Bartscher 900 SERIES Quick start guide

Pag. 29/55
SERIE 900 MASTER
GAS BRAISING PAN
MOTORIZED GAS BRAISING PAN
ELECTRIC BRAISING PAN
MOTORIZED ELECTRIC BRAISING PAN
INSTALLATION, USE
AND MAINTENANCE
296.600 296.670 296.680
295.6001 295.6701 295.6801

Pag. 2/55
MISURE D’INGOMBRO

  
GC

GC

E
E
 
 


2956001 – 2956701
Fig. – Abb. 1: Dimensioni \ Dimensions \ Floor space dimensions \ Raumbedarfsmasse

  
ECG C G

E

 


2956801
Fig. – Abb. 2: Dimensioni \ Dimensions \ Floor space dimensions \ Raumbedarfsmasse

Pag. 3/55
C
CE



  
E
 


296600 296670
Fig. – Abb. 3: Dimensioni \ Dimensions \ Floor space dimensions \ Raumbedarfsmasse

  
EC
EC


    
     


296680
Fig. – Abb. 4: Dimensioni \ Dimensions \ Floor space dimensions \ Raumbedarfsmasse

Pag. 4/55
Fig. – Abb. 5: targhetta caratteristiche \ Plaques des caractéristiques \ data plate\ typenschild
Fig. – Abb. 6: Installazione \ Lieud'installation \ Place \ Installationsort
Fig. – Abb. 7: Simbolo equipotenziale \ Symbole
equipotenziel \ Equipotenziale label \ Äquipotenzial Symbol
Fig. – Abb. 8: Verifica della tenuta e della pressione di alimentazione \
Contrôle de la tenue et de la pression d'alimentation \ Checking gas
tightness and pressure \ Überprüfung der Dichtigkeit und des
Versorgungsdrucks
CAT/KAT
GAS/GAZ G30 G31 G20
G25 G25.1 G110 G120 Made in E.U.
I2H p mbar - - 20 - - - - LV 
I3P p mbar - 37 - - - - - IS 
I3B/P p mbar 28-30 28-30 - - - - - CY MT HU 
II2E+3P p mbar - 37 20 25 - - - LU 
II2E+3+ p mbar 28-30 37 20 25 - - - FR BE 
XXXX
II2H3+ p mbar 30 37 20 - - - - IT PT GR GB 
Nr. II2H3+ p mbar 28 37 20 - - - - ES IE CH 
TIPO/TYPE A II2E3P p mbar - 37 20 - - - - PL 
MOD.
II2ELL3B/P p mbar 50 50 20 20 - - - DE 
ART. II2H3B/P p mbar 50 50 20 - - - - AT CH CZ SK 
N°. II2H3B/P p mbar 28-30 28-30 20 - - - - FI LT BG 
kW B II2H3B/P p mbar 28-30 28-30 20 - - - - NO SK RO 
Σ
ΣΣ
ΣQn m³/h C II2H3B/P p mbar 28-30 28-30 20 - - - - EE SI HR TR 
kg/h D I3B/P p mbar 50 50 - - - - - HU 
II2L3B/P p mbar 30 30 - 25 - - - NL 
kW E V ~ F III1ab2H3B/P p mbar 28-30 28-30 20 - - 8 8 SE 
Hz G III1a2H3B/P p mbar 28-30 28-30 20 - - 8 - DK 
Predisposto a gas-Prévu pour gaz-Voreinstellung für Gas-Predisposto a gás-Voorzien van gas-Set for use with gas-Preparado para gas-
Ment for å brukes med gass-Avsett för att användas med gas-Tarkoitettu käytettäväksi kaasulla-Forberedt til brug af
gas-  - Zaízení na plyn - Toimib gaasi põhjal - A berendezés gáz használatára
elõkészített – Sagatavota darbam ar gz – Przysposobione na gas – Numatyta dumjos - Nastavený na plyn –
Pripravljeno za plin
G20 20mbar (H)




Pag. 5/55




 





