Compresores Danfoss Para 134a

COMPRESSORS

Collection of Datasheets

Compressors for R134a 115V 60Hz

REFRIGERATION AND AIR CONDITIONING

Standard Compressors

Energy-optimized Compressors

Tropical Compressors

P-Series

T-Series

T-Series

PL30F PL50F (LST) PL50F

Page 12 Page 14 Page 16

T T E3 F K TTE4F

Page 60 Page 62

TFS4.5FT (LBP) Pag agee 90 TFS4.5FT (LBP/MBP) Pag agee 92


S-Series

N-Series

NLE5.5F NLE6F NLE7F

T-Series

TL2.5F TL3F TL4F TLS4.5F TF3F TF3.5F T F S4 F TT2.5F

Page 18 Page 20 Page 22 Page 24 Page 26 Page 28 Page 30 Page 32

High Energy-optimized Compressors

SC12FTX SC15FTX

Page 94 Page 96

Universal Compressors

T-Series T-Series N-Series

NF6FK NF7FK NF9FK NF9.5FK NF5.5FX NF7FX NF9FX NF10FX NF11FX NF6.1FX.2 NF7.3FX.2 NF8.4FX.2

Page 34 Page 36 Page 38 Page 40 Page 42 Page 44 Page 46 Page 48 Page 50 Page 52 52 Page 54 54 Page 56 56

TTY5F TTY6F

Page 70 Page 72

T L 2 .5 G TL4G (50/60Hz)

Page 98 Page 100

F-Series N-Series

NTY5.5FK NTY6FK NTY7FK NTY9FK NTY10FK NTX5.2FK NTX5.7FK NTX7.3FK

Page 74 74 Page 76 Page 78 Page 80 Page 82 Page 84 84 Page 86 86 Page 88 88

FF6GK FF7.5GK FF8.5GX FF10GX

Page 102 Page 104 Page 106 Page 108

S-Series

SC12G SC15G SC18G


F-Series

FF8.5FK

2

Page 58

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J u l y 2 00 3

Standard Compressors

Energy-optimized Compressors

Tropical Compressors

P-Series

T-Series

T-Series

PL30F PL50F (LST) PL50F


T T E3 F K TTE4F

Page 60 Page 62

TFS4.5FT (LBP) Pag agee 90 TFS4.5FT (LBP/MBP) Pag agee 92


S-Series

N-Series

NLE5.5F NLE6F NLE7F

T-Series

TL2.5F TL3F TL4F TLS4.5F TF3F TF3.5F T F S4 F TT2.5F

Page 18 Page 20 Page 22 Page 24 Page 26 Page 28 Page 30 Page 32

High Energy-optimized Compressors

SC12FTX SC15FTX

Page 94 Page 96

Universal Compressors

T-Series T-Series N-Series

NF6FK NF7FK NF9FK NF9.5FK NF5.5FX NF7FX NF9FX NF10FX NF11FX NF6.1FX.2 NF7.3FX.2 NF8.4FX.2

Page 34 Page 36 Page 38 Page 40 Page 42 Page 44 Page 46 Page 48 Page 50 Page 52 52 Page 54 54 Page 56 56

TTY5F TTY6F

Page 70 Page 72

T L 2 .5 G TL4G (50/60Hz)

Page 98 Page 100

F-Series N-Series

NTY5.5FK NTY6FK NTY7FK NTY9FK NTY10FK NTX5.2FK NTX5.7FK NTX7.3FK

Page 74 74 Page 76 Page 78 Page 80 Page 82 Page 84 84 Page 86 86 Page 88 88

FF6GK FF7.5GK FF8.5GX FF10GX

Page 102 Page 104 Page 106 Page 108

S-Series

SC12G SC15G SC18G


F-Series

FF8.5FK

2

Page 58

CK.40.A5.22

J u l y 2 00 3

1. General

This collection of datasheets contains information on Danfoss hermetic refrigeration compressors for 115V especially designed for refrigeration systems using refrigerant R134a (CF3-CH2F). The programme consists of the basic types PL, TF, TL, TT, NF, NL, NT, FF and SC.

8238-11

8238-2

PL

8238-6

FF

SC

8238-3

8238-13

TF/TT

TL

8238-12

8238-4

NF/NT 1.1 Compressor designations

NL

The compressor designations are built up according to the following system: Compressor design

Optimization level

Compressor size

Application range

Generation

F Blank R134a LBP/(MBP) Blank First FT Standard energy leve levell generation R134a LBP/(MBP) tropical TF,, TL, T TF TT T Nominal FK S displacement in 2 R134a LBP/(MBP) LST Semi-direct intake cm3 Second FX NF, NL, NT generation R134a LBP/(MBP) HST E Exception: G Energy-optimized For PL 3 R134a LBP/MBP/HBP LBP/MBP/HB P FF (optimized motor) compressors the Third GK Y, X capacity at generation R134a LBP/MBP/HBP LST High Energy-optimized rating point is GX SC (high optimization level) stated etc. R134a LBP/MBP/HBP HST PL







Example

J ul y 2 00 3

TF

S

4.5

FT

NL

E

7

F

FF

8.5

GX

NF

6.1

FX

C K . 40 . A 5 . 22

2 3

1.2 Design

Compressors with the denominations PL, TFS, TLS, TTE, NLE, NF are designs wi th semidirect intake. Compressors with the denominations TTY and NTY are designs with direct intake. Please note that the suction and process connectors on all TFS, TLS, TTE and TTY compressors have been interchanged as compared with the normal TL compressors. Using the wrong connector as suction connector on PL, TFS, TLS, TTE, NF, NL and NLE compressors will lead to reduced capacity and efficiency. Using the wrong connector as suction connector on TTY and NTY is not allowed since the compressor will not function. All compressors have a green label with the type designation. This label has a blue stripe and the text ’R134a’.

1.3 Type label 105G

NLE5.5F Application

115V~60Hz LBP LST

Blue stripe Barcode on white background

R134a

5605

DANFOSS COMPRESSORS

3 5 1 3 8

Green background

1.4 Data stamping

Danfoss compressors have a manufacturing date code stamping on the housing. The form mainly used recently is stamping into the top cover of the housing. On some compressor production lines the stamping has been changed to needle printing into the side of the housing. This is going to be introduced on all products. For a certain period 2 different codes, in needle printing and cover stamping, will be used in parallel. The coding is designed not to be mixed up with the previous version. Example (recent date code):

L--4F-4400 F-203E1157

The first line states the model designation and the code no. L= last letter (or last two letters) of the compressor type -4F- = nominal displacement and application 4400 = 4 last digits in the code no. (= position mark) The second line states the date of manufacture and internal Danfoss codes. F = manufacturing place (F = Germany, AL = Slovenia, AM = Mexico) 20 = week 20 3 = 2003 E = Friday (A = Monday etc.) 115 = nominal voltage 7 = internal Danfoss code The country of origin (manufacturing place) is also stamped on the compressor cover. Example (new date code):

(6 characters) (7 characters) Composition of line 1 H4947: Compressor type information (102H4947 = H4947) 7: internal Danfoss code Composition of line 2 Production week 11: Production year 3: Production day A: A = Monday, B = Tuesday, C = Wednesday, etc. Production hour 00 to 23 or shift code -1, -2, -3 01: B: Danfoss Compressors internal production location code A to G Germany K to N Slovenia R, S Mexico H49477 113A01B

4

CK.40.A5.22

July 2003

1.5 Compressor dimensions

2. Application range

The build-in conditions (total height, weight, tube dimensions etc.) are specified in the individual datasheets including dimensional sketches for the compressors.

F Compressors with denominations ending with F are primarily designed for low evaporating temperatures (LBP Low Back Pressure/MBP Medium Back Pressure on small displacements) for use in refrigerators, freezers and similar applications in regions with stable supply voltage. FT Compressors with denominations ending with FT are F-types designed for low evaporation temperatures (LBP Low Back Pressure) for use in refrigerators, freezers and similar applications operating in regions with unstable supply voltage. FK Compressors with denominations ending with FK are F-types designed for low evaporation temperatures with LST starting characteristics (capillary tube). FX Compressors with denominations ending with FX are F-types designed for low evaporation temperatures with HST starting characteristics (expansion valve). G Compressors with denominations ending with G are primarily designed for high evaporation temperatures (HBP High Back Pressure) for use in liquid coolers, dehumidifiers, refrigerated display counters, vending machines and similar applications. The compressors can also be used for ’Heavy Duty’ purposes at low evaporating temperatures for use in refrigerators, freezers and similar applications operating in regions with unstable supply voltage. GK Compressors with denominations ending with GK are G-types designed for high evaporating temperatures with LST starting characteristics (capillary tube). GX Compressors with denominations ending with GX are G-types designed for high evaporating temperatures with HST starting characteristics (expansion valve). The table on page 6 shows the normally recommended applications as regards voltage/frequency, ambient temperature, evaporating temperature and necessary compressor cooling. The recommandations must be regarded as a guideline only as they presuppose a proper dimensioning of the refrigeration system.

