Salmson pompen Ecolean SHC - 50Hz
Transcription
Salmson pompen Ecolean SHC - 50Hz
-./01)2 /&)23 ! & () " # $% " # $% ' #$% * +,* +, % 4 ( 4 6 24 5 7 5 * 8 74 5 :5 5 5 57 16 Hauteur ( mCe) 74 5 575 5 ; 20 9 12 % : 7 5 " 8 5 6 7 4 0 1 Débit(m³/h) 74 • % % & . 5 5 1 < ,, 5 > % #"* *<D " " /" E#" ! * E#$ *,, 5 5 = • 5 4 . 4 1 ; ) 4 4 = 5 /A:5 5 B " > A >5 B A # 9B") A # 9B C 4 4 A F- B ) 4 > 4 ! ?## /6 - 4 ! ## :@ # 9 1 5 ! A* $%B 6 5 4 ! 16 % / % 1 74 4 5! 66 6& : 66. 5 % > . 5 C% ! 36( ! 5@) 5 > ! 25 25 20 20 15 15 10 10 5 5 0 0 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 0 4 8 12 16 20 24 28 2 0 2 4 2 8 32 36 2 ,0 1 ,2 1 ,0 1 ,5 0 ,8 0 ,6 1 ,0 0 ,4 0 ,5 0 ,2 0 ,0 0 ,0 0 2 4 6 8 10 12 14 16 18 20 22 24 26 0 4 8 1 2 1 6 3 6 3 2 80 8 80 8 60 6 60 6 40 4 40 4 20 2 20 2 0 0 0 0 2 4 6 8 " "! %& % %'( $ # 57 14 ! !# 16 18 ! ! 20 22 "! !# 24 26 ! !" 28 ! !" 4 ! ! # " # F74 =4 0 0 5 " " " " 12 16 # !# ! 20 !" "!# $ " $ " # 55 7 ! ! 28 32 # ! ! " # # # " !" "!# " 75 " 5 4 4 B # ! !" # 5 7 4 24 36 "# !" ! )& '( # " 5 5 5 4 < F 07 5 ### A (G5 ###"** 8 ! "! %& % %'( " " 4 5 ## F5 5 ! !# 12 )& '( " $ 4 10 H #H 4 4 5 7 5" 4 I 4 "# " " * & +"'$ ,',#• 5 5 :5 • 5 = ! G 5 45 4 74 5" 7 • > 5 +, ( 5 *,, * ') %'( ( % # ."((& • TYPE DE POM PE PUMP TYPE SHC 12- 129 SHC 12- 129 -------- -270- SHC 12- 136 SHC 12- 136 -------- -270- -------- -270- SHC 20- 128 SHC 20- 128 SHC 20- 134 SHC 20- 134 -------- -270- P2 HZ H H1 L KW X° PRESSE ETOUPE M ASSE Trigo D1 KG * E 0,75 50 280 235 347 230 0,75 50 241 235 347 267 1,1 50 280 235 347 230 1,1 50 241 235 347 267 1,5 50 280 246 356 230 1,5 50 241 246 356 267 1,85 50 280 246 356 230 1,85 50 241 246 356 267 270° 270° 270° 270° &4 4 5 4 5 P G 11 P G 11 10,4 P G 11 P G 11 10,4 P G 11 P G 11 12,7 P G 11 P G 11 12,7 P G 13,5 P G 11 13,8 P G 13,5 P G 11 13,8 P G 13,5 P G 11 15,4 P G 13,5 P G 11 15,4 5 • • • 3 7 • % 5 4 4 A 4 5 5 9 4 5 "#$%&'$ " $( • > • % 4! B #)'( 4 45 5 5 A 5 B • !6 . 5 5 5 Connexion cautious : It is advice to connect the hydraulic parts before fixing the pump to the floor. The maximum strains for the casing are the following : Max strain on the casing Victaulic Flexible Fileté Force Torque Ø SUCTION Ø DISCHARGE ## ) #) misalignment $ *$ Force Torque ## ) #) Filling cautious : The filling of the pump must be done at a low flow rate without water hammer choc ( Below 5 m³/h ) Fill out the air correctly with the upper plug especially when the discharge is horizontal. misalignment ) 55 5" ( 5 1 5 5 F 4 4 / = 4 5 7 4 5 4 5 7 5 " &#$ +%'( > %* "* ! D 4J& > %* "* ! D 4J& > % #"* D ! 4J& > % #"* 4J& ! • .(& ' -% "" %'( +-# • Mix of water +35%/glycol max. The used liquid must be in accordance with VDI 2035. Some additives like descaler, stop-leakage; anti-corrosion could damage the parts of the Be cautious. Antifreeze additives must absolutely be neutral with the pump parts. No aggresive water : demineralised, deionised, sea water No oil emulsion • Maximum Viscosity = 50 cst • Maximum Density = 1040 kg / m³. • • • • / * & +"'$- 0 &%- # # ?DE ?DD # # (%(& 0 # # 1 ED? # 5 = #<E 4 *<* F- 5 = *< 4 *<D F- * "* ? > %* "* ? # 1 * "* > %* "* ##E # E## 1 #"* D > % #"* D 1 #"* > % #"* # D * % # > E?# & 1 % :5 5 G 4 &%- & & & E J & # 5 = & & 2 ; 5 5 7 &5I 1 3 %75 % 5 5 4 5 & < 5 4 4 ## F5 F F 5 < C*? 4 & < 74 5 4 #H 7 75 F 55 ! 5 ' 5 ' :5 - F 55 5 5 5 5 5 ! !* 5 4 7 = 7 F 5 <* F- 5 A .3 5 B ' 1 = 5 5 5 ; < 55 4 4 I D 5 5 E H< 6 5 4 ! D## * ## F- ' 5 A *# ### B J A A # ### B ! *< J 7 L D# ### B' ### / 575 5 ) ' " 5 A 4 B ! acquisition 3,6% recycling 2,1% maintenance 7,1% 4 installation 0,3% Life Cycle Cost - SHC Working cost 86,9% &4 7 74 575 5 5 5 57 4 4 5 < H / 1 5 4 F = < 4 5 F " > % " F ! 5 74 5 ! *# ### # ### ### * # ### 575 ### J 5 5 = = 4 F 4 4 5 4 I 4 = 4 5 4 45 4 > %3 7 F =4 " 5 5 5 < 7 5 > %3 4 4 = 55 4 5 74 4 =4 5 4 = 5 A4 4 45 4 5 " 5 5 5 " 5 > % #"* > %3 #"* 5 5 4 7 5 7 M>> B " # 5 & 5 5 5 = 7 4 75 55 4 5 5 7 4 < =" 7 " 5 4 > 7 4 5 1 5 5 7 > % 9 45 4 5 = "