Figg.. – Abb. 9, 10, 11 : Sostituzione ugello bruciatore \ Changement du gicleur du
brûleur \ Substituting the burner nozzle \ Austausch der Hauptbrennerdüse
Fig. – Abb. 11 : Regolazione dell’aria primaria bruciatore \ Réglage de l'air primaire du brûleur \ Regulating the
primary air of the burner \ Primärluftregelung des Hauptbrenners
Fig. – Abb. 12 : Sostituzione dell’ugello bruciatore pilota \ Changement du
gicleur du brûleur veilleuse \ Substituting the pilot burner nozzle \ Austausch der
Zündbrennerdüse
Fig. – Abb. 13 : Istruzioni uso (versione a
gas) \ Instructions d’utilisation (gaz
versions) \ Instruction for use (gas version)
\ Bedienungsanleitungen (gasgerät)
Fig. – Abb. 14 : Istruzioni uso (versione elettrico) \ Instructions d’utilisation
(versions électriques) \ Instruction for use (electric version) \ Bedienungsanleitungen
(Elektroausführungen)
Fig. – Abb. 15 : Istruzioni uso (ribaltamento manuale) \ Instructions d’utilisation
(relevage manuel) \ Instruction for use (manual) \ Bedienungsanleitungen
(handkurbel)













Fig.11

Pag. 6/55

















Fig. 16
Fig. – Abb. 16 : Istruzioni uso (ribaltamento motorizzato) \ Instructions d’utilisation
(relevage motorisé) \ Instruction for use (motorized) \ Bedienungsanleitungen
(motorische kippung)
Fig. – Abb. 17,18 :
Sostituzione della valvola in
sicurezza\ Changement du vanne de sécurité \ Substituting the
safety valve\ Austausch der sicherheitsventil\
Fig. – Abb. 19,20,21 : Sostituzione delle resistenze \ Changement du résistances \ Substituting the heating element\
Austausch der panzerwiderstande








Pag. 30/55
(Table 1) TECHNICAL FEATURES (GB-IE-GR-FI-NO-NL-SE-DK)
Model Description
Dimensions LxDxH
[mm] Vat Dimensions
LxDxH [mm]
Vat
capa
city
[l]
Gas
Power(
B) [Kw]
Type (A)
LPG
Consumption
(G30) (D)
[Kg/h]
METHANE
Consumption.
(G20) (C)
[m3/h]
Air for
comb.
[m3/h] Gas connector Electric
Power.
(E) [Kw]
Voltage
(F)
[V]
Freq.
(G)
[Hz]
H07 RN-F
Type Cable
[2 mm]
2956701 Gas Braising Pan 1 manual unit 900x900x900 800x620x170 86.5
19 A1 1.498 0.423 38 UNI-ISO 7/1 R ¾
0,0055 230 1 50 3x1
2956001 Gas Braising Pan 1 motorized unit 900x900x900 800x620x170 86.5
19 A1 1.498 0.635 38 UNI-ISO 7/1 R ¾
0,2555 230 1 50 3x1
2956801 Gas Braising Pan 1.5 motorized units 1350x900x900 1250x620x170 132 28 A1 2.208 0.423 56 UNI-ISO 7/1 R ¾
0,2555 230 1 50 3x1
296670 Electric Braising Pan 1 manual unit 900x900x900 800x620x170 86.5
9 230 3 – 400 3N 50 4x4 – 5x2.5
296600 Electric Braising Pan 1 motorized unit 900x900x900 800x620x170 86.5
9.25 230 3 – 400 3N 50 4x4 – 5x2.5
296680 Electric Braising Pan 1.5 motorized units 1350x900x900 1250x620x170 132 13.25 230 3 – 400 3N 50 4x4 – 5x2.5
(Table 2) BURNER FEATURES (GB, IE, GR - CAT. II
2H3+
)
Gas Type Normal
Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG (G30-G31) 19.00 - 110 x 4 - 30 Close Natural Methane Gas (G20) 19.00 - 170 x 4 - 51 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG (G30-G31) 28.00 - 110 x 6 - 30 Close Natural Methane Gas (G20) 28.00 - 170 x 6 - 51 Close

