ACV Delta Performance INSTALLATION OPERATING AND SERVICING INSTRUCTIONS

	delta

delta ventouse FV

	performance
performance

INSTALLATION OPERATING AND

SERVICING INSTRUCTIONS

NOTICE D’INSTALLATION,

D’UTILISATION ET D’ENTRETIEN

GEBRUIKSHANDLEIDING EN

INSTALLATIEVOORSCHRIFT

excellence in hot water

30/09/2004 - 664Y1600


EN	INSTALLATION OPERATING AND SERVICING INSTRUCTIONS		1
delta FV 35		: With ACV BMV1 oil burner
delta FV 50		: With ACV BMV2 oil burner


FR	NOTICE D’INSTALLATION, D’UTILISATION ET D’ENTRETIEN		13
delta FV 35		: Avec brûleur fioul ACV BMV1
delta FV 50		: Avec brûleur fioul ACV BMV2


NL	GEBRUIKSHANDLEIDING EN INSTALATIEVOORSCHRIFT		25
delta FV 35		: Met fuel brander ACV BMV1
delta FV 50		: Met fuel brander ACV BMV2


ES	NOTICIAS DE INSTALACIÓN, UTILIZACIÓN Y MANTENIMIENTO		37
delta FV 35		: Con quemador de gasoil ACV BMV1
delta FV 50		: Con quemador de gasoil ACV BMV2


IT	INSTRUZIONI DELL’ INSTALLAZIONE, DELL’ USO E DI MANUTENZIONE		49
delta FV 35		: Con bruciatore a gasolio ACV BMV1
delta FV 50		: Con bruciatore a gasolio ACV BMV2

DE ANLEITUNG ZUR INSTALLATION, GEBRAUCH UND WARTUNG		61
delta FV 35	: Mit Ölbrenner ACV BMV1
delta FV 50	: Mit Ölbrenner ACV BMV2

Y/Gr

	Br
9	2
	Or

Br		Y/Gr	B
L1			N
L1			N
Br	Y/Gr	Y/Gr	B

T1 T2 S3

2 3

SSY 319 / SQK 349

									P1			B5		B9		B3		B2
											QAAD50
											(QAAD70)		QAC32					QAD22
				bl	bk	br
19	18	17	16	15	14	13	12	11	10	9	8	7	6	5	4	3	2	1
19	18	17	16	15	14	13	12	11	10	9	8	7	6	5	4	3	2	1
				N	Y2	Y1			P1			B5		B9		B3		B2

F H

	5
2		8
2	3	11
7
5	6
1

G I

8	8
	4
	3
2
	1
5

1	2
	4
15	A
	A
	6
	M
	C33
	C13

C13

2 m min.
16
N
18
19
24
23
20

B 23

C 13 / C 33

								min.
120								150
120

C43

ACV Delta Performance INSTALLATION OPERATING AND SERVICING INSTRUCTIONS

A1	12 11	4	N	3	N	3	N 6	4 10 1	1

				Br	B		Y/Gr
W	B	Br	Y/Gr	B			B	Y/Gr	Br	B	Br
				Bk	B	Br	Y/Gr

M 1~

QRD

BV1

Y/Gr

X1 B4 S3 T2 T1 N L1

B4 S3 T2 T1 N L1 X2

Q	R

INSTALLATION, OPERATING AND SERVICING INSTRUCTIONS

performance balanced flue

FV 35 with ACV BMV(K)1 oil burner

FV 50 with ACV BMV(K)2 oil burner

INDEX
INTRODUCTION	2
Intended users of these instructions	2
Symbols	2
Applicable standards	2
Warnings	2

DESCRIPTION	3
Overview	3
Description of operation	3
Construction features	3
Boiler captions	3

TECHNICAL SPECIFICATION	4
General	4
Maximum operating conditions	4
Dimensions	4
Domestic hot water performance	5
General features	5

INSTALLATION	6
Boiler room	6
Chimney connections	6
Heating connections	7
Hot water connections	7
Controller kits	7
Electrical connection	8
Oil supply	8

