27
139435_A GZ
455
DV 8/28/12
7.0 Operation
7.1 Features Overview
The Proflame GTMFS system is a modular remote control
system that directs the functions of the Atra GZ 4
55
gas
freestanding unit. It is configured to control the on/off
operation both manually and
thermostatically, with standard and “Smart” thermostat
features. It will also control flame modulation, manual
flame control, fan on/off and speed and on/off of accent
lighting features.
The system is an IPI system (Intermittent Pilot Igni-
tion) and also has a built in switch which allows you to
keep the pilot lit continuously if desired (CPI - Constant
Pilot Ignition). The power is provided to the FCM (Fan
Control Module) using 120v electricity and has a 6volt DC
battery back-up for operation during a power failure.
7.1.1 Remote Control Transmitter
This new remote system has all controls available on its
face for reliable, ease of use. It gives room temperature
readout, set temperature readout, all function abilities as
well as childproof lockout and low battery indicator. Icons
appear on the screen indicating which mode of operation
you are controlling. The four button controls are easy to
learn and simple to operate. The remote transmitter is
powered by 3-1.5v AAA batteries.
7.1.2 Remote Control Receiver
The receiver is powered by 4-1.5v AA batteries. This unit
has a manual on/off switch to light the burner if the
remote should become inoperative.
7.1.3 Fan Control Module (FCM)
The Fan Control Module (FCM) is the electrical heart of
the system. It provides power to all components, 120v ac
when available, and converts to 6v DC when it is not. This
powers the receiver, making the batteries in the receiver
a backup power source, thus prolonging the life of the
batteries. The FCM sends power to the fan system and
the accent light. When no line power is available these
features will not operate.
7.1.4 Digital Fireplace Control (DFC)
This is the brain of the system. The DFC allows the pilot
to be set as an IPI or CPI unit. It tells the burner to light
or turn off, and provides the ignitor with the electricity
needed for sparking. All functional commands are routed
through this part of the system and distribute the signal
to the appropriate component.
7.1.5 Sit 885 Modulating Valve
This valve has the ability to be stepped down in six
increments between high and low. It can be done
manually or by setting the remote control to the Smart
thermostat modulation mode. Automatic modulation
means that as the room temperature approaches the
limit set for shut down, the valve gradually decreases
or “steps-down” the fire intensity. Conversely, as room
temperature cools, the valve gradually increases flame
intensity. The overall result is more comfortable even
heating, minimizing temperature peaks and valleys.
7.1.6 Pilot Assembly
The pilot contains a pilot hood, igniter, and a sensor rod.
The igniter sends a spark to the pilot hood which lights
the gas. The sensor rod is then engulfed by the pilot
flame, flame rectification occurs and the unit remains lit.
If rectification does not occur the main burner will not
light and the pilot will shut down.
WARNING:
READ AND UNDERSTAND ALL OPERATING
INSTRUCTIONS BEFORE ATTEMPTING TO OPERATE
THIS APPLIANCE. DO NOT ALLOW ANYONE TO
OPERATE THIS APPLIANCE WHO HAS NOT READ
AND UNDERSTOOD THESE INSTRUCTIONS. KEEP
THE REMOTE CONTROL TRANSMITTER WHERE
CHILDREN CANNOT REACH IT.
WARNING:
SEVERE INJURY. THIS APPLIANCE CAN BE SET TO
OPERATE THERMOSTATICALLY. BE AWARE THAT
THE FIREPLACE MAY BE VERY HOT EVEN WHEN
THE BURNER IS NOT APPARENTLY OPERATING.
KEEP CHILDREN AWAY FROM THE APPLIANCE.
WARNING:
OBSERVE CAUTION NEAR THE GLASS PANEL. THE
GLASS MAY SHATTER IF STRUCK BY AN OBJECT.
ALWAYS HANDLE THE GLASS PANEL WITH CARE.
7.2 Control Functions (Fig. 7.1)
7.2.1 Pilot Mode
In most cases you will want to operate the fireplace
in IPI mode. This allows the most efficient use of gas,
burning the pilot light only when the thermostat calls
for the burner to ignite.
The CPI mode permits functional flexibility within
a wide range of installation characteristics. The pilot
flame remains lit when the burner is off. This is an
advantage in those instances when a cold system
maybe difficult to start in IPI mode. The pilot can be
run until the system has warmed sufficiently for IPI
operation. NOTE: THE IGNITOR WILL ALWAYS SPARK
WHENEVER THE PILOT MODE IS SWITCHED TO CPI,
REGARDLESS OF THE POSITION OF THE RECEIVER
SWITCH.