Dane Techniczne - Kessel INNO-CLEAN+ Bedienungsanleitung

Urządzenie sterownicze
• PG < łą; Q = F A = < G K A = ; A b= Q H A = ; Q F A C 10 A Q N łG ; Q F P Q H J Q = łą; Q F A C A = m G ; hJ G F F P m FI 30 mA
• W= N F ęL J Q F P b= Q H A = ; Q F A C ; Q ułP N K Q C l9 F = j J uJ ; = 5x20mm 3,15 AT L P lC G < l9 N = jść A N P jść
(= l= C L J G F A C 9 m9 F A = Q 9 l= żF = Q 9 K A l9 F A = K A = ; A G N = A H G < L J Q P mP N 9 F A = b9 L = J P jF = )
• N9 H A ę; A = N K A = ; A /; Q ęK L G L lA N G ść N K A = ; A 230 VAC / 50 HQ
• UJ Q ą< Q = F A = K L = J G N F A ; Q = Q C 9 bl= m K A = bA G N P m 1,4 m G J 9 Q Q 9 C J Q P N A G F ą N L P ; Q C ą G ; hJ G F F ą
• N9 L ęż= F A = Q K A = ; A SL 9 F < bP (gG L G N G ść < G H J 9 ; P ) 17 mA (H G < śN A = L l= F A = L ł9 N P śN A = L l9 ; Q 9 j= K L N P łą; Q G F = )
• N9 L ęż= F A = K A = ; A H G < ; Q 9 K H J 9 ; P 0,8 A < G 1,4 A (N Q 9 l= żF G ś; A G < N A = lC G ś; A K H J ęż9 J C A )
• T= mH = J 9 L uJ 9 K L G K G N 9 F A 9 0°C < G + 40°C
• RG < Q 9 j G ; hJ G F P IP 42 (IP44 N L P C G N G H J Q P K H J ęż9 J ; = )
• Kl9 K 9 G ; hJ G F P 1
• MG ; Q 9 łą; Q N P jść H J Q = C 9 źF A C óN 230 V AC, 16 A, ; G K H hA = 1
• MG ; H J Q = łą; Q C G F L 9 C L u b= Q H G L = F ; j9 łG N = gG (Q = K L P C H J Q = łą; Q F P ) 230 V9 ; , 5 A ; 42 VDC 0,5 A
• GF A 9 Q < G Q łą; Q 9 K = J P jF = gG COM1 H J Q = Q N L P ; Q C ę 5-bA = guF G N ą (G H ; j9 )
• PJ Q P łą; Q = < J ugA = gG H J Q = łą; Q F A C 9 H łP N 9 C G N = gG 230 V9 ; H J Q = Q 3 Q 9 ; A K C A (G H ; j9 )
• PJ Q P łą; Q = < 9 l H G < 9 jF A C 9 K P gF 9 łu Q < 9 lF = gG H J Q = N ó< 20 m, 2x0,75 qmm (F J KESSEL 20162) (G H ; j9 )
• PJ Q P łą; Q = K H J ęż9 J C A H J Q = Q C G F L 9 C L G ; hJ G F F P
• PJ Q P łą; Q = blG C u Q 9 N G J óN H J Q = Q N L P ; Q C ę AmH h= F G l 6+PE
• WP mA 9 J P [mm] = 180x200x65
• CA ęż9 J uJ Q ą< Q = F A 9 K L = J G N F A ; Q = gG 1,2 C g (b= Q G H 9 C G N 9 F A 9 )
Sprężarka
Kompresor membranowy typ EL 100
N9 H A ę; A = N K A = ; A /; Q ęK L G L lA N G ść N K A = ; A 230VAC - 50HQ
PJ Q P łą; Q = < G uJ Q ą< Q = F A 9 K L = J G N F A ; Q = gG 1, m H J Q = N ó< H J Q P łą; Q = -
F A G N P Q H J G K L ą N L P ; Q C ą G ; hJ G F F ą
MG ; P=120 W H J Q P 200 mb9 J
Kl9 K 9 G ; hJ G F P 1
RG < Q 9 j G ; hJ G F P IP 44
Q = 93 l/mA F H J Q P 200 mb9 J
T= mH = J 9 L uJ 9 K L G K G N 9 F A 9 0°C < G + 40°C
WP mA 9 J P = 270 x 200 x 220
PJ Q P łą; Q = N ęż9 < = 19 mm
CA ęż9 J = 8,5 C g
Kompresor membranowy typ EL 150
N9 H A ę; A = N K A = ; A /; Q ęK L G L lA N G ść N K A = ; A 230 VAC - 50 HQ
PJ Q P łą; Q = < G uJ Q ą< Q = F A 9 K L = J G N F A ; Q = gG 1, m H J Q = N ó< H J Q P łą; Q = -
F A G N P Q H J G K L ą N L P ; Q C ą G ; hJ G F F ą
MG ; P=170 W H J Q P 200 mb9 J
Kl9 K 9 G ; hJ G F P 1
RG < Q 9 j G ; hJ G F P IP 44
Q = 150 l/mA F H J Q P 200 mb9 J
T= mH = J 9 L uJ 9 K L G K G N 9 F A 9 0°C < G + 40°C
WP mA 9 J P [mm] = 360 x 270 x 230
PJ Q P łą; Q = N ęż9 < 9 = 27 mm
CA ęż9 J = 16 C g

15. Dane techniczne

Blok zaworów z przełącznikiem pływakowym
N9 H A ę; A = N K A = ; A /; Q ęK L G L lA N G ść N K A = ; A 230 VAC - 50 HQ
PJ Q P łą; Q = F 9 uJ Q ą< Q = F A u K L = J G N F A ; Q P H J Q = Q H J Q = N ó< H J Q P łą; Q = F A G N P
15 m Q N L P ; Q C ą AmH h= F G l 6+PE
MG ; P = 7 W
Kl9 K 9 G ; hJ G F P 1
RG < Q 9 j G ; hJ G F P IP 68
T= mH = J 9 L uJ 9 K L G K G N 9 F A 9 0°C < G + 40°C
WP mA 9 J P [mm] = 200 x 140 x 140
PJ Q P łą; Q 9 N ężP < 9 = 25 mm & < 9 = 20 mm
CA ęż9 J : 3,5 C g
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