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Condensed Catalog Featuring R410A Products Third Edition

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Technical leaflet<br />

Fractional HP Condensing Units<br />

Compressor Model Designation<br />

1 2 3 4 5 6 7<br />

Compressor<br />

Design<br />

P<br />

Protector Location Optimization Level Compressor Size Application Range Refrigerant Code Letter<br />

for Starting<br />

Internal External<br />

Characteristics<br />

Standard-High Capacity at Displace-<br />

PTC Relay<br />

PTC Relay VSD*<br />

Rating Point ment<br />

“LST” “HST” (cc)<br />

Always<br />

Semidirect<br />

Intake<br />

E a) 20, 30, 35, 50<br />

CL=LBP<br />

CN=LBP<br />

R404A/R507<br />

R290<br />

Generation<br />

T<br />

N<br />

F<br />

L<br />

R<br />

T F LV<br />

Blank<br />

E b)<br />

S<br />

Always Semidirect<br />

Intake<br />

2.5, 3, 4, 4.5,<br />

4.8, 5, 5.7, 6,<br />

6.5, 7, 7.5, 8,<br />

8.7, 9, 10<br />

Y a) X a)<br />

5.2, 5.5, 5.7,<br />

6, 6.5, 7, 7.3,<br />

8.4, 8.8, 9,<br />

10, 11, 13, 15<br />

6, 7.5, 8.5,<br />

10, 11<br />

DL=HBP<br />

F=LBP/(MBP)<br />

FT=LBP Tropical<br />

G=LBP/MBP/HBP<br />

GH=Heat Pumps<br />

GHH=Heat Pumps (opt.)<br />

K=LBP/(MBP)<br />

KT=LBP/(MBP) Tropical<br />

MF=MBP<br />

R404/R507<br />

R134a<br />

R134a<br />

R134a<br />

R134a<br />

R134a<br />

R600a<br />

R600a<br />

R134a<br />

Blank-<br />

Universal<br />

(Principal Rule)<br />

K=LST<br />

Characteristics<br />

(Capillary Tube)<br />

X=HST<br />

Characteristics<br />

(Expansion Valve)<br />

Blank-<br />

First Generation<br />

2-<br />

Second Generation<br />

3-<br />

<strong>Third</strong> Generation<br />

etc.<br />

MK=MBP<br />

R600a<br />

S C C<br />

10, 12, 15,<br />

18, 21<br />

ML=MBP<br />

R404A/R507<br />

*Variable Speed Drive Blank = Standard a) = RC Compulsory<br />

E = Semi-Direct Intake b) = RC Optional<br />

Y = High Energy-Optimized<br />

X = High Energy-Optimized<br />

MN=MBP<br />

R290<br />

Serial number and date<br />

code information<br />

Danfoss does not serialize the compressors but<br />

we do put a date stamp on them. Stamped into<br />

the shell above or just to the right of the paper<br />

label are two lines of data. The first line states<br />

the model designation and the code number,<br />

e.g. L-4CL-2071:<br />

L = last letter (or last two letters) of the<br />

compressor type,<br />

4CL = nominal displacement,<br />

2071 = 4 last digits in the code no.<br />

The second line contains the manufacturing<br />

place, the date of manufacture and an internal<br />

code,<br />

e.g., F-202E2207:<br />

F = Manufacturing place (F = Germany, AL =<br />

Slovenia, AM = Mexico),<br />

20 = week 20,<br />

2 = 2002,<br />

E = Friday (A = Monday, etc.),<br />

220 = nominal voltage,<br />

7 = internal Danfoss Code.<br />

Beginning in 2002 Danfoss started to introduce<br />

a new coding consisting of two lines,<br />

e.g., H47117:<br />

043C12A.<br />

First line:<br />

H4711 = 5 last digits in the code no.,<br />

7 = internal Danfoss Code.<br />

Second line:<br />

04 = week 04,<br />

3 = 2003,<br />

C = Wednesday (A = Monday, etc.),<br />

12 = Internal Danfoss Code,<br />

A = Manufacturing place (A-G = Germany, K-N =<br />

Slovenia, R-S = Mexico).<br />

114 USCOC.PK.000.C1.22 © Danfoss Inc. 01-07 (USCO)

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