Riello GAS 6 Guide de démarrage rapide

2915133 (5)

Installation, use and maintenance instructions

Gas burner

MODEL TYPE

GAS 6 518 T80

5133

TECHNICAL FEATURES

DIMENSIONS

Thermal output

520 - 1050 kW 447.200 - 903.000 kcal/h

Fuel

Natural gas Pci 8 - 10 kWh/m

= 7000 - 8600 kcal/m

Minimum gas pressure

For maximum output 12.3 mbar are needed measured at the coupling

with nil pressure in the combustion chamber and gas with caloriﬁc value

of 8600 kcal/m

Maximum gas pressure 150 mbar

Electrical supply Three phase 380 V + 10% - 10% ~ 60Hz with neutral

Motor 3.4 A / 380 V

Ignition transformer Primary: 1.8A / 220V - Secondary: 1 x 8 kV - 30 mA

Absorbed electrical power 1.9 kW

1– Air shutter control

2– Air shutter lock-nut

3– Control box re-set button

4– Fair leads

5– Wiring terminal block

6– Re-set push-button of the

motor overload relay

7– Air pressure switch

8– Gas pressure test-point Fig. 1

S7513

Boiler front-plate

drilling

*Length available with special blast tube to be separately required.

Burner

410 770227

*360

485

131

370

195

ø 175

Rp 2

S7497 S7498

195

185 M12

D1785

5133

EQUIPMENT

FIXING TO THE BOILER

GAS SUPPLY

Quantity Burner accessories

1 Flange

1 Gasket

8 Screws

1 Flange gasket

Separate the combustion head from the

burner body by loosening the screws 1)

and 2) and withdrawing the group A) from

the holding bars 3).

Fix the group B) to the boiler front plate 4)

using the gasket 5) provided as acces-

sory.

23 5 4

S7499

1- Gas pipe line 7- Gas shut off valve

2- Cock valve 8- Burner

3- Filter 9- Gas safety shut off valve

4- Pressure stabilizer 10 - Gas leak control device

5- Pressure test-point 11 - Isolator joint

6- Minimal gas pressure switch

S7514

5133

WORKING RANGE

COMBUSTION CHAMBER PRESSURE MAXIMUM OUTPUT

(in compliance with DIN 4788)

MINIMUM GAS PRESSURE - OUTPUT

Pressure

: detected at the pressure test-point 8) (fig. 1) with nil mbar into the combustion chamber.

Should the combustion chamber be pressurized, the pressure necessary will be that of the

graph plus the pressurization value.

Example

: to obtain 800 kW it is necessary a gas pressure of 11 mbar and the combustion head set

as indicated at page 7.

If the combustion chamber is pressurized at 2 mbar, the pressure detected at the test-point

8) is: 11 + 2 = 13 mbar.

If this value is too high, for very low gas pipework pressures, the gas gear 6) (page 7) could

be more open.

Do not decrease the pressure at the coupling under the values shown in the diagram.

Output

: the maximum value is obtainable with gas Pci 8600 kcal/m

CