Lennox HP22-261 User manual
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FIGURE 8
TEMPERATURE COMPENSATION
THERMISTOR
OUTDOOR FAN, BRACKET AND
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I-Service Li ht Thermostat
// 81-76 %5) )48-33)( :-7, % 6)59-') /-+,7 7,)50267%7
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-1+ 81-7 23)5%7-21 -1(-'%7-1+ % 352&/)0 -1 7,) 6<67)0
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J-Dual Capacitor
",) '2035)6625 %1( *%1 -1 %1(
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TABLE 2
Units MFD VAC
HP22 DUAL CAPACITOR RATING
Terminal
K-Defrost Thermostat
()*5267 7,)50267%7 -6 02817)( 21 7,) /-48-( /-1) &)?
7:))1 7,) *-/7)5(5-)5 %1( 7,) (-675-&8725 ",) 7,)50267%7
23)16 %7 _ %1( '/26)6 %7 _ 25 ()*5267 72
&)+-1 7,) ()*5267 7,)50267%7 0867 &) '/26)( :,)1 7,)
()*5267 7-0)5 '%//6 *25 ()*5267
L-Reversin Valve and Solenoid
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12-( -6 86)( 72 5)9)56) 5)*5-+)5%17 */2: (85-1+ 81-7 23)5%?
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0%1( %1( (85-1+ ()*5267 )*)5 72 *-+85)6 %1( *25
025) -1*250%7-21
M-Defrost Timer
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FIGURE 9
OLID TATE DEFRO T TIMER
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Defrost Control Components
1-Timing Pins 30(T1), 60(T2), 90(T3)
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TABLE 3
DEFRO T
CONTROL CMC
TIMING
INTERVAL BETWEEN
JUMPER CONNECTED TO:
DEFRO T
TIME
30 (T1) 60 (T2) 90 (T3)
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DEFRO T WITH
CAUTION - DO NOT CONNECT TIMING JUMPER TO
EITHER `T T' PIN. `T T' PIN ARE U ED ONLY DURĆ
ING A TE T AND MU T NOT CONNECT WITH ANY OF
THE TIMING PIN . CONTROL DAMAGE WILL REĆ
ULT.
FIGURE 10
WARNING - AVOID CONTACT WITH OTHĆ
ER CONTROL TERMINAL OR CONTROL
COMPONENT .
WARNING - DO NOT CONNECT TIMĆ
ING JUMPER TO EITHER `T T' PIN.
TO CHANGE CONTROL TIMING :
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,6 &203/(7( 851 21 32:(5 $1' 5($'-867 7+(50267$7
&,*
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! !!
! ! !!
! $
! !!
! ! !!
! $
! !!
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! $
! !!
! ! !!
! $
HP22 SERIES UNITS
TYPICAL DEFROST TIMINGS
NORMAL HEATING OPERATION:
DEFROST TERMINATED BY DEFROST THERMOSTAT
NORMAL HEATING OPERATION:
DEFROST TERMINATED BY TIME
NORMAL HEATING OPERATION
INTERRUPTED BY THERMOSTAT DEMAND: `HOLD' FUNCTION
DEFROST PERIOD INTERRUPTED BY THERMOSTAT DEMAND:
`HOLD' FUNCTION
"!
% !
% !
" % !
"!
! ! !!
#! "!
"! "!
"! " % !
Note - Control begins timing at 0 when defrost thermostat closes. Defrost is
terminated when defrost relay is de-energized. Anytime defrost thermostat
opens, defrost relay is immediately de-energized, defrost timer resets and
`HOLD' f nction stops.
! ! !!
" !
! !
%
! ! !!
" !
! !
%
FIGURE 12
IV-REFRIGERANT SYSTEM
A-Plum ing
.*/) 5*+5.,*5&17 3.3.1, (216.676 2+ /.48.) &1) 9&325 /.1*6
+520 7-* 287)225 81.7 6:*&7 (211*(7.216 "6* *112;
6*5.*6 /.1* 6*76 &6 6-2:1 .1 7&'/* 25 +.*/) +&'5.(&7*)
5*+5.,*5&17 /.1*6 *+*5 72 7-* 3.3.1, 6*(7.21 2+ 7-* *112;
*59.(* "1.7 1+250&7.21 &18&/ " +25 3523>
*5 6.=* 7<3* &1) &33/.(&7.21 2+ +.*/)+&'5.(&7*) /.1*6
MODEL NO. LIQUID VAPOR L10
LINE LINE LINE SETS
.1 .1
+7 +7
.1 .1
+7 +7
.1 .1
+7 +7
TABLE 4
'-+
).+)0 ;'1;+ '3* +=5'38/43 ;'1;+ '7+ :8+* /3 5'7'11+1 /3
9.+ 1/6:/* 1/3+ !.+ ).+)0 ;'1;+ /8 )148+* <.+3 9.+ :3/9 /8
/3 .+'9/3- 24*+ 94 ,47)+ 7+,7/-+7'39 9.74:-. 9.+ +=5'3?
8/43 ;'1;+ !.+ ).+)0 ;'1;+ /8 45+3 <.+3 9.+ :3/9 /8 /3
)441/3- 24*+
+5'7'9+ */8).'7-+ '3* 8:)9/43 8+7;/)+ 54798 '7+ 574?
;/*+* '9 9.+ )4257+8847 ,47 )433+)9/43 4, -':-+ 2'3?
/,41* *:7/3- ).'7-/3- 574)+*:7+ /-:7+8 '3* 8.4<
-':-+ 2'3/,41* )433+)9/438
B-Service Valves
!.+ 1/6:/* 1/3+ '3* ;'547 1/3+ 8+7;/)+ ;'1;+8 '3* -':-+
54798 '7+ '))+88/(1+ 43 9.+ /38/*+ 4, 9.+ :3/9 !.+ 43+
8.49 ;'547 1/3+ 8+7;/)+ ;'1;+ ,/-:7+ )'3349 (+ )148+*
43)+ /9 .'8 (++3 45+3+* !.+8+ -':-+ 54798 '7+ :8+* ,47
1+'0 9+89/3- +;'):'9/3- ).'7-/3- '3* ).+)0/3- ).'7-+
8+5'7'9+ -':-+ 5479 /8 574;/*+* ,47 ).+)0/3- 9.+ 8:)?
9/43 57+88:7+ <.+3 9.+ :3/9 /8 /3 9.+ .+'9/3- )>)1+
VAPOR LINE VALVE
"
"
## &
" !
# ##
!&
!
$ "!
##
##
FIGURE 13
COOLING CYCLE
! 774<8 /3*/)'9+ */7+)9/43 4, 7+,7/-+7'39 ,14< /3 )441/3- 24*+
!!
FIGURE 14
$
#
##
% ##
"
"!
#
##
##
"
%
##
!
$! !
##
!
! !!
"
(.,
HEA ING CYCLE
FIGURE 15
#!#!
&
!%!"
%%
$
! $#
%!
%%
%%
$
'"
%%
#!!!
&# #!
%%
!"#
#!"##
"!
$!
# 886=9 05+0*(:, +08,*:065 6- 8,-80.,8(5: -36= 05 /,(:05. 46+,
!""!
#
'" %%
V-CHARGING
#/, ;50: 09 -(*:68>*/(8.,+ =0:/ :/, (46;5: 6- ! 8,@
-80.,8(5: 05+0*(:,+ 65 :/, ;50: 8(:05. 73(:, #/09 */(8., 09
)(9,+ 65 ( 4(:*/05. 05+668 *603 (5+ 6;:+668 *603 =0:/ (
-66: 44 305, 9,: 68 <(8>05. 3,5.:/9 6- 305, 9,:
8,-,8 :6 :()3, -68 8,-80.,8(5: */(8., (+1;9:4,5: )3(52
97(*, 09 786<0+,+ 65 :/, ;50: 8(:05. 73(:, :6 309: (*:;(3 -0,3+
*/(8.,
LINE SE DIAME ER Ozs per ft. (ml per mm)
adjust from 25 ft.
(7620mm) line set*
Vapor Liquid
05 05 6;5*,
44 44 43
6;5*,
43
6;5*,
43
05
44
05
44
05
44
05
44
ABLE 5
* If line length is greater than 25 feet (7620 ), add this
a ount. If line length is less than 25 feet (7620 ), subĆ
tract this a ount.
A-Leak esting
::(*/ .(;., 4(50-63+ (5+ *655,*: ( +8;4 6- +8> 50@
:86.,5 :6 *,5:,8 768: 6- .(;., 4(50-63+
CAU ION - When using dry nitrogen, a pressure reĆ
ducing regulator must be used to prevent excessive
pressure in gauge manifold, connecting hoses, and
within the system. Regulator setting must not exceed
150 psig (1034 kPa).
