SECOP KLE8.6GFTX Compressor Technical Data

This document provides detailed technical specifications for the SECOP KLE8.6GFTX compressor.

General Specifications

Model Designation	Sales Code
KLE8.6GFTX	106G5913

Compressor Design	Value
Oil type	Polyolester
Oil viscosity	19,2cSt
Oil quantity	240cm³ / 8,1fl.oz
Refrigerant charge - tech. limit	250g / 8,8oz
Free gas volume comp.	1495cm³ / 50,6fl.oz
Weight	9,7kg / 21,4lbs
Motor protection	external
Winding resistance main	8,4Ω (at 25°C)
Winding resistance aux	11,9Ω (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.

Refrigerant(s)	Displacement	Compressors on pallet
R134a, R513A	8,6cm³ / 0,52cu.in	100

Compressor Dimensions

Diagram showing compressor dimensions with labels A to E.

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

Connectors

	Suction (X)	Discharge (Y)	Process (Z)
Diameter (i:inside, o:outside) [mm]	øi 8,11-8,29	øi 6,11-6,29	øi 6,11-6,29
Diameter (i:inside, o:outside) [in]	øi 0,32-0,33	øi 0,24-0,25	øi 0,24-0,25
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

Diagram illustrating compressor fixation methods including bolt joints and snap-on options, with baseplate dimensions and hole sizes.

Fixation Type	Details
Bolt joint	M6 \| Ø16mm
Bolt joint	Ø1/4" \| Ø16mm
Bolt joint	Ø1/4" \| Ø19mm
Snap-on	Ø7,3 \| Ø16mm

Configurations with KLE8.6GFTX

General Configuration Data

Parameter	Conf. 1	Conf. 2	Conf. 3	Conf. 4
Motor configuration	CSIR	CSIR	CSIR	CSIR
Power supply (nominal)	220-240V/50Hz	208-230V/60Hz	220-240V/50Hz	208-230V/60Hz
Number of phases	1	1	1	1
Voltage range	187-254V	198-253V	187-254V	198-253V
Approvals	VDE, CB, UL	VDE, CB, UL	VDE, CB, UL	VDE, CB, UL
Starting torque	HST	HST	HST	HST
Note	Electrical equipment is included and pre-assembled to compressor.

Applications

Parameter	Conf. 1	Conf. 2	Conf. 3	Conf. 4
Refrigerant	R134a	R134a	R513A	R513A
Application	LBP+MBP+HBP	LBP+MBP	LBP+MBP+HBP	LBP+MBP
System cooling	fan 3m/s	fan 3m/s	fan 3m/s	fan 3m/s
Hot gas defrost	OK	OK	OK	OK
Long interval pull down	OK	OK	OK	OK

Electrical Data

Parameter	Conf. 1	Conf. 2	Conf. 3	Conf. 4
Starting device type	relay	relay	relay	relay
Run capacitor	-/-	-/-	-/-	-/-
Start capacitor	80μF	80μF	80μF	80μF
LRA (locked rotor amps / 4s/ U(N))	13,4A	13,2A	13,4A	13,2A
RLA (rated load amps / 1s/ U(N))	1,8A	2A	1,8A	2A
Cut in current (U(N))	12,3A	12,3A	12,3A	12,3A

Performance Data

The following tables provide performance data for various operating conditions.

Configuration 1: R134a, 220V/50Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Evaporating Pressure (sat. temp.)	Condensing Pressure (sat. temp.)	Return Gas Temp.	Liquid Temp.	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	Power Consumption [W]	Current Consumption [A]	Ref. Mass Flow [kg/h]	Application
[°C] -23	[°F] -10	54	32	32	248,1	847	213,5	1,33	4,53	1,14	186,9	1,41	4,82	ASHRAE LBP
[°C] -7	[°F] 20	54	35	46	517,3	1767	445,2	1,78	6,08	1,53	290,4	1,82	11,29	ASHRAE MBP
[°C] 7,2	[°F] 45	54	35	46	901,6	3079	775,9	2,31	7,90	1,99	389,6	2,27	20,00	ASHRAE HBP
[°C] -35	[°F] -31	40	20	40	131,2	448	112,9	1,04	3,56	0,90	125,9	1,23	2,88	EN12900 LBP
[°C] -10	[°F] 14	45	20	45	450,8	1540	388,0	1,81	6,17	1,56	249,4	1,65	10,55	EN12900 MBP
[°C] 5	[°F] 41	50	20	50	773,5	2642	665,7	2,19	7,47	1,88	353,9	2,10	19,49	EN12900 HBP

