Atlantic VF 40 Specification sheet

ADDRESS: ATLANTIC BOILERS, PO BOX 11, ASHTON UNDER LYNE, OL6 7TR
WEB: WWW.ATLANTICBOILERS.COM EMAIL: [e-mail]
TEL: [phone] FAX: [phone]
VF Model
USE & MAINTENANCE
WALL-MOUNTED GAS CONDENSING BOILER
40, 60, 80 & 100KW OUTPUT
MODULATING BURNERS
After sales service is guaranteed by Atlantic Boilers
The boilers conform to the following CE Directives
Directive 2006/95/CD - low voltage
Directive 2004/108/CEE - electromagnetic compatibility
Directive 92/42/CEE - efficiency
Directive 90/396/CEE - gas fired equipment

Summary
1. General characteristics .........................................................................................................3
1.1. Acceptable gas pressure .................................................................................................................3
1.2. Combustion conditions .....................................................................................................................3
1.3. Operating conditions ....................................................................................................................... 4
1.4. Electrical conditions .........................................................................................................................4
2. Boiler installation ...................................................................................................................5
3. Running the boiler .................................................................................................................5
4. Switching the boiler off..........................................................................................................5
5. Maintenance of the boiler......................................................................................................5
6. Frost protection......................................................................................................................5
7. Boiler control panel................................................................................................................6
7.1. Control panel fascia..........................................................................................................................6
7.2. Control panel display arrangement...................................................................................................6
7.3. Control panel functions.....................................................................................................................7
7.4. Adjustment of the settings.................................................................................................................9
7.5. Information on boiler condition........................................................................................................10
7.6. Adjust the settings...........................................................................................................................13
8. Function of the LMU64 060D168..........................................................................................14
9. Table of boiler settings for the Client..................................................................................15

page 3/17
1. General Characteristics
The V F boiler is set in the Factory to operate
on Natural Gas Group H with a supply pressure of 20mBar.
For higher gas pressure up to 300mBar, a filter and
a pressure regulator must precede the V F gas valve.
1.1. Acceptable gas pressure
Gaz naturel H
G20
Nominal (mbar) 20
Minimum (mbar) 17
Maximum (mbar) 25
1.2. Combustion conditions
VF
40 60 80 100
Nominal output Pn (80/60°C) kW 56,5 92,6
Nominal condensing output P (50/30°C) kW 61,8 100
Nominal heat outflow Qn kW 58 95,1
Minimum heat outflow Qmin kW 14,5 25,5
G20 gas flow rate at Pn m3/h 6,1 10,1
Recommended CO2 values % see chapter 6.2
Mass flow of flue gases Qn / Qmin (80/60°C) g/s 27 / 6,1 44 / 12
Mass flow of flue gases Qn / Qmin (50/30°C) g/s 25,3 / 5,7 39,6 / 10,4
Temperature of flue gases Qn / Qmin (80/60°C) °C 70 / 55 76 / 60
Temperature of flue gases Qn / Qmin (50/30°C) °C 46 / 32 56 / 32
Pressure loss for flue gas circuit Qn Pa 75 74
Diameter of flue gas outlet mm80 100
Maximum pressure at flue gas output (B23P)
Qn / Qmin (80/60°C) * Pa 150 / 8 110 / 6
Maximum pressure at flue gas outlet (B23P)
Qn / Qmin (50/30°C) * Pa 123 / 3 97 / 5
Combustion air at Qn m3/h 76 124
NOx class to EN 483:2000 4 / 5 5 / 5
Types of flue gas and combustion air arrangements
B23, B23P, C13, C33, C53

page 4/17
1.3. Operating conditions
VF
60 100
Maximum flow water temperature °C 80
Temperature Limit thermostat °C 100
Maximum working pressure hPa
(bar) 4000 (4,0)
Minimum working pressure hPa
(bar) 1000 (1,0)
Minimum water flow rate :
primary / secondary circuits (P/20) l/s 0.67 / 0.67 1.11 / 1.11
Water content l 6,1 9,4
Dry weight kg 73 88
1.4. Electrical conditions
VF
60 100
Electrical supply V 230 V AC (+10% -15%), 50Hz
Requirement at Qn
W 190 300
Requirement at standing load W 7
Maximum length for sensor cables m
domestic hot watersensor : 10
external sensor : 40
room thermostat : 40
room sensor : 50
Control panel requirement V
A 230V AC (+10%, -15%) 5 mA à 1 A
Temperature °C
Ohm resistance
flow/return sensor QAK36.095/109
flue gas sensor QAK36.670/109
NTC 10 KΩ at 25°C
0°C 32 555 Ω
10°C 19 873 Ω
20°C 12 488 Ω
25°C 10 000 Ω
30°C 8 059 Ω
40°C 5 330 Ω
50°C 3 605 Ω
60°C 2 490 Ω
70°C 1 753 Ω
80°C 1 256 Ω
90°C 915 Ω
100°C 677 Ω
110°C 508 Ω
120°C 387 Ω

