Series 84
The Brand, Series 84 is a two port, non-adjustable, inline, fixed orifice with free reverse flow. The flow is determined by the orifice diameter and fluid pressure. The orifice diameter must be specified by the customer when ordering (up to a diameter of 0.250″ (6.35mm)). The orifice plate is held in place when it is…
Read MoreSeries 83
The Brand, Series 83 is a two port, non-adjustable, pressure compensated, inline flow control, with free reverse flow. The amount of flow is determined by the diameter of the orifice in the compensator piston. The spring and piston are held in place when it is connected to a #8 SAE male fitting. This flow control…
Read MoreLEFC
The Brand, LEFC (large electronically adjustable proportional pressure compensated flow control) is an electronically controlled version of the original large FC51 style flow control valve. The LEFC performance as a flow control is very similar to the large FC51 because they both use the same spring and compensator spool. Thus, the control flow port (CF)…
Read MoreEFC
The Brand, electronically adjustable proportional pressure compensated flow control is an electronically controlled version of the original FC51 style flow control valve. The EFC performance as a flow control is very similar to the FC51 because they both use the same spring and compensator spool. Thus, the control flow port (CF) and the excess flow…
Read MoreFC 0-90 GPM
The Brand, full range pressure compensating variable flow control is designed so that the orifice area varies as the lever is rotated. Fluid travels past the variable orifice, by the compensator spool and then out the controlled flow port. Therefore the flow out of the CF port is proportional to the orifice area which can…
Read MoreFC 0-30 GPM
The Brand, full range pressure compensating variable flow control is designed so that the orifice area varies as the lever is rotated. Fluid travels past the variable orifice, through the compensator spool and then out the controlled flow port. Therefore the flow out of the CF port is proportional to the orifice area which can…
Read More