Bentone B10E User manual

1171 615 02 05-01
Installation- and maintenance instruction
B10E

178 072 03

DESCRIPTION
171 205 07 95-01
COMPONENTS
1. Scale, nozzle assembly
2. Nozzle assembly adjustment
3. Photocell
4. Preheater
5. Nozzle
6. Schrouded disc
7. Blast tube
8. Ignition electrodes
16. Motor
17. Indicating lamp, preheater
18. Fan wheel
19. Air regulation
20. Scale, air regulation
21. Cover, nozzle assembly
(fixed burner head)
9. Ignition cables
10. Ignition transformer
11. Electrical connection
12. Control box
13. Solenoidvalve
14. Reset button
15. Pump

Burner tube Length of Flange A Flange B Flange C
burner tube Measure B Measure B Measure B
E 77 524761
E 124 99 94 108
E 154 129 124 138
E 215 190 185 199
TECHNICAL DATA
DIMENSIONS
OUTPUTRANGEANDNOZZLESRECOMMENDED
Recommended Recommended
Burner tube Oil capacity Nozzle Pump pressure
kg/h kW Mcal/h Angle Size Type Bar
E 2,35-4,1 28-49 24-42 60°, 80° 0,50-1,00 S or R 10
The net calorific value of 11,86 kWh/kg for light oil has been used.
BURNERHEAD
E
RECOMMENDEDNOZZLE
Because of different boiler types existing
on the market, with varying combustion
chamber designs, it is not possible to
Note that the spray angle and the
spray pattern change with the pump
pressure.
state a definite spray angle or spray
pattern.
171 215 21 04-01
6,0-8,0
2,4-3,2
10,0-11,0
(-1,0)-0,0
Flange A
Flange B
Flange C
B
ø89
202
155 94
148
296
7
ø89,5 21
130-150
ø89,5 26
ø89,5 12
130-150
130-150
10,5
12 12
-0,2
0,0
0,2
0,4
0,6
0,8
1,0
1,2
2,0 2,5 3,0 3,5 4,0 4,5

GENERALRULES
The installation of an oil burner should
be carried out in accordance with local
regulations. The installer of the burner
must therefore be aware of all
regulations relating to oil and combu-
stion.
Only oil suitable for the burner should
be used and then in combination with
a suitable oil filter before the oil pump
of the burner.
If the burner is replacing an existing
burner make sure that the oil filter is
replaced or cleaned. The installation
must only be undertaken by experien-
ced personnel. Care should be taken
by the installer to ensure that no
electrical cables or fuel/gas pipes are
trapped or damaged during installation
or service/maintenance.
INSTALLATIONINSTRUCTIONS
General installation instructions ac-
company the burner and should be left
in a prominent place adjacent to the
burner.
ADJUSTMENTOFBURNER
The burner is from the factory pre-set
to an average value that must then be
adjusted to the boiler in question.
All burner adjustments must be made
inaccordancewithboilermanufacturers
instructions.These must include the
checking of flue gas temperatures,
average water temperature and CO2or
O2concentration.
To adjust the combustion device, start
byincreasing the air volume somewhat.
When the burner starts it is burning
with excess air and smoke number 0.
Reduce the air volume until soot occurs
and increase again to reach a
combustion free of soot.
By this procedure an optimum adjust-
ment is obtained. If larger nozzles are
used the preadjustment of the air
volume must be increased.
CONDENSATIONIN CHIMNEY
A modern burner works with less ex-
cess air and often also with smaller
nozzles than older models. This
increases the efficiency but also the
risk of condensation in the chimney.
The risk increases if the area of the
chimney flue is too large. The tempera-
ture of the flue gases should exceed
60°C measured 0,5 metres from the
chimney top.
Measures to raise the temperature:
Insulate the chimney in cold attics
AIR ADJUSTMENT
On all burners the air adjustment can
be made with or without the cover
fitted. Final fine adjustment must be
made with the cover on.
MAINTENANCE
The boiler/burner should be exami-
ned regularly for any signs of mal-
function or oil leakage.
FASTENING OF THE BURNER
TO THE BOILER (FLANGE)
GENERAL INSTRUCTIONS
Install a tube in the chimney
Install a draught regulator (dilutes the
flue gases during operation and dries
them up during standstill)
Increase the oil quantity
Raise the flue gas temperature by
removing turbulators, if any, in the
boiler.
INSTRUCTIONS FOR USE
The end user of the burner should be
instructed about the operation and
safety features of the burner.
He should also be made aware of the
importance of the area around the
boiler/burner being kept free of combu-
stible material.
PUMPADJUSTMENT
See separate description.
ADJUSTMENTOFBURNER
To obtain a correct adjustment a flue
gas analysis and a temperature
measurement must be carried out.
Otherwise there is a risk that a bad
adjustment may cause a formation of
soot, bad efficiency or condensate in
the chimney.
AIR ADJUSTMENT
171 305 17 06-01