BURNER FEATURES	9
ACV BMV1 and BMV2 oil burners	9
ACV BMV1 and BMV2 burner factory settings	9
ACV BMV1 and BMV2 burner captions	9

STARTUP	10
Filling the hot water and heating circuits	10
Commissioning ACV BMV1 and BMV2 burners	10
SERVICING	10
Recommendation	10
Servicing the boiler	10
Servicing the safety devices	10
Servicing the burner	10
Emptying the boiler	10
USER GUIDE	11
Using the boiler	11
Resetting ACV BMV1 and BMV2 burners	12

INTRODUCTION

INTENDED USERS OF THESE INSTRUCTIONS

These instructions are intended for:

-specifying engineers

-installing engineers

-users

-servicing technicians

SYMBOLS

The following symbols are used in these instructions:

Essential instruction for operating the system correctly.

Essential instruction for personal safety and environmental protection.

Danger of electrocution.

Risk of burns.

APPLICABLE STANDARDS

The products have received the "CE" certificate of compliance with standards of individual countries (European Directive 92/42/EEC, "efficiency"). These products also have the Belgian OPTIMAZ mark.

WARNINGS

These instructions are an integral part of the equipment to which they refer and must be supplied to the user.

The product must be installed and serviced by qualified heating engineers, in compliance with the prevailing standards.

ACV accepts no liability for any damage resulting from incorrect installation or from the use of components or fittings not specified by ACV.

Failure to observe instructions regarding tests and test procedures can result in personal injury or pollution risks.

Note:

ACV reserves the right to modify the technical specifications and components of its products without prior notice.

OVERVIEW

•Combination boiler (central heating and domestic hot water).

•TANK-IN-TANK indirect storage type domestic hot water production.

•Equipment required: a hydraulic connection kit for the heating circuit (available as an option).

•The control panel comprises an on/off switch, adjustable thermostat, thermometer, Summer/Winter selector and knockout for fitting the ACV integrated control system (optional).

•The Delta Performance FV can be connected as a balanced flue system with a type C concentric adapter…, or with a type B23 adapter directly to the chimney.

•The Delta Performance FV 35 with a fixed output of 35 is fitted with the ACV BMV1 oil burner.

•The Delta Performance FV 50 with a fixed output of 50 is fitted with the ACV BMV2 oil burner.

DESCRIPTION OF OPERATION

The "Tank-in-Tank" concept

The Delta Performance balanced flue series differs from traditional hot water generators because of its ring-shaped tank immersed in the primary fluid contained in the outer body. When there is a demand for heat from the central heating system or the domestic hot water system, the potentiometer starts the burner. The combustion gases quickly heat up the primary fluid, creating a natural circulation around the tank.

Domestic hot water heated indirectly

This circulation facilitates heat exchange between the primary fluid and the domestic water, which takes place all over the tank surface.

The corrugations on the inner and outer shells of the ring-shaped tank further boost the area of heat exchange and speed up the heating process of the domestic water.

Easy setting with safety assured

With a single command, the water temperature of both the primary circuit and the hot water circuit is set by the adjustable thermostat situated under the tank in the primary circuit.

A cut-off thermostat, placed on top of the boiler, automatically cuts out the burner when the water temperature in the primary circuit reaches 95 °C. A manually reset safety thermostat shuts off the burner if the temperature reaches 103 °C.

CONSTRUCTION FEATURES

Corps externe

The outer body containing the primary fluid is made of thick STW 22 steel.

"Tank-in-Tank" type exchanger accumulator

The ring-shaped inner tank with its large heating surface for producing domestic hot water is built of Chrome/Nickel 18/10 stainless steel. It is corrugated over its full height by an exclusive production process and entirely argon arc welded by the TIG

(Tungsten Inert Gas) method.

DESCRIPTION

Combustion gas circuit

The combustion gas circuit is protected by a high temperature resistant paint. It is composed of:

•Flue pipes. Delta Performance balanced flue models have 8 steel flue pipes with an internal diameter of 64 mm. Each pipe is fitted with a special steel baffle designed to improve heat exchange and reduce flue gas temperature.