Performance Tables

	pe [°C]	[°F]	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	P1 [W]	I [A]	m [kg/h]
[°C/°F]
cond. pressure pc= 45/113	-35	-31	123,6	422	106,4	0,98	3,35	0,84	126,0	1,23	2,67
	-25	-13	216,6	740	186,4	1,25	4,28	1,08	172,9	1,37	4,69
return gas temp. RGT= 32/90	-15	5	368,2	1257	316,9	1,65	5,63	1,42	223,3	1,55	8,03
	-10	14	467,7	1597	402,5	1,87	6,40	1,61	249,4	1,65	10,24
	0	32	717,8	2452	617,8	2,37	8,09	2,04	303,1	1,87	15,87
liquid temp Tliq= 45/113	5	41	869,9	2971	748,6	2,63	8,99	2,27	330,4	1,99	19,37
	10	50	1040,8	3555	895,8	2,91	9,94	2,50	357,6	2,12	23,36
[°C/°F]
cond. pressure pc= 55/131	-35	-31	96,4	329	83,0	0,76	2,58	0,65	127,6	1,24	2,30
	-25	-13	181,7	621	156,4	1,02	3,48	0,88	1	1,38	4,35
return gas temp RGT= 32/90	-15	5	315,1	1076	271,2	1,33	4,54	1,14	237,0	1,60	7,59
	-10	14	401,6	1372	345,7	1,49	5,09	1,28	269,2	1,73	9,71
liquid temp	0	32	618,0	2110	531,8	1,83	6,23	1,57	338,6	2,03	15,12
Tliq= 55/131	5	41	749,2	2559	644,7	2,00	6,81	1,72	375,4	2,20	18,46
	10	50	896,7	3062	771,7	2,17	7,41	1,87	413,6	2,38	22,29

Configuration 2: R134a, 208-230V/60Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Evaporating Pressure (sat. temp.)	Condensing Pressure (sat. temp.)	Return Gas Temp.	Liquid Temp.	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	Power Consumption [W]	Current Consumption [A]	Ref. Mass Flow [kg/h]	Application
[°C] -23	[°F] -10	54	32	32	299,2	1022	257,5	1,35	4,60	1,16	222,1	1,41	5,81	ASHRAE LBP
[°C] -7	[°F] 20	54	35	46	617,4	2109	531,4	1,78	6,07	1,53	347,4	1,86	13,47	ASHRAE MBP
[°C] 7,2	[°F] 45	54	35	46	1076,9	3678	926,8	2,31	7,90	1,99	465,4	2,35	23,89	ASHRAE HBP
[°C] -35	[°F] -31	40	20	40	156,3	534	134,6	1,12	3,84	0,97	139,1	1,17	3,43	EN12900 LBP
[°C] -10	[°F] 14	45	20	45	537,4	1835	462,5	1,80	6,16	1,55	298,1	1,67	12,58	EN12900 MBP
[°C] 5	[°F] 41	50	20	50	923,1	3153	794,5	2,19	7,46	1,88	422,4	2,17	23,26	EN12900 HBP

Performance Tables

	pe [°C]	[°F]	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	P1 [W]	I [A]	m [kg/h]
[°C/°F]
cond. pressure pc= 45/113	-35	-31	147,7	504	127,1	1,06	3,61	0,91	139,8	1,17	3,19
	-25	-13	259,6	886	223,4	1,27	4,34	1,09	204,1	1,35	5,62
return gas temp. RGT= 32/90	-15	5	439,4	1501	378,2	1,65	5,62	1,42	266,8	1,56	9,58
	-10	14	557,6	1904	479,8	1,87	6,39	1,61	298,1	1,67	12,20
	-5	23	695,9	2377	598,9	2,11	7,21	1,82	329,7	1,79	15,30
liquid temp Tliq= 45/113	0	32	855,5	2922	736,2	2,37	8,08	2,04	361,6	1,92	18,92
	7,2	45	1124,8	3841	968,0	2,75	9,40	2,37	408,7	2,11	25,12
[°C/°F]
cond. pressure pc= 55/131	-35	-31	117,8	402	101,4	0,83	2,84	0,72	141,6	1,18	2,80
	-25	-13	219,7	750	189,0	1,04	3,56	0,90	210,7	1,37	5,25
return gas temp RGT= 32/90	-15	5	377,4	1289	324,8	1,33	4,54	1,14	283,8	1,62	9,09
	-10	14	479,9	1639	413,0	1,49	5,08	1,28	322,4	1,77	11,60
liquid temp	-5	23	599,5	2047	515,9	1,65	5,65	1,42	362,5	1,92	14,57
Tliq= 55/131	0	32	737,3	2518	634,5	1,82	6,23	1,57	404,4	2,09	18,03
	7,2	45	970,0	3313	834,8	2,07	7,07	1,78	468,3	2,36	23,99

