Variable speed Drives, AC and DC Motors — Ex-Ed can supply you with a full range of control systems, installation options and services.
Single pole fuse holder and disconnector suitable for the recommended semiconductor AC supply fuse for all single phase Sprint Electric DC Drives and three phase Sprint Electric DC Drives rated up to 65kW.
Two semiconductor fuses and two fuseholders required for line to line operation.
Three semiconductor fuses and three fuseholders required for three phase DC drives.
Also suitable for the recommended auxillary semiconductor fuses for all Sprint Electric three phase DC drives.
Main AC Semiconductor supply fuse suitable for use with all single phase Sprint Electric DC Drives rated at 1.8KW (12.2) Amps and lower. Two fuses and two fuse holders required for line to line operation.
Three fuses and three fuse holders required for the three phase, Sprint Electric SL / SLX5 analogue drive and the Sprint Electric PL / PLX5 digital drive.
Auxilliary semiconductor fuse suitable for the Sprint Electric SLE, SL and SLX analogue DC Drive and the PL / PLX Digital DC Drive rated up to 145KW. Three fuses and three fuse holders required.
Main AC Semiconductor supply fuse suitable for use with the Sprint Electric 1600i, 3200i/16 and 3600XRi single phase DC Drives. For 415V Line to Line operation, two fuses and two fuse holders required.
Three fuses and three fuse holders required for the three phase, Sprint Electric SLE 14, SL / SLX10, SL / SLX15 analogue drive and the Sprint Electric PL / PLX 10 and PL / PLX15 digital drive.
NH Fuse base with two piece shock protection cover to ensure safe connection of cables.
Panel mounting with screw terminals top and bottom.
Main AC Semiconductor Supply fuse suitable for use with the Sprint Electric three phase DC Drive series, PL, PLX, SL, SLX and SLE, rated 20KW and above .
Three fuses required for each DC Drive.
We recommend that the specified Line Reactor is always used with a Sprint Electric three phase DC Drive to provide a known supply impedence.
The choke should provide at least 1% line impedence and be connected between the DC controller and the AC contactor for optimum protection and safety.