MAINTENANCE OF OIL BURNER
Warning: Before doing any service switch off power at the main switch and cut off the oil supply.
SERVICEOF BURNER HEAD
(alt. A)
1. Remove the cover.
2. Withdraw the photo resistor.
3. Loosen the connecting pipe.
4. Loosen two fixing screws of the
nozzle assembly cover.
5. Retract the nozzle assembly so
far that the ignition cables can be
removed from the ignition
electrodes.
6. Remove the nozzle assembly.
SERVICEOFBURNERHEAD
(alt. B)
1. Slacken retaining screws.
2. Removetheburner.
3. Loosen the two blast tube retaining
screws.
4. Turn the tube to the right and remove.
A
CLEANINGOF FAN WHEEL
Loosen five fixing screws.
Remove the fan housing half.
SUSPENSIONOF BURNER
A. Pin for suspension of burner.
B. Hole for suspension (also avail-
able on the right side).
171 305 14 95-01

ELECTRIC EQUIPMENT
OIL BURNER CONTROL: LOA21... / LOA24...
FUNCTION
1. Switch on operating switch and twin thermostat
The burner motor starts, an ignition spark is formed, the prepurge goes
on till the prepurge period expires and the solenoid valve opens (2).
2. Solenoid valve opens
Oil mist is formed and ignited. The photocell indicates a flame.
(1) The ignition spark goes out 15 s. after flame indication (LOA24.171...).
(2) The ignition spark goes out 2 s. after flame indication when the ignition
transformer is connected to terminal 7 (LOA24.173...).
3. The safety time expires
a. If no flame is established before this time limit the control cuts out.
b. If for some reasons the flame disappears after this time limit, the
burner will make an attempt to re-start.
3-4. Operating position
If the burner operation is interrupted by means of the main switch or the
thermostat, a new start takes place when the conditions in accordance
with point 1 are fulfilled.
The oil burner control cuts out
A red lamp in the control is lit. Press the reset button and the burner
re-starts.
Post-ignition
(2) If a post-igniton of 15 s. is wanted, move the ignition transformer from
terminal 7 to terminal 6 (LOA24.173...).
LIST OF COMPONENTS
A1 Oil burner control R1 Photoresistor
A2 Twinthermostat S3 Main switch
F1 Fuse, max. 10A T1 Ignition transformer
H1 Alarm lamp Y1 Solenoid valve
H2 Signal lamp (optional) X1 Plug-in contact, burner
M1 Burner motor X2 Plug-in contact, boiler
P1 Time meter (optional)
Mains connection and fuses in accordance with local regulations.
TECHNICALDATA
Pre-ignition time: 13 s
Pre-purge time: 13 s
(1) Post-ignition time: 15 s
(2) Post-ignition time: 2 s
Safety lock-out time: 10 s
Reset time after lockout: »50 s
Reaction time on flame failure: max. 1 s
Ambient temperature: from - 20 to +60°C
Min. current with flame established: 65 A
Max. photo current at start: 5 A
Enclosure: IP 40
(Under voltage proof only LOA24...)
CONTROLOF PHOTOCURRENT
Current through photo unit is measured with a d.c. ammeter (a moving coil
instrument connected in series with the photo unit).
WIRINGDIAGRAM
* If there is no plug-in contact (X2) on the boiler,
connect to the contact enclosed. In case the
twin thermostat is in series on incoming phase
L1, a loop between the terminals T1 and T2 is
necessary.
OUTERELECTRICALCONNECTION
X1
X2
171 415 20 04-01
*
(1)(2)

