Hobart CLCS86ER Dishwasher User Manual


 
701 S Ridge Avenue, Troy, OH 45374
1-888-4HOBART • www.hobartcorp.com
Page 2 of 12 F-40297 – CLCS86eR Dishwasher
CLCS86eR
DISHWASHER
THE CLeR WAREWASHER IS STANDARD WITH THESE EFFICIENT FEATURES . . .
Inside and out the CLeR warewashers by Hobart are packed with standard components and design innovations
that make them the biggest value in the dishwasher industry.
Wash Manifolds. Computational Fluid Dynamic
designed wash manifolds are self-aligning and come
with Hobart’s signature debossed anti-clogging
nozzles for superior result.
Opti-RinSe
. Hobart’s exclusive Opti-RinSe
signicantly reduces operating cost by reducing rinse
water and the energy required to heat the water.
The unique spray pattern uses large droplets to more
efciently sanitize the ware.
Built-in Pressureless Stainless Steel Booster Heater.
Interwired and interplumbed. Saves on installation and
saves oor space. Simplies operation with just one
switch to power dishmachine and booster.
The insulated hinged inspection doors provide easy
access in the chamber. Exterior wash pipes and
reduced interior bafes reduce clean-up time.
The Rapid Return drive allows for a wide separation
between the wash and the rinse zone.
The Hobart exclusive microprocessor control module
offers a choice of many features, such as an exclusive
Energy Saver Mode, Low Temperature Alerts, and
Dirty Water Indicator. It also displays pertinent
machine status and has a Delime Notication. The
controls have built-in Service Diagnostics and are
NAFEM Data Protocol Compliant.
The Energy Recovery
System captures
escaping heat and
steam from the
exhaust air and uses
a heat exchanger to
recycle it into energy.
This free energy is
used to preheat the
incoming water supply
before it enters the
booster heater. The
ground temperature
water passes through
a heat exchanger
positioned directly in
line with the machine’s
unload exhaust system
to capture the energy
from the exhaust air and ware leaving the machine to
elevate the temperature of the water to 110° before it
enters the booster heater.