SECOP KLF5.6CND Compressor Technical Data

Model: KLF5.6CND

Designation: 220-240V/50Hz 1~

Sales Code: 106H2600

General Information

Refrigerant: R290

Displacement: 5,6cm³ / 0,34cu.in

Compressors on pallet: 100

Image Description: A black, compact SECOP KL-Series hermetic compressor is depicted, showing its motor housing and connection terminals.

Compressor Design Specifications

Specification	Value
Oil type	Polyolester
Oil viscosity	10,4cSt
Oil quantity	170cm³ / 5,7fl.oz
Refr. charge - tech. limit	200g / 7,1oz
Free gas volume comp.	1605cm³ / 54,3fl.oz
Weight	9,4kg / 20,7lbs
Motor protection	external
Winding resistance main	10,7Ω at 25°C
Winding resistance aux	17Ω at 25°C
Max. winding temp.	125°C / 257°F
Max. discharge temp.	130°C / 266°F

Compressor Dimensions

Image Description: Illustrates the external dimensions of the compressor housing labeled A through E.

Dimension	Value (mm)	Value (in)
A Height	182	7,17
B Height	175	6,89
C Length shell	198	7,8
D Length w. cover	238	9,37
E Width	160	6,3

Connectors

Image Description: Shows the layout of the suction, discharge, and process connectors, indicating their diameter, material, and angles.

Connector	Suction (X)			Discharge (Y)			Process (Z)
Connector	mm	in	Material	mm	in	Material	mm	in	Material
Diameter	øi 8,11-8,29	øi 0,32-0,33	copper	øi 6,11-6,29	øi 0,24-0,25	copper	øi 6,11-6,29	øi 0,24-0,25	copper
Horizontal angle	35°			13°			0°
Vertical angle	30°			40°			145°
Position l/h/w	119/73/59 (4,7/2,9/2,3)			117/107/66 (4,6/4,2/2,6)			-88/101/71 (-3,5/4/2,8)
Straight tube l.	14 (0,5)			14 (0,5)			14 (0,5)

Compressor Fixation

Image Description: Details the baseplate dimensions and mounting hole locations (large and small) for securing the compressor.

Baseplate: 204mm (8.03in) x 132mm (5.2in)

Large holes: ØL 165mm (6.5in), Lw 101.6mm (4in), Ø19mm (0.75in)

Small holes: Sl 170mm (6.7in), Sw 70mm (2.76in), ØS 16mm (0.63in)

Image Description: Illustrates how bolts and snap-on mechanisms are used for mounting and securing the compressor.

Mounting Accessories

Accessory Type	Part Number (one comp.)	Part Number (multi pack)
Bolt joint \| M6 \| Ø16mm	118-1917	118-1918
Bolt joint \| ø1/4" \| ø16mm	118-1946
Bolt joint \| ø1/4" \| ø19mm	118-1949
Snap-on \| Ø7,3 \| Ø16mm	118-1947	118-1919

Application Notes

Provision for PE Grounding is located at the PE Stamp on the compressor.

Configurations

General Configurations with KLF5.6CND

Configuration	Conf. 1	Conf. 2
Motor configuration	CSIR	RSCR
Power supply (nominal)	220-240V/50Hz	220-240V/50Hz
Number of phases	1	1
Voltage range	198-254V	198-254V
Approvals	VDE, CCC	VDE, CCC
Starting torque	HST	LST
Note	-/-	-/-

Applications with KLF5.6CND

Application	Conf. 1	Conf. 2
Refrigerant	R290	R290
Application	LBP+MBP	LBP+MBP
System cooling	fan 3m/s	fan 3m/s
Hot gas defrost	OK	OK
Long interval pull down	OK	OK

Electrical Data - Configurations with KLF5.6CND

Electrical Data	Conf. 1	Conf. 2
Starting device type	relay	PTC
Run capacitor	-/-	5μF
Start capacitor	80μF	-/-
LRA (locked rotor amps / 4s/ U(N))	11,4A	11,4A
RLA (rated load amps / 1s/ U(N))	1,6A	1,6A
Cut in current (U(N))	10,7A	14,7A

Operating Conditions and Performance

Ambient and Machine Room Temperatures

Ambient temperature range: 10 - 43°C / 50 - 110°F

Machine room temperature range: 10 - 48°C / 50 - 119°F

Compressor cooling: fan 3m/s

Operation Pressure Range

Image Description: These graphs plot the condensing pressure (in bar) against the evaporation pressure (in bar). Two lines are shown: one for continuous operation and one for transitory operation, indicating the safe operating limits for the compressor under different temperature conditions (shown on the x-axis in °C and °F). The graphs help determine the compressor's performance envelope.