Configuration 3: R513A, 220-240V/50Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Evaporating Pressure (sat. temp.)	Condensing Pressure (sat. temp.)	Return Gas Temp.	Liquid Temp.	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	Power Consumption [W]	Current Consumption [A]	Ref. Mass Flow [kg/h]	Application
[°C] -23	[°F] -10	54	32	32	273,8	935	235,7	1,34	4,58	1,15	204,1	1,47	5,89	ASHRAE LBP
[°C] -7	[°F] 20	54	35	46	541,9	1851	466,4	1,75	5,98	1,51	309,4	1,90	13,27	ASHRAE MBP
[°C] 7,2	[°F] 45	54	35	46	924,8	3158	795,9	2,26	7,70	1,94	410,0	2,37	22,97	ASHRAE HBP
[°C] -35	[°F] -31	40	20	40	145,9	498	125,5	1,05	3,58	0,90	139,3	1,26	3,61	EN12900 LBP
[°C] -10	[°F] 14	45	20	45	470,4	1607	404,9	1,77	6,04	1,52	266,0	1,72	12,47	EN12900 MBP
[°C] 5	[°F] 41	50	20	50	783,5	2676	674,2	2,10	7,18	1,81	372,6	2,19	22,46	EN12900 HBP

Performance Tables

	pe [°C]	[°F]	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	P1 [W]	I [A]	m [kg/h]
[°C/°F]
cond. pressure pc= 45/113	-35	-31	138,4	473	119,1	0,99	3,37	0,85	140,2	1,26	3,36
	-25	-13	235,4	804	202,6	1,25	4,27	1,08	188,1	1,42	5,74
return gas temp. RGT= 32/90	-15	5	390,9	1335	336,4	1,63	5,57	1,40	239,4	1,61	9,58
	-10	14	491,9	1680	423,4	1,85	6,32	1,59	266,0	1,72	12,09
	0	32	743,4	2539	639,8	2,32	7,93	2,00	320,1	1,95	18,44
liquid temp Tliq= 45/113	5	41	894,8	3056	770,1	2,58	8,80	2,22	347,4	2,07	22,32
	10	50	1064,2	3634	915,9	2,84	9,70	2,44	374,7	2,20	26,72
[°C/°F]
cond. pressure pc= 55/131	-35	-31	108,2	369	93,1	0,75	2,57	0,65	143,6	1,28	2,95
	-25	-13	195,3	667	168,0	1,00	3,42	0,86	195,2	1,44	5,35
return gas temp RGT= 32/90	-15	5	329,6	1126	283,6	1,29	4,41	1,11	255,2	1,67	9,08
	-10	14	415,8	1420	357,8	1,44	4,93	1,24	288,0	1,81	11,50
liquid temp	-5	23	629,1	2148	541,4	1,75	5,99	1,51	358,5	2,12	17,57
Tliq= 55/131	0	32	757,2	2586	651,7	1,91	6,53	1,65	395,8	2,30	21,28
	10	50	900,5	3075	774,9	2,07	7,08	1,78	434,3	2,48	25,49