In order to secure a satisfying lifetime of the compressor, and to protect the compressor against overload, some design criteria for the appliances must be fulfilled. Both the condensing temperature and the compressor temperature should be kept as low as possible. This can be done by using well-dimensioned condenser surfaces and by ensuring good ventilation around the compressor under all operating conditions. In order to protect the compressor against overload, the compressor has to start and work properly through pressure peaks obtained in the highest ambient temperature and lowest obliging voltage. At peak load the condensing temperature must not exceed 158°F (70°C). The winding Condensing temperature temperature must not exceed 275°F (135°C). Winding temperature At stable operation conditions the condensing temperature must not exceed 140°F (60°C). The winding temperature must not exceed 257 °F (125°C). These limitations secure protection of valves, gaskets, oil, and motor insulation

2.1 Design limits

July 2003

CK.40.A5.22

5

Compressor

FT

MBP

HBP

90 - 127 / 50

S

S

S

90 - 127 / 60

S

S

S

PL50F

103 - 127 / 60

S

S

TL2.5 - 3 - 4F

103 - 127 / 60

S

S

TLS4.5F

103 - 127 / 60

S

TF3 - 3.5F

95 - 135 / 60

S

TFS4F

95 - 135 / 60

S

TT2.5F

103 - 127 / 60

TTE3FK

103 - 127 / 60

S

TTE4F

103 - 127 / 60

S*

TTY5 - 6F

103 - 127 / 60

S*

NLE5.5 - 6 -7F

103 - 127 / 60

S*

TFS4.5FT (LBP)

95 - 135 / 60

S

TFS4.5FT (LBP / MBP)

95 - 135 / 60

F1

F1

SC12FTX

95 - 135 / 60

F2* *

F2* *

95 - 135 / 60

F2

F2

90 -110 / 50

F2

F2

90 -110 / 60

F2

F2

NF6 - 7FK

95 - 135 / 60

F1 (38°C: S)

F1 (38°C: S)

NF9 - 9.5FK

95 - 135 / 60

F2

F2

NTY5.5 - 6FK

103 - 127 / 60

S*

NTY7 - 9 - 10FK

103 - 127 / 60

F1*

NTX5.2 - 5.7 - 7.3FK

103 - 127 / 60

S*

FF8.5FK

103 - 127 / 60

F2

F2

NF5.5 - 7FX

95 - 135 / 60

O / F1

O / F1

NF9FX

95 - 135 / 60

F2

O / F1

NF10FX

95 - 135 / 60

F2

F1

NF11FX

95 - 127 / 60

NF6.1 - 7.3FX.2

95 - 135 / 60

O / F1

O / F1

NF8.4FX.2

95 - 135 / 60

F2

O / F1

103 - 127 / 60

S

S

S

90 - 127 / 50

S

S

S

90 - 127 / 60

S

S

S

103 - 127 / 60

O / F1

O / F1

O / F1

95 - 135 / 60

F2

F2

SC15FTX

FK

FX

TL2.5G TL4G

G

SC12 -15G SC18G

S O F1 F2 * **

= = = = = = =

Ambient temperature 110°F (43°C) LBP

PL30F

F

Power Supply [V / Hz]

S

F2

103 - 127 / 60

F2

GK

FF6 - 7.5GK

103 - 127 / 60

O / F1

O / F1

O / F1

GX

FF8.5 - 10GX

103 - 127 / 60

F1

F1

F1

Static cooling normally sufficient Oil cooling Fan cooling 1.5 m/s (compressor compartment temperature equal to ambient temp.) Fan cooling 3.0 m/s necessary Outside application range, not recommended Run capacitor compulsory Not applicable below -20°F evaporating temperature in 110 °F ambient temperature above 127V

The application limits regarding evaporating temperatures and motor systems are specified in the individual compressor datasheets. 6

CK.40.A5.22

July 2003

3. Electrical equipment

3.1 LST (RSIR)

The compressors are equipped with a single-phase AC motor. The electrical equipment is classified as ’normal tight’ (IP20) Earth connections are located on the bracket around the current lead-in of the compressor. No attempt must be made to start the compressor without a complete starting device. The compressors can be supplied with the following motor systems: Compressors with the motor type Resistant Start Induction Run (RSIR) have a starting device for Low Starting Torque (LST). This starting device requires a pressure-equalized system before each start. This starting device is normally used in well-designed refrigerating systems with capillary tube as throttling device. The design of the electrical equipment depends on the actual compressor design. As shown in the drawings the following designs of starting devices exist: a) PTC + cord relief + cover, the motor protector is built into the motor (winding protector) b) PTC + motor protector + cover c) relay housing incl. motor protector + terminal board with cord relief + cover d) relay housing incl. motor protector + cord relief + cover Starting devices with PTC need a compressor standstill period of

5 minutes to cool down the

PTC before each start.

2 7 8 0 8

3 7 0 8

a) PL, TL, TLE, TLS

b) TT, NTE

2 4 7 0 8

4 7 0 8

c) FF-GK (alternative)

July 2003

CK.40.A5.22

d) TF, TFS, FF, NF

7

3.2 LST (RSCR)

Compressors with the motor type Resistant Start Capacitor Run (RSCR) have a starting device for Low Starting Torque (LST). This starting device requires a pressure-equalized system before each start. This starting device is normally used in well-designed refrigerating systems with capillary tube as throttling device. The design of the electrical equipment depends on the actual compressor design. As shown in the drawings the following designs of starting devices exist: a) PTC + run capacitor + cord relief + cover, the motor protector is built into the motor (winding protector) b) PTC + run capacitor + motor protector + cover Starting devices with PTC need a compressor standstill period of 5 minutes to cool down the PTC before each start. This starting device is mandatory for some compressor designs and it is an option for others (specified in the invidual data sheets).

5 7 0 8

b) NTE, NTY, TT

a) NLE

3.3 HST (CSIR)

7 8 0 8

Compressors with the motor type Capacitor Start Induction Run (CSIR) have a starting device for High Starting Torque (HST). This starting device requires no pressure-equalization before each start and is normally used in refrigerating systems with expansion valve as throttling device or in capillary tube systems where pressure equalizing is not obtained during the standstill periods. The starting capacitor is designed for short time cut-in. ’1.7% ED’ , which is stamped on the starting capacitor, means for instance max. 10 cut-ins per hour each with a duration of 6 seconds. The design of the electrical equipment depends on the actual compressor design. As shown in the drawings the following designs of starting devices exist: a) Relay + starting capacitor + cord relief + cover, the motor protector is built into the motor (winding protector) b) Relay housing incl. motor protector + starting capacitor with bracket + cord relief (2x) + cover c) Relay housing incl. motor protector + starting capacitor + cord relief (2x) + cover d) Relay + starting capacitor + cord relief + cover (SC) e) Relay + starting capacitor (with bracket) + cover/ protector/protector holder (parts of compressor), used for compressors with the denomination SC which have an external protector. 6 7 0 8

a) TL, TLS

This starting device is mandatory for some compressor designs and it is an option for others (specified in the invidual data sheets). 8

CK.40.A5.22

July 2003

2 7 7 0 8

7 7 0 8

b) FF-X

c) NF-X, TFS

7 6 4 8 8 8 0 8

d) SC

3.4 Connections

e) SC (external protector)

The electrical components are equipped with connectors depending on the ordered code number, 1 Starting relays: / 4 in. (6.3 mm) spade connectors only 1 PTCs: / 4 or 3 / 16 in. (6.3 or 4.8 mm) spade connectors The power supply must be connected as shown in the wiring diagrams for the chosen electrical equipment given in the actual datasheets.

3.5 Approvals

Most compressors have been approved in respect of safety by testing authorities UL and CSA. Actual standards to which the compressors have been approved are specified in the individual datasheets. Approval markings appear on a separate approval mark label.

