• B1631-1X00

    The inlet and outlet are in a straight configuration with the needle valve adjustment on the side of the body. Small Sight Feed Valves allow visual observation of the liquid stream, with the volume of flow controlled by an adjustable precision control needle valve. These units are principally used on gravity or pressure lubricating systems for bearing lubrication on machinery.  Their use can be extended to any application requiring adjustable, visible flow control. 

  • B1628-1X00

    The inlet and outlet are in an angle configuration, with the inlet on the side of the body and the outlet on the bottom.  Small Sight Feed Valves allow visual observation of the liquid stream, with the volume of flow controlled by an adjustable precision control needle valve. These units are principally used on gravity or pressure lubricating systems for bearing lubrication on machinery.  Their use can be extended to any application requiring adjustable, visible flow control.

  • B1629-1X02

    The cross configuration has two inlets on either side of the valve body, with the outlet located on the bottom. The needle valve adjustment is on the top.  Small Sight Feed Valves allow visual observation of the liquid stream, with the volume of flow controlled by an adjustable precision control needle valve. These units are principally used on gravity or pressure lubricating systems for bearing lubrication on machinery.  Their use can be extended to any application requiring adjustable, visible flow control.

  • B1630-1X00

    The Inverted Angle configuration features an inlet located on one side of the valve body and the needle valve adjustment on the opposite side.  The outlet is on the bottom of the unit.  Small Sight Feed Valves allow visual observation of the liquid stream, with the volume of flow controlled by an adjustable precision control needle valve. These units are principally used on gravity or pressure lubricating systems for bearing lubrication on machinery.  Their use can be extended to any application requiring adjustable, visible flow control.