Configuration 4: R513A, 208-230V/60Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Evaporating Pressure (sat. temp.)	Condensing Pressure (sat. temp.)	Return Gas Temp.	Liquid Temp.	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	Power Consumption [W]	Current Consumption [A]	Ref. Mass Flow [kg/h]	Application
[°C] -23	[°F] -10	54	32	32	330,3	1128	284,2	1,36	4,64	1,17	243,0	1,48	7,11	ASHRAE LBP
[°C] -7	[°F] 20	54	35	46	647,0	2210	556,8	1,75	5,96	1,50	370,5	1,95	15,85	ASHRAE MBP
[°C] 7,2	[°F] 45	54	35	46	1105,2	3775	951,2	2,26	7,72	1,94	489,2	2,45	27,46	ASHRAE HBP
[°C] -35	[°F] -31	40	20	40	173,9	594	149,7	1,12	3,83	0,97	155,0	1,21	4,30	EN12900 LBP
[°C] -10	[°F] 14	45	20	45	560,9	1916	482,8	1,76	6,02	1,52	318,5	1,75	14,87	EN12900 MBP
[°C] 5	[°F] 41	50	20	50	935,4	3195	805,0	2,10	7,18	1,81	444,7	2,26	26,82	EN12900 HBP

Performance Tables

	pe [°C]	[°F]	Cooling Capacity [W]	[Btu/h]	[kcal/h]	COP [W/W]	EER [Btu/Wh]	[kcal/Wh]	P1 [W]	I [A]	m [kg/h]
[°C/°F]
cond. pressure pc= 45/113	-35	-31	165,5	565	142,4	1,06	3,61	0,91	156,6	1,21	4,02
	-25	-13	282,1	963	242,7	1,27	4,32	1,09	222,8	1,41	6,87
return gas temp. RGT= 32/90	-15	5	466,6	1594	401,6	1,63	5,56	1,40	286,8	1,63	11,43
	-10	14	586,6	2003	504,8	1,84	6,29	1,59	318,5	1,75	14,42
	-5	23	726,1	2480	624,9	2,07	7,08	1,78	350,2	1,87	17,93
liquid temp Tliq= 45/113	0	32	886,2	3026	762,6	2,32	7,92	2,00	382,2	2,00	21,98
	7,2	45	1154,3	3942	993,4	2,69	9,19	2,31	429,1	2,19	28,87
[°C/°F]
cond. pressure pc= 55/131	-35	-31	132,2	451	113,8	0,82	2,82	0,71	160,3	1,22	3,60
	-25	-13	236,1	806	203,2	1,02	3,48	0,88	231,5	1,44	6,46
return gas temp RGT= 32/90	-15	5	394,8	1348	339,8	1,29	4,40	1,11	306,2	1,70	10,87
	-10	14	496,9	1697	427,6	1,44	4,91	1,24	345,3	1,85	13,74
liquid temp	-5	23	615,3	2101	529,5	1,59	5,45	1,37	385,9	2,02	17,09
Tliq= 55/131	0	32	750,9	2564	646,2	1,75	5,99	1,51	428,2	2,19	20,97
	7,2	45	978,0	3340	841,7	1,99	6,78	1,71	492,3	2,46	27,57

Electrical Accessories / Wiring Diagram

Diagram showing electrical accessories including a current relay (a5) and start capacitor (c), along with cover and clamp components (b, d).

Component	Part Number
Current relay (T0377/L6-S1)	117U7071
Start capacitor (80μF, 6.3mm)	117U5001
Cover + clamp + screws (5VA-compl.)	103N0600
100x cover + clamp + screws (5VA)	103N2060
Cover + clamp + screws (5VA) in bag	103N1060

Ambient/Machine Room Temperatures

Parameter	Value
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

Graph showing the operation pressure range. The Y-axis represents condensing pressure (sat. temp.) in bar and °C/°F. The X-axis represents evaporation pressure (sat. temp.) in bar and °C/°F. Two lines indicate continuous and transitory operation zones.

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SECOP KLE8.6GFTX Compressor Technical Data

General Specifications

Compressor Dimensions

Connectors

Compressor Fixation

Configurations with KLE8.6GFTX

General Configuration Data

Applications

Electrical Data

Performance Data

Configuration 1: R134a, 220V/50Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Performance Tables

Configuration 2: R134a, 208-230V/60Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Performance Tables

Configuration 3: R513A, 220-240V/50Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Performance Tables

Configuration 4: R513A, 208-230V/60Hz, CSIR, fan 3m/s, VDE, CB, UL

Optimization + Standard Conditions

Performance Tables

Electrical Accessories / Wiring Diagram

Ambient/Machine Room Temperatures

Operation Pressure Range

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