page 5/17
2. Boiler installation
Installation and maintenance of the installation shoukd be carried by a qualified
engineer according to the recommendations of the relevant codes of practice
and of the boiler manufacturer
The boiler must be installed in an appropriately ventilated compartment
…………………………………………………………….
3. Running the boiler
The boiler must be supplied with G20 natural gas
to bring the boiler into service
1. switch on the electrical supply
2. use the controls to set up a heating demand
3. when the boiler fires, check the gas line for soundness
and measure the combustion efficiency using
a flue gas analyser
4. Set up the controls to the programme required
by the Client
breaking any Factory equipment seals
invalidates the Boiler guarantee
4. Switching the boiler off
1. switch off the electricity supply
2. close the gas supply
5. Maintenance of the boiler
It is essential to service the boiler every year
Be ensure to employ a qualified engineer
6. Frost protection
If the boiler plant is not in use and there
is a risk of freezing, then anti-freeze should be
introduced to the system
In addition the boiler can be drained as follows
•switch off the electricity supply
• close the gas supply valve
•close the heating system isolating valve
• use the safety valve to release water pressure in the boiler
•release the automatic air vent to allow air to enter the boiler
•open the boiler drain valve to release
water from the boiler

page 6/17
7. Boiler Control Panel
7.1. Control panel fascia
7.2. Display
The screen supplies boiler function, time, hourly programme,
temperature, burner, condition and defect
Hourly programme
Space heating
requirement
Time
Boiler
temperature
DHW requirement
Symbols :
DHW in progress
Space heating
in progress
Comfort requirement
Set back requirement
Outside temperature
Flame established
Defect
Touch requirement
Touch programme Touch information
boiIer isolator
Touch signals
Touch
re-set

page 7/17
When a defect (not stopping the boiler) occurs, the defect code (as E140)
is displayed.
When a defect causes the boiler to lockout, the lock out code
as (E133) and a small bell is displayed. Check error list for explanation
7.3. Control panel functions
Touch
Selection of different heating requirements
Idle
No function of heating
Lcascade operation available
Comfort
Continuous heating on.
Boiler operation matches space heating
.
Eco
Continuous set-back heating

page 8/17
Auto SBoiler operation to time programme
between Comfort and Eco
Power C Boiler fires at full power for 3 seconds
Regulator Allows manual adjustment of the burner

page 9/17
DHW in Operation DHW not active
7.4. Adjustment of the settings
Adjustment of the boiler constant flow temperature
In mode - boiler constant flow temperature
- regulation from 20degC to 80degC
In mode - external temperature
- regulation from 10degC to 26degC
•
•
Touch the radiator symbol
By touch or
select the boiler constant flow temperature
Touch the radiator symbol to fix the temperature
In mode - domestic hot water temperature
- regulation from 50degC to 65degC
.
Touch the tap symbol
or
By touch on select the domestic hot water temperature
Touch the tap symbol to fix the temperature

page 10/17
4.5. Information on boiler condition
Touch Information in order
1 DHW temperature
2 Out of action
3 Burner function
4 Outside temperature
5 Error code
6 Boiler flow temperature
To revert to standard display, press radiator or tap symbol

page 11/17
List of available information behind the Display
First touch - information
Press both vertical arrows simultaneously for 3 seconds
The time information is replaced by a letter (b,C,d) and a number (0 to 7)
By touching the vertical arrows, change the letter
By touching the + or -, change the number
Display Information
b0 Defect is present
b1 Boiler return temperature
b2 -
b3 Flue gas temperature
b4 Outside temperature
b5
b6
b7 Mixed flow temperature
C1 Ignition occuring (μA)
C2 Burner fan speed
C3 Burner fan PWM signal
C4 Output read from PMW
C5 -
C6 Correct output
d1 Recorded average boiler circuits flow temperature
d2 Recorded boiler flow temperature
d3 Recorded outside temperature
d4 Recorded DHW temperature
d5 Burner fan PWM recorded output
d6 Maximum speed of burner fan

