A field bypass connector system for a downhole completion tool comprising: a. a downhole completion tool mounted on a production tubular member , the completion equipment having an internal feedthrough passage; b. a first clamp-type field connector mounted on the tubular member at a position along the tubular member in the direction uphole from the completion tool , the first clamp-type field connector having a housing with a first internal chamber, the position of the first clamp-type field connector being axially and rotationally adjustable when being mounted on the tubular member ; c. a second clamp-type field connector mounted on the tubular member at a position along the tubular member in the direction downhole from the completion tool , the second clamp-type field connector having a housing with a second internal chamber , the position of the second clamp-type field connector being axially and rotationally adjustable when being mounted on the tubular member ; d. one or more electrical conduits (210; 410) having a first conduit end and a second conduit end, the first conduit end being connected to the first connector , the second conduit end being connected to the second connector , the one or more conduits (210; 410) passing through the feedthrough passage; and e. a first and second dielectric fluid port , wherein: i. the first dielectric fluid port is in fluid communication with the first internal chamber for introducing a dielectric fluid into the first chamber, the dielectric fluid creating an internal fluid pressure; and ii. the second dielectric fluid port is in fluid communication with the second internal chamber for introducing a dielectric fluid into the second chamber , the dielectric fluid creating an internal fluid pressure. a. a downhole completion tool mounted on a production tubular member , the completion equipment having an internal feedthrough passage; b. a first clamp-type field connector mounted on the tubular member at a position along the tubular member in the direction uphole from the completion tool , the first clamp-type field connector having a housing with a first internal chamber, the position of the first clamp-type field connector being axially and rotationally adjustable when being mounted on the tubular member ; c. a second clamp-type field connector mounted on the tubular member at a position along the tubular member in the direction downhole from the completion tool , the second clamp-type field connector having a housing with a second internal chamber , the position of the second clamp-type field connector being axially and rotationally adjustable when being mounted on the tubular member ; d. one or more electrical conduits (210; 410) having a first conduit end and a second conduit end, the first conduit end being connected to the first connector , the second conduit end being connected to the second connector , the one or more conduits (210; 410) passing through the feedthrough passage; and e. a first and second dielectric fluid port , wherein: i. the first dielectric fluid port is in fluid communication with the first internal chamber for introducing a dielectric fluid into the first chamber, the dielectric fluid creating an internal fluid pressure; and ii. the second dielectric fluid port is in fluid communication with the second internal chamber for introducing a dielectric fluid into the second chamber , the dielectric fluid creating an internal fluid pressure. i. the first dielectric fluid port is in fluid communication with the first internal chamber for introducing a dielectric fluid into the first chamber, the dielectric fluid creating an internal fluid pressure; and ii. the second dielectric fluid port is in fluid communication with the second internal chamber for introducing a dielectric fluid into the second chamber , the dielectric fluid creating an internal fluid pressure. <EOS>