INSTRUCTIONS PUMP TYPE DANFOSS BFP41
COMPONENTS
1.Nozzle port G 1/8"
2.Pressure gauge port
3.Pressure adjustment, 4mm allen key
4.Cartridge filter
5.Vacuum gauge port G 1/8"
6.Return line G 1/4"
7.Suction line G 1/4"
8.Return plug
TECHNICAL DATA
Viscosity range: 1,3-12,0 mm2/s
Pressure range: 7-15 bar
Oil temperature: -10 to +70°C
SUCTION LINE TABLES
The suction line tables consist of
theoretically calculated values where
the pipe dimensions and oil velocity
havebeen matched so that turbulences
will not occur. Such turbulences will
result in increased pressure losses and
in acoustic noise in the pipe system. In
addition to drawn copper piping a pipe
system usually comprises 4 elbows, a
non-return valve, a cut-off valve and
an external oil filter.
The sum of these individual resistances
is so insignificant that they can be
disregarded. The tables do not include
any lengths exceeding 100 m as
experience shows that longer lengths
are not needed.
The tables apply to a standard fuel oil
of normal commercial quality according
tocurrent standards. On commissioning
with an empty tube system the oil
pump should not be run without oil for
more than 5 min. (a condition is that the
pump is being lubricated during
operation).
The tables state the total suction line
length in metres at a nozzle capacity of
2,5 kg/h. Max. permissible pressure at
the suction and pressure side is 2,0
bar.
PURGING
On 1-pipe systems it is necessary to
purge the pump. On 2-pipe systems
purging is automatic through the return
line.
Height Pipe diameter
H ø6 mm ø8 mm ø10 mm
mmmm
4,0 33 100 100
3,5 31 98 100
3,0 29 91 100
2,5 27 85 100
2,0 25 79 100
1,5 23 72 100
1,0 21 66 100
0,5 19 60 92
Two-pipe system
0 17 53 100
-0,5 15 47 100
-1,0 13 41 99
-1,5 11 34 84
-2,0 9 28 68
-2,5 7 22 53
-3,0 5 15 37
-3,5 3 9 22
4,0 1 3 6
Two-pipe system
Height Pipe diameter
H ø6 mm ø8 mm ø10 mm
mmmm
Height Pipe diameter
H ø4 mm ø5 mm ø6 mm
mmmm
Height Pipe diameter
H ø4 mm ø5 mm ø6 mm
mmmm
4,0 51 100 100
3,5 45 100 100
3,0 38 94 100
2,5 32 78 100
2,0 26 62 100
1,5 19 47 97
1,0 13 31 65
0,5 6 16 32
1-pipe system 1-pipe system
With an underlying tank a 1-pipe-
system is not recommended
171 505 07 96-01
H
H

