Merrychef eikon e4s - Manual (Page 5)

Service & Parts Manual original Instructions
Part Number 32Z3871 US
Issue 3
5
PR
ODUC
T
DE
T
AILS
2 PRODUCT OVERVIEW & FUNCTIONS
CONSTRUCTION
Stainless Steel cavity and casework.
CONTROL SYSTEM
Colour touchscreen, icon driven.
Storage for up to 1024 programs with 6 stages per
cooking program providing a user instruction for
each stage.
USB memory stick data transfer.
Support for optional remote communications
Ethernet module.
Safety system: ensures control area temperature is
within limits.
MICROWAVE POWER
Two magnetrons.
Distribution system, rotating active antennae.
Microwave settings, off or 5-100% in 1% increments.
Safety system: agency approved monitored
interlock door system, current monitoring and
overheat detection for magnetrons.
CONVECTED HEAT
Temperature settings 0°F off and from 212°F to
527°F in 1°F steps.
Distribution system, recalculating airfl ow
impingement.
Convection fan setting, 10-100% in 1% increments.
Safety system: oven cavity overheat detection.
How it works:
The convection fan pulls air in through the Particle fi lter (1)
which removes the majority of particulates from the air fl ow.
The air is then heated and returned to the cavity through the catalyst
(2) and impinger plates (3) to produce an even heat pattern in the
oven. This heat layout minimises the areas where grease can build up,
allowing food to cook evenly to produce a crisp golden fi nish.
Start up Sequence
With the oven switch in the OFF position and the
mains power ON, the QTS & SRB boards boot up.
When the oven switch is turned ON the splash
screen briefl y displays oven information and the
cabinet cooling fan is activated.
After completing a successful logic test, the safety
relay is energised and the oven preheats or displays
a preheat temperature choice. Once preheated the
oven displays the main menu if in FS mode or a
recipe selection if in QSR mode.
Shutting Down Sequence
When oven switch is turned OFF the screen displays
‘Shutting Down’ and the cooling fan operates until
the cabinet temperature has been suffi
ciently
reduced (cavity temperature of 122F).
The safety relay is de-energised and the QTS & SRB
boards remain active.