Product: VSG2-KR Grease Metering Device
1. High Quality: High strength carbon steel as raw materials, advance each port smooth flow rate, minimize outer leakage nearly to zero.
2. Strictly Tested: Using 32# or 46# mineral oil tested, thinner than greasing oil. Guarantee lubricates the long distance lubrication spots completely.
3. Standard Dimensions: The standard installation dimensions making the equipment with easily replacement and saving repair cost largely.
Grease Metering Device VSG2 Introduction
Grease metering device VSG2 series is grease metering device and the two inlet ports are connects with supplying oil pipes and powered by a lubrication pump.
The lubricate grease enters the inlet port of grease metering device VSG2, pushes the pilot piton down forward, allowing the upper channels of main piston and pilot piston connected each other.
The lubricant grease pressurized the main piston down, transportation the grease or oil to the lubrication point. When finishing one stroke, the pump powers the lubricate to other inlet port beginning the same stroke, the feeding grease or oil volume will be able to be changed by adjusting the adjustment bolts by modifying the stroke of main piston.
Ordering Code Of Grease Metering Device VSG2
|VSG||2 / 4 / 6 / 8||–||KR||*|
(1) VSG = VSG series two line metering divider
(2) Number Of Discharging (Outlet Port)= 2 ports / 4 ports / 6 ports / 8 ports
(3) KR = With indicator pin and progressive adjustment
(4) * = Further information
Grease Metering Device VSG2 Feature Technical Data
45# High strength of carbon steel
Max. operation pressure: 400bar/ 5800psi
35bar / 508psi
Adjusting flow by each turn
Main Line Threaded Connection:
Feed Line Threaded Connection:
Minimum Order Quantity:
Please consult us
With strong box or cartons for exporting
For cone penetration of not less than 265 (25°C, 150g) 1/10mm grease (NLGI0 # ~ 2 #) or greater than the N68 lubricant viscosity grades
Depends on the quantity and standard or custom design, usually 8-25 working days
Zinc plated for resistance of corrosion
Place of Origin:
Grease Metering Device VSG2 Position of Lock Screw Condition
A – Lock screw
B – Rotary slide horizontal: 2 outlets
– Rotary slide vertical: 1 outlet
With the two main lines being relieved (i.e. when the pump is switched of) the lock screw A can be closed and the rotary slide B can be turned through 90°. If the rotary slide is put into position 1 the connecting passage between the two outlets is closed, and the lubricant is discharged by the two outlets. If the rotary slide is in position 2, the connecting passage is open. In this case one of the two outlets has to be closed by means of a closure plug, and then the double lubricant volume is discharged by the other outlet.
Grease Metering Device VSG2 Working Operation Graphic
Pressurized lubricant is supplied to the metering device via main line I. The control piston (1) starts moving in the direction of arrow A, displacing the lubricant in front of the control piston into the relieved main line II.
When the control piston (1) uncovers the connecting passage (2) lubricant is transferred to the right end of the dispensing piston (3), thereby displacing it to the left in the direction of arrow A.
The lubricant volume ahead of the dispensing piston is transferred via the connection passage (4) to the lubrication point. With the dispensing piston in its terminal position, the pressure in main line I will continue to rise to reach the preset change-over pressure of the two-line system. At this stage,the change-over valve of the system operates to connect main line I which has so far been under pressure to the lubricant reservoir of the lubrication pump.
At the same time the change-over valve connects main line II to the lubrication pump, thus pressurizing the lubricant in this main line. The control piston (1) moves in the direction of arrow B, displacing the lubricant ahead of the control piston into the relieved main line I.
When the control piston (1) uncovers the connecting passage (5) lubricant is transferred to the left end of the dispensing piston (3) and displaces it to the right in the direction of arrow B. The lubricant ahead of the dispensing piston (3) is transferred via the connecting passage (6) to the lubrication point. With the dispensing piston (3) in its terminal position, the pressure in main line II will continue to rise to reach the preset changeover pressure of the two-line system. At this stage, the change-over valve will once again cause a pressure changing-over in main lines I and II and the cycle will be repeated as described in stage 1.
Grease Metering Device VSG2 Output Volume Adjustment
Variation KR for infinitely variable adjustment and visual indication.Infinitely variable adjustment of lubricant output is achieved by turning the adjustment screw F. Maximum output is available if the lock screw E and the adjustment screw F are in their uppermost position. By turning the screw downward the output can be continuously reduced. With the two screws in their fully closed position, the indicator pin G is completely restrained and, because the pin is attached directly to the dispensing piston, the lubricant output will be nearly zero.
The indicator pin shows the correct functioning of a pair of outlets. After setting the lubricant output, the adjustment screw F will be locked in position by means of screw E.
To secure the setting, lock the adjusting screw only when the indicator pin is retracted.
Grease Metering Device VSG2 Adjustment Curve
Grease Metering Device VSG2 Installation Dimensions