R

NLE5.5F 115V-60Hz 1PH THERMALLY PROTECTED

2 5 1 3 8

Approval mark

July 2003

CK.40.A5.22

9

4. Moisture and Impurities

The compressors are dried to a maximum moisture content of 60 to 75 mg depending on the compressor size. The maximum impurity content is 40 to 50 mg depending on the compressor size.

5. Max. refrigerant charge

The refrigerant charge must never be too large to be contained on the condenser side of the refrigeration system. Only the refrigerant amount which is necessary for the system to function must be charged. The refrigerant amount may be critical as regards oil foaming and liquid hammer after long standstill periods. Because of this, limitations of refrigerant charges have been introduced. The maximum refrigerant charge is specified in the individual datasheets. If these limitations cannot be complied with, the risk may be reduced if a crankcase heater is properly used or if a pump down system is established.

6. Oil charge

The compressors are supplied charged with dried and degassed oil, which is normally sufficient for the lifetime of the compressor. The refrigeration systems and the system components must be dimensioned in such a way that the oil can be lead back continuously to the compressor housing without accumulating in the system, e.g. without oil pockets and with sufficient gas velocity. The compressors use polyolester oils and are approved only for these oils and R134a. The oil charge is specified in the individual datasheets.

7. Mounting

Soldering problems caused by oil in the connectors can be avoided by placing the compressor on its baseplate some time before soldering it into the system. The compressor must never be placed upside down when mounting the rubber grommets in the baseplate. Instead place the compressor on its side with the connectors upwards.

Washer

Nut M6

Washer Compressor base

Grommet sleeve

Clip Steel pin

Compressor base

9

9

3327-2

7382-2

Cabinet base Cabinet base

Screw M6 x 25

Rubber grommet

Bolt joint (metric sytem)

7.1 Mounting accessories

Rubber grommet

Snap-on joint

The mounting accessories for the compressors are available in two versions, with bolt joint or snap-on joint. The code numbers for the mounting accessories are specified in the individual compressor datasheets. These rubber grommets are designed for the 5 / 8 in. (16 mm) holes of the baseplate: Bolt joint for one compressor in a bag 118 - 1917 (with screw M6 x 25 mm) 118 - 1946 (with screws 1 / 4 inch) Bolt joint in quantities 118 - 1918 (with screws M6 x 25 mm) Snap-on in quantities 118 - 1919 Snap-on for one compressor in a bag 118 - 1947 These rubber grommets are designed for the 3 / 4 in. (19 mm) holes of the baseplate: Bolt joint in quantities 118 - 1949 (with screws 1 / 4 inch)

10

CK.40.A5.22

July 2003

8. Condition at delivery

The compressors are delivered without mounted starting devices on pallets with the dimensions 1144 x 800 mm. Quantities per pallets are specified in the individual datasheets. Electrical components are packed in separate boxes. The most important performance controls carried out during manufacturing are, A high potential insulation test with 1650V for 1 second Pumping capacity Tightness of discharge side and discharge valve Tightness of compressor housing Check of the right oil charge Noise test The compressors are supplied with sealed connectors and the sealing should not be removed before the system assembly takes place (max 15 minutes with open connectors).  • • • • •

9. Conversion from R12 to R134a

Normally, the capillary tube shall be adjusted at low evaporating temperatures. Compared to an optimized R12 system with the same evaporator capacity, the R134a system must have an increased resistance defined as approx. 10% less N2 flow at 10 bar inlet pressure. The same size of capillary tube as used for R12 can be used at high evaporating temperatures. A drier with 3Å desiccant of Molecular Sieves must always be used. Rules for dryness and cleanliness of system components (e.g. DIN 8964) are transferred to R134a systems. The system components must not contain mineral oil or greasy substances. The compressors must be soldered into the system no later than 15 minutes after the connector seals have been removed. The same evacuation procedure as for R12 systems must be used. Max. 1% non-condensable gases. The system must not contain any chlorine. The charging equipment must only be used for R134a. If the same vacuum pump is to be used for R12 and R134a systems, a special Ester oi l must be used in agreement with the pump supplier.

10. Warnings

July 2003

No high potential test nor start tests must be carried out while the compressor is under vacuum. No attempt must be made to start the compressor without a complete starting device. Allow the compressor to assume a temperature above 50 °F (10°C) before starting the first time in order to avoid starting problems. Anti-freeze agents must not be used in the compressors as such agents are damaging to several of the materials used. In particular, the ethyl or methyl alcohol contents of such antifreeze agents have a destructive effect on the synthetic motor insulation.

CK.40.A5.22

11

PL30F Standard Compressor R134a 100-115V 50/60Hz Data Sheet (Replaces CD.41.J4.22) General

PL30F

PL30F

Compressor (CU-plated steel connectors) Code number

101G

Application

101G9100

R134a

Blue stripe

9100

Application Application

Barcode on white background Green background

LBP/HBP

Evaporating temperature range

°F (°C)

Voltage range

-13 to 59 (-25 to 15)

V/Hz

DANFOSS COMPRESSORS

90 - 127 /50,60

Motor type

3 8 0 3 8

R

RSIR/CSIR

Max. ambient temperature

V/°F (°C)

115 / 110 (43)

at Voltage

V/°F (°C)

100 / 100 (38)

Comp. cooling at max. ambient temperature

110°F (43°C)

S

100°F (38°C)

S

S O F1 F2

= Static cooling normally sufficient = Oil cooling = Fan cooling 1.5 m/s (compressor compartment temp. equal to ambient temperature) = Fan cooling 3.0 m/s necessary

PL30F 115V-60Hz 1PH THERMALLY PROTECTED

4 8 0 3 8

Approval mark

Design cu.in. (cm 3)

Displacement

0.09 (1.41)

3

Oil quantity

fl.oz. (cm )

5.1 (150)

oz. (g)

10.5 (300)

fl.oz. (cm3)

28.9 (850)

Maximum refrigerant charge Free gas vol. in compressor housing Weight without electr ical equipment

lbs. (kg)

9.5 (4.3)

Motor Motor size

watt

LRA (rated after 4 sec.UL984) LST/HST Cut-in current LST/HST

50

A

9.5/6.1

A

) 0 5 (

) 5 . 0 6 (

) 6 4 (

" 8 " 3 . 7 9 2 . 1

5.00"(127)

7.6/13.6

Approvals

C

D

Suction connector

in. (mm) A

5.28 (134)

B

5.20 (132)

B1

4.88 (124)

B2

2.87 (73)

location/I.D. in. (mm) C

0.252-0.259 (6.5±0.09)

Process connector

location/I.D. in. (mm) D

0.252-0.259 (6.5±0.09)

Discharge connector

location/I.D. in. (mm) E 0.202-0.205 (5.0+0.12/0.20)

Compressors on a pallet

pcs.

B1 B A B2 8.11"(206) 8.03"(204) 6.70"(170)

) 0

150

12

CD.41.J5.22

CK.40.A5.22

8240

) 0 0

7 " ( 1 ( 8 ) 5 " 3 3 6 " . ( 4 7 9 1 .

2

ø0.63"(16)

April 2003

E

UL984/CSA-C22.2

Dimensions Height

5

2

9.5/6.1

Resistance, main and start winding (77°F) Ω

)

" 9 5 1 ( 8 " . 1 2 3 .

) 0 3 1 (

" 2 1 .

