Dehumidifier Skid

What utilities, footprint and power draw does it require?

The unit requires 480V, 3-phase, 60 Hz electrical service; the 1.5 HP motor draws 2.4 amps at 460V based on the Toshiba nameplate. Desiccant dryers in this class typically require compressed instrument air for regeneration valve actuation and may need a purge gas supply depending on regeneration method, but the listing does not specify these ancillary connections or physical dimensions. Request a dimensioned drawing and utility schedule from the seller.

How long was it in service, how long has it been down, and how was it preserved?

The listing does not state service history, downtime duration, or preservation method. For desiccant dryers, age and storage conditions significantly affect bed integrity—ask the seller for installation date, last operation date, what gas was processed, and whether desiccant was purged or left charged. Desiccant beds exposed to moisture during storage typically require replacement regardless of run hours.

What is realistically involved in relocating and re-erecting it?

The unit is described as a skid-mounted assembly with integrated hazardous-area control panel, which typically simplifies rigging and reduces field wiring compared to component installation. Without stated dimensions or weight, coordinate rigging requirements and confirm the skid base matches your foundation design; the seller should provide a rigging drawing. Expect to verify desiccant condition, retorque pressure connections, and commission the motor and control circuit before pressurizing the system.