(Graphs are described textually above and are not included as images)

Optimization + Standard Conditions (Conf. 1 - CSIR)

pe	pc	RGT	Tliq	Cooling capacity			COP			EER			Power consumption		Ref. mass flow [kg/h]	Application
pe	pc	RGT	Tliq	[W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]	Ref. mass flow [kg/h]	Application
[°C] -23	54	32	32	273,6	934	235,5	1,55	5,28	1,33	177,1	1,22	2,77	ASHRAE LBP
[°F] -10	130	90	90
[°C] -25	55	32	55	203,7	696	175,3	1,19	4,07	1,03	170,9	1,20	2,54	cecomaf LBP
[°F] -13	131	90	131
[°C] -35	40	20	40	149,1	509	128,3	1,21	4,12	1,04	123,4	1,07	1,70	EN12900 LBP
[°F] -31	104	68	104
[°C] -7	54	35	46	494,7	1690	425,8	2,07	7,08	1,78	238,8	1,43	5,64	ASHRAE MBP
[°F] 20	130	95	115
[°C] -10	55	32	55	392,2	1339	337,5	1,72	5,87	1,48	228,2	1,39	4,96	cecomaf MBP
[°F] 14	131	90	131
[°C] -10	45	20	45	435,1	1486	374,4	2,09	7,14	1,80	208,0	1,32	5,34	EN12900 MBP
[°F] 14	113	68	113

Performance Tables (Conf. 1 - CSIR)

pe	pc	RGT	Tliq	Cooling capacity			COP			EER			Ref. mass flow [kg/h]
pe	pc	RGT	Tliq	[W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]		Ref. mass flow [kg/h]
[°C/°F]	[°C/°F]	[°C/°F]	[°C/°F]
-40 / -40	-40 / -40	-40 / -40	-40 / -40	112,6	385	96,9	0,97	3,31	0,84	116,1	1,06	1,26
cond. pressure
pc= 45/113	-35 / -31	-35 / -31	-35 / -31	148,4	507	127,7	1,14	3,88	0,98	130,6	1,09	1,66
return gas temp.
RGT= 32/90	-25 / -13	-25 / -13	-25 / -13	241,0	823	207,4	1,49	5,08	1,28	162,1	1,17	2,72
liquid temp	-15 / 5	-15 / 5	-15 / 5	370,8	1266	319,1	1,92	6,54	1,65	193,5	1,27	4,22
Tliq= 45/113	-5 / 23	-5 / 23	-5 / 23	548,3	1872	471,9	2,48	8,47	2,14	221,0	1,36	6,31
	0 / 32	0 / 32	0 / 32	658,2	2248	566,5	2,84	9,69	2,44	232,0	1,40	7,63
	7,2 / 45	7,2 / 45	7,2 / 45	844,8	2885	727,1	3,47	11,85	2,99	243,5	1,45	9,93
[°C/°F]	[°C/°F]	[°C/°F]	[°C/°F]
-40 / -40	-40 / -40	-40 / -40	-40 / -40	76,0	260	65,4	0,65	2,24	0,56	116,1	1,06	0,94
cond. pressure
pc= 55/131	-35 / -31	-35 / -31	-35 / -31	114,0	389	98,1	0,86	2,92	0,74	133,3	1,10	1,41
return gas temp	-25 / -13	-25 / -13	-25 / -13	203,7	696	175,3	1,19	4,07	1,03	170,9	1,20	2,54
RGT= 32/90	-15 / 5	-15 / 5	-15 / 5	320,4	1094	275,7	1,53	5,22	1,32	209,6	1,33	4,03
liquid temp	-5 / 23	-5 / 23	-5 / 23	474,8	1621	408,6	1,93	6,60	1,66	245,7	1,46	6,05
Tliq= 55/131	0 / 32	0 / 32	0 / 32	569,4	1945	490,0	2,18	7,43	1,87	261,5	1,52	7,31
	7,2 / 45	7,2 / 45	7,2 / 45	729,5	2491	627,8	2,60	8,88	2,24	280,5	1,59	9,50

Configurations (Conf. 2 - RSCR)

Optimization + Standard Conditions (Conf. 2 - RSCR)

pe	pc	RGT	Tliq	Cooling capacity			COP			EER			Power consumption		Ref. mass flow [kg/h]	Application
pe	pc	RGT	Tliq	[W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]	Ref. mass flow [kg/h]	Application
[°C] -23	54	32	32	276,8	945	238,2	1,62	5,52	1,39	171,3	0,92	2,80	ASHRAE LBP
[°F] -10	130	90	90
[°C] -25	55	32	55	206,0	704	177,3	1,25	4,26	1,07	165,3	0,90	2,57	cecomaf LBP
[°F] -13	131	90	131
[°C] -35	40	20	40	150,7	515	129,7	1,26	4,29	1,08	120,0	0,73	1,72	EN12900 LBP
[°F] -31	104	68	104
[°C] -7	54	35	46	500,8	1710	431,0	2,17	7,40	1,86	231,2	1,17	5,71	ASHRAE MBP
[°F] 20	130	95	115
[°C] -10	55	32	55	397,0	1356	341,7	1,80	6,14	1,55	221,0	1,13	5,02	cecomaf MBP
[°F] 14	131	90	131
[°C] -10	45	20	45	440,3	1504	378,9	2,18	7,46	1,88	201,5	1,05	5,41	EN12900 MBP
[°F] 14	113	68	113