Pag. 31/55
(Table 3) BURNER FEATURES (IS - CAT. I3P)
Gas Type Normal
Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G31) 19.00 - 110 x 4 - 30 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G31) 28.00 - 110 x 6 - 30 Close
(Table 4) BURNER FEATURES (CY, MT, HU - CAT. I3B/P)
Gas Type Normal Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G30-G31) 19.00 - 110 x 4 - 30 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G30-G31) 28.00 - 110 x 6 - 30 Close
(Table 5) BURNER FEATURES (LV - CAT. I2H)
Gas Type Normal Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Natural Methane Gas
(G20) 19.00 - 170 x 4 - 51 Close
BRAISING PAN BURNER 1,5 UNIT
Natural Methane Gas
(G20) 28.00 - 170 x 6 - 51 Close

Pag. 32/55
(Table 6) BURNER FEATURES (NL - CAT. II2L3B/P)
Gas Type Normal
Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G30-G31) 19.00 - 110 x 4 - 30 Close
Natural Methane Gas
(G25) 19.00 - 190 x 4 - 51 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G30-G31) 28.00 - 110 x 6 - 30 Close
Natural Methane Gas
(G25) 28.00 - 190 x 6 - 51 Close
Table 7) BURNER FEATURES (SE, DK, FI - CAT. II2H3B/P,
III1ab2H3B/P,III1a2H3B/P)
Gas Type Normal Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G30-G31) 19.00 - 110 x 4 - 30 Close
Natural Methane Gas
(G20) 19.00 - 190 x 4 - 51 Close
Town Gas
(G110) 19.00 - 450 x 4 - 100 Close
Town Gas
(G120) 19.00 - 375 x 4 - 100 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G30-G31) 28.00 - 110 x 6 - 30 Close
Natural Methane Gas
(G20) 28.00 - 190 x 6 - 51 Close
Town Gas
(G110) 20.00 - 450 x 6 - 100 Close
Town Gas
(G120) 20.00 - 375 x 6 - 100 Close

Pag. 33/55
Table 8) BURNER FEATURES (CZ,SK,FI, LT, BG, NO, RO, EE, SI,
HR, TR - CAT. II2H3B/P)
Gas Type Normal Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G30-G31) 19.00 - 110 x 4 - 30 Close
Natural Methane Gas
(G20) 19.00 - 170 x 4 - 51 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G30-G31) 28.00 - 110 x 6 - 30 Close
Natural Methane Gas
(G20) 28.00 - 170 x 6 - 51 Close
(Table 9) BURNER FEATURES (HU - CAT. I3B/P)
Gas Type Normal Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G30-G31) 19.00 - 95 x 4 - 30 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G30-G31) 28.00 - 95 x 6 - 30 Close
(Table 10) BURNER FEATURES (PL - CAT. II2E3P)
Gas Type Normal Capacity
[kW]
Reduced
Capacity
[kW]
Diam. Main
Injector
[1/100 mm]
By-pass
Diameter
[1/100 mm]
Pilot Injectors
[N°]
Air
Regulation
“x” [mm]
BRAISING PAN BURNER 1 UNIT
Liquid Gas LPG
(G31) 19.00 - 110 x 4 - 30 Close
Natural Methane Gas
(G20) 19.00 - 170 x 4 - 51 Close
BRAISING PAN BURNER 1,5 UNIT
Liquid Gas LPG
(G31) 28.00 - 110 x 6 - 30 Close
Natural Methane Gas
(G20) 28.00 - 170 x 6 - 51 Close

Pag. 34/55
WARNINGS
General
•Read the instructions carefully before installation, use and maintenance of the appliance.
•Installation must be carried out by qualified personnel following the manufacturer’s instructions
in the specific manual.
•The appliance must only be used by trained personnel and only for its intended use.
•In the event of breakdown or malfunctioning, switch off the appliance and call in after sales
assistance only from an authorised centre.
•Use only original spare parts; otherwise no liability is accepted by the manufacturer.
•The appliance must not be washed with high- pressure water sprays, neither must the openings
or air fumes on heat inlets/outlet s be blocked.
ATTENTION! The manufacturer declines any liability for damage caused by wrong
installation, tampering, making unauthorised changes, improper use, poor maintenance,
installation of non-original spare parts, not observing local norms, incorrect use or not
observing the instructions in this booklet
For the installer
•The functioning of the appliance must be explained and shown to the user. After having ensured
that everything is clear, the instruction booklet must be handed over.
•The user must be informed that any building modification or restructuring that may in any way
modify the air supply necessary for combustion, makes it necessary to carry out another check of
the functionality of the appliance.
TECHNICAL FEATURES
The following instructions for set up and functioning refer to gas and mixed appliances belonging to
categories I3B/P , II2H3+ , II2H3B/P,II2HS3B/P , III1ab2H3B/P with a power pressure for Buthane/Propane
(G30- G31) of 30/37 mbar, for Methane (G20- G25- G25.1) of 20/25 mbar, and for Town Gases
(G110-120) of 8mbar. The data plate (fig. 5 – pag.4) with all the information to refer to regarding
the appliance, is situated inside the right or left side of the control panel, depending on the model.
The appliances have been checked in accordance with the European directives below.
2006/95/CE - Low Tension (LVD)
CEE 2004/108 - Electromagnetic Compatibility (EMC)
90/396/EEC - Gas Appliances
98/37/EC - Appliance to the directives
and the particular reference norms.