FUNCTION DANFOSS BFP41
When the oil pump is started, oil is
drawn from the suction connection (S)
through the filter (H) to the suction side
of the gear wheel (C).
The gear wheel then pumps oil to the
pressure side and the oil is put under
pressure.
The pressure is controlled and kept
constant at the set value by the
regulatingvalve(P1)with the diaphragm
(D).
The regulating valve (P1) distributes
the oil quantity supplied by the gear
set (C) between the nozzle port (E)
and the return side of the pump (R).
The oil quantity utilized is determined
by the set pressure on the regulating
valve (P1) and the size of the oil nozzle
in the nozzle line.
The valve (P1) functions in the following
way:
- Whentheopeningpressurehasbeen
reached, the passage to the return
side opens.
- The diaphragm and the spring keep
the pump pressure constant at set
value.
- If the pump is overloaded, i.e. if you
try to get out more oil than the gear
REPLACEMENTOFCARTRIDGE
FILTER
MOUNTING/DISMOUNTING
RETURNPLUG
171 505 08 00-01
set can supply under existing circum-
stances, the oil pressure falls below
the set value and the valve closes
against the return side (R) by means
of the diaphragm (D) and goes into
starting position.
This can be remedied by:
- Reducing the pump pressure.
- Reducing the oil quantity supplied
by using a smaller nozzle.
- Using a pump with a larger capacity.
BURNERWITH PREHEATING
Consider that the oil quantity is reduced
at preheating by 5-20% depending on.
- Rise in temperature at the nozzle
- Nozzle design
- Capacity (high capacity - small
difference)
HOWTO REMOVE CARTRIDGE
FILTER FROM PLUG
Unscrew the cartridge filter plug in the
cover by means of a 4 mm allen key
and withdraw the cartridge filter. If
necessary, put a screwdriver between
the cartridge filter and the plug and
turn the cartridge filter carefully until it
comes off. Reject the cartridge filter
and replace it by a new one. Press it
on to the plug. Ensure that the O-ring
is not damaged. Then fit the new
cartridge filter to the pump.
One pipe system
Two pipe system
R
S
E
NC
A
G
H
V
P1
P
D
C

