SECOP KLE.6GFTX Compressor Technical Data Sheet

Compressor Design Specifications

Compressor Design
Attribute	Value
Oil type	Polyolester
Oil viscosity	19,2 cSt
Oil quantity	240 cm³ / 8,1 fl.oz
Refrigerant charge - tech. limit	250 g / 8,8 oz
Free gas volume comp.	1510 cm³ / 51,1 fl.oz
Weight	9,5 kg / 20,9 lbs
Motor protection	external
Winding resistance main	8,4 Ω (at 25°C)
Winding resistance aux	11,9 Ω (at 25°C)
Max. winding temp.	125°C / 257°F
Max. discharge temp.	130°C / 266°F
Additional note	Good robustness against liquid intake. Ice-cube maker optimization - indirect suction intake.

A visual representation shows a SECOP KL-Series hermetic compressor.

Refrigerant(s): R134a, R513A

Displacement: 6,6 cm³ / 0,4 cu.in

Compressors on pallet: 100

Configurations

General - Configurations with KLE.6GFTX

General Configurations
Attribute	Conf. 1 (220-240V/50Hz)	Conf. 2 (208-230V/60Hz)
Motor configuration	CSIR	CSIR
Power supply (nominal)	220-240V/50Hz	208-230V/60Hz
Number of phases	1~	1~
Voltage range	187-254V	198-253V
Approvals	VDE, CB, UL	VDE, CB, UL
Starting torque	HST	HST
Note	—	—

Applications with KLE.6GFTX

Applications
Attribute	Conf. 1	Conf. 2
Refrigerant	R134a	R134a
Application	LBP+MBP+HBP	LBP+MBP
System cooling	fan 3m/s	fan 3m/s
Hot gas defrost	✔️	✔️
Long interval pull down	✔️	✔️

Electrical data - Configurations with KLE.6GFTX

Electrical Data
Attribute	Conf. 1 (220-240V/50Hz)	Conf. 2 (208-230V/60Hz)
Starting device type	relay	relay
Run capacitor	—	—
Start capacitor	80 µF	80 µF
LRA (locked rotor amps / 4s/ U(N))	13,4A	13,2A
RLA (rated load amps / 1s/ U(N))	1,8A	2A
Cut in current (U(N))	12,3A	12,3A

Dimensions and Physical Characteristics

Compressor Dimensions

Compressor Dimensions
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

A diagram illustrates the compressor's external dimensions, labeled A through E, and indicates connector positions (X, Y, Z) along with vertical and horizontal angles.

Connectors

Connector Specifications
Attribute	Suction (X)	Discharge (Y)	Process (Z)
Diameter [mm] (i:inside, o:outside)	Øi 8,11-8,29	Øi 6,41-6,59	Øi 6,41-6,59
Diameter [in] (i:inside, o:outside)	Øi 0,32-0,33	Øi 0,25-0,26	Øi 0,25-0,26
Material	copper	copper	copper
Horizontal angle	+2°	35°	13°	0°
Vertical angle	+2°	30°	40°	145°
Position l/h/w [mm]	119/73/59	117/107/66	-88/101/71
Position l/h/w [in]	4,7/2,9/2,3	4,6/4,2/2,6	-3,5/4/2,8
Straight tube l. [mm]	14	14	14
Straight tube l. [in]	0,5	0,5	0,5

Compressor Fixation and Mounting

The compressor can be fixed using bolt joints or snap-on mechanisms.

Baseplate Dimensions
Part	[mm]	[inch]
BI	204	8.03
Bw	132	5.2
ØE	9.7	0.38
Ll (Large holes)	165	6.5
Lw (Large holes)	101.6	4
ØL (Large holes)	Ø 19	Ø 0.75
Sl (Small holes)	170	6.7
Sw (Small holes)	70	2.76
ØS (Small holes)	Ø 16	Ø 0.63

A diagram shows the compressor baseplate with dimensions and hole locations for mounting. Another diagram illustrates the "Bolt joint" method, showing a compressor base, bolt, washer, nut, sleeve, cabinet base, and rubber grommet. A third diagram depicts the "Snap-on" method with a clip, steel pin, compressor base, cabinet base, and rubber grommet.