. 3

ø0.35"(9)

1

July 2003

Capacity at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL30F

-13 -25 89.1

-10 -23.3 103

0 -17.8 156

10 -12.2 221

Btu/h

20 -6.7 302

30 -1.1 399

40 4.4 517

45 7.2 584

50 10 657

20 -6.7 268

30 -1.1 354

40 4.4 458

45 7.2 517

50 10 581

-6.7 20 71.2

-1.1 30 94.2

4.4 40 122

7.2 45 137

10 50 154

59 15 804

Capacity at HBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL30F

-13 -25 79.2

-10 -23.3 91.6

0 -17.8 139

10 -12.2 197

Btu/h 59 15 711

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F PL30F

-25 -13 21.0

-23.3 -10 24.3

-17.8 0 36.8

-12.2 10 52.3

-13 -25 49.7

-10 -23.3 50.8

-13 -25 1.07

-10 -23.3 1.07

-13 -25 1.79

-10 -23.3 2.03

0 -17.8 55.2

10 -12.2 60.5

20 -6.7 66.3

30 -1.1 72.4

40 4.4 78.5

45 7.2 81.4

50 10 84.2

59 15 88.9

0 -17.8 1.09

10 -12.2 1.11

20 -6.7 1.13

30 -1.1 1.16

40 4.4 1.19

45 7.2 1.20

50 10 1.22

59 15 1.25

-13 -25 1.59

-10 -23.3 1.80

20 -6.7 4.55

30 -1.1 5.51

40 4.4 6.58

45 7.2 7.17

50 10 7.79

0 -17.8 2.82

10 -12.2 3.66

-25 -13 0.42

-23.3 -10 0.48

Main winding a1 Start winding N

0 -17.8 2.51 -17.8 0 0.67

N

C

L

Btu/Wh 59 15 9.04 Winding protector

Btu/Wh

10 -12.2 3.25

20 -6.7 4.04

30 -1.1 4.89

40 4.4 5.83

45 7.2 6.35

50 10 6.90

-12.2 10 0.86

-6.7 20 1.07

-1.1 30 1.30

4.4 40 1.55

7.2 45 1.69

10 50 1.83

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F PL30F

d

A

EER at HBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL30F

a1

watt

EER at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL30F

8224 8224-2

15 59 189

Current consumption Comp \ . °F Comp \ . °C PL30F

b

watt

Power consumption Comp \ . °F Comp \ . °C PL30F

LST

59 15 7.99

W/W

Test conditions ASHRAE (LBP) ASHRAE (HBP) EN12900/CECOMAF Condensing temperatur e 130 °F (54.4°C) 130°F (54.4°C) 55°C (131°F) Ambient and suction gas temp. 90 °F (32°C) 95°F (35°C) 32°C (90°F) Liquid temperature 90°F (32°C) 115°F (46°C) 55°C (131°F) Static cooling, 115V 60Hz, PTC consumption incl.

15 59 2.12

HST c

b 8225

Accessories

a2

Devices

Fig.

PL30F d

PTC star ting device 1

/ 4 in. (6.3 mm) spades / 16 in. (4.8 mm) spades

a1

103N0003 103N0023

Star ting relay

a2

117U6000

Star ting capacitor 80 µF

c

117U5015

Cover

b

103N0492

Cord relief

d

103N1010

3

Mounting accessories Bolt joint for one compressor Bolt joint in quantities Snap-on in quantities

2

July 2003

Ø in. (mm) 5 / 8 (16) 5 / 8 (16) 5 / 8 (16)

118-1917 118-1918 118-1919

CD.41.J5.22

CK.40.A5.22

c 11

10

12

13 14

Main winding Winding protector

Start winding

April 2003

13

PL50F Standard Compressor - LST Starting Characteristics R134a 115V 60Hz Data Sheet (Replaces CD.41.A6.22) General

PL50F

PL50F

Compressor (CU-plated steel connectors) Codenumber

101G

Application

101G9200

R134a

Blue stripe

9200

Application Application Evaporating temperature range

°F (°C)

Voltage range

V/Hz

LBP/MBP

Barcode on white background

-13 to 32 (-25 to 0)

Green background

DANFOSS COMPRESSORS

103 - 127 /60

Motor type

8 0 3 8

R

RSIR


°F (°C)

110 (43)


110°F (43°C)

S

S O F1 F2



2 8 0 3 8

Approval mark


Displacement

0.12 (2.00)

3

Oil quantity Maximum refrigerant charge Free gas vol. in compressor housing Weight without electr ical equipment

fl.oz. (cm )

5.1 (150)

oz. (g)

10.5 (300)

3

fl.oz. (cm )

28.9 (850)

lbs. (kg)

9.5 (4.3)

Motor Motor size

watt

50

LRA (rated after 4 sec.UL984) LST

A

4.9

Cut-in current LST

A

14.0

Resistance, main and start winding (77 °F)

) 0 5 (

) 5 . 0 6 (

) 6 4 (

" 8 " 3 . 7 9 2 . 1

Approvals

5

2

8.8/5.5

Ω

)

" 9 5 1 ( 8 " . 1 2 3 .

) 0 3 1 (

" 2 1 .

5.00"(127)

UL984/CSA-C22.2

C

D

E Dimensions Height

in. (mm) A

5.28 (134)

B

5.20 (132)

B1

4.88 (124)

B2

2.87 (73)

Suction connector


0.252-0.259 (6.5±0.09)

Process connector


0.252-0.259 (6.5±0.09)

Discharge connector



pcs.

B1 B A B2 8.11"(206) 8240

8.03"(204) 6.70"(170) ) 0

150

2

ø0.63"(16)

February 2003

14

CD.41.A7.22

CK.40.A5.22

) 0 0

7 " ( 1 ( 8 ) 5 " 3 3 6 " . ( 4 7 9 1 .

. 3

ø0.35"(9)

1

July 2003


-13 -25 155

-10 -23.3 175

0 -17.8 249

Btu/h

10 -12.2 335

20 -6.7 437

30 -1.1 557

20 -6.7 388

30 -1.1 494

32 0 584

Capacity at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL50F

-13 -25 138

-10 -23.3 156

0 -17.8 221

10 -12.2 297

Btu/h 32 0 518


-25 -13 36.8

-23.3 -10 41.5

-17.8 0 58.9

-13 -25 62.3

-10 -23.3 65.0

-12.2 10 79.3

-6.7 20 103

-1.1 30 132

0 32 138

-13 -25 1.12

-10 -23.3 1.13

0 -17.8 73.2

10 -12.2 80.9

20 -6.7 88.5

30 -1.1 96.2

-13 -25 2.49

-10 -23.3 2.70

0 -17.8 1.18

10 -12.2 1.22

20 -6.7 1.27

32 0 97.8

30 -1.1 1.33

-13 -25 2.21

-10 -23.3 2.40

-25 -13 0.59

-23.3 -10 0.64

N

0 -17.8 3.39

10 -12.2 4.14

0 -17.8 3.02

32 0 1.34

20 -6.7 4.94

30 -1.1 5.79

N

10 -12.2 3.67

20 -6.7 4.38

30 -1.1 5.14

-12.2 10 0.98

-6.7 20 1.17

-1.1 30 1.37

C

L

32 0 5.97

Btu/Wh


Main winding a1 Start winding

Btu/Wh

EER at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL50F

d

A


a1

watt


8224 8224-2

watt


b

Winding protector

32 0 5.29

W/W

-17.8 0 0.80

Test conditions ASHRAE (LBP) ASHRAE (MBP) Condensing temperatur e 130 °F (54.4°C) 130°F (54.4°C) Ambient and suction gas temp. 90 °F (32°C) 95°F (35°C) Liquid temperature 90°F (32°C) 115°F (46°C) Static cooling, 115V 60Hz, PTC consumption incl.

0 32 1.41

EN12900/CECOMAF 55°C (131°F) 32°C (90°F) 55°C (131°F)

Accessories Devices

Fig.

PL50F

a1

103N0003 103N0023

Cover

b

103N0492

Cord relief

d

103N1010

PTC star ting device 1 / 4 in. (6.3 mm) spades 3 / 16 in. (4.8 mm) spades


2

July 2003

Ø in. (mm) 5 / 8 (16) 5 / 8 (16) 5 / 8 (16)

118-1917 118-1918 118-1919

CD.41.A7.22

CK.40.A5.22

February 2003

15

PL50F Standard Compressor R134a 115V 60Hz Data Sheet (Replaces CD.41.I3.22) General

PL50F

PL50F

Compressor (CU-plated steel connectors) Codenumber

101G

Application

101G9202

R134a

Blue stripe

9202

Application Application Evaporating temperature range

°F (°C)

Voltage range

V/Hz

LBP/MBP


-13 to 32 (-25 to 0)

Green background

DANFOSS COMPRESSORS

103 - 127 /60

Motor type

5 8 0 3 8

R

RSIR/CSIR


°F (°C)

110 (43)


110°F (43°C)

S

S O F1 F2



2 8 0 3 8

Approval mark


Displacement

0.12 (2.00)

3

Oil quantity

fl.oz. (cm )

5.1 (150)

oz. (g)

10.5 (300)


3

fl.oz. (cm )

28.9 (850)

lbs. (kg)

9.5 (4.3)

Motor Motor size

watt

50

LRA (rated after 4 sec.UL984) LST/HST

A

9.5/6.1

Cut-in current LST/HST

A

9.5/6.1

Resistance, main and start winding (77 °F) Ω

) 0 5 (

) 5 . 0 6 (

) 6 4 (

" 8 " 3 . 7 9 2 . 1

5

2

7.6/13.6

Approvals

)

" 9 5 1 ( 8 " . 1 2 3 .

