ADC AD-310 사용자 설명서
2 9
SECTION V
COMPONENT DESCRIPTION/REPLACEMENT
A. HEAT SECTION
The AD-310 dryer uses three (3) types of heat sources: natural gas, liquid propane (L.P.) gas, and steam.
Natural Gas and L.P. (liquid propane) gas are not directly replaceable. The gas valves need to be modified to use
other than the type of heat specified on the nameplate.
Natural Gas and L.P. (liquid propane) gas are not directly replaceable. The gas valves need to be modified to use
other than the type of heat specified on the nameplate.
1. ADG-310 (gas) dryers utilizes a Direct Spark Ignition (DSI) module to monitor that a flame is established.
If for some reason the flame signal is lost, the DSI module will shut off the gas valve and not retry ignition
(no try to restart the flame). A spark of approximately 14,000 volts is used to establish a flame. The
DSI (Direct Spark Ignition) module will turn the gas valve on and ignitor/flame-probe will spark for 8 seconds
attempting a flame. Each time the dryer calls for heat the microprocessor controller (computer) will send a
24 VAC signal through the exhaust hi-limit, sail switch, and oven hi-limit. At that point, the DSI module will
try for ignition.
(no try to restart the flame). A spark of approximately 14,000 volts is used to establish a flame. The
DSI (Direct Spark Ignition) module will turn the gas valve on and ignitor/flame-probe will spark for 8 seconds
attempting a flame. Each time the dryer calls for heat the microprocessor controller (computer) will send a
24 VAC signal through the exhaust hi-limit, sail switch, and oven hi-limit. At that point, the DSI module will
try for ignition.
D
IRECT
S
PART
I
GNITION
(DSI) S
YSTEM
C
OMPONENTS
/F
UNCTIONS