Performance Characteristics
The integral progressive distributor MVB can provide metered lubrication for each lubrication point in the centralized lubrication system. It has the advantages of energy saving and high efficiency. It is used for vehicles, construction machinery, machine tools, wind power generation, plastic machinery, paper machinery, textile machinery, printing and packaging machinery Ideal products such as centralized lubrication. The oil outlet has a precise lubricant output, a compact design structure, easy and convenient installation, a built-in check valve in the oil outlet component, a plunger pair is precisely ground, and a unique monitoring component.
MVB progressive distributor has 6, 8, 10, 12, 14, 16, 18 or 20 oil outlets to choose from. Usually the single outlet flow rate is 0.17mlc, which can be provided by removing the plug and the steel ball and replacing the oil output block to provide a displacement of 0.34mlc, 0.51mlc, etc., which are integer multiples of 0.17mlc.
The plunger sleeve is connected by the oil hole in order to build up the pressure. As long as the pressurized lubricant enters the oil inlet, the distributor will continue to operate in a progressive manner and inject oil with a constant displacement.
Once the supplied pressure lubricant flow stops, all the plungers in the dispensing will also stop moving. Therefore, by installing a specific indicator to observe the white movement of an oil outlet plunger, the operating status of the entire distributor can be monitored. -Once the blockage occurs, the alarm can be realized.
The plunger pair closest to the oil inlet discharges the lubricant from the oil outlet farthest from the oil inlet, and the other plunger pairs in the valve body discharge a quantitative amount of lubricant through the next adjacent oil outlet.
Product Parameter
| INLET SIZE | OUTLET SIZE | NOMINAL CAPACITY (ML/CY) | INSTALL HOLE DISTANCE(MM) | INSTALL THREAD | OUTLET PIPE DIA(MM) | WORKING TEMPERATURE |
| M10*1 NPT 1/8 | M10*1 NPT 1/8 | 0.17 | 20 | 2-M6.6 | STANDARD 6MM | ’-20℃ TO +60℃ |
| MODER | OUTLET NUMBER | L(MM) | WEIGHT(KGS) |
| MVB-2/6 | 2-6 | 60 | 0.96 |
| MVB-7/8 | 7-8 | 75 | 1.19 |
| MVB-9/10 | 9-10 | 90 | 1.42 |
| MVB-11/12 | 11-12 | 105 | 1.65 |
| MVB-13/14 | 13-14 | 120 | 1.88 |
| MVB-15/16 | 15-16 | 135 | 2.11 |
| MVB-17/18 | 17-18 | 150 | 2.34 |
| MVB-19/20 | 19-20 | 165 | 2.57 |
Describtion
1. Oil Outlet: MVB Standard Flow : 0.17 ml.
2. Distribution principle: The plunger sleeve is connected through the oil hole to establish pressure . As long as there is pressure to allow the lubricant to enter the oil mouth, the distributor will run continuously in a progressive manner and fil with a constant displacement.
3. Alarm:Once the supplied pressure lubricant stops, all of the plungers in the dispenser will also stop moving. Therefore, by operatinga specific indicator to observe the movement of an oil discharge plunger, the operation of the entire distributor can be monitored. In the event of a blockage, an alarm can be issued.
4. 0il Outlet: The plunger which closest to the oil inlet ,discharges the lubricant oil first from the farthest oil outlet , and the other plungers in the valve body discharge the quantitative lubricant through the next oil outlet.
Progressive Distributor Blocks are one of the most effective, reliable and foolproof distributors which are used in for lubrication. The feature that makes progressive so reliable is that if any of the lubrication point is blocked the entire Progressive Distributor Blocks stops functioning. With suitable monitoring device, this blockage is sensed and suitable warning is given to avoid running the machine without proper lubrication system. The distributor has the advantages of energy saving and high efficiency, and is an ideal product for centralized lubrication of vehicles and construction machinery. The oil distributor has accurate lubricant output at the oil outlet, compact design, easy and convenient installation, built-in check valve for the oil outlet assembly, precision grinding of the plunger pair, and unique monitoring components