) 0 3 1 (

" 2 1 .

5.00"(127)

UL984/CSA-C22.2

C

D

E Dimensions Height

in. (mm) A

5.28 (134)

B

5.20 (132)

B1

4.88 (124)

B2

2.87 (73)

Suction connector


0.252-0.259 (6.5±0.09)

Process connector


0.252-0.259 (6.5±0.09)

Discharge connector



pcs.

B1 B A B2 8.11"(206) 8240

8.03"(204) 6.70"(170) ) 0

150

2

ø0.63"(16)

February 2003

16

CD.41.I4.22

CK.40.A5.22

) 0 0

7 " ( 1 ( 8 ) 5 " 3 3 6 " . ( 4 7 9 1 .

. 3

ø0.35"(9)

1

July 2003


-13 -25 155

-10 -23.3 175

0 -17.8 249

Btu/h

10 -12.2 335

20 -6.7 437

30 -1.1 557

20 -6.7 388

30 -1.1 494

32 0 584

Capacity at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL50F

-13 -25 138

-10 -23.3 156

0 -17.8 221

10 -12.2 297

Btu/h 32 0 518


-25 -13 36.8

-23.3 -10 41.5

-17.8 0 58.9

-13 -25 62.3

-10 -23.3 65.0

-12.2 10 79.3

-6.7 20 103

-1.1 30 132

-13 -25 1.12

-10 -23.3 1.13

-13 -25 2.49

-10 -23.3 2.70

0 -17.8 73.2

10 -12.2 80.9

20 -6.7 88.5

30 -1.1 96.2

-13 -25 2.21

-10 -23.3 2.40

32 0 97.8

0 -17.8 1.18

10 -12.2 1.22

20 -6.7 1.27

30 -1.1 1.33

-25 -13 0.59

-23.3 -10 0.64


0 -17.8 3.39

10 -12.2 4.14

0 -17.8 3.02

32 0 1.34

-17.8 0 0.80

N

C

Btu/Wh 20 -6.7 4.94

30 -1.1 5.79

10 -12.2 3.67

20 -6.7 4.38

30 -1.1 5.14

-12.2 10 0.98

-6.7 20 1.17

-1.1 30 1.37

Btu/Wh

Winding protector

32 0 5.29

W/W


0 32 1.41

HST c


b 8225

a2

Accessories Devices PTC star ting device 1 / 4 in. (6.3 mm) spades 3 / 16 in. (4.8 mm) spades

PL50F

a1

103N0003 103N0023

d

a2

117U6000


c

117U5015

Cover

b

103N0492

Cord relief

d

103N1010

2

July 2003

Fig.

Star ting relay


L

32 0 5.97


d

A

EER at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C PL50F

a1

watt


8224 8224-2

0 32 138


b

watt


LST

Ø in. (mm) 5 / 8 (16) 5 / 8 (16) 5 / 8 (16)

c 11

10

12

13 14

118-1917 118-1918 118-1919

Main winding Winding protector

CD.41.I4.22

CK.40.A5.22

Start winding

February 2003

17

TL2.5F Standard Compressor R134a 115V 60Hz Data Sheet (Replaces CD.42.B5.22) General Compressor Connector-material

Sealing

Code number

Copper-plated steel

Aluminium caps

102G3206

Copper-plated steel

Rubber plugs

Copper

Rubber plugs

102G

TL2.5F

TL2.5F Application

R134a

Blue stripe

3206


DANFOSS COMPRESSORS

Green background

Application

0 1 3 8

R

Application

LBP/MBP


°F (°C)

Voltage range

V/Hz

103 - 127 /60

Motor type

RSIR


°F (°C)

110 (43)

Comp. cooling at

S O F1 F2

max. ambient temperature

TL2.5F 115V-60Hz 1PH

-13 to 23 (-25 to -5)

110°F (43°C)


2 0 1 3 8

THERMALLY PROTECTED

Approval mark

S


Displacement

0.16 (2.61)

3


fl.oz. (cm )

6.1 (180)

oz. (g)

14.0 (400)

fl.oz. (cm3)

54.2 (1600)

lbs. (kg)

) 7 5 1 (

" 8 1 . 6

) 5 . 0 6 (

" 8 3 . 2

14.7 ( 6.7)

°

) 6 6 (

" 0 6 . 2

0 2

4 5

°

°

1 5

4.02"(102)

Motor Motor size

watt

75


A

5.3

Cut-in current LST

A

14.5


UL984/CSA-C22.2

in. (mm) A

6.42 (163)

B

6.26 (159)

Suction connector


0.252-0.259 (6.5±0.09)

Process connector


0.252-0.259 (6.5±0.09)

Discharge connector



pcs.

125

7 (

" 0 8 . 2

8261

3.78"(96) 4.61"(117)

or

8.74"(222) 6.93"(176)

D C

3 2 1 8 . 5

°

0 3

A B

° °

) 5 0 1 (

) 5 0 1 (

" 3 1 . 4

Dimensions

(

1

E

7.3/4.8

Approvals

Height

C or D

" ) 4 ) 9 1 . 2 1

" 3 1 . 4

ø0.75"(19)

6.50"(165)

) 7 0 1 (

" 1 2 . 4

ø0.63"(16)

) 0 7 (

" 6 7 . 2

) 6 . 1 0 1 (

" 0 0 . 4

) 6 3 1 (

" 5 3 . 5

ø0.14"(3.6) 6.70"(170) 7.01"(178) 8.03"(204)

June 2003

18

CD.42.B6.22

CK.40.A5.22

1

July 2003

Capacity at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL2.5F

-13 -25 181

-10 -23.3 202

0 -17.8 287

10 -12.2 396

Btu/h 20 -6.7 524

Capacity at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL2.5F

-13 -25 162

-10 -23.3 180

0 -17.8 255

10 -12.2 354

20 -6.7 466

23 -5 568

Btu/h b

23 -5 506

8217-2

a1

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TL2.5F

-25 -13 43

-23.3 -10 48

-17.8 0 68

-12.2 10 93

watt -6.7 20 124

d

-5 23 134


Power consumption Comp \ . °F Comp \ . °C TL2.5F

-13 -25 61

-10 -23.3 65

watt 0 -17.8 77

10 -12.2 90

20 -6.7 104

23 -5 109

Current consumption Comp \ . °F Comp \ . °C TL2.5F

-13 -25 0.91

-10 -23.3 0.94

-13 -25 2.96

-10 -23.3 3.11

10 -12.2 1.08

20 -6.7 1.22

0 -17.8 3.73

10 -12.2 4.42

-13 -25 2.63

-10 -23.3 2.77

0 -17.8 3.32

10 -12.2 3.93

-25 -13 0.70

-23.3 -10 0.74

-17.8 0 0.88

-12.2 10 1.04

23 -5 1.29

Winding protector

23 -5 5.22

Btu/Wh 20 -6.7 4.49

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TL2.5F

-6.7 20 1.19

23 -5 4.65

W/W

Accessories

-5 23 1.23

Devices



Fig.

TL2.5F


a1

103N0003 103N0023

Cover

b

103N2011

Cord relief

d

103N1010


2

July 2003

L

Btu/Wh 20 -6.7 5.05

EER at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL2.5F

C

A 0 -17.8 1.00

EER at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL2.5F

N

CD.42.B6.22

CK.40.A5.22

Ø in. (mm) 5 / 8 (16) 5 / 8 (16) 5 / 8 (16)

118-1917 118-1918 118-1919

June 2003

19

TL3F Standard Compressor R134a 115V 60Hz Data Sheet (Replaces CG.42.O1.22) General Compressor Connector-material

Sealing

Code number

Copper-plated steel

Aluminium caps

102G3300

Copper-plated steel

Rubber plugs

102G3307

Copper

Rubber plugs

102G

TL3F

TL3F Application

R134a

Blue stripe

3300


DANFOSS COMPRESSORS

Green background

Application

3 0 1 3 8

R

Application

LBP/MBP


°F (°C)

Voltage range

103 - 127 /60

Motor type

RSIR


°F (°C)

110 (43)


TL3F 115V-60Hz 1PH

-13 to 23 (-25 to -5)

V/Hz

110°F (43°C)

S

S O F1 F2


4 0 1 3 8

THERMALLY PROTECTED

Approval mark


Displacement

0.19 (3.13)

3


fl.oz. (cm )

6.1 (180)

oz. (g)

14.0 (400)

fl.oz. (cm3)

54.2 (1600)

lbs. (kg)

14.7 ( 6.7)

Motor size

watt

90


A

6.0

Cut-in current LST

A

15.0


Ω

6.3/4.8

Approvals

UL984/CSA-C22.2

°

) 6 6 (

" 0 6 . 2

0 2

4 5

°

°

1 5

C or D

in. (mm) A

6.42 (163)

B

6.26 (159)

Suction connector


0.252-0.259 (6.5±0.09)

Process connector


0.252-0.259 (6.5±0.09)

Discharge connector

location/I.D. in. (mm) E 0.202-0.205 (5.0+0.12/0.20) pcs.