•Combustion chamber. The sealed combustion chamber is water cooled.

Insulation

The boiler body is fully insulated by rigid polyurethane foam with a high thermal insulation coefficient, sprayed on without the use of CFCs.

Jacket

The boiler is covered by a steel jacket which has been scoured and phosphated before being stove enamelled at 220 °C.

BOILER CAPTIONS (see illustration K)

1.Control panel

2.Removable jacket top

3.Flue reduction collar

4.Measuring unit

5.CFC-free polyurethane foam insulation

6.Inner ring-shaped domestic hot water tank

7.Side panel

8.Base

9.Burner and burner chamber plate cover

10.Burner chamber plate

11.Control thermostat bulb

12.Removable front panel

13.Tube supplying air to venturi

14.Manual reset safety thermostat - 103 °C

15.Cut-off thermostat bulb - 95 °C

16.Balanced flue connection unit

17.Heating return

18.Domestic cold water inlet

19.Inner ring-shaped domestic hot water tank

20.Combustion chamber

21.Boiler drain

22.Lower heating return

23.Flue pipes

24.Turbulators

25.Domestic hot water outlet

26.Central heating flow pipe

TECHNICAL SPECIFICATION

GENERALE

The units are delivered fully assembled, tested and packed on a timber base with shockproof edges and protected by heat-shrunk plastic film. On reception and after unpacking, check the equipment for damage.

For transport purposes, refer to the weights and dimensions given below.

MAXIMUM OPERATING CONDITIONS

Maximum service pressure (tank full of water)

-Primary circuit: 3 bar

-Secondary circuit: 10 bar

Test pressure (tank full of water)

-Primary circuit: 4.5 bar

-Secondary circuit: 13 bar

Operating temperature

- Maximum temperature: 90 °C

Water quality

•Chlorides: < 150 mg/l (Stainless steel 304)

<2000 mg/l (Duplex)

•6 ≤ ph ≤ 8

DIMENSIONS

B				G

		E


	D			I
			FV/35		FV/50

A		mm	1585	1830

B		mm	390	390

C		mm	200	200

D		mm	542	542

E		mm	125	125

F		mm	645	645

G		mm	80/80/125	100/100/150

H		mm	1610	1880

I		mm	800	800

Weight empty		Kg	182	220

TECHNICAL SPECIFICATION

DOMESTIC HOT WATER PERFORMANCE

		FV/35	FV/50

Operating at 80 °C

Peak delivery at 40 °C (≤ T = 30 °C)	L/10’	283	377

Peak delivery at 40 °C (≤ T = 30 °C)	L/60’	1024	1485

Continuous delivery at 40 °C (≤ T = 30 °C) L/h		920	1352



Tank refill time at 60 °C

Initial heating time	minutes	20	13

After drawing off 140 L at 45° C	minutes	10	8

GENERAL FEATURES

		FV/35	FV/50

Input	L/10’	34.9	50

Output	L/60’	32.62	46.75

Maintenance loss at 60 °C as % of rated value %		0.8/0.7	0.6/0.45

Total capacity	L	127	162

Primary capacity	L	62	82

Heating connection	Ø	1”	1”

Domestic hot water connection	Ø	3/4”	3/4”

Hot water tank heat exchange surface	m2	1.99	2.46

Combustion efficiency	%	94.7	93.5

Average CO2	%	13	13

Mass rate of combustion products	g/sec.	14.8	21.2

INSTALLATION

BOILER ROOM

Important

•Keep vents free at all times.

•Do not store inflammable products in the boiler room.

•Take care not to store corrosive products near the boiler, such as paints, solvents, chlorine, salt, soap and other cleaning products.

Access

The boiler room must be large enough to allow good access

to the boiler. The following minimum distances (mm) are required around the boiler:

- front	500
- behind	150
- sides	100
- above	700

Ventilation

The boiler room must be fitted with top and bottom vents as shown in illustration "L".

