Fagor ADVANCE CONCEPT, Техническое руководство

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16/11/2012
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3. Hydraulic Installation
3. Hydraulic Installation 3. Hydraulic Installation
3. Hydraulic Installation
YES YES YES YES NO NO NO NO
a) Is there a water filter installed?
a) Is there a water filter installed? a) Is there a water filter installed?
a) Is there a water filter installed?
If “Yes”, what type and make of filter? If “Yes”, what type and make of filter? If “Yes”, what type and make of filter? If “Yes”, what type and make of filter? …………………………………………. …………………………………………. …………………………………………. ………………………………………….
b) Is the water supply to the oven independent? b) Is the water supply to the oven independent? b) Is the water supply to the oven independent? b) Is the water supply to the oven independent?
CAUTION: Water intake ¾” CAUTION: Water intake ¾” CAUTION: Water intake ¾” CAUTION: Water intake ¾”
c) Is the cut c) Is the cut c) Is the cut c) Is the cut----off tap for the water supply to the oven independent? off tap for the water supply to the oven independent? off tap for the water supply to the oven independent? off tap for the water supply to the oven independent?
d) Can the cut d) Can the cut d) Can the cut d) Can the cut----off tap for the water supply to the oven be accessed by the user? off tap for the water supply to the oven be accessed by the user? off tap for the water supply to the oven be accessed by the user? off tap for the water supply to the oven be accessed by the user?
e)
e) e)
e) Has the FAGOR (19011229)
Has the FAGOR (19011229) Has the FAGOR (19011229)
Has the FAGOR (19011229) drainage kit been installed?
drainage kit been installed? drainage kit been installed?
drainage kit been installed?
If If If If “NO”, is the drainage connection fixed? “NO”, is the drainage connection fixed? “NO”, is the drainage connection fixed? “NO”, is the drainage connection fixed?
Is the drain trap independent for the oven? Is the drain trap independent for the oven? Is the drain trap independent for the oven? Is the drain trap independent for the oven?
Is the drainage pipe material resistant to 110 ºC?
Is the drainage pipe material resistant to 110 ºC? Is the drainage pipe material resistant to 110 ºC?
Is the drainage pipe material resistant to 110 ºC?
What material are the drainage pipes made from? What material are the drainage pipes made from? What material are the drainage pipes made from? What material are the drainage pipes made from? …………………………………… …………………………………… …………………………………… ……………………………………
f) Water intake pressure ___________________bar.
f) Water intake pressure ___________________bar. f) Water intake pressure ___________________bar.
f) Water intake pressure ___________________bar.
(2÷4 bar.) (2÷4 bar.) (2÷4 bar.) (2÷4 bar.)
g) Water intake temperature _______________ g) Water intake temperature _______________ g) Water intake temperature _______________ g) Water intake temperature _______________ ºC ºC ºC ºC
(max. 55ºC) (max. 55ºC) (max. 55ºC) (max. 55ºC)
h) Water quality: h) Water quality: h) Water quality: h) Water quality:
Total H.
Total H. Total H.
Total H. ……..
…….. ……..
…….. ºf
ºf ºf
ºf
((((5÷10ºF) 5÷10ºF) 5÷10ºF) 5÷10ºF)
Carbonate H.
Carbonate H. Carbonate H.
Carbonate H. ……..
…….. ……..
…….. ºf
ºf ºf
ºf
(Total H./ 2) (Total H./ 2) (Total H./ 2) (Total H./ 2)
Conduc. Conduc. Conduc. Conduc. …….. …….. …….. …….. µs µs µs µs
(400÷2000µs) (400÷2000µs) (400÷2000µs) (400÷2000µs)
pH pH pH pH …….. …….. …….. ……..
(7.5) (7.5) (7.5) (7.5)
4. Gas installation
4. Gas installation 4. Gas installation
4. Gas installation
YES YES YES YES NO NO NO NO
b) Is the gas supply to the oven independent? b) Is the gas supply to the oven independent? b) Is the gas supply to the oven independent? b) Is the gas supply to the oven independent?
c) Is the cut
c) Is the cut c) Is the cut
c) Is the cut----off tap for the gas supply to the oven independent?
off tap for the gas supply to the oven independent? off tap for the gas supply to the oven independent?
off tap for the gas supply to the oven independent?
c) Can the cut c) Can the cut c) Can the cut c) Can the cut----off tap for the gas supply to the oven be accessed by the user? off tap for the gas supply to the oven be accessed by the user? off tap for the gas supply to the oven be accessed by the user? off tap for the gas supply to the oven be accessed by the user?
d) Has the oven been converted to gas?
d) Has the oven been converted to gas? d) Has the oven been converted to gas?
d) Has the oven been converted to gas?
e) Is the gas control to the oven independent? e) Is the gas control to the oven independent? e) Is the gas control to the oven independent? e) Is the gas control to the oven independent?