125

" ) 4 ) 9 1 . 2 1 (

1

7 (

" 0 8 . 2

8261

3.78"(96) 4.61"(117)

or

8.74"(222) 6.93"(176)

D C E

3 2 1 8 . 5

°

0 3

A B

° °

) 5 0 1 (

) 5 0 1 (

" 3 1 . 4

Dimensions


) 5 . 0 6 (

" 8 3 . 2

4.02"(102)

Motor

Height

) 7 5 1 (

" 8 1 . 6

" 3 1 . 4

ø0.75"(19)

6.50"(165)

) 7 0 1 (

" 1 2 . 4

ø0.63"(16)

) 0 7 (

" 6 7 . 2

) 6 . 1 0 1 (

" 0 0 . 4

) 6 3 1 (

" 5 3 . 5

ø0.14"(3.6) 6.70"(170) 7.01"(178) 8.03"(204)

July 2003

20

CG.42.O2.22

CK.40.A5.22

1

July 2003

Capacity at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL3F

-13 -25 228

-10 -23.3 253

0 -17.8 351

10 -12.2 478

Btu/h 20 -6.7 636

Capacity at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL3F

-13 -25 203

-10 -23.3 225

0 -17.8 312

10 -12.2 425

20 -6.7 566

23 -5 692

Btu/h b

23 -5 616

8217-2

a1

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TL3F

-25 -13 54

-23.3 -10 60

-17.8 0 83

-12.2 10 113

watt -6.7 20 150

d

-5 23 163


Power consumption Comp \ . °F Comp \ . °C TL3F

-13 -25 72

-10 -23.3 77

watt 0 -17.8 92

10 -12.2 108

20 -6.7 125

23 -5 130

Current consumption Comp \ . °F Comp \ . °C TL3F

-13 -25 1.09

-10 -23.3 1.12

-13 -25 3.15

-10 -23.3 3.29

10 -12.2 1.32

20 -6.7 1.47

0 -17.8 3.80

10 -12.2 4.42

-13 -25 2.80

-10 -23.3 2.93

0 -17.8 3.38

10 -12.2 3.93

-25 -13 0.75

-23.3 -10 0.78

-17.8 0 0.90

23 -5 1.52

23 -5 5.34

July 2003

Accessories

23 -5 4.75

Devices

W/W -12.2 10 1.04

-6.7 20 1.20

-5 23 1.26


2

Winding protector

Btu/Wh 20 -6.7 4.55

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TL3F

L

Btu/Wh 20 -6.7 5.11

EER at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL3F

C

A 0 -17.8 1.21

EER at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL3F

N


Fig.

TL3F

PTC star ting device 1 / 4 in. (6.3 mm) spades 3 / 1 6 in. (4.8 mm) spades

a1

103N0003 103N0023

Cover

b

103N2011

Cord relief

d

103N1010

Mounting accessories (102G3307) Bolt joint for one compressor Bolt joint for one compressor Snap-on for one compressor

Ø in. (mm)

Mounting accessories (102G3300) Bolt joint for one compressor Bolt joint in quantities Snap-on in quantities

Ø in. (mm)

CG.42.O2.22

CK.40.A5.22

5

/ 8 (16) / 4 (19) 5 / 8 (16) 3

5

/ 8 (16) / 8 (16) 5 / 8 (16) 5

118-1946 118-1949 118-1947 118-1917 118-1918 118-1919

July 2003

21

TL4F Standard Compressor R134a 115V 60Hz Data Sheet (Replaces CG.42.P1.22) General Compressor Connector-material

Sealing

Code number

Copper-plated steel

Aluminium caps

102G3400

Copper-plated steel

Rubber plugs

102G3402

Copper

Rubber plugs

102G

TL4F

TL4F Application

R134a

Blue stripe

3400


DANFOSS COMPRESSORS

Green background

Application

5 0 1 3 8

R

Application

LBP/MBP


°F (°C)

Voltage range

103 - 127 /60

Motor type

RSIR


°F (°C)

110 (43)

Comp. cooling at

S O F1 F2

max. ambient temperature

TL4F 115V-60Hz 1PH

-31 to 20 (-35 to -6.7)

V/Hz

110°F (43°C)


6 0 1 3 8

THERMALLY PROTECTED

Approval mark

S


Displacement

0.23 (3.86)

3


fl.oz. (cm )

6.1 (180)

oz. (g)

14.0 (400)

fl.oz. (cm3)

54.2 (1600)

lbs. (kg)

14.7 ( 6.7)

Motor size

watt

105


A

7.0

Cut-in current LST

A

16.0


°

) 6 6 (

" 0 6 . 2

C or D

0 2

4 5

°

°

1 5

UL984/CSA-C22.2

in. (mm) A

6.42 (163)

B

6.26 (159)

Suction connector


0.252-0.259 (6.5±0.09)

Process connector


0.252-0.259 (6.5±0.09)

Discharge connector

location/I.D. in. (mm) E 0.202-0.205 (5.0+0.12/0.20) pcs.

125

(

1

7 (

" 0 8 . 2

8261

3.78"(96) 4.61"(117)

or

8.74"(222) 6.93"(176)

D C

3 2 1 8 . 5

°

0 3

A B

° °

) 5 0 1 (

) 5 0 1 (

" 3 1 . 4

Dimensions

" ) 4 ) 9 1 . 2 1

E

5.3/4.9

Approvals


) 5 . 0 6 (

" 8 3 . 2

4.02"(102)

Motor

Height

) 7 5 1 (

" 8 1 . 6

" 3 1 . 4

ø0.75"(19)

6.50"(165)

) 7 0 1 (

" 1 2 . 4

ø0.63"(16)

) 0 7 (

" 6 7 . 2

) 6 . 1 0 1 (

" 0 0 . 4

) 6 3 1 (

" 5 3 . 5

ø0.14"(3.6) 6.70"(170) 7.01"(178) 8.03"(204)

July 2003

22

CG.42.P2.22

CK.40.A5.22

1

July 2003

Capacity at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL4F

-30 -34.4 181

-20 -28.9 228

-13 -25 281

-10 -23.3 310

0 -17.8 430

Btu/h 10 -12.2 594

Capacity at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL4F

-30 -34.4 161

-20 -28.9 203

-13 -25 250

-10 -23.3 276

0 -17.8 383

20 -6.7 802

Btu/h 10 -12.2 529

b

20 -6.7 714

8217-2

a1

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TL4F

-34.4 -30 43

-28.9 -20 54

-25 -13 66

-23.3 -10 73

watt -17.8 0 102

-12.2 10 141

d

-6.7 20 190


Power consumption Comp \ . °F Comp \ . °C TL4F

-30 -34.4 64

-20 -28.9 77

watt -13 -25 87

-10 -23.3 91

0 -17.8 107

10 -12.2 124

Current consumption Comp \ . °F Comp \ . °C TL4F

-30 -34.4 1.36

-20 -28.9 1.43

-30 -34.4 2.81

-20 -28.9 2.97

-10 -23.3 1.52

0 -17.8 1.61

10 -12.2 1.72

-13 -25 3.25

-10 -23.3 3.41

0 -17.8 4.03

10 -12.2 4.79

-30 -34.4 2.50

-20 -28.9 2.64

-13 -25 2.89

-10 -23.3 3.03

0 -17.8 3.59

10 -12.2 4.26

-34.4 -30 0.66

-28.9 -20 0.70

-25 -13 0.77

July 2003

L

Winding protector

20 -6.7 5.64

Accessories

20 -6.7 5.02

Devices

W/W -23.3 -10 0.80

-17.8 0 0.95

-12.2 10 1.13


2

20 -6.7 1.84

Btu/Wh

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TL4F

C

Btu/Wh

EER at MBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL4F

N

A -13 -25 1.49

EER at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TL4F

20 -6.7 142

-6.7 20 1.33


Fig.