7,5 /0./ 78,99;8, <(3<, 65 .(;., 4(50-63+ (5+
78,99;80?, 305, 9,: (5+ 05+668 *603 :6 790.
2(
/,*2 305,9 (5+ *655,*:0659 -68 3,(29
NOTE - If electronic leak detector is used, add a
trace of refrigerant to the nitrogen for detection by the
leak detector.
!,3,(9, 50:86.,5 78,99;8, -864 :/, 9>9:,4 *688,*:
(5> 3,(29 (5+ 8,*/,*2
B-Evacuating the System
::(*/ .(;., 4(50-63+ (9 9/6=5 05 -0.;8, 65@
5,*: <(*;;4 7;47 =0:/ <(*;;4 .(;., :6 *,5:,8
768: 6- .(;., 4(50-63+ &0:/ )6:/ 4(50-63+ 9,8<0*,
<(3<,9 67,5 9:(8: 7;47 (5+ ,<(*;(:, 05+668 *603
(5+ 8,-80.,8(5: 305,9
NOTE - A te perature vacuu gauge, ercury vacĆ
uu (U-tube), or ther ocouple gauge should be
used. The usual Bourdon tube gauges are not accuĆ
rate enough in the vacuu range.
!'%
IMPORTANT - Compl ant scroll compressors (as
w th any refr gerant compressor) should never be
used to evacuate a refr gerat on or a r cond t on ng
system.
6!#5!4% 4(% 3934%- 4/ ).#(%3 -- 6!#55-
52).' 4(% %!2,9 34!'%3 /& %6!#5!4)/. )4 )3 $%3)2!",%
4/ 34/0 4(% 6!#55- 05-0 !4 ,%!34 /.#% 4/ $%4%2-).%
)& 4(%2% )3 ! 2!0)$ ,/33 /& 6!#55- 2!0)$ ,/33 /& 6!#5<
5- 7/5,$ ).$)#!4% ! ,%!+ ). 4(% 3934%- !.$ ! 2%0%!4
/& 4(% ,%!+ 4%34).' 3%#4)/. 7/5,$ "% .%#%33!29
&4%2 3934%- (!3 "%%. %6!#5!4%$ 4/ ).#(%3
-- #,/3% '!5'% -!.)&/,$ 6!,6%3 4/ #%.4%2
0/24 34/0 6!#55- 05-0 !.$ $)3#/..%#4 &2/- '!5'%
-!.)&/,$ 44!#( !. 502)'(4 .)42/'%. $25- 4/ #%.4%2
0/24 /& '!5'% -!.)&/,$ !.$ /0%. $25- 6!,6% 3,)'(4,9
4/ 052'% ,).% !4 -!.)&/,$ 2%!+ 6!#55- ). 3934%-
7)4( .)42/'%. 02%3352% "9 /0%.).' -!.)&/,$ ()'(
02%3352% 6!,6% ,/3% -!.)&/,$ ()'( 02%3352% 6!,6%
4/ #%.4%2 0/24
,/3% .)42/'%. $25- 6!,6% !.$ $)3#/..%#4 &2/-
'!5'% -!.)&/,$ #%.4%2 0/24 %,%!3% .)42/'%. 02%3<
352% &2/- 3934%-
%#/..%#4 6!#55- 05-0 4/ '!5'% -!.)&/,$ #%.4%2
0/24 6!#5!4% 3934%- 4(2/5'( -!.)&/,$ 3%26)#%
6!,6%3 5.4), 6!#55- ). 3934%- $/%3 ./4 2)3% !"/6%
).#(%3 -- -%2#529 -- !"3/,54% 02%3<
352% 7)4(). ! -).54% 0%2)/$ !&4%2 34/00).' 6!#5<
5- 05-0
&4%2 %6!#5!4)/. )3 #/-0,%4% #,/3% -!.)&/,$ #%.4%2
0/24 !.$ #/..%#4 2%&2)'%2!.4 $25- 2%3352):% 393<
4%- 3,)'(4,9 7)4( 2%&2)'%2!.4 4/ "2%!+ 6!#55-
WARNING - DEEP VACUUM OPERATION CAN
CAUSE INTERNAL FUSITE ARCING RESULTING IN A
DAMAGED OR FAILED COMPRESSOR. THIS T PE
OF DAMAGE WILL RESULT IN DENIAL OF WARRANĆ
T CLAIMS.