If “Yes”, what type and make of equipment? If “Yes”, what type and make of equipment? If “Yes”, what type and make of equipment? If “Yes”, what type and make of equipment? ………………………………………....... ………………………………………....... ………………………………………....... ……………………………………….......
f) Is the gas pipe rigid? f) Is the gas pipe rigid? f) Is the gas pipe rigid? f) Is the gas pipe rigid?
If “Yes”, what is the diameter of the gas pipe? If “Yes”, what is the diameter of the gas pipe? If “Yes”, what is the diameter of the gas pipe? If “Yes”, what is the diameter of the gas pipe? …………………… …………………… …………………… …………………… mm. mm. mm. mm.
g) Type of gas specified on registration plate: g) Type of gas specified on registration plate: g) Type of gas specified on registration plate: g) Type of gas specified on registration plate:
LPG LPG LPG LPG
(Butane (Butane (Butane (Butane----G30) G30) G30) G30)
LPG LPG LPG LPG
(Propane (Propane (Propane (Propane----G31) G31) G31) G31)
NG NG NG NG
(G20) (G20) (G20) (G20)
N N N NG G G G
(G21) (G21) (G21) (G21)
Other G Other G Other G Other G …….. …….. …….. ……..
h) Type of gas available in the installation:
h) Type of gas available in the installation: h) Type of gas available in the installation:
h) Type of gas available in the installation:
LPG LPG LPG LPG
(Butane
(Butane (Butane
(Butane----G30)
G30) G30)
G30)
LPG LPG LPG LPG
(Propane
(Propane (Propane
(Propane----G31)
G31) G31)
G31)
NG NG NG NG
(G20)
(G20) (G20)
(G20)
NG NG NG NG
(G21)
(G21) (G21)
(G21)
Other G Other G Other G Other G … … … …….. ….. ….. …..
i) i) i) i) Altitude of installation Altitude of installation Altitude of installation Altitude of installation ………. ………. ………. ………. metres above sea level. metres above sea level. metres above sea level. metres above sea level.
j) Pressure of gas connected:
j) Pressure of gas connected: j) Pressure of gas connected:
j) Pressure of gas connected:
Static p Static p Static p Static p. . . . ........ ........ ........ ........ mbr. mbr. mbr. mbr.
(NG
(NG (NG
(NG----20 mbr.
20 mbr. 20 mbr.
20 mbr. ---- LPG
LPG LPG
LPG----37 mbr.)
37 mbr.) 37 mbr.)
37 mbr.)
Dynamic Dynamic Dynamic Dynamic p p p p. . . . …….. …….. …….. …….. mbr. mbr. mbr. mbr.
(NG
(NG (NG
(NG----20 mbr.
20 mbr. 20 mbr.
20 mbr. ---- LPG
LPG LPG
LPG----37 mbr.)
37 mbr.) 37 mbr.)
37 mbr.)
k) Steam burner combustion:
k) Steam burner combustion: k) Steam burner combustion:
k) Steam burner combustion:
CO2 CO2 CO2 CO2 …….. …….. …….. …….. % % % %
(NG (NG (NG (NG---- 8 8 8 8....42÷9 42÷9 42÷9 42÷9....83, Propane 83, Propane 83, Propane 83, Propane –––– 9 9 9 9....85÷11 85÷11 85÷11 85÷11....25, Butane 25, Butane 25, Butane 25, Butane ---- 10÷11 10÷11 10÷11 10÷11....6) 6) 6) 6)
CO CO CO CO …….. …….. …….. …….. ppm ppm ppm ppm
(máx. 400 ppm)
(máx. 400 ppm) (máx. 400 ppm)
(máx. 400 ppm)
λ λ λ λ …….. …….. …….. ……..
(1.2*1.4)
(1.2*1.4) (1.2*1.4)
(1.2*1.4)
l) Convection burner combustion:
l) Convection burner combustion: l) Convection burner combustion:
l) Convection burner combustion:
CO2 CO2 CO2 CO2 …….. …….. …….. …….. % % % %
(NG
(NG (NG
(NG---- 8
8 8
8....42÷9
42÷9 42÷9
42÷9....83, Propane
83, Propane 83, Propane
83, Propane –––– 9
9 9
9....85÷11,25, Butane
85÷11,25, Butane 85÷11,25, Butane
85÷11,25, Butane ---- 10÷11
10÷11 10÷11
10÷11....6)
6) 6)
6)
CO
CO CO
CO ……..
…….. ……..
…….. ppm
ppm ppm
ppm
(máx. 400 ppm) (máx. 400 ppm) (máx. 400 ppm) (máx. 400 ppm)
λ
λ λ
λ ……..
…….. ……..
……..
(1.2*1.4) (1.2*1.4) (1.2*1.4) (1.2*1.4)