Description
| Operating principle | electrically driven piston pump | |
| Operating temperature range 1) | from -30 to +70 °C | from -22 to +158 °F |
| Working pressure 2) | 200–300 bar | 2900-4350 psi |
| Lubricant | grease NLGI from 000 to 2 compatible with plastics, butadiene acrylonitrile rubber, copper and copper alloys |
|
| Outlet pipes | from 1 to 3 | |
| Dosing volume per pump element | 0.8; 1.3; 1.8; 2.5; 5.0 cm³/min | 0.049; 0.079, 0.11, 0.15, 0.31 in³/min |
| Tank | 2; 4; 6; 8; 10; 12; 15; 20 kg | 4.4; 8.8; 13.2; 17.6; 22; 26.5; 33; 44 pounds |
| Material | ||
| pump body | aluminum-silicon alloy | |
| tank | polyamide PA 6I, PMMA | |
| Connection of the main pipeline | M 14 × 1.5 with internal thread | |
| power unit | 12/24 VDC, 230 (100–273) VAC; (±10 %) |
|
| Protection class | IP56 | |
| Dimensions | ||
| min. | 266 × 208 × 229 mm | 10.47 x 8.19 x 9.01 inches |
| Max. | 268 × 227 × 1170 mm | 10.55 x 8.93 x 46.06 inches |
| Installation position | with pressure plate: any, including rotation conditions without pressure plate: vertical |
|
| The product can be configured using a configuration code. The applicable part number and explanation are provided in the order sample. | |
| KFGS3FXXAXXDEB+924 |
|
| You can configure your product using the CAD configurator below. This will provide you with a specific order number. | |
Accessories
Pump elements deliver lubricant to lubrication points or distributors via lubrication lines. Five pump elements for flow rates from 0.8 to 5.0 cm³/min are available in two designs: with a spring-return piston or with a positively driven piston. In many cases, a pump element with a spring-return piston is the right choice. The pump element with a positively driven piston was designed for use in extremely cold conditions (down to -30 °C) or for handling high-viscosity lubricants. Up to three pump elements can be installed in a KFG pump unit. Possible mounting locations are the left, front, and right sides of the pump housing. The lubricant outlet on the pump element has an internal M14x1.5 thread for connecting lubrication lines or valves. If a pump element is not installed, the outlet on the pump housing is closed with a screw.
| Part number | Description | Nominal performance | ||
| cm3/min | inches3/min | |||
| KFG1.U0 1) | pump element with a spring-return piston | 5,0 | 0,31 | |
| KFG1.U1 2) | pump element with a spring-return piston | 2,5 | 0,15 | |
| KFG1.U2 2) | pump element with a spring-return piston | 1,8 | 0,11 | |
 |
KFG1.U3 2) | pump element with a spring-return piston | 1,3 | 0,079 |
| KFG1.U4 2) | pump element with a spring-return piston | 0,8 | 0,049 | |
| KFG1.U0-E 2) | pump element with a positively driven piston | 5,0 | 0,31 | |
| KFG1.U1-E 2) | pump element with a positively driven piston | 2,5 | 0,15 | |
| KFG1.U2-E 2) | pump element with a positively driven piston | 1,8 | 0,11 | |
| KFG1.U3-E 2) | pump element with a positively driven piston | 1,3 | 0,079 | |
To prevent excessive operating pressure, a rotary relief valve must be installed in the system. If the operating pressure exceeds the pressure relief valve's operating point, the valve opens, allowing the lubricant to escape. Pressure relief valves are primarily used in progressive systems. Options are available with SKF quick-release couplings, straight connectors, and G 1/4" female threads.
| Order number | Compound | Pipeline, ∅ |
| 161-210-063 1) | direct connection | 8 |
| 161-210-061 1) | SKF quick release coupling | 8 |
| 161-210-065 1) | direct connection | 10 |
| 161-210-062 1) | direct connection | 12 |
| 161-210-012 2) | direct connection | 6 |
| 161-210-024 2) | direct connection | 8 |
| 161-210-066 2) | direct connection | 10 |
| 161-210-021 2) | SKF quick release coupling | 6 |
| 161-210-034 2) | SKF quick release coupling | 8 |
| 161-210-036 2) | internal thread G 1/4 | — |
One of the pump's three lubricant outlets can be optionally equipped with a single matching filling nozzle instead of a single pump element for filling the unit using a filling tank (cartridge). The filling tank can also be used to fill the pump unit through one of the lubricant outlets. To do this, specify a filling nozzle in the order code instead of a lubricant outlet.
| Part number | Description |
| 169-000-174 | filling nipple |
| 169-000-171 | filling tank |
| 24-9909-0241 | filling socket G 1/4, set |
As an alternative to a cone-head nipple, units for industrial or vehicle applications can also be equipped with a filling port for filling with a filling pump, such as a hand pump with a container. The filling pump must be equipped with a suitable coupling and a hose port.
| Part number | Description |
| 24-9909-0244 | KFG filling nipple kit, G 1/4 |
| 857-760-007 | hose socket ∅ 13 mm |
| 857-870-002 | socket for hose ∅ 16 mm |
| 995-001-500 | coupling sleeve |
Configure KFG for industrial applications, download CAD file
Configure KFG for rotating assemblies, download CAD file
Configure KFG for mobile use, download CAD file