TL4F

PTC star ting device 1 / 4 in. (6.3 mm) spades 3 / 1 6 in. (4.8 mm) spades

a1

103N0003 103N0023

Cover

b

103N2011

Cord relief

d

103N1010

Mounting accessories (102G3402) Bolt joint for one compressor Bolt joint for one compressor Snap-on for one compressor

Ø in. (mm) 5 / 8 (16) 3 / 4 (19) 5 / 8 (16)

118-1946 118-1949 118-1947

Mounting accessories (102G3400) Bolt joint for one compressor Bolt joint in quantities Snap-on in quantities

Ø in. (mm) 5 / 8 (16) 5 / 8 (16) 5 / 8 (16)

118-1917 118-1918 118-1919

CG.42.P2.22

CK.40.A5.22

July 2003

23

TLS4.5F Standard Compressor R134a 115V 60Hz Data Sheet (Replaces CD.42.D4.22) General TLS4.5F

Compressor (CU-plated steel connectors) Codenumber (small baseplate)

102G3420

Codenumber (large baseplate)

102G3421

Application

Application °F (°C)

Voltage range

3420


LBP


R134a SUCTION CONNECTOR

Blue stripe

Application

102G

TLS4.5F

DANFOSS COMPRESSORS

Green background

-31 to 23 (-35 to -5)

V/Hz

R

103 - 127 /60

Motor type

TLS4.5F 115V-60Hz 1PH

RSIR/CSIR


°F (°C)

110 (43)

S O F1


1 1 3 8

110°F (43°C)

S

F2


THERMALLY PROTECTED

2 1 1 3 8

Approval mark


Displacement

0.29 (4.63)

3

Oil quantity

fl.oz. (cm )


6.1 (180)

oz. (g)

14.0 (400)

fl.oz. (cm3)

60.7 (1790)

lbs. (kg)

) 7 5 1 (

14.7 ( 6.7)

" 8 1 . 6

Motor Motor size

watt

) 5 . 0 6 (

" 8 ) 3 6 . 6 ( 2 " 0 6 . 2

170

LRA (rated after 4 sec.UL984) LST/HST

A

12.2/14.2

Cut-in current LST/HST

A

22.6/14.2


Ω

3.2/3.4

Approvals

°

0 2

4 5

1 5

4.02"(102)

C

" ) 4 ) 9 1 2 1 . ( 7 ( 1 "

°

°

0 8 . 2

8403

3.78"(96) 4.61"(117)

D

8.74"(222) 6.93"(176)

E

UL984/CSA-C22.2

3 2 1 8 . 5

°

0 3

A B

Dimensions Height

in. (mm) A

6.42 (163)

B

6.26 (159)

Suction connector

location/I.D. in. (mm) C 0.252-0.259 (6.5±0.09)

Process connector

location/I.D. in. (mm) D 0.252-0.259 (6.5±0.09)

Discharge connector



pcs.

125

° °

) 5 0 1 (

) 5 0 1 (

" 3 1 . 4

" 3 1 . 4

ø0.75"(19)

6.50"(165)

) 7 0 1 (

" 1 2 . 4

ø 0.63"(16)

ø 0.35"(9) ) 0 7 (

" 6 7 . 2

) 0 7 (

" 8 ) 5 3 3 . ( 1

" 6 7 . 2

) 6 . 1 0 1 (

" 0 0 . 4

) 6 3 1 (

" 5 3 . 5

) 0 0 1 (

" 4 9 . 3

ø0.14"(3.6) 6.70"(170) 7.01"(178) 8.03"(204)

June 2003

24

CD.42.D5.22

CK.40.A5.22

1

July 2003

Capacity at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TLS4.5F

-30 -34.4 245

-20 -28.9 340

-13 -25 431

-10 -23.3 477

Btu/h

0 -17.8 654

10 -12.2 875

20 -6.7 1135

-17.8 0 155

-12.2 10 208

-6.7 20 269

23 -5 1225

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TLS4.5F

-34.4 -30 58

-28.9 -20 80

-25 -13 102

LST

watt

-23.3 -10 113

-5 23 290

b 8217-2

a1

Power consumption Comp \ . °F Comp \ . °C TLS4.5F

-30 -34.4 92

watt

-20 -28.9 110

-13 -25 123

-10 -23.3 129

0 -17.8 150

10 -12.2 174

20 -6.7 199

d

23 -5 207


Current consumption Comp \ . °F Comp \ . °C TLS4.5F

-30 -34.4 1.87

-20 -28.9 1.93

A -13 -25 1.99

-10 -23.3 2.02

0 -17.8 2.13

10 -12.2 2.27

20 -6.7 2.41

EER at LBP conditions (ASHRAE) Comp \ . °F Comp \ . °C TLS4.5F

-30 -34.4 2.66

-20 -28.9 3.10

-13 -25 3.50

23 -5 2.46

-34.4 -30 0.63

-28.9 -20 0.73

-25 -13 0.83

C

L

Btu/Wh

-10 -23.3 3.69

0 -17.8 4.34

10 -12.2 5.03

20 -6.7 5.71

-23.3 -10 0.87

-17.8 0 1.03

-12.2 10 1.19

-6.7 20 1.35

23 -5 5.91

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TLS4.5F

N

Winding protector

W/W

Test conditions ASHRAE Condensing temperature 130 °F (54,4°C) Ambient and suction gas temp. 90°F (32°C) Liquid temperature 90°F (32°C) Static cooling, 115V 60Hz, PTC consumption incl.

-5 23 1.40

HST c

EN 12900/CECOMAF 55°C (131°F) 32°C (90°F) 55°C (131°F)

b 8219

a2

Accessories Devices

Fig.

TLS4.5F d


103N0003 103N0023

Star ting relay

a2

117U6003


c

117U5023

Cover

b

103N2011

Cord relief

d

103N1010


2

July 2003

a1

Ø in. (mm) 5 / 8 (16) 5 / 8 (16) 5 / 8 (16)

118-1917 118-1918 118-1919

c 10

12

CK.40.A5.22

13 14

Main winding

CD.42.D5.22

11

Winding protector Start winding

June 2003

25

TF3F Standard Compressor R134a 115-127V 60Hz Data Sheet (Replaces CD.42.C4.22) General Compressor

TF3F Application

Rubber plugs

102G3303

Blue stripe

Rubber plugs

102G3301


Sealing

Copper-plated steel

Aluminium caps

Copper-plated steel Copper

102G

TF3F

Code number

Connector-material

R134a

3303

3 7 2 3 8

DANFOSS COMPRESSORS

Green background

Application Application

LBP


°F (°C)

Voltage range

-31 to 14 (-35 to -10)

V/Hz

95 - 135 /60

Motor type

S O F1

RSIR


°F (°C)

110 (43)


110°F (43°C)

F2

S

= Static cooling normally sufficient = Oil cooling = Fan cooling 1.5 m/s (compressor compartment temperature equal to ambient temperature) = Fan cooling 3.0 m/s necessary

Design 3

Displacement

cu.in. (cm )

0.19 (3.13)

3


fl.oz. (cm )

6.1 (180)

oz. (g)

14.0 (400)

3

fl.oz. (cm )

) 5 . 9 5 (

) 7 5 1 (

" 8 1 . 6

" ) 4 6 3 6 . ( 2 " 0 6 . 2

°

°

1 5

4.02"(102)

54.2 (1600)

lbs. (kg)

°

0 2

4 5

C or D

14.7 ( 6.7)

" ) 4 ) 9 1 2 1 . ( 7 ( 1

" 0 8 . 2

8370

3.78"(96) 4.61"(117)

or

8.90"(226) 6.93"(176)

E

Motor Motor size

watt

100


A

15.7

Cut-in current LST

A

A B

) 5 0 1 (

" 3 1 . 4

) 7 0 1 (

" 1 2 . 4

ø0.75"(19)

Dimensions

102G3303

Height

102G3301

in. (mm) A

6.42 (163)

B

6.26 (159)

locat io n/ I. D. in. (mm) C

0 .2 52 -0 .2 59 (6.5±0.09)

0.252-0.259 (6.5±0.09)

Pro ce ss co nn ecto r

locat io n/ I. D. in . (mm) D

0 .2 52 -0 .2 59 (6.5±0.09)

0.252-0.259 (6.5±0.09)

Discharge connector

location/I.D. in. (mm) E 0.202-0.205 (5.0+0.12/0.20) 0.189-0.193 (4.9+0.10/-0) pcs.