C-Charging
(% 3934%- 3(/5,$ "% #(!2'%$ ). 4(% #//,).' #9#,% )&
7%!4(%2 #/.$)4)/.3 0%2-)4 (% &/,,/7).' 02/#%$52%3 !2%
).4%.$%$ !3 ! '%.%2!, '5)$% !.$ 3,)'(4 6!2)!4)/.3 ). 4%-<
0%2!452% !.$ 02%3352% 3(/5,$ "% %80%#4%$ !2'% 6!2)!<
4)/.3 -!9 ).$)#!4% ! .%%$ &/2 &524(%2 3%26)#).' ()3 02/<
#%$52% )3 &/2 #//,).' -/$% /.,9
& 4(% 3934%- )3 #/-0,%4%,9 6/)$ /& 2%&2)'%2!.4 4(% 2%#/-<
-%.$%$ !.$ -/34 !##52!4% -%4(/$ /& #(!2').' )3 4/
7%)'( 4(% 2%&2)'%2!.4 ).4/ 4(% 5.)4 !##/2$).' 4/ 4(% 4/4!,
!-/5.4 3(/7. /. 4(% 5.)4 .!-%0,!4% !.$ ). 4!",% %<
&%2 4/ 4(% %../8 %26)#% .)4 .&/2-!4)/. -!.5!, &/2
02/0%2 02/#%$52%
TABLE 6
Model Refrigerant Charge R-22
,"3 /:
,"3 /:
,"3 /:
,"3 /:
& 7%)'().' &!#),)4)%3 !2% ./4 !6!),!",% /2 )& 5.)4 )3 *534 ,/7
/. #(!2'% 4(% &/,,/7).' 02/#%$52%3 !00,9
BEFORE CHARGING
(steps 1 through 4)
NOTE - The follow ng procedures requ re accurate readĆ
ngs of amb ent (outdoor) temperature, l qu d temperaĆ
ture and l qu d pressure for proper charg ng. Use a therĆ
mometer w th accuracy of +2_F and a pressure gauge
w th accuracy of +5PSIG.
/..%#4 '!5'% -!.)&/,$ !3 3(/7. ). &)'52% /.<
.%#4 !. 502)'(4 $25- 4/ #%.4%2 0/24 /& '!5'%
-!.)&/,$
%#/2$ /54$//2 !-")%.4 4%-0%2!452%
& ).$//2 4%-0%2!452% )3 "%,/7 _ 3%4 2//- 4(%2<
-/34!4 4/ _ _ ). ;-%2'%.#9 %!4 /2
;%!4 0/3)4)/. !.$ !,,/7 5.)4 4/ 25. 5.4), (%!4).' $%<
-!.$ )3 3!4)3&)%$ ()3 7),, #2%!4% 4(% .%#%33!29 ,/!$
&/2 02/0%2 #(!2').' /& 3934%- ). #//,).' #9#,%
(!.'% 4(%2-/34!4 3%44).' 4/ _ _ ). ;//,
0/3)4)/. ,,/7 5.)4 4/ 25. 5.4), 3934%- 02%3352%3 34!<
"),):%
(%#+ 4/ -!+% 352% 4(!4 4(%2-/-%4%2 7%,, )3 &),,%$
7)4( -).%2!, /), "%&/2% #(%#+).' ,)15)$ ,).% 4%-0%2!<
452%
& /54$//2 4%-0%2!452% )3 _ _ /2 !"/6%
0,!#% 4(%2-/-%4%2 ). 7%,, !.$ 2%!$ ,)15)$ ,).% 4%-<
0%2!452% )&&%2%.#% "%47%%. !-")%.4 !.$ ,)15)$ ,).%
4%-0%2!452%3 3(/5,$ -!4#( 6!,5%3 ')6%. ). 4!",%
!002/!#( 4%-0%2!452% ,)15)$ ,).% 4%-0%2!452% -)<
.53 !-")%.4 4%-0%2!452% %&2)'%2!.4 -534 "% !$$<
%$ 4/ ,/7%2 !002/!#( 4%-0%2!452% %-/6% 2%&2)'%2<
!.4 &2/- 3934%- 4/ ).#2%!3% !002/!#( 4%-0%2!452%
TABLE 7
Model Liquid Temp Minus AmĆ
bient Temp. (_F)
APPROACH METHOD - EXPANSION VALVE S STEMS
"(.,
- 5;:+558 :,36,8(:;8, 09 _ _ 58 ),25= (08
-25= =022 4,,+ :5 ), 8,9:80*:,+ :5 (*/0,<, 68,99;8,9 04
:/, 690. 8(4., $,, -0.;8, %/,9, /0./@
,8 68,99;8,9 (8, 4,*,99(8? -58 */,*104. :/, (6@
685(*/ :,36,8(:;8, 25*1 ,7;(2 9,*:0549 5- (08 04@
:(1, 6(4,29 35<04. 5)9:8;*:0549 90+,=(?9 (9
9/5=4 ;4:02 207;0+ 68,99;8, 09 04 :/, 690.