Pag. 35/55
Declaration of compliance
The manufacturer declares that the appliances of their production are compliant with the above
mentioned EEC directives and requires that installation be done observing the norms in force, with
particular regard to the system of fume evacuation and air exchange.
DESCRIPTION OF APPLIANCES
Gas Braising Pan
A sturdy steel structure placed on four legs, which make it possible to regulate the height. The
extermal coating is made of Chrome-Nickel 18/10 stainless steel.
Each pan is provided with a thermostatic safety gas tap that allows temperature control in a range
from 90° C to 300° inclusive; safety is ensured by means of a thermocouple which is kept active by
the flame of the pilot burner.
The pan is made entirely of stainless steel, with a manual or motori
zed lifting system depending on the type. Heating is by means of stainless steel tubular burners,
suitable for correct functioning at the high temperatures to which they are exposed.
Electric Braising Pan
A sturdy steel structure placed on four legs, which allow its height to be adjusted. The external
coating is made of Chrome-Nickel 18/10 stainless steel.
Each pan is provided with a thermostat that allows temperature control in a range from 90°C to
300°C inclusive, safety is ensured by means of a safety manually controlled thermostat.
The pan is made entirely of stainless steel, with a manual or motorized lifting system depending on
the type. Heating is by means of electric immersion and is thermostatically controlled.
PROVISIONS FOR INSTALLATION
Place (fig.6, pag.4)
It is advisable to install the appliance in a well-ventilated room or under an extractor hood. The
appliance may be installed as a single unit or together with others. In both cases, if it is installed
near a wall of inflammable material, a minimum distance of 150 mm from the side and back walls
must be observed (as in the figure on the left). In the event that it is not possible to observe this
distance, protective measures must be taken (e.g. use of sheets of refractory material) which ensure
that the temperature of the walls is within the established safety limits.
Installation
Installation operations, gas or voltage conversions to other than the original, starting up the
installation or appliance, ventilation, letting out fumes, and maintenance must be done following the

Pag. 36/55
manufacturer's instructions and observing the norms in force, by qualified personnel, in compliance
with the following provisions (GB):
Gas Safety (Installation and Use) Regulations, 1984
Health and Safety at Work Act, 1974
Codes of Practice, BS6173, 1982
The Building Regulations, 1985
The Building Standards Regulations, 1981
For others countries follow the relevant local rules for:
Gas board rules
Building regulations and local fire prevention provisions
Safety norms in force
Provisions of the Gas supplying company
The Electrical Norms in force
The Fire Brigade rules
Fume evacuation
These are “A1” Type appliances that do not require direct connection to an evacuation duct for
combustion products. The products of combustion, however, must be directed into suitable hoods or
similar devices, connected to a reliably efficient chimney, otherwise directly outside. The use of an
extractor fan connected directly to the external environment with a capacity no lower than that
stated in table 1. This value must be increased with the air exchange necessary for the well being
of the operators, in accordance with the norms in force. (Approximately a total of 35 m3/h per kW
of gas output installed).
INSTALLATION
Preliminary operations
Remove the appliance from the packaging, ascertaining that it is intact and, if in doubt, do not use it
but call in professionally qualified personnel. After having verified that the appliance is in good
condition, the protective film may be removed. Carefully clean the external parts of the appliance
with warm water and detergent using a cloth to remove all remaining residues and then dry it with a
soft cloth. If there are still traces of glue residues, remove them by using a suitable solvent (e.g.
acetone). For no reason must abrasive substances be used. After having been put into place, the
appliance must be levelled by regulating the adjustable feet.
Gas Connection
Before connecting the appliance, it is necessary to check that the type of gas available
corresponds to the type of gas the appliance has been set for. In the event that they do not
correspond, it is necessary to proceed as described in the paragraph “Functioning with gas different
from the setting”. The connection to the threaded coupling, having a diameter of ¾ inch, situated

