Temperature Rise - Rheem 97MDV060 Series Installation Instructions Manual

(-)97v series upflow condensing modulating, communicating gas furnaces w/ecm blower (-)97v series
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TABLE 15
GAS RATE (FT
3
/HOUR)
STEP 4: ADJUST GAS HEAT

TEMPERATURE RISE

COMFORT/EFFICIENCY SELECT:
One dipswitch SW18 is provided to allow for selection be-
tween Comfort and Efficiency mode as follows:
SW18 = OFF = Comfort Mode, Target Temp Rise = +10°F
above Nameplate Mid-Rise
SW18 = ON = Efficiency Mode, Target Temp Rise = Mid-
rise as specified on Nameplate Label
Further, for communicating systems, the above selection
(made with dipswitch SW18 in legacy mode) can be made
GAS HEAT RISE AIRFLOW ADJUSTMENTS:
via the Econet control center.
$
$
!2$'(%2#!31Z(%)*"+,-'$,+O$
Four dipswitches are provided to adjust the low and high
switches are to be labeled "HEAT ADJ"(SW13 & SW14),
L&61$2),.()3/"#.$-1#$,1&0)2#2$3&$-256.3$3"#$'&($-*2$")+"$"#-3)*+$3#7,#1-361#$1).#$K;$/
heating temperature rise by changing the airflow. The
-)1%'&(<$!"#$.()3/"#.$-1#$3&$K#$'-K#'#2$!"#$%&$'(!)*+,-&f$QkIX:4$nrR>n$8QkIN:$-*2$nD
"+/-" (SW15) and "2F/4F" (SW16). These switches will ad-
8QkIh:<$!"#.#$.()3/"#.$()''$-256.3$3"#$3#7,#1-361#$1).#$K;$/"-*+)*+$3"#$-)1%'&($&*';$(
just the tempera ture rise by changing the airflow only
-*2$QkIX$-1#$\P!$.#3$3&$PLLRPLL<$QkIV$-*2$QkIX$()''$.#'#/3$3"#$7#3"&2$&%$3#7,#1-3
when SW13 and SW14 are NOT set to OFF/OFF. SW13
-256.37#*3$-.$%&''&(.O$
and SW14 will select the method of temperature rise ad-
justment as follows:
$
+=9=B:6@>( +Z/[(
$
SW15 ("+/-") is mapped as follows:
$
+Z/_(T`a4S`U$).$7-,,#2$-.$%&''&(.O$
SW15 OFF = Positive Temperature Rise Adjustment (Air-
QkIN$PLL$`$U&.)3)0#$!#7,#1-361#$W).#$S256.37#*3$8S)1%'&($).$W#26/#2:$8L-/3&1;$d#%-6'3:$
flow is Reduced) (Factory Default)
QkIN$P\$`$\#+-3)0#$!#7,#1-361#$W).#$S256.37#*3$8S)1%'&($).$=*/1#-.#2:$
SW15 ON = Negative Temperature Rise Adjustment (Air-
$
flow is Increased)
SW16 ("2F/4F") is mapped as follows:
+Z/b((T`M!4^!`U$).$7-,,#2$-.$%&''&(.O$
QkIh$PLL$`$D$d#+$L$!#7,#1-361#$W).#$S256.37#*3$8L-/3&1;$d#%-6'3:$
QkIh$P\$`$X$d#+$L$!#7,#1-361#$W).#$S256.37#*3$
SW16 OFF = 2 Deg F Temperature Rise Adjustment (Fac-
tory Default)
$
S22)3)&*-'';4$3"#$-256.37#*3$3&$3"#$'&(>#*2$()''$-%%#/3$-$')*#-1$-256.37#*3$3&$3"#$#*3)1#
SW16 ON = 4 Deg F Temperature Rise Adjustment
"#-3)*+$-)1%'&($#9/#,3$-3$3"#$IJJE$1-3#<$!"#$-256.37#*3$3&$3"#$1-*+#$()''$K#$.6/"$3"-3$
Additionally, the adjustment to the low-end will affect a lin-
ear adjustment to the entire range of heating airflow ex-
"#-3)*+$1-3#$()''$K#$-256.3#2$6,$&1$2&(*$-.$.,#/)%)#2$K;$3"#$2),.()3/"$.#33)*+.4$3"#$IJJ
cept at the 100% rate. The adjustment to the range will be
1-3#$7-;$-'.&$K#$-256.3#2$6,$&1$2&(*$-*2$-''$,&)*3.$)*$K#3(##*$()''$%-''$&*$-$')*#$/1#-3#
such that the 40% heating rate will be adjusted up or
-256.3#2$XJE$"#-3)*+$-)1%'&($1-3#$-*2$3"#$-256.3#2$8&1$6*-256.3#2:$IJJE$"#-3)*+$-)1%'&
down as specified by the dipswitch settings, the 100%
$
heating rate may also be adjusted up or down and all
points in between will fall on a line created by the adjusted
L613"#14$%&1$/&776*)/-3)*+$.;.3#7.4$3"#$-K&0#$.#'#/3)&*.$87-2#$()3"$2),.()3/"#.$QkIV4$Qk
40% heating airflow rate and the adjusted (or unadjusted)
-*2$QkIh$)*$'#+-/;$7&2#:$/-*$K#$7-2#$0)-$3"#$a/&*#3$/&*31&'$/#*3#1<$
100% heating airflow rate.
$
$
$
+,'.(_0(,'-.'#%,"#'(#2+'(O'#2!2&%,21$((
%2#!31Z(
!"#$)7,&13-*/#$&%$,1&,#1$-)1%'&($&0#1$3"#$"#-3$#9/"-*+#1$/-**&3$K#$&0#1>#7,"-.)c#2<$$$
+Z/^( )=EBA6?:6@>(
S$
PLL$
PLL$ \&$S256.37#*3$
F$
P\$
PLL$ S256.3$Y)+"$Y#-3$P*';$
_$
PLL$
P\$
S256.3$[&($Y#-3$P*';$
d$
P\$
P\$
S256.3$FP!Y$[&($-*2$Y)+"$
$
$
Y#-3$!&+#3"#1$K;$3"#$
.-7#$-7&6*3<$
55

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