Performance Tables (Conf. 2 - RSCR)

pe	pc	RGT	Tliq	Cooling capacity			COP			EER			Ref. mass flow [kg/h]
pe	pc	RGT	Tliq	[W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]		Ref. mass flow [kg/h]
[°C/°F]	[°C/°F]	[°C/°F]	[°C/°F]
-40 / -40	-40 / -40	-40 / -40	-40 / -40	113,9	389	98,0	1,01	3,44	0,87	113,1	0,71	1,27
cond. pressure
pc= 45/113	-35 / -31	-35 / -31	-35 / -31	150,0	512	129,1	1,18	4,04	1,02	126,8	0,75	1,68
return gas temp.
RGT= 32/90	-25 / -13	-25 / -13	-25 / -13	243,8	833	209,8	1,55	5,31	1,34	156,9	0,86	2,75
liquid temp	-15 / 5	-15 / 5	-15 / 5	375,2	1281	322,9	2,00	6,84	1,72	187,4	0,99	4,27
Tliq= 45/113	-5 / 23	-5 / 23	-5 / 23	554,9	1895	477,6	2,59	8,85	2,23	214,2	1,10	6,39
	0 / 32	0 / 32	0 / 32	666,2	2275	573,4	2,96	10,11	2,55	225,0	1,15	7,73
	7,2 / 45	7,2 / 45	7,2 / 45	855,2	2921	736,0	3,62	12,37	3,12	236,2	1,20	10,05
[°C/°F]	[°C/°F]	[°C/°F]	[°C/°F]
-40 / -40	-40 / -40	-40 / -40	-40 / -40	76,9	263	66,2	0,68	2,33	0,59	112,9	0,71	0,95
cond. pressure
pc= 55/131	-35 / -31	-35 / -31	-35 / -31	115,3	394	99,2	0,89	3,05	0,77	129,2	0,76	1,43
return gas temp	-25 / -13	-25 / -13	-25 / -13	206,0	704	177,3	1,25	4,26	1,07	165,3	0,90	2,57
RGT= 32/90	-15 / 5	-15 / 5	-15 / 5	324,2	1107	279,0	1,60	5,46	1,38	202,9	1,05	4,08
liquid temp	-5 / 23	-5 / 23	-5 / 23	480,6	1642	413,7	2,02	6,90	1,74	237,9	1,20	6,12
Tliq= 55/131	0 / 32	0 / 32	0 / 32	576,5	1969	496,2	2,28	7,77	1,96	253,3	1,27	7,41
	7,2 / 45	7,2 / 45	7,2 / 45	738,8	2523	635,8	2,72	9,29	2,34	271,5	1,35	9,62

Electrical Accessories / Wiring Diagram

Image Description: These diagrams show the electrical connections for the compressor configurations. They depict components like current relays, start capacitors, and covers, along with their respective part numbers and connections.

(Diagrams are described textually above and are not included as images)

Components (Conf. 1 - CSIR)

Component ID	Description	Part Number
a5	Current relay (T0089/L6-S2)	117U7070
c	Start capacitor (80μF, 6.3mm)	117U5001
b, d	Cover + clamp + screws (5VA-compl.)	103N0600

Alternative Components (Conf. 1 - CSIR)

Component ID	Description	Part Number
b, d	100x cover + clamp + screws (5VA)	103N2060
b, d	Cover + clamp + screws (5VA) in bag	103N1060

Components (Conf. 2 - RSCR)

Component ID	Description	Part Number
a4	DAS2 (PTC, 6.3mm, T0089/L6 - S2)	103N0251
e	Run capacitor (5μF, 6.3mm)	117-7191
b, d	Cover + clamp + screws (5VA-compl.)	103N0600

Alternative Components (Conf. 2 - RSCR)

Component ID	Description	Part Number
a4	ZAS2 (PTC, 4.8mm, T0089/L6 - S2)	103N0253
e	Run capacitor (5μF, 4.8mm)	117-7190
b, d	100x cover + clamp + screws (5VA)	103N2060
b, d	Cover + clamp + screws (5VA) in bag	103N1060

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