Pag. 37/55
on the bottom of the appliance, may be fixed or mobile using a compliant rapid pipe fitting. If
flexible piping is used, this must be in stainless steel and compliant with the norm. All the seals on
the junction threads must be in guaranteed materials certified for use with gas. Before the
installation of each single appliance it is necessary to install a cut off cock for rapid interruption of
the gas supply. This can be placed in an easily accessible position in such a way as to make it
possible to turn off the gas supply when the appliance is not being used. When the connection has
been completed, the tightness must be checked, by using a leak-finder spray.
Electric connection
Before connecting the appliance, it is necessary to check that the voltage of the power supply
available corresponds to the voltage the appliance has been set for. In the event that they do not
correspond, it is necessary to modify the connection as shown in the electric diagram, if voltage
change is provided for. The junction boxes are situated behind the frontal panel of the appliance and
it is possibile to reach it by unscrewing the screws which fix the panel to the machine (in the
manual model it is necessary to remove the handle then in the right side is situated the electric box
with the terminal block. Furthermore, the efficiency of the earth connection must be checked, and
also that the earth conductor on the connecting side is longer than the other conductors, and that the
connecting cable has a wire bunch adequate for the power absorbed by the appliance and is at least
type H05 RN-F. As in international provisions, before installing the appliance a multiple-pole
device must be installed with a contact opening of at least 3 mm that must not interrupt the
YELLOW-GREEN earth wire. The device must be installed near the appliance, it must be
approved and have adequate capacity for the absorption of the appliance (see technical features).
The appliance must be connected to the EQUIPOTENTIAL system. The connector is situated near
the end of the electric cable and is identified by a label with the symbol shown at page 4 (fig.7).
Water supply connection
Connect the water inlet pipe to the distribution system according to provisions by the norms in
force.
Checking gas tightness and pressure (fig.8, pag.4)
Before proceeding to check the pressure, it is necessary to check the tightness of the gas installation
up to the nozzle with a leak-finder spray to ensure that no damage has been done to the appliance
during transportation. Then it is possible to proceed with checking the inlet pressure, which is done
by means of a gauge for liquids, either a "U" gauge or an electronic gauge with a minimum
definition of 0.1 mbar. To carry out the reading, the screw (1) must be removed from the pressure
outlet (2) and the rubber gauge pipe connected. Open the gas supply valve of the appliance, check
the pressure output and close the valve. Remove the gauge pipe and put back the screws correctly
into the pressure outlet. The pressure value must be within the minimum and maximum values
shown below:

Pag. 38/55
Gas Type Pn
[mbar] Pmin [mbar] PMAX
[mbar]
G25 (Methane) 25 20 30
G20 (Methane) 20 17 25
G30 (Butane) 30 20 35
G31 (Propane) 37 25 45
G110 (Town Gas) 8 6 15
G120 (Town Gas) 8 6 15
If the pressure reading is not within the limits of the table, find out the cause. After solving the
problem, check the pressure again.
Checking the power
Normally, it is sufficient to check that the nozzles installed are the correct ones and that the burners
function properly. If desired, the absorbed power can be further checked by using the "Volumetric
Method". With the help of a chronometer and a counter, it is possible to read the volume of gas
output to the appliance in time units. The right comparison volume [E] can be obtained with the
formula shown overleaf in litres per hour (l/h) or in litres per minute (l/min). Divide the nominal
and minimum outputs (power) shown in the table of burner features for the lowest heat capacity of
the type of gas foreseen for use with the appliance. This value can be found in the norm tables or
can be provided by the local gas Supply Company.
E= Capacity
Calorific Value
The reading must be done when the appliance is already in function.
Checking the pilot burner
Check the flame of the pilot burner, which must be neither too short nor too high but must lap the
thermocouple and have a clear form; otherwise, it is necessary to check the size of the nozzle
depending on the pilot version, as specified in the following paragraphs.
Checking the regulation of primary air
All the main burners are provided with primary air regulation. Checking must be done observing the
values shown in the air regulation column of the burner features tables (pag.30-33). To regulate the
primary air, proceed as illustrated in the following paragraphs.
ATTENTION! All the parts, protected and sealed by the manufacturer may not be regulated
by the installer unless specifically indicated.