8(4.,
#,(+ 207;0+ 204, :,36,8(:;8, #,(+ 207;0+ 204, 68,9@
9;8, -853 .(;., (4+ *54<,8: :5 *54+,4904. :,36,8@
(:;8, ;904. 9:(4+(8+ # :,36,8(:;8, 68,99;8,
*54<,89054 */(8: %/, +0--,8,4*, ),:=,,4 :/, 207;0+
204, :,36,8(:;8, (4+ :/, *54<,89054 :,36,8(:;8, 09
:/, 9;)*55204. :,36,8(:;8, 9;)*55204.*54<,8@
9054 :,36,8(:;8, 304;9 207;0+ :,36,8(:;8, $;)@
*55204. 9/5;2+ (6685>03(:, <(2;,9 .0<,4 04 :()2,
++ 8,-80.,8(4: :5 04*8,(9, 9;)*55204. (4+ 8,35<,
8,-80.,8(4: :5 8,+;*, 9;)*55204.
TABLE 8
Model Subcooling (_F)
"
"
"
SUBCOOLING METHOD - TXV SYSTEMS
'/,4 ;40: 09 6856,82? */(8.,+ =/,:/,8 )? (6685(*/
58 9;)*55204. 3,:/5+ 207;0+ 204, 68,99;8,9 9/5;2+
(6685>03(:, :/59, .0<,4 04 :()2,
BLOCKING OUTDOO COIL
#!# !#
"$% $%
!&%!!# ! $!&
! ! $
% % '% #
!# !# "$%
$% & % "#!"#
%$% "#$$&#$
# #
FIGU E 16
D-Oil Charge
%()2, 9/5=9 :/, -(*:58? 502 */(8., 04 " 9,80,9 ;40:9
TABLE 9
NO MAL OPE ATING P ESSU ES
MODE
OUTDOO COIL
ENTE ING AI
TEMPE ATU E
HP22-261 HP22-311 HP22-411
!!
%
_
_
_
_
LIQ.
+10
SUC.
+ 5
PSIG PSIG
LIQ.
+ 10
SUC.
+ 5
PSIG PSIG
LIQ.
+ 10
SUC.
+ 5
PSIG PSIG
_
_
_
_
" !"
HP22-461
LIQ.
+ 10
SUC.
+ 5
PSIG PSIG
Page 14
$
At the beginning of each heating or cooling season, the
system should be cleaned as follows:
$ %" $
1- Clean and inspect outdoor coil. (Coil may be flushed
with a water hose.
2- Outdoor fan motor is prelubricated and ports are
sealed with plugs. No further lubrication is required.
Oiling ports can be accessed for lubrication after exĆ
tended operation by removing plugs. Be sure to seĆ
curely reseal after servicing.
3- Visually inspect all connecting lines, joints and coils
for evidence of oil leaks.
4- Check for correct voltage at unit (unit operating).
5- Check all wiring for loose connections.
6- Check amp-draw on heat pump fan motor.
Unit nameplate_________Actual_________.
!!# !
1- Clean coil if necessary.
2- Check connecting lines, joints and coil for evidence
of oil leaks.
3- Check condensate line and clean if necessary.
!!# $
1- Clean or change filters.
2- Lubrication of blower motor: Use the following as a
guide:
a- Prelubricated and
sealed. No further lubrication required.
b- PrelubriĆ
cated for an extended period of operation. For exĆ
tended bearing life, relubricate with a few drops of
SAE 10 non-detergent oil once every two years.
It may be necessary to remove blower assembly
for access to oiling ports.
3- Adjust blower speed for cooling. The static pressure
drop over the coil should be checked to determine
the correct blower CFM. efer to Lennox EngineerĆ
ing Handbook for Static Pressure and CFM tables.
4- Check all wiring for loose connections.
5- Check for correct voltage at unit.
6- Check amp-draw on blower motor.
Unit nameplate_________Actual_________.
