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 (406, 408) 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 (406, 408) having a housing (412, 416) with a first internal chamber, the position of the first clamp-type field connector (406, 408) being axially and rotationally adjustable when being mounted on the tubular member; c. a second clamp-type field connector (406, 408) 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 (406, 408) having a housing (412, 416) with a second internal chamber, the position of the second clamp-type field connector (406, 408) 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 (406, 408), the second conduit end being connected to the second connector (406, 408), 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 (406, 408) 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 (406, 408) having a housing (412, 416) with a first internal chamber, the position of the first clamp-type field connector (406, 408) being axially and rotationally adjustable when being mounted on the tubular member; c. a second clamp-type field connector (406, 408) 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 (406, 408) having a housing (412, 416) with a second internal chamber, the position of the second clamp-type field connector (406, 408) 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 (406, 408), the second conduit end being connected to the second connector (406, 408), 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.