SECOP KLE4.0GFMX Compressor Technical Data
Model: KLE4.0GFMX
Brand: SECOP
Product Identification
Model Designation: KLE4.0GFMX
Sales Code: 106G6403
Compressor Design Specifications
| Attribute | Value |
|---|---|
| Oil type | Polyolester |
| Oil viscosity | 19,2 cSt |
| Oil quantity | 200 cm³ / 6,8 fl.oz |
| Refrigerant charge - tech. limit | 300 g / 10,6 oz |
| Free gas volume comp. | 1630 cm³ / 55,1 fl.oz |
| Weight | 8,3 kg / 18,3 lbs |
| Motor protection | External |
| Winding resistance main | 3,4 Ω (at 25°C) |
| Winding resistance aux | 80 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. |
General Configurations
| Attribute | Conf. 1 | Conf. 2 | Conf. 3 | Conf. 4 | Conf. 5 | Conf. 6 |
|---|---|---|---|---|---|---|
| Motorconfiguration | CSIR | CSIR | CSIR | CSIR | CSIR | CSIR |
| Power supply (nominal) | 100V/50Hz | 100-127V/60Hz | 100V/50Hz | 115-127V/60Hz | 115-127V/60Hz | 100V/50Hz |
| Number of phases | 1~ | 1~ | 1~ | 1~ | 1~ | 1~ |
| Voltage range | 95-140V | 90-140V | 90-110V | 95-140V | 95-140V | 90-110V |
| Approvals | UL, CB | UL, CB | UL, CB | UL, CB | UL, CB | UL, CB |
| Starting torque | HST | HST | HST | HST | HST | HST |
| Note | -/- | -/- | -/- | -/- | -/- | -/- |
Applications by Configuration
| Attribute | Conf. 1 | Conf. 2 | Conf. 3 | Conf. 4 | Conf. 5 | Conf. 6 |
|---|---|---|---|---|---|---|
| Refrigerant | R134a | R134a | R134a | R513A | R513A | R513A |
| Application | LBP+MBP+HBP | LBP+MBP | MBP | LBP+MBP+HBP | LBP+MBP | MBP |
| System cooling | static | static | static | static | static | static |
| Hot gas defrost | OK | OK | OK | OK | OK | OK |
| Long interval pull down | OK | OK | OK | OK | OK | OK |
Electrical Data by Configuration
| Attribute | Conf. 1 | Conf. 2 | Conf. 3 | Conf. 4 | Conf. 5 | Conf. 6 |
|---|---|---|---|---|---|---|
| Starting device type | relay | relay | relay | relay | relay | relay |
| Run capacitor | -/- | -/- | -/- | -/- | -/- | -/- |
| Start capacitor | 240 µF | 240 µF | 240 µF | 240 µF | 240 µF | 240 µF |
| LRA (locked rotor amps / 4s/ U(N)) | 21,2 A | 21,2 A | 21,2 A | 21,2 A | 21,2 A | 21,2 A |
| RLA (rated load amps / 1s/ U(N)) | 2,7 A | 2,7 A | 2,7 A | 2,7 A | 2,7 A | 2,7 A |
| Cut in current (U(N)) | 20,5 A | 20,5 A | 20,5 A | 20,5 A | 20,5 A | 20,5 A |
Compressor Dimensions
Housing 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 |
Connectors
| Attribute | Suction (X) | Discharge (Y) | Process (Z) |
|---|---|---|---|
| Diameter (inside, outside) [mm] | øi 8,11-8,29 | øi 6,41-6,59 | øi 6,41-6,59 |
| Diameter (inside, outside) [in] | øi 0,32-0,33 | øi 0,25-0,26 | øi 0,25-0,26 |
| Material | copper | copper | copper |
| Horizontal angle | 35° | 13° | 0° |
| Vertical angle | 30° | 40° | 45° |
| Position I/h/w [mm] | 119/73/59 | 117/107/66 | -88/101/71 |
| Position I/h/w [in] | 4,7/2,9/2,3 | 4,6/4,2/2,6 | -3,5/4/2,8 |
| Straight tube I. [mm] | 14 | 14 | 14 |
| Straight tube I. [in] | 0,5 | 0,5 | 0,5 |
Compressor Fixation
Details on baseplate dimensions (BI, Bw, LI, LW, ØS, ØL, ØE) and hole sizes for mounting are provided in diagrams. Standard bolt joints (M6, 1/4") and snap-on accessories are available.