Pag. 39/55
REGULATIONS AND SUBSTITUTION FOR USING A
DIFFERENT GAS TO THE TYPE PROVIDED FOR
Functioning with different gas to the type provided for.
For changing to another type of gas it is necessary to substitute the nozzle in the main burners and
in the pilot burner, following the indications given in the following paragraphs. The type of nozzle
to install can be found in tables (pag.30-33). The nozzles for the main burner, marked with the
relative diameter in hundredths, and the ones for the pilot burner, marked with a number, can be
found in a transparent packet attached to the instruction booklet.
When the conversion is completed, check the tightness of the pipe-fittings and also that the ignition
and functioning of both the pilot burner and the main burner, at both minimum and maximum, are
correct. It may be necessary to check the output (power).
Substituting the burner nozzle (Fig.9-10-11, pag.5)
To replace the burner nozzle first of all remove the knobs (1) and the lifting crank (2), then remove
the front panel (3) by unscrewing the 4 screws that hold it in place (4). Then unscrew the
connection (5) that joins the ramp (6) to the electrovalve (7) and the screws (8) that fix it to the
frame. After freeing this, loosen the screw (9) that blocks the primary air regulation, open the clamp
wide (10) and unscrew the nozzle (11) with a spanner and replace it with an appropriate nozzle for
the type of gas to be used as shown in tables 2-10. Put back the nozzle tightening it well and then
adjust the primary air as indicated in the following paragraph. When all this has been done, put back
the previously removed parts.
Regulating the primary air of the burner (Fig. 11, pag.5)
After having substituted the burner nozzle, the primary air must be regulated; to do this, loosen the
screw (9) which holds the air regulation clamp (10), bring value “X” to the correct measurement,
referring to tables (pag.30-33) , tighten the screw (9) and check the accuracy of value “X”.
Substituting the pilot burner nozzle (Fig. 9-10-12, pag.5)
To replace the pilot light burner first of all remove the knobs (1) and the lifting crank (2), then
remove the front panel (3) by unscrewing the 4 screws that hold it (4). Then unscrew the connection
(5) that fixes the ramp (6) to the electro-valve (7) and the screws (8) that hold it to the frame, as
shown in figures 8 and 9. After freeing this area, loosen the connection (12) that attaches the main
gas supply of the pilot burner (13) and remove the nozzle (14); replace it with an appropriate nozzle
for the type of gas used, as shown in tables (pag.30-33). Put back the nozzle and the supply pipe,
tighten the connection well, then put back all the previously removed parts.

Pag. 40/55
INSTRUCTIONS FOR USE
Gas Braising Pan (Fig. 13, pag.5)
To switch on the braising pan burner, proceed in the following way:
-turn the knob (1) from the off position to the ignition position ;
-press the button hard;
-press the piezoelectric lighter button (2) to light the pilot burner;
-keep the knob pressed down until the thermocouple heats up, keeping the pilot on, this can be
checked through the slit on the front of the appliance;
-switch on the main burner by moving the knob to ;
-adjust to the required temperature by using the thermostat control knob (3).
To switch off the main burner, it is necessary to turn the knob to the right to the on position ( ),
to switch off the pilot too, turn the knob again to the off position .
Electric Braising Pan (Fig. 14, pag.5)
To switch on the braising pan, proceed in the following way:
-turn the thermostat knob (1) to the required heating position; the two pilot lights go on, the
green one stays on permanently to show the presence of voltage, while the orange one goes out
as soon as the pan reaches the required temperature.
-To switch off, turn the knob to the 0 position.
Manual Tilting (Fig. 15, pag.5)
Tilting of the manual series is obtained using the crank (1) at the front of the appliance. The pan
rises by turning the crank clockwise, and it is lowered by turning the crank anti-clockwise.
Motorized Tilting (Fig. 16, pag.6)
Tilting of the motorized series is obtained by using the selector (1) at the front of the appliance. The
pan rises by turning the selector to the top (arrow ) and is lowered by turning it to the bottom
(arrow ).
Be careful with the tilting system when cleaning and doing maintenance.
ATTENTION! Only use the appliance under surveillance. Never heat the pan when it is
empty.
Abnormal functioning
If for any reason, the appliance does not start or stops working during use, check that the energy
supply and the control knobs are set correctly; if all is regular, call customer service.

