Be able to draw loops between devices for low-voltage lines, for connecting items like sensors and power packs.

Be able to create plumbing and piping fixtures, similar to light fixture or receptacles in DM Electrical or diffusers in DM HVAC.

I would like to export from Revit to import into ComCheck similar to the AutoCAD version of Design Master Electrical

Be able to swap circuits in Revit like you can using the "Move Circuit" command in DM Electrical for AutoCAD.

Add the ability to specify a prefix or suffix for panel callouts when inserting them on the drawing. For example, be able to label them NEW PANEL 'LA' rather than simple LA.

Also be able to replace the panel name with a different value in the circuit callout. This feature would be used when the panel name is very long.

Also be able to leave the panel name off entirely and list just the circuit number in the homerun label. This feature would be used when there is only one panel in an area.

It would be nice to at least have the command to match diffuser callout location.

When selecting conduit I want to be able to select the feeder as schedule 80 so that the only size option would be based on schedule 80. Then on another feeder I could select EMT for my circuits and the only option for auto sizing would be based on EMT. Finally, I would then have the option of adding the type to my one-lines and a conduit schedule.

I have Security, F/A, Lighting Control Panels, Audio, and Data groups and would like to be able to create separate low voltage one-line risers for them.

Be able to specify locations for labels in blocks. When the labels are added to the block, they will be placed in the desired locations, rather than in the somewhat random default location they are currently placed in.

Create an object enabler for Navisworks to allow the 3D ductwork, pipes, conduit, and cable tray to be viewed directly from the DWG without requiring it to be exported to an IFC file.

Be able to specify that the voltage drop on a feeder should be based upon the connected or other load, rather than the calculated load.

One example of a use for this feature is a piece of equipment that serves a single motor. You want the voltage drop for the connected load of the motor, rather than the calculate load, which will be 125% of the motor load.

I do not feel that the schedules should show counts for devices like receptacles and computer outlets that are on a demolition layer.

Add "Redundant Ground" as an option for receptacles. Would add an additional ground wire to the tick marks and add an "RG" or similar label to the receptacle itself.

When a circuit is broken, keep tick marks inserted on one of the halves.

We'd like an option to manually homerun from devices that lack a circuit. For example, we frequently connect switched receptacles to relays controlled by occupancy sensors, so we'd like to show our homeruns to start at that relay as opposed to a receptacle. We also currently show lighting homeruns commencing at relays for the same reason.

We'd still like to be able to select devices whose circuits we want to include in the homerun.

Have a way to make a unique cable ID for every feeder, branch circuit and low voltage circuit. For example P-MCC1-001 for the power cable fed from MCC1 or PT-FLOWGAS-003 for a pressure transmitter.

I'm working on a big industrial plant where I need a have a cable number for every cable in the plant.

I would like to have the ID on the one line, plan view drawing and export to Excel.

Allow users to leave circuit dialog box up on screen while still manipulating floor plans.

On low voltage systems drawings (Fire Alarm, Security, CCTV) we treat homeruns differently than power and lighting homeruns. We do not use the circuit label, wire callout, or tick marks, but rather we use a keynote. If there was a “keynote homerun”, it would save us the time spent removing the wire call-out every time we create low voltage homerun.