NOZZLETABLE Pump pressure bar
171 505 44 00-01
The table applies to oil with a viscosity of 4,4 mm2/s (cSt) with density 830 kg/m3.
BURNER WITH PREHEATER
Consider that on preheating the oil quantity is reduced by 5-20% depending on.
- Rise in temperature at the nozzle
- Design of nozzle
- Capacity (high capacity - small difference)
Gph 8 9 10 11 12 13 14 15
kg/h kW Mcal/h kg/h kW Mcal/h kg/h kW Mcal/h kg/h kW Mcal/h kg/h kW Mcal/h kg/h kW Mcal/h kg/h kW Mcal/h kg/h kW Mcal/h
0,40 1,33 16 13 1,41 17 14 1,49 18 15 1,56 18 16 1,63 19 17 1,70 20 17 1,76 21 18 1,82 21 18
0,50 1,66 20 17 1,76 21 18 1,86 22 19 1,95 23 20 2,04 24 21 2,12 25 22 2,20 26 22 2,28 27 23
0,60 2,00 24 20 2,12 25 22 2,23 26 23 2,34 28 24 2,45 29 25 2,55 30 26 2,64 31 27 2,73 32 28
0,65 2,16 26 22 2,29 27 23 2,42 29 25 2,54 30 26 2,65 31 27 2,75 33 28 2,86 34 29 2,96 35 30
0,75 2,49 29 25 2,65 31 27 2,79 33 28 2,93 35 30 3,08 36 31 3,18 38 32 3,30 39 34 3,42 40 35
0,85 2,83 33 29 3,00 36 31 3,16 37 32 3,32 39 34 3,47 41 35 3,61 43 37 3,74 44 38 3,87 46 39
1,00 3,33 39 34 3,53 42 36 3,72 44 38 3,90 46 40 4,08 48 42 4,24 50 43 4,40 52 45 4,56 54 46
1,10 3,66 43 37 3,88 46 39 4,09 48 42 4,29 51 44 4,48 53 46 4,67 55 48 4,84 57 49 5,01 59 51
1,20 3,99 47 41 4,24 50 43 4,47 53 46 4,68 55 48 4,89 58 50 5,09 60 52 5,29 63 54 5,47 65 56
1,25 4,16 49 42 4,40 52 45 4,65 55 47 4,88 58 50 5,10 60 52 5,30 63 54 5,51 65 56 5,70 68 58
1,35 4,49 53 46 4,76 56 48 5,02 59 51 5,27 62 54 5,50 65 56 5,73 68 58 5,95 70 61 6,15 73 63
1,50 4,98 59 51 5,29 63 54 5,58 66 57 5,85 69 60 6,11 72 62 6,36 75 65 6,60 78 67 6,83 81 70
1,65 5,49 65 56 5,82 69 59 6,14 73 63 6,44 76 66 6,73 80 69 7,00 83 71 7,27 86 74 7,52 89 77
1,75 5,82 69 59 6,18 73 63 6,51 77 66 6,83 81 70 7,14 85 73 7,42 88 76 7,71 91 79 7,97 94 81
2,00 6,65 79 68 7,06 84 72 7,45 88 76 7,81 93 80 8,18 97 83 8,49 101 86 8,81 104 90 9,12 108 93
2,25 7,49 89 76 7,94 94 81 8,38 99 85 8,78 104 89 9,18 109 94 9,55 113 97 9,91 117 101 10,26 122 105
2,50 8,32 99 85 8,82 105 90 9,31 110 95 9,76 116 99 10,19 121 104 10,61 126 108 11,01 130 112 11,39 135 116
2,75 9,15 108 93 9,71 115 99 10,24 121 104 10,73 127 109 11,21 133 114 11,67 138 119 12,11 144 123 12,53 148 128
3,00 9,98 118 102 10,59 126 108 11,16 132 114 11,71 139 119 12,23 145 125 12,73 151 130 13,21 157 135 13,67 162 139
3,50 11,65 138 119 12,35 146 126 13,03 154 133 13,66 162 139 14,27 169 145 14,85 176 151 15,42 183 157 15,95 189 163
4,00 13,31 158 136 14,12 167 144 14,89 176 152 15,62 185 159 16,31 193 166 16,97 201 173 17,62 209 180 18,23 216 186
4,50 14,97 177 153 15,88 188 162 16,75 198 171 17,57 208 179 18,35 217 187 19,10 226 195 19,82 235 202 20,51 243 209
5,00 16,64 197 170 17,65 209 180 18,62 221 190 19,52 231 199 20,39 242 208 21,22 251 216 22,03 261 225 22,79 270 232
5,50 18,30 217 187 19,42 230 198 20,48 243 209 21,47 255 219 22,43 266 229 23,34 277 238 24,23 287 247 25,07 297 256
6,00 19,97 237 204 21,18 251 216 22,34 265 228 23,42 278 239 24,47 290 249 25,46 302 260 26,43 313 269 27,49 326 280
6,50 21,63 256 220 22,94 272 234 24,20 287 247 25,37 301 259 26,51 314 270 27,58 327 281 28,63 339 292 29,63 351 302
7,00 23,29 276 237 24,71 293 252 26,06 309 266 27,33 324 279 28,55 338 291 29,70 352 303 30,84 366 314 31,91 378 325
7,50 24,96 296 254 26,47 314 270 27,92 331 285 29,28 347 298 30,59 363 312 31,83 377 324 33,04 392 337 34,19 405 349
8,00 26,62 316 271 28,24 335 288 29,79 353 304 31,23 370 318 32,63 387 333 33,95 403 346 35,25 418 359 36,47 432 372
8,50 28,28 335 288 30,00 356 306 31,65 375 323 33,18 393 338 34,66 411 353 36,07 428 368 37,45 444 382 38,74 459 395
9,00 29,95 355 305 31,77 377 324 33,59 398 342 35,14 417 358 36,71 435 374 38,19 453 389 39,65 470 404 41,02 486 418