Diagrams show compressor baseplate mounting points and bolt joint assembly.
Mounting Accessories
| Accessory | Part Number (Single) | 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).
Ambient and Operating Conditions
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 | static |
Operation Pressure Range Graphs
Graphical representations illustrate the compressor's operating limits based on condensing and evaporation pressures. These graphs indicate areas for continuous operation and transitory operation, often differentiated by refrigerant type (e.g., R134a, R513A) and application (e.g., LBP, MBP, HBP).
Graphs show condensing pressure versus evaporation pressure, with lines indicating operational zones.
Electrical Accessories and Wiring Diagram
The document includes diagrams illustrating the electrical setup and components. Key components identified include:
- a5: Current relay (e.g., T0377/L6 S1) - Part Number: 117U7081
- c: Start capacitor (240 µF) - Part Number: 117U5002
- b, d: Cover + clamp + screws (5VA-compliant) - Part Number: 103N0600
Alternative components are also listed, such as different cover/clamp/screw kits (103N2060, 103N1060).
Diagrams depict the compressor's electrical connections and associated components.
Performance Data
Configuration 1 (R134a, 115-127V/60Hz)
Optimization + standard conditions
| Conditions | Cooling Capacity [W] | COP [W/W] | EER [Btu/Wh] | P1 [W] | Current [A] | Ref. Mass Flow [kg/h] |
|---|---|---|---|---|---|---|
| -23°C/-10°F (LBP) | 117,1 | 1,17 | 4,01 | 99,8 | 1,73 | 2,27 |
| -7°C/20°F (MBP) | 258,6 | 1,80 | 6,16 | 143,4 | 1,97 | 5,64 |
| 7,2°C/45°F (HBP) | 481,3 | 2,62 | 8,94 | 183,9 | 2,22 | 10,68 |
| -35°C/-31°F (LBP EN12900) | 64,0 | 0,86 | 2,95 | 74,1 | 1,62 | 1,40 |
| -10°C/14°F (MBP EN12900) | 233,4 | 1,83 | 6,24 | 127,8 | 1,87 | 5,46 |
| 5°C/41°F (HBP EN12900) | 411,9 | 2,42 | 8,27 | 170,1 | 2,13 | 10,38 |
Detailed performance tables are available, providing data across various operating conditions (evaporating/condensing pressures, temperatures) for cooling capacity, COP, EER, power consumption, current, and mass flow.
Configuration 2 (R134a, 100-127V/60Hz)
Optimization + standard conditions
| Conditions | Cooling Capacity [W] | COP [W/W] | EER [Btu/Wh] | P1 [W] | Current [A] | Ref. Mass Flow [kg/h] |
|---|---|---|---|---|---|---|
| -23°C/-10°F (LBP) | 134,9 | 1,46 | 4,99 | 92,2 | 1,54 | 2,62 |
| -7°C/20°F (MBP) | 288,9 | 2,11 | 7,21 | 136,8 | 1,86 | 6,30 |
| 7,2°C/45°F (HBP) | 520,4 | 3,12 | 10,64 | 167,0 | 2,12 | 11,55 |
| -35°C/-31°F (LBP EN12900) | 67,1 | 0,98 | 3,34 | 68,6 | 1,42 | 1,47 |
| -10°C/14°F (MBP EN12900) | 256,1 | 2,15 | 7,34 | 119,2 | 1,72 | 5,99 |
| 5°C/41°F (HBP EN12900) | 445,4 | 2,89 | 9,85 | 154,4 | 2,01 | 11,22 |
Detailed performance tables are available, providing data across various operating conditions (evaporating/condensing pressures, temperatures) for cooling capacity, COP, EER, power consumption, current, and mass flow.
Configuration 3 (R134a, 100V/50Hz)
Optimization + standard conditions
| Conditions | Cooling Capacity [W] | COP [W/W] | EER [Btu/Wh] | P1 [W] | Current [A] | Ref. Mass Flow [kg/h] |
|---|---|---|---|---|---|---|
| -23°C/-10°F (LBP) | 112,6 | 1,31 | 4,48 | 85,8 | 1,79 | 2,19 |
| -7°C/20°F (MBP) | 241,5 | 2,00 | 6,84 | 120,7 | 1,97 | 5,27 |
| 7,2°C/45°F (HBP) | 435,5 | 3,01 | 10,27 | 144,9 | 2,12 | 9,66 |
| -35°C/-31°F (LBP EN12900) | 56,0 | 0,81 | 2,75 | 69,5 | 1,72 | 1,23 |
| -10°C/14°F (MBP EN12900) | 214,0 | 2,01 | 6,85 | 106,6 | 1,89 | 5,01 |
| 5°C/41°F (HBP EN12900) | 372,6 | 2,76 | 9,44 | 134,8 | 2,06 | 9,39 |
Detailed performance tables are available, providing data across various operating conditions (evaporating/condensing pressures, temperatures) for cooling capacity, COP, EER, power consumption, current, and mass flow.