Pag. 41/55
CARE AND MAINTENANCE OF THE APPLIANCE
Cleaning
ATTENTION! Before doing any cleaning, make sure that the appliance is disconnected from
the electric mains and that the gas cut off valve is closed. During cleaning operations, avoid
using direct or high-pressure sprays of water on the appliance. Cleaning must be done when
the appliance is cold.
The parts in steel can be cleaned with warm water and neutral detergent, using a cloth; the detergent
must be suitable for cleaning stainless steel and must not contain abrasive or corrosive substances.
Do not use common steel wool or anything similar which, depositing iron particles, could cause
rust. It is also better to avoid using sandpaper or emery paper. Only in the event of encrusted dirt,
pumice stone in powder may be used but an abrasive synthetic sponge or stainless steel wool would
be preferable, to be used in the direction of the grain. After washing, dry with a soft cloth.
If the appliance is not used for a long time it is advisable to turn off the gas tap, to disconnect the
electricity supply, and wipe all steel surfaces with a cloth soaked in vaseline oil in order to spread a
protective film and, every so often, air the room.
Maintenance
ATTENTION! Before doing any kind of maintenance or repairs, make sure that the
appliance is disconnected from the electric mains and that the gas cut off valve is closed.
The following maintenance operations must be carried out at least once a year by specialised
personnel. It is advisable to have a maintenance contract.
•Check for correct functioning of all control and safety devices;
•Check for correct ignition of burners and proper functioning at minimum;
•Check the tightness of the gas pipes;
•Check the condition of the power cable.
SUBSTITUTING COMPONENTS
ATTENTION! Before carrying out any substitutions, make sure that the appliance is
disconnected from the electric mains and that the gas cut off valve is closed.
The safety valve (fig.9, pag.5 – figg.17,18, pag.6)
To replace the thermostat remove the water and gas knobs and the crank then remove the front
panel by unscrewing the four screws that hold it in place, as in figure 9, then unscrew consecutively
the pipe union that leads to the burner (1), the pilot burner pipe union (2), the thermocouple (3), the
ramp union (4) and the screws (5) that fix the support plate in position (8). Pull the valve group
including connections and the bracket out, unscrew the fixing screws (11) of the bracket (8) from
the electro valve (10) then proceed to unscrew the connections (9) of the valve paying attention not
to damage the thread, because the pieces will be recuperated. Then replace the part and proceed to
reinstall everything following the inverse sequence. For a better warranty of the sealing it is

Pag. 42/55
preferable to screw the connections (9) to the valve interposing a clamping screw. Then replace the
part.
Thermocouple
To replace the thermocouple, remove the water and gas knobs and the crank. Then remove the front
panel by unscrewing the four screws that hold it in place. It is then necessary to unscrew the fitting
of the thermocouple on the cock and the one on the pilot unit, then replace the part.
Heating elements (fig.19-20-21, pag.6)
To replace the heating elements, first of all lift up the pan as high as possible, remove the lid of the
heating element box (1), the heating element box (2) and the support of the heating element to be
replaced (3) by loosening the screws that hold it (4). Remove the heating element (5) after
disconnecting it. If replacement is difficult, it can be made easier if the control panel is removed (6)
and the front panel (7) (as shown in figure 8), and then turn the pan towards the front after having
removed the pin (8) and the split pin (9). Take great care in doing this and only use this last
manoeuvre if it is absolutely necessary.
WHEN SUBSTITUTING, ONLY ORIGINAL SPARE PARTS SUPPLIED BY THE
MANUFACTURER MUST BE USED. THE OPERATION MUST BE CARRIED OUT BY
AUTHORISED PERSONNEL.
ATTENTION! In the event that components of the gas installation have been substituted, it is
necessary to check for tightness and correct functioning of the various parts.