#
LOW VOLTAGE FACTO Y INSTALLED
LINE VOLTAGE FACTO Y INSTALLED
LOW VOLTAGE FIELD INSTALLED
LOW VOLTAGE FACTO Y INSTALLED
OUTDOO
THE MOSTAT
(IF USED)
EM HEAT
ELAY
INDOO UNIT JUNCTION BOX
CONDUCTO ONLY
USE COPPE
208-230/60/1
L1L2
LOW VOLTAGE TE MINALS
COMP ESSO
CONTACTO
EFE TO UNIT ATING PLATE FO MAXIĆ
MUM CI CUIT AMPACITY AND MAXIMUM
FUSE SIZE.
THE MOSTAT
1
3 W2 W1 G
AL MEXV VYF
MY V X LA
OUTDOO UNIT
$"
'!)*#&% !(+!% ! &, &$*"!
-*.#+-)"- &* &*!++- 0*&/ .0,,(&". ,+2"- /+
/%" /%"-)+.// *! +0/!++- 0*&/ +*/-+(.
++(&*$ !")*! "*"-$&5". /%"-)+.// /"-)&*(.
*! +(/$" #-+) /"-)&*( ,..". /%-+0$% %&$%
,-"..0-" .2&/ % *! "*"-$&5". +),-"..+- +*/ 6
/+-
%"-)+.// !")*! #-+) /%"-)+.// /"-)&*( &.
(.+ .0,,(&"! /+ /%" !"#-+./ +*/-+( "#-+./ +*/-+(
**+/ +,"-/" &* ++(&*$ )+!" " 0." !"#-+./
/%"-)+.// **+/ (+."
%"-)+.// !")*! #-+) /%"-)+.// /"-)&*( "*6
"-$&5". -"1"-.&*$ 1(1"
"/&*$ !")*! "*"-$&5". /%"-)+.// /"-)&*(
+(/$" #-+) /"-)&*( ,..". /%-+0$% %&$% ,-".6
.0-" .2&/ % *! "*"-$&5". +),-"..+- +*/ /+-
0-&*$ %"/&*$ +,"-/&+* 2%"* +0/!++- +&( !-+,.
"(+2 _ /%" !"#-+./ /%"-)+.// (+.".
%"* !"#-+./ /%"-)+.// (+.". !"#-+./ /&)"- "$&*.
/&)&*$ # !"#-+./ /%"-)+.// -")&*. (+."! / /%"
"*! +# +- )&*0/". !"#-+./ -"(4 "*"-$&5".
*! !"#-+./ "$&*.
%"* !"#-+./ -"(4 "*"-$&5". -"1"-.&*$ 1(1" *! &*6
!++- "(" /-& %"/ -"(4 -" "*"-$&5"!
"#-+./ +*/&*0". 0*/&( )&*0/". %1" "(,."!
+- 0*/&( /%" !"#-+./ /%"-)+.// +,"*. %"* !"#-+./
/%"-)+.// +,"*. /+ /"-)&*/" !"#-+./ /%" !"#-+./
/&)"- (+.". ,+2"- *! -"."/. "#-+./ /&)&*$ &.
./+,,"! 0*/&( /%" *"3/ (( #+- !"#-+./ 2%"* !"#-+./
/%"-)+.// (+.".
#/"- " % /%"-)+.// !")*! /&)" !"(4 (+ '.+0/
/%" &- 0&/ /+ +*,-"..+- +*/ /+- +&( *! !"#-+./
+*/-+( #+- )&*0/". / /%" "*! +# /%" /&)"! ,"-&6
+! /%" /&)" !"(4 ((+2. /%" +),-"..+- +*/ /+-
*! !"#-+./ +*/-+( /+ " "*"-$&5"! 0,+* !")*! .
&* ./",
!# $ #
" #"
" #$%%"$ "!&&"$ % !$* ) !""$ &$+
"%&& ! "!&&"$ "!&&% "% (!
"!&&"$ % !$*
! & "!&&"$ "%% & "'&""$ ! +
&) !% "#$&! ! & " #$%%"$ !%
%&$&'#
" #$%%"$ &$ ! % !$* ) &$"'
& "!&&"$ "!&&% $ ! % #"($ )
&$"' & "!&&"$ #"($ & & % $ +
! % #"($ ) & %&$& #&"$ ! & %
" & ' #&"$
'$! $"%& $"%& $) "!&&% "#! &"
!$* & "'&""$ !
This manual suits for next models
3
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