The table below is an example compliant with the Belgian standard.

		FV/35	FV/50

Ventilation


Min. fresh air requirement	m3/h	63	90


Top vent (A)	dm2	1.5	1.5

Bottom vent (B)	dm2	1.5	2

Draught regulator (C)	Ø	80	100

Note:

(B) and (C) only for B23 type connections

For other countries, refer to their regulations.

Base

The base on which the boiler rests must be made of noncombustible materials.

CHIMNEY CONNECTIONS

IMPORTANT

Boilers must be installed by a qualified heating engineer, in accordance with the prevailing local standards and regulations.

The chimney diameter must not be less than the diameter of the boiler connection.

Chimney connection type: B23 (See illustration L)

The boiler is connected to the chimney by a metal pipe rising at an angle from the boiler to the chimney.

A chimney connection is required

A.Top vent

B.Bottom vent

C.Draught regulator

D.Inspection cover

E.Chimney height

F.Chimney diameter

		FV/35	FV/50

Chimney

E = 5 m Ø min. F	mm	213	236

E = 10 m Ø min. F	mm	179	199


E = 15 m Ø min. F	mm	162	179

Note:

Since the regulations vary from one country to another, the table above is given for information only.

Due to the high efficiency of our boilers, the flue gases are released at high temperature.

Therefore there is a risk of condensation in these flue gases, which could damage some chimneys.

To avoid this risk, it is strongly recommended to line the chimney.

Contact your installer for more information.

Chimney connection type: C…

(see illustrations M and N)

•C 13 : concentric horizontal connection

•C 33 : concentric vertical connection

•C 43 : Concentric chimney connection

Maximum length for concentric type : 6 metres

Note:

A pipe bend of 90° = an equivalent length of one metre

There should be a drain outlet close to the boiler to prevent chimney condensates entering the boiler.

To prevent condensation water running out of the terminal, all horizontal pipes should slope down to the boiler.

HEATING CONNECTION

Example of a basic circuit configuration

(see illustration G)

1.3-way motorised mixing valve

2.Safety valve set to 3 bar with pressure gauge

3.Circulator

4.Non-return valve

5.System filling valve

6.Expansion tank

7.ACV 13 controller (see controller kit page 7)

8.Central heating isolating valve

9.Drain cock

Hydraulic kit + ACV heating kit (see illustration F)

ACV offers an optional pre-assembled circulation kit comprising:

-a circulator.

-a 3-way manual motorisable valve.

-connecting pipes including a second optional circuit.

-two isolating valves.

-adapters for mounting safety valve with pressure gauge and filling valve to right or left of expansion tank. The expansion tank is not included.

HOT WATER CONNECTION

Pressure reducer

If the water mains pressure is greater than 6 bar, a pressure reducer calibrated to 4.5 bar must be fitted.

Safety unit

The tank safety unit must be ACV approved and calibrated to 7 bar. The valve discharge must be connected to the sewer drain.

Hot water expansion tank

Installing a hot water expansion tank avoids any risk of pressure surges due to water-hammer or pressure variations.

Hot water circulation

If the tank is situated a long way from the point of use, then installing a closed return circuit can provide a faster supply of hot water always available.

Example of connection with thermostatic valve

(see illustration H)

1.Safety unit

2.Pressure reducer

3.Thermostatic mixing valve

4.Hot water circulator

5.Non-return valve

6.Hot water type expansion tank

7.Cold water feed valve

8.Drawoff tap

9.Drain cock

10.Bleed valve

11.Isolating valve

INSTALLATION

IMPORTANT

As a safety measure against burns, we strongly recommend installing a thermostatic mixer.

Optional fittings available

Safety unit	Ø 3/4”

Pressure reducer	Ø 3/4“


Thermostatic mixing valve	Ø 3/4”


Expansion tank	5 litres

CONTROLLER KITS

KIT 1: ACV 13.00 / Basic (see illustration C)

Basic kit for regulating flow temperature according to weather conditions.