Configuration 4 (R513A, 115-127V/60Hz)
Optimization + standard conditions
| Conditions | Cooling Capacity [W] | COP [W/W] | EER [Btu/Wh] | P1 [W] | Current [A] | Ref. Mass Flow [kg/h] |
|---|---|---|---|---|---|---|
| -23°C/-10°F (LBP) | 129,5 | 1,21 | 4,12 | 107,3 | 1,77 | 2,79 |
| -7°C/20°F (MBP) | 271,5 | 1,79 | 6,13 | 151,3 | 2,01 | 6,65 |
| 7,2°C/45°F (HBP) | 495,2 | 2,58 | 8,82 | 191,6 | 2,27 | 12,30 |
| -35°C/-31°F (LBP EN12900) | 71,2 | 0,85 | 2,91 | 83,6 | 1,66 | 1,76 |
| -10°C/14°F (MBP EN12900) | 244,0 | 1,81 | 6,18 | 134,7 | 1,91 | 6,47 |
| 5°C/41°F (HBP EN12900) | 418,2 | 2,35 | 8,03 | 177,8 | 2,18 | 11,99 |
Detailed performance tables are available, providing data across various operating conditions (evaporating/condensing pressures, temperatures) for cooling capacity, COP, EER, power consumption, current, and mass flow.
Configuration 5 (R513A, 115-127V/60Hz)
Optimization + standard conditions
| Conditions | Cooling Capacity [W] | COP [W/W] | EER [Btu/Wh] | P1 [W] | Current [A] | Ref. Mass Flow [kg/h] |
|---|---|---|---|---|---|---|
| -23°C/-10°F (LBP) | 149,0 | 1,49 | 5,09 | 100,1 | 1,59 | 3,21 |
| -7°C/20°F (MBP) | 303,2 | 2,09 | 7,14 | 145,0 | 1,93 | 7,43 |
| 7,2°C/45°F (HBP) | 535,2 | 3,07 | 10,48 | 174,5 | 2,18 | 13,30 |
| -35°C/-31°F (LBP EN12900) | 74,9 | 1,01 | 3,46 | 74,0 | 1,45 | 1,85 |
| -10°C/14°F (MBP EN12900) | 267,7 | 2,11 | 7,22 | 126,7 | 1,78 | 7,09 |
| 5°C/41°F (HBP EN12900) | 452,1 | 2,80 | 9,56 | 161,4 | 2,07 | 12,96 |
Detailed performance tables are available, providing data across various operating conditions (evaporating/condensing pressures, temperatures) for cooling capacity, COP, EER, power consumption, current, and mass flow.
Configuration 6 (R513A, 100V/50Hz)
Optimization + standard conditions
| Conditions | Cooling Capacity [W] | COP [W/W] | EER [Btu/Wh] | P1 [W] | Current [A] | Ref. Mass Flow [kg/h] |
|---|---|---|---|---|---|---|
| -23°C/-10°F (LBP) | 124,5 | 1,36 | 4,63 | 91,8 | 1,82 | 2,68 |
| -7°C/20°F (MBP) | 253,6 | 2,00 | 6,82 | 127,0 | 2,01 | 6,21 |
| 7,2°C/45°F (HBP) | 448,0 | 2,96 | 10,12 | 151,2 | 2,17 | 11,13 |
| -35°C/-31°F (LBP EN12900) | 62,4 | 0,81 | 2,76 | 77,2 | 1,76 | 1,54 |
| -10°C/14°F (MBP EN12900) | 223,7 | 2,00 | 6,83 | 111,9 | 1,92 | 5,93 |
| 5°C/41°F (HBP EN12900) | 378,3 | 2,69 | 9,18 | 140,8 | 2,09 | 10,85 |
Detailed performance tables are available, providing data across various operating conditions (evaporating/condensing pressures, temperatures) for cooling capacity, COP, EER, power consumption, current, and mass flow.