page 12/17
With a boiler defect leading to a lock-out on the LMU controller
the alarm signal is displayed against the defect indicator.
To re-set the LMU controller, clear the defect then press the re-set button for 2 seconds
Defects Indicator Explanation
0
10 Faulty outside sensor
20 Faulty boiler flow sensor
28 Faulty flue gas sensor
32 Faulty clip-in sensor
40 Faulty boiler return sensor
50 Faulty DHW sensor
61 Weather compensation - incorrect setting
62 weather compensation or timeswitch error
81 Short - circuit on LPB or connection error of terminals
82 Cross connecting of terminals on LPB
91 Loss error in EEPROM
92 Error in electrical circuity
100 Two clock addresses in the system
105 Boiler maintenance required
110 Lock-out of electrical settings
111 Lock-out of limit thermostat
113 Over-run of flue gas temperature
128 Failure of burner flame
129 Lack of combustion air
130 Restriction of boiler output due to excessive flue gas temperature
133 Flame failure
140 LPB in error or in connection
148 LPB and LMU not compatible
151 Defect in LMU
152 Setting error in LMU
153 Boiler in lock-out condition
154 error in general range of settings
160 Incorrect low minimum setting of boiler fan
161 Incorrect high maximum setting of boiler fan
162 Air pressure switch lock-out
164 Low water flow pressure differential switch
166 Air pressure switch not satisfied
180 Boiler requires a service
181 Boiler regulator requires adjustment
183 Boiler locked in parameter settings

page 13/17
Burner operating cycle
To view the burner cycle, press the information sign 3 times
Code Explanation
0 Boiler at rest (no load)
1 Start up has failed
2 Burner fan starts up
3 Air purge
4 End of pre-ventilation period
5 Ignition
6 Flame established
10 Space heating established
11 Domestic hot water established
12 Both space heating & domestic hot water established
20 End of cycle
22 Position 0
99 Lock-out condition
7.6. Adjust the Settings
The obtain the best operation of the boiler,
the parameters must be adjusted by the commissioning engineer
or the installer, but must not be available to the owner.
The boiler has a parameter - P plus three numbers - which is exhibited
by touching one vertical arrow or the other, then saved by touching the vertical.
the vertical arrow once more
.

page 14/17
5. Function of the LMU64 060D168 Controller
Légende :
WDPS = water differential pressure switch, WPS = water pressure switch
LS= limit thermostat
=Alarm
=Flame established
=Ignition electrode
=Air pressure switch
=gas valve
=Burner fan
N maxi = maximum speed allowed.
N ignition = speed at ignition.
N mini = minimum speed allowed during modulation
N stop = speed less than 200rpm
NOTE : Should ignition fail at start up, the LMU will initiate 1 to 4 further attempts before going to lock-out
speed of burner fan
0 2 3 4,5 6 10, 11, 12 20 22 1 99
VStart air purge. pilot control box Modulation continuous return to Lock-out lock-out
purge periode ignition checks run start at start
N maxi
N ignition
N mini
N stop
5 s. 4,8 s. 10 s. t
Phase
CD, TL
Heat demand
P
0 s.
11 s.
WDPS, WPS, LS