It comprises: temperature regulator with analogue timer, water temperature detector (-30°/130°C), outside temperature detector (-30°/50°C), 230V - 3 spindle servomotor SSY 319 and intermediate socket.

KIT 2: ACV 13.00 / Standard (see illustration D)

Standard kit for regulating flow temperature according to weather conditions.

It comprises: temperature regulator with analogue timer, water temperature detector (-30°/130°C), outside temperature detector

(-30°/50°C), 230V - 3 spindle servomotor SQK 349 and intermediate socket.

Wiring diagram of ACV controller kits

(see illustration E)

B2.	Temperature probe
B9.	Outside temperature probe
B5.	Analogue/digital room thermostat
P1.	Central heating pump
Y1/Y2/N.	Mixer valve (SSY 319 or SQK 349)
bl.	Blue N
n/z.	Black Y2
br.	Brown Y1

INSTALLATION

ELECTRICAL CONNECTION

Power supply

The boiler operates with a 230 V - 50 Hz single phase supply.

An on-off mains switch box with 6 A fuses must be fitted outside the boiler to allow power to be shut off during servicing and before any repairs are carried out on the boiler.

Conformity

Boiler installation must comply with the prevailing local technical standards and legislation.

Safety

The stainless steel tank must be earthed separately.

The power to the boiler must be switched off before any work is carried out.

Boiler electrical wiring (see illustration A)

1.Control thermostat (60/90 °C)

2.On/off switch

3.Summer/winter selector

4.Safety thermostat (103 °C max.)

5.Boiler power connection

6.Heating circulator connection

7.Burner connection

8.Room thermostat

9.Cut-off thermostat (95 °C)

10.Boiler power plug

B. Blue

Br. Brown

Gr. Green

Or. Orange

R.Red

Y/Gr. Yellow / Green

BMV1 and BMV2 oil burner electric wiring

(see illustration P)

The burner is supplied with power by a 3-core cable, to be plugged into the connector situated on the burner. Instructions for connection are given in the burner technical manual.

A1. Automatic igniting device

M.Burner motor

QRB.	Photoelectric resistor
OH.	Heater
Z.	Transformer
BV1.	Magnetic valve
X1.	Burner Euro plug connector
X2.	Boiler plug connector

B. Blue

Br. Brown

Bk. Black

W.White

Y/Gr. Yellow / Green

OIL SUPPLY

System construction and installation must be in accordance with DIN 4755. Local regulations must be followed.

Oil pipes must be brought sufficiently close to the burner so that the tubes can be connected without strain. On the aspiration side of the line, fit a filter with a quick closing valve. Install a check valve on the return line.

The Burner can operate with a 1 or 2 line system.

In series, the burner is designed to operate with a two-line system.

The vacuum in the aspiration line should not exceed 0.4 bar.

Refer to the ACV BMV1 and BMV2 burner manual supplied with them.

Single-line installation (see illustration I)

Height H	Ø 6 mm	Ø 6 mm	Ø 8 mm
4.0 m	100 m	100 m	100 m
3.5 m	100 m	100 m	100 m
3.0 m	100 m	197 m	100 m
2.5 m	100 m	181 m	100 m
2.0 m	100 m	165 m	100 m
1.5 m	197 m	149 m	177 m
1.0 m	165 m	132 m	151 m
0.5 m	132 m	116 m	126 m
Nozzle	uo to 2.5 Kg	uo to 5.0 Kg	uo to 10.0 Kg

Dual-line installation (see illustration J)

Height H	Ø 6 mm	Ø 8 mm	Ø 10 mm
0.0 m	17 m	53 m	100 m
0.5 m	15 m	47 m	100 m
1.0 m	13 m	41 m	199 m
1.5 m	11 m	34 m	184 m
2.0 m	19 m	28 m	168 m
2.5 m	17 m	22 m	153 m
3.0 m	15 m	15 m	137 m
3.5 m	13 m	19 m	122 m

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