Mounting Accessories

Mounting Accessories Part Numbers
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.
Suction gas connector and Process connector can be switched (minor loss of cooling capacity).

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

Graphs illustrate the compressor's operation pressure range. One graph shows Condensing Pressure (sat. temp.) in [bara] versus Evaporation Pressure (sat. temp.) in [°C] and [°F], with lines indicating "continuous operation" and "transitory operation". The second graph shows Condensing Pressure in [bara] versus Evaporation Pressure in [bar], also with "continuous operation" and "transitory operation" lines.

Optimization + Standard Conditions (Conf. 1: 220-240V/50Hz)

Optimization + Standard Conditions (Conf. 1)
Conditions	Evaporating pressure (saturation temperature)			Condensing pressure (saturation temperature)			Return gas temp.	Liquid temp.	Cooling capacity			COP		EER		Power consumption		Ref. mass flow [kg/h]
Conditions	pe [°C]	pe [°F]	pc [°C]	pc [°F]	RGT [°C]	Tliq [°C]	Return gas temp.	Liquid temp.	[W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[Btu/Wh]	[kcal/Wh]	P1 [W]	I [A]	Ref. mass flow [kg/h]
ASHRAE LBP	-23	-10	54	130	32	32	188,9	645	162,6	1,29	4,40	1,11	146,5	1,29	3,67
ASHRAE MBP	-7	20	54	130	35	46	401,3	1371	345,4	1,85	6,32	1,59	216,8	1,52	8,76
ASHRAE HBP	7,2	45	54	130	35	46	716,7	2447	616,8	2,58	8,83	2,22	277,3	1,76	15,90
EN12900 LBP	-35	-31	40	104	20	40	99,4	339	85,5	0,95	3,23	0,81	105,0	1,20	2,18
EN12900 MBP	-10	14	45	113	20	45	347,2	1186	298,8	1,87	6,40	1,61	185,2	1,41	8,13
EN12900 HBP	5	41	50	122	20	50	611,9	2090	526,6	2,40	8,20	2,07	254,9	1,67	15,42

Performance Tables (Conf. 1: 220-240V/50Hz)

Performance Table 1 (Conf. 1)
pe		Cooling capacity [W]	Cooling capacity			COP		EER		Power consumption		Ref. mass flow [kg/h]
[°C]	[°F]	Cooling capacity [W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]			Ref. mass flow [kg/h]
cond. pressure pc= 45/113	-35	-31	93,8	320	80,7	0,88	3,02	0,76	106,0	1,20	2,02
	-25	-13	163,5	558	140,7	1,22	4,15	1,05	134,6	1,25	3,54
return gas temp. RGT= 32/90	-15	5	281,3	961	242,1	1,68	5,73	1,44	167,5	1,35	6,13
	-10	14	360,2	1230	310,0	1,94	6,64	1,67	185,2	1,41	7,88
liquid temp Tliq= 45/113	0	32	562,0	1919	483,6	2,53	8,65	2,18	221,8	1,54	12,43
	5	41	686,5	2344	590,8	2,86	9,76	2,46	240,3	1,61	15,28
	15	59	986,7	3370	849,2	3,56	12,17	3,07	276,9	1,76	22,35

Performance Table 2 (Conf. 1)
pe		Cooling capacity [W]	Cooling capacity			COP		EER		Power consumption		Ref. mass flow [kg/h]
[°C]	[°F]	Cooling capacity [W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]			Ref. mass flow [kg/h]
cond. pressure pc= 55/131	-35	-31	75,9	259	65,3	0,74	2,54	0,64	102,0	1,18	1,81
	-25	-13	138,6	473	119,3	0,99	3,38	0,85	139,9	1,27	3,31
return gas temp. RGT= 32/90	-15	5	241,4	824	207,8	1,33	4,54	1,14	181,5	1,40	5,81
	-10	14	309,9	1058	266,7	1,53	5,21	1,31	203,2	1,47	7,49
liquid temp Tliq= 55/131	0	32	485,0	1656	417,4	1,96	6,70	1,69	247,2	1,64	11,86
	5	41	593,2	2026	510,5	2,20	7,52	1,90	269,3	1,73	14,62
	15	59	855,0	2920	735,8	2,74	9,35	2,36	312,3	1,92	21,48

Configurations and Performance (Conf. 2: 208-230V/60Hz)

Electrical Accessories / Wiring Diagram

A diagram shows electrical accessories including a current relay (a5), a start capacitor (c), and a cover with clamp and screws (b, d). An alternative component path is also indicated.

