2091
067B2006 1)
35
32
32
25
32
21
32
10
9
9
7
9
6
9
067B2792
04
067B2092
067B2007 1)
46
42
46
35
42
28
46
13
12
13
10
12
8
13
TE 12
067B2708
05
067B2008
70
56
53
49
56
35
53
20
16
15
14
16
10
15
067B2709
06
–
95
74
70
63
74
49
74
27
21
20
18
21
14
21
067B2710
07
–
113
95
91
81
95
63
91
32
27
26
23
27
18
26
TE 20
067B2771
08
067B2172
067B2170
067B2175
141
127
123
84
127
77
116
40
36
35
24
36
22
33
067B2773
09
–
158
148
141
102
148
91
134
45
42
40
29
42
26
38
TE 55
067G2705
9B
–
123
109
113
84
113
74
109
35
31
32
24
32
21
31
067G2701
10
–
172
165
155
127
169
109
162
49
47
44
36
48
31
46
067G2704
11
067G2005
067G2001
067G2011
186
183
169
137
183
120
176
53
52
48
39
52
34
50
067G2707
12
–
208
200
186
151
200
134
190
59
57
53
43
57
38
54
067G2710
13
067G2006
067G2002
067G2012
250
243
225
183
246
165
232
71
69
64
52
70
47
66
1) Part of old TE 12 valve assembly. Need to change to TE 5 valve body and element for replacement
2) The rated capacity is based on:
- Evaporating temperature t
e
= 4.4°C / 40°F
- Condensing temperature t
c
= 38°C / 100°F
- Refrigerant temperature ahead of valve t
l
= 37 °C / 9°F
