Dry Air ATLANTIC LGR Руководство пользователя - Страница 2
Просмотреть онлайн или скачать pdf Руководство пользователя для Осушитель Dry Air ATLANTIC LGR. Dry Air ATLANTIC LGR 10 страниц. Low grain refrigerant dehumidifier
Печатать страницу313 North Oak Street Burlington, WA 98233
Toll Free U.S. & Canada: 888.755.9176
Phone: 360.755.9176 • Fax: 360.755.9236
Email:
• www.dryairtech.com
*****IMPORTANT*****
READ FIRST BEFORE OPERATING UNIT
BEFORE OPERATING:
IMPORTANT! The power switch must be in the "OFF" position before
it is plugged in. The error light will illuminate if the switch is in the "ON"
position before it is plugged in the wall because the safety circuit has not
been initialized.
The standard operating temperature for the Atlantic LGR is 58 ºF degrees to
120 ºF. The unit will freeze below 58 ºF. Units stored in cold areas could
cause the coils to frost, and when plugged in, the unit may immediately go
into defrost mode (indicated by the blue light on the control panel). This is
normal. To prevent a leak, properly place the discharge hose into a
receptacle before the unit goes into automatic pump out mode.
AFTER OPERATING:
Please keep in mind that coils may still be cold at the end of each use. Keep
the unit plugged in and the discharge hose in a receptacle. Allow the unit to
thaw thoroughly until the side of the unit is no longer cold to touch. Press
the purge switch to completely empty the pump reservoir. If the condensate
pump is not properly purged after the last use, or if the unit is removed from
the job site before the coils return to room temperature, the condensate pump
may begin to pump water immediately when the unit is plugged in at the
next job site causing a leak if the discharge hose is not placed in a
receptacle.
Please be sure that unit goes through defrost mode completely to ensure that
the evaporator coil is properly thawed, and that collected water in the pump
is fully purged. Unplugging the unit before the evaporator coil is fully
defrosted could cause water to collect in the pump and overflow causing a
leak.