DELAYED IGNITION, BURNERS STARTS VIOLENTLY
BURNER FAILS TO START AFTER NORMAL OPERATION
Remedies
Situation Possible causes
BURNER FAILS TO START
Check ignition transformer. Check electrode
gap and porecelains
Reset overheat device. Find reason for its
operation and rectify
Check or replace fuse if necessary. Check
reason for failure
Check operation of magnetic valve
Check that photocell is not seeing ambient light
Motor runs Flame instabillity
Burner pre-purges
Burner locks out
Motor runs
Photocell failed
Control faulty
Confirm with new photocell
Confirm with new control. (NB. it is advisable to
change the photocell if also changing control)
Burner pre-purges
Burner locks out No oil
Check that H.T. leads are sound and are not
arcing other than at electrode gap
No flame occurs
Check oil supply to burner - check that pump
is not airlocked
Burner fails to start
Lamp not lit
Fuse has blown
Appliance thermostat has not reset
Appliance overheat device has operated
Control relay or photocell defective
Adjust thermostat
Check by replacement
Motor runs
Burner runs to lockout
No oil being delivered
Excessive flue draught is preventing
flame establishment
No spark
Check that tank, oil lines, fire valve, pump and
nozzle are all in good order
Rectify condition
Excessive draught Recommission burner
Burner pulsates on start-up Nozzle partly blocked
Oil pressure too low
Flue blocked or damaged
Fan slipping on shaft
Pump coupling loose or worn
Replace nozzle
Check and recommission
Check and rectify
Check and retighten
Delayed ignition Check the electrode adjustment, see diagram
Check electrodes for damage
Check H.T. leads for damage and disconnection
Check and replace
Incorrect head settings
Low oil pressure
Photocell not seeing light
Excess air
Burner pulsates on start-up
only with hot flue
Burner starts violently
False light
No spark
Check oil pressure
Check that photocell is clean and unobstructed
Check nozzle to burner head dimension and
electrode position
Adjust air damper
Flame occurs
171 915 01 01-01
FAULT LOCATION

We
(supplier´s name)
...........................................................
(address)
................................................................
declare under our sole responsibility that the product
(name, type or model, batch or serial number, possibly sources and number of items)
..........................................................................................................................................................................................
....................................................................................................................................................................................................
to which this declaration relates is in conformity with the following standard(s) or the normative document(s)
(title and/or number and date of issue of the standard(s) or other normative document(s)
...................................................................................................................................................................................................
following the provisions of Directive
(if applicable)
..........................................................................................................................................................................................
............................................................................................................................................................................................
......................................................
(Place and date of issue)
..........................................................................................................................
(name and signature of equivalent marking of authorized person)
DECLARATION OF CONFORMITY
BENTONE
BENTONE
Ulf Bondeson
ST 97, ST 108, ST 120, ST 133, ST 146, B 9, B 10, B 11, B 20, B 30, B 40, B 45, B 50, B 60, B 70, B 80,
fan burners for gasoil
EN267
EMC directive 89 / 336 / EEC, Low voltage directive 73 / 23 / EEC and Machinery directive 89/392/EEC.
Re. the Efficiency directive 92/42/EEC, please see the next page.
Ljungby 28 - 1 2003
171 905 07 03-01
1(3)
P.O. Box 309, S-341 26 Ljungby, Sverige