125

CD.42.C5.22

CK.40.A5.22

6.50"(165)

ø0.63"(16)

ø0.14"(3.6)

Suction co nn ecto r


26

° °

) 5 0 1 (

" 3 1 . 4

5.1/10.0

Approvals

3 2 1 8 . 5

°

0 3

15.7


July 2003

D C

) 0 7 (

" 6 7 . 2

) 6 . 1 0 1 (

" 0 0 . 4

) 6 3 1 (

" 5 3 . 5

6.70"(170) 7.01"(178) 8.03"(204)

1

July 2003

Capacity (ASHRAE) Comp \ . °F Comp \ . °C TF3F

-30 -34.4 69.9

Btu/h

-20 -28.9 148

-13 -25 210

-10 -23.3 239

0 -17.8 348

10 -12.2 478

14 -10 538 a2

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TF3F

-34.4 -30 16.1

-28.9 -20 34.7

watt

-25 -13 49.5

-23.3 -10 56.4

-17.8 0 82.2

-12.2 10 113

-13 -25 71.0

-10 -23.3 76.5

0 -17.8 93.6

10 -12.2 109

-10 14 127

Power consumption Comp \ . °F Comp \ . °C TF3F

-30 -34.4 37.0

-20 -28.9 57.7

-30 -34.4 1.10

8230

watt

d

14 -10 116

Current consumption Comp \ . °F Comp \ . °C TF3F

b

a2

A

-20 -28.9 1.20

-13 -25 1.28

-10 -23.3 1.31

0 -17.8 1.43

10 -12.2 1.54

14 -10 1.59

10 12

Main winding

EER (ASHRAE) Comp \ . °F Comp \ . °C TF3F

-30 -34.4 1.89

-34.4 -30 0.44

Start winding Thermostat

14

Btu/Wh -20 -28.9 2.56

-13 -25 2.96

-10 -23.3 3.13

0 -17.8 3.72

10 -12.2 4.37

14 -10 4.65

-23.3 -10 0.74

-17.8 0 0.88

-12.2 10 1.03

-10 14 1.10

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TF3.F

11 13

-28.9 -20 0.61

Motor protector

W/W

-25 -13 0.70

Test conditions Condensing temperature Ambient and suction gas temp. Liquid temperature Static cooling, 115V 60Hz

M

ASHRAE 130 °F (54,4°C) 90°F (32°C) 90°F (32°C)


Accessories Devices

Fig.

Star ting relay (protector incl.) Protector 3 / 4"

Texas Instr.

MRP61GL-6

Cover

b

117U1021

Cord relief

d

117U0349

Ø in. (mm) 5 / 8 (16) 3 / 4 (19) 5 / 8 (16)

118-1946 118-1949 118-1947

Mounting accessories Bolt joint for one compressor Bolt joint for one compressor Snap-on for one compressor

2

July 2003

a2

TF3F 117U4100

CD.42.C5.22

CK.40.A5.22

July 2003

27

TF3.5F Standard Compressor R134a 115-127V 60Hz Data Sheet (Replaces CG.42.Q1.22) General Compressor Connector-material

Sealing

Copper-plated steel

Aluminium caps

Copper-plated steel

Rubber plugs

102G3304

Copper

Rubber plugs

102G3302

102G

TF3.5F

TF3.5F Application

Code number

R134a

Blue stripe

3304


7 2 3 8

DANFOSS COMPRESSORS

Green background

Application

R

Application

LBP


°F (°C)

Voltage range

-31 to 14 (-35 to -10)

V/Hz

95 - 135 /60

Motor type

S O F1

RSIR


°F (°C)

110 (43)


110°F (43°C)

F2

S


Displacement

cu.in. (cm 3)

0.22 (3.59)

Oil quantity

fl.oz. (cm 3)

6.1 (180)

oz. (g)

14.0 (400)


3

fl.oz. (cm )

" 8 1 . 6

C or D

16.5 ( 7.5)

Approval mark

°

0 2

4 5

°

°

1 5

4.02"(102)

60.6 (1790)

lbs. (kg)

" ) 4 6 3 6 . ( 2 " 0 6 . 2

2 7 2 3 8

THERMALLY PROTECTED

) 5 . 9 5 (

) 7 5 1 (

Design

TF3.5F 115V-60Hz 1PH

" ) ) 4 9 1 2 1 . ( 7 ( 1

" 0 8 . 2

8370

3.78"(96) 4.61"(117)

or

8.90"(226) 6.93"(176)

D C E

Motor

3 2 1 8 . 5

°

Motor size

watt

0 3

135


A

18.9

Cut-in current LST

A

18.9


A B

° °

) 5 0 1 (

) 5 0 1 (

" 3 1 . 4

" 3 1 . 4

) 7 0 1 (

" 1 2 . 4

3.8/7.8

Approvals

UL984/CSA-C22.2

ø0.75"(19)

6.50"(165)

ø0.63"(16)

ø0.14"(3.6)

Dimensions

102G3304

Height

in. (mm) A

6.81 (173)

B

6.65 (169)

Suction co nn ecto r

locat io n/ I. D. in. (mm) C

0 .2 52 -0 .2 59 (6.5±0.09)

0.252-0.259 (6.5±0.09)

Pro ce ss co nn ecto r

locat io n/ I. D. in . (mm) D

0 .2 52 -0 .2 59 (6.5±0.09)

0.252-0.259 (6.5±0.09)

Discharge connector

location/I.D. in. (mm) E 0.202-0.205 (5.0+0.12/0.20) 0.189-0.193 (4.9+0.10/-0)


July 2003

28

102G3302

pcs.

) 0 7 (

" 6 7 . 2

) 6 . 1 0 1 (

" 0 0 . 4

) 6 3 1 (

" 5 3 . 5

6.70"(170) 7.01"(178) 8.03"(204)

125

CG.42.Q2.22

CK.40.A5.22

1

July 2003

Capacity (ASHRAE) Comp \ . °F Comp \ . °C TF3.5F

-30 -34.4 133

Btu/h

-20 -28.9 205

-13 -25 270

-10 -23.3 303

0 -17.8 426

10 -12.2 581

14 -10 651 a2

Capacity (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TF3.5F

-34.4 -30 32

-28.9 -20 49

watt

-25 -13 64

-23.3 -10 72

-17.8 0 101

-12.2 10 138

-13 -25 89

-10 -23.3 93

0 -17.8 108

10 -12.2 123

-10 14 155

Power consumption Comp \ . °F Comp \ . °C TF3.5F

-30 -34.4 66

-30 -34.4 1.55

-20 -28.9 1.60

8230

watt

-20 -28.9 79

d

14 -10 129

Current consumption Comp \ . °F Comp \ . °C TF3.5F

b

a2

A -13 -25 1.64

-10 -23.3 1.66

0 -17.8 1.73

10 -12.2 1.82

14 -10 1.86

10 12

Main winding

EER (ASHRAE) Comp \ . °F Comp \ . °C TF3.5F

-30 -34.4 2.03

-34.4 -30 0.48

Start winding Thermostat

14

Btu/Wh -20 -28.9 2.59

-13 -25 3.04

-10 -23.3 3.25

0 -17.8 3.96

10 -12.2 4.73

14 -10 5.03

-23.3 -10 0.77

-17.8 0 0.94

-12.2 10 1.12

-10 14 1.20

COP (EN 12900/CECOMAF) Comp \ . °C Comp \ . °F TF3.5F

11 13

-28.9 -20 0.62

Motor protector

W/W

-25 -13 0.72

Test conditions Condensing temperature Ambient and suction gas temp. Liquid temperature Static cooling, 115V 60Hz

M

ASHRAE 130 °F (54,4°C) 90°F (32°C) 90°F (32°C)


Accessories Devices

Fig.

Star ting relay (protector incl.) Protector 3 / 4"

Texas Instr.

Protector 3 / 4"

Electrica

a2

MRP57JK-6 T 0727 / 06

Cover

b

117U1021

Cord relief

d

117U0349

Ø in. (mm) 5 / 8 (16) 3 / 4 (19) 5 / 8 (16)

118-1946 118-1949 118-1947

Mounting accessories Bolt joint for one compressor Bolt joint for one compressor Snap-on for one compressor

2

July 2003

TF3.5F 117U4122

CG.42.Q2.22

CK.40.A5.22

July 2003

29

Compresores Danfoss Para 134a

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