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9. Table of boiler settings for the Client
Boiler :..................................... Location : ...........................................................
Series No :.................................... ...........................................................
Please record all changes to settings !
Reading Function range standard setting Client
setting
setting time
P 1 actual Time 00 :00 … 23 :59 00 :00
P 2 actual Day 1:Monday … 7:Sunday 1
P 5 Adjust flow temperature / in relation to ouside temperature 20…80 / 10…26 °C 40 / 15
Hourly programme for the constant temperature heating circuit
P 10 Selection of hourly programme
1-7 full weekly programme 1-5 Monday to Friday
1…7 day of the week 6-7 Saturday and Sunday 1-7
P 11 Switch on time 1st period 0 :00 … 24 :00 06 :00
P 12 Switch off time 1st period 0 :00 … 24 :00 22 :00
P 13 Switch on time 2nd period 0 :00 … 24 :00 24 :00
P 14 Switch off time 2nd period 0:00 … 24 :00 24 :00
P 15 Switch on time 3rd period 0 :00 … 24 :00 24 :00
P 16 Switch off time 3rd period 0 :00 … 24 :00 24 :00
Hourly programme for the mixing valve space heating circuit
P 20 Selection of hourly programme
1-7 full weekly programme 1-5 Monday to Friday
1…7 Day of the week 6-7 Saturday and Sunday 1-7
P 21 Switch on time 1st period 0 :00 … 24 :00 06 :00
P 22 Switch off time 1st period 0 :00 … 24 :00 22 :00
P 23 Switch on time 2nd period 0 :00 … 24 :00 24 :00
P 24 Switch off time 2nd period 0 :00 … 24 :00 24 :00
P 25 Switch on time 3rd period 0 :00 … 24 :00 24 :00
P 26 Switch off time 3rd period 0 :00 … 24 :00 24 :00
Hourly programme for the domestic hot water heating circuit
P 30 Selection of hourly programme
1-7 full weekly programme 1-5 Montay to Friday
1…7 day of the week 6-7 Saturday and Sunday 1-7
P 31 Switch on time 1st period 0 :00 … 24 :00 06 :00
P 32 Switch off time 1st period 0 :00 … 24 :00 22 :00
P 33 Switch on time 2nd period 0 :00 … 24 :00 24 :00
P 34 Switch off time 2nd period 0 :00 … 24 :00 24 :00
P 35 Switch on time 3rd period 0:00 … 24 :00 24 :00
P 36 Switch off time 3rd period 0 :00 … 24 :00 24 :00
P 45 Revert to standard programm for heating and domestic hot water
(press simultaneously + and - for 3 seconds) 0
H 90 Lowering the domestic hot water temperature 50…65 °C 60
H 91 Adjusting the hours of DHW operation:
0 accepting the time programme 1 24h operation 0
H 93 not in use 00
H 94 not in use 0
Adjusting the heating circuits
H 503 Constant temperature setting 20…80 °C 20
H 506 Mixing valve minimum setting 20…80 °C 20
H 507 Mixing valve maximum setting 20…80 °C 80
H 510 Raising the flow temperature of the DHW primary circuit 0 ... 30 K 15
H 514 Raising the flow temperature to space heating circuits 0 ... 30 K 2
P 516 No space heating temperature
(30degC gives heating on) 8 … 30 °C 19
P 532 Minimal Slope of constant flow heating temperature 1 … 40 15
P 533 Slope of mixed flow heating temperature 1 … 40 15
H 534 Correction of constant flow heating temperature setting 31 … 31 K 0
H 535 Correction of mixed flow heating temperature setting -31 … 31 K 0

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Reading Function range standard settings Client
setting
Adjusting the heating circuits
H 536 boiler fan RPM when in heating mode ( 60 / 100 ) 0 … 9950 tr/min 5650 / 6400
H 542 minimum boiler output ( 60/ 100 ) 0 … 9999 kW 14 / 25
H 543 maximum boiler output ( 60/ 100 ) 0 … 9999 kW 58 / 95
H 544 Temporary stop on the pumps.
0 … 255 min 5
H 545 minimum time pause of the burner 0 … 3600 sec 150
H 551 factor lowering output, independent of external temperature 0 … 20 0
H 552
adjustment of the hydraulics :
66 Boiler alone
80 Boiler in cascade
85 Boiler in cascade dedicated to DHW generation
66
H 553
Influence of external sensor on heating circuit :
Several boilrs on the mixing valve circuit, One boiler on the mixing valve circuit
0circuit not influenced by QAA73 0 main circuit not influcend by QAA73
1circuit influenced by 1st link of QAA 73 1circuit influenced by 1st link of QAA73
2circuit influenced by 2nd link of QAA 73 2 circuit influenced by 2nd link of QAA 73
for example: selecting 12 results in QAA73 control of the constant temperature; circuit by connection 2, and QAA 73 control of the mixing valve circuit by connection 1
0
H 555.b0 not in use 0
H 555.b1 Type de priorité sanitaire :
0 full priority 1 no priority 0
H 555.b2 not in use 0
H 555.b3 not in use 0
H 555.b4 Protection hors-gel de l’installation :
0 no frost protection 1 frost protection 1
H 555.b5 not in use 0
H 555.b6 not in use 0
H 558.b0 not in use 0
H 558.b1 Type of building :
0 lightweight building 1heavyweight building 0
H 558.b2 Type d’organe de commande ECS :
0 DHW sensor control 1DHW thermostat control 0
H 558.b3 not in use 0
H 558.b4 not in use 0
H 558.b5 not in use 0
H 558.b6 not in use 0
H 558.b7 not in use 0
H 596 time to open/close the 3-way valve 30 … 873 sec 150
H 597 propotional band of the 3-way valve 1 … 100 K 24
Communication by LPB unit
H
H
604.b0
604.b1
setting up time clock :
b1 b0
0 0 automatic clock
0 1 unregulated time on system clock
1 0 system master clock
0
0
H 604.b2 Adjustment of supply to LPB :
0 centralised supply 1 automatic supply from regulators 1
H 604.b3 Display position :
0 OFF 1 ON 0
H 604.b4 not in use 1
H
H
604.b5
604.b6
DHW situation :
b6 b5
0 0 local consumption
0 1 segment consumption
1 0 all consumers
0
0
H 604.b7 Priority demand to LPB on 0 to 10V : 0 output demand by external system
1 LPB priority demand 0
H 605 Address of the boiler 0 … 16 1
H 606 Address of component : 0 generator
1 … 14 components 0 … 14 0
control of the fan assembly
H 608 command signal to fan motor at flame ignition ( 60/ 100 )0...100 % 19 / 22,5
H 609 command signal to fan motor at start ignition ( 60/ 100 )0...100 % 18,5 / 10,5
H 611 fan speed at flame ignition ( 60 / 100 )tr/min 1750 / 3500
H 612 fan speed at start ignition ( 60/ 100 )tr/min 1600 / 1750
H 613 fan speed at full ignition ( 60/ 100 )tr/min 5650 / 5900
Relay (AGU2.51x)
H 618 Programmable entry function :
0 any function 3 warm air
1 modem 4 listed requirement 0