Optimization + Standard Conditions (Conf. 2)

Optimization + Standard Conditions (Conf. 2)
Conditions	Evaporating pressure (saturation temperature)			Condensing pressure (saturation temperature)			Return gas temp.	Liquid temp.	Cooling capacity			COP		EER		Power consumption		Ref. mass flow [kg/h]
Conditions	pe [°C]	pe [°F]	pc [°C]	pc [°F]	RGT [°C]	Tliq [°C]	Return gas temp.	Liquid temp.	[W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[Btu/Wh]	[kcal/Wh]	P1 [W]	I [A]	Ref. mass flow [kg/h]
ASHRAE LBP	-23	-10	54	130	32	32	228,9	782	197,0	1,37	4,68	1,18	166,9	1,25	4,45
ASHRAE MBP	-7	20	54	130	35	46	474,6	1621	408,5	1,91	6,53	1,64	248,3	1,50	10,35
ASHRAE HBP	7,2	45	54	130	35	46	839,2	2866	722,3	2,63	8,97	2,26	319,5	1,75	18,62
EN12900 LBP	-35	-31	40	104	20	40	118,4	404	101,9	1,09	3,72	0,94	108,7	1,11	2,60
EN12900 MBP	-10	14	45	113	20	45	407,9	1393	351,0	1,88	6,43	1,62	216,5	1,39	9,55
EN12900 HBP	5	41	50	122	20	50	715,2	2443	615,5	2,40	8,21	2,07	297,6	1,67	18,02

Performance Tables (Conf. 2: 208-230V/60Hz)

Performance Table 1 (Conf. 2)
pe		Cooling capacity [W]	Cooling capacity			COP		EER		Power consumption		Ref. mass flow [kg/h]
[°C]	[°F]	Cooling capacity [W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]			Ref. mass flow [kg/h]
cond. pressure pc= 45/113	-35	-31	111,4	380	95,9	1,04	3,54	0,89	107,6	1,11	2,40
	-25	-13	196,8	672	169,4	1,29	4,39	1,11	153,1	1,21	4,26
return gas temp. RGT= 32/90	-15	5	332,8	1137	286,4	1,70	5,81	1,47	195,5	1,32	7,25
	-10	14	423,2	1445	364,2	1,95	6,67	1,68	216,5	1,39	9,26
liquid temp Tliq= 45/113	0	32	655,6	2239	564,2	2,52	8,60	2,17	260,5	1,54	14,50
	5	41	800,4	2733	688,8	2,82	9,62	2,42	284,1	1,62	17,82
	15	59	1154,0	3941	993,2	3,43	11,70	2,95	336,9	1,81	26,14

Performance Table 2 (Conf. 2)
pe		Cooling capacity [W]	Cooling capacity			COP		EER		Power consumption		Ref. mass flow [kg/h]
[°C]	[°F]	Cooling capacity [W]	[Btu/h]	[kcal/h]	[W/W]	[Btu/Wh]	[kcal/Wh]	[W]	[A]			Ref. mass flow [kg/h]
cond. pressure pc= 55/131	-35	-31	86,1	294	74,1	0,82	2,80	0,71	105,0	1,10	2,05
	-25	-13	167,9	573	144,5	1,06	3,61	0,91	158,9	1,22	4,02
return gas temp. RGT= 32/90	-15	5	289,4	988	249,0	1,39	4,74	1,19	208,6	1,37	6,97
	-10	14	368,4	1258	317,1	1,58	5,40	1,36	233,0	1,44	8,91
liquid temp Tliq= 55/131	0	32	570,0	1947	490,6	2,02	6,89	1,74	282,6	1,62	13,94
	5	41	695,3	2375	598,4	2,25	7,69	1,94	308,7	1,71	17,13
	15	59	1001,8	3421	862,1	2,74	9,36	2,36	365,7	1,93	25,16

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