To fulfil the demands according to the Efficiency directive 92/42/EEC, Article 2, we herewith state the following
parameters.
Burner Capacity Test report No. Pressure in combustion Product ID-No. as per
type kg/h (kW) TÜV chamber mbar EC-Type Examination
Certificate
ST 97 1,2-2,6 3728 -0,2 to+1,4 CE 0036 0128/98
(14,2-30,8) (15.03.96) to + 0,1
ST 108 1,2-3,8 3729 -0,2 to + 1,4 CE 0036 0129/98
(14,2-45) (15.03.96) to + 0,2
ST 120 2,1-4,5 3581 -0,2 to + 1,9 CE 0036 0130/98
(24,9-53,3) (10.11.94) to + 0,2
ST 133 2,0-10,0 3795 -0,2 to + 2,2 CE 0036 0131/98
(23,7-118,5) (12.11.96) to + 0,1
ST 146 4,0-10,0 3796 -0,2 to + 3,9 CE 0036 0132/98
(47,4-118,5) (12.11.96) to + 0,1
B 9 1,2-2,5 3341 -0,2 to + 0,8 CE 0036 0133/98
(14,2-29,6) (21.08.92) to + 0,1
B 10 1,4-3,0 3465 -0,2 to + 1,1 CE 0036 0134/98
(16,6-35,6) (03.09.93) to + 0,25
B 10KA 2,0-4,6 3778 -0,2 to + 0,95 CE 0036 0135/98
(23,7-54,5) (18.10.96) to + 0,1
B 10ZHV 1,2-2,5 3525 -0,2 to + 1,0 CE 0036 0136/98
(14,2-29,5) (21.01.94) to + 0,3
B 11
B 20K 4,3-9,8 3779 -0,2 to + 1,15 CE 0036 0137/98
(51,0-116,1) (18.10.96) to + 0,1
B 20KA 2,0-8,0 3333 -0,2 to 0,78 CE 0036 0138/98
(23,7-94,8) (04.08.92) to + 0,1
B 20ZHV 2,1-4,3 3397 -0,2 to 1,25 CE 0036 0139/98
(24,9-51,0) (14-06.93) to + 0,1
B 30 6,0-17,5 3524 -0,2 to + 2,8 CE 0036 0140/98
(71,1-207,4) (24.01.94) to + 0,2
B 30A 6,0-17,0 3797 -0,2 to + 3,0 CE 0036 0141/98
(71,1-207,4) (12.11.96) to + 0,1
B 30A2 4,5-15,0 3798 -0,2 to 3,8 CE 0036 0142/98
(53,3-177,8) (12.11.96) to + 0,1
B 30ZHV-2 3,3-10,0 3563 -0,2 to + 1,3 CE 0036 0143/98
(39,1-118,5) (10.11.94) to + 0,1
B 40 9,0-29,5 3503 -0,3 to + 4,1 CE 0036 0144/98
(106,7-349,6) (21.09.93) to + 0,2
B 40A 9,0-29,5 3799 -0,2 to + 5,3 CE 0036 0145/98
(106,7-349,6) (12.11.96) to + 0,1
2(3)

To fulfil the demands according to the Efficiency directive 92/42/EEC, Article 2, we herewith state the following
parameters.
Burner Capacity Test report No. Pressure in combustion Product ID-No. as per
type kg/h (kW) TÜV chamber mbar EC-Type Examination
Certificate
B 50-2F 12,0-59,0 3390 -0,2 to +9,4 CE 0036 0147/98
(142,2-699,2) (09.06.93) to + 0,2
B 50-3F 12,0-59,0 3592 -0,2 to + 9,25 CE 0036 0148/98
(142,2-699,2) (10.11.94) to + 0,1
B 60-2F 20,0-90,0 3466 -0,3 to + 11,4 CE 0036 0149/98
(237,0-1066,5) (03.09.93) to + 0,8
B 60-3F 20,0-90,0 3591 -0,3 to + 11,4 CE 0036 0150/98
(237,0-1066,5) (10.11.94) to + 0,8
B 70
B 80
SF 141-3 50,0-140,0 3502 -0,7 to 8,7 CE 0036 0151/98
(592,5-1659,0) (16.09.93) to + 12,0
to + 0,1
TF 205-3 70,0-205,0 3501 -0,7 to + 14,0 CE 0036 0152/98
(16.09.93) to + 16,0
to + 0,1
B45A 8,5-47,0 3977 -0,1 to + 0,4 CE 0036 0250/99
(100,8-557,5) (16.04.99) to + 7,0
B45A2 8,5-45,5 3978 -0,1 to + 0,4 CE 0036 0251/99
(100,8-539,7) (16.04.99) to + 7,5
3(3)