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Reading Function Range standard settings Client
setting
2 modem inverter 5 listed output
H 619
Function of 1st outlet :
0 out of action 6 DHW circulator on
2 lock-out 7 air purge in action
3 burner on 8 shunt pump on
5 2nd pump circuit on 12 analogue circuit active
2
H 620
Function of 2nd outlet:
0 out of action 6 DHW circulator on
2 lock-out 7 air purge in action
3 burner on 8 shunt pump on
5 2nd pump circuit on 12 analogue circuit active
3
H 622 maximum temperature setting to move into analogue circuit
5 … 130 °C 100
H 623 Valeur minimum du signal d’entrée analogique en % de la plage pour démarrer le
brûleur en puissance minimale, en mode puissance prescrite 5 … 95 % 20
maintenance warning
P 629 Acquittement temporaire de l'alerte de maintenance :
1 alert no lock-out 0
H 630.b0 Enable/disable maintenance alerts :
0 alert de-activated 1 alert activated 0
H 630.b6 Acquittement général de l'alerte maintenance :
1 maintenance alert de-activatd 0
H 630.b7 not in use 0
H 634 hours of burner operation since last maintenance 0
H 635 number of burner starts since last maintenance 0
H 636 months of months operation since last maintenance 0
Record of faults
H 700 Total number of faults1
H 701 Fault during burner cycle 1 *
H 702 Code during burner cycle 1
H 703 Total number of faults 2
H 704 Fault during burner cycle 2 *
H 705 Code during burner cycle 2
H 706 Total number of faults 3
H 707 Fault during burner cycle 3 *
H 708 Code during burner cycle 3
H 709 Total number of faults 4
H 710 Fault during burner cycle 4 *
H 711 Code during burner cycle 4
H 712 Total number of faults 5
H 713 Fault during burner cycle 5 *
H 714 Code during burner cycle 5
H 715 Number of repeat current faults
H 716 Faults during burner cycle*
H 717 Codes involved during fault period
H 718 Operating times of the burner 0 … 131070 h 0
H 719 Operating times of space heating 0 … 131070 h 0
H 720 Operating times of domestic hot water 0 … 131070 h 0
H 721 Operating times of control zone 0 … 131070 h 0
H 722 stoppages count 0 … 327675 0
H 728 Albatros code for previous fault
H 729 Albatros code for 2nd previous fault
H 730 Albatros code for 3rd previous fault
H 731 Albatros code for 4th previous fault
H 732 Albatros code for 5th previous fault
H 733 Albatros code for current fault
* : Codes within burner cycle :
0, 1, 2 return to start 11 pilot ignition
3 start 12, 13, 14, 15 control box checks
4 lock-out at start 16 main ignition
5, 6 air purge 17 burner modulation
7 purge period 18, 19, 20, 21 continuous run
8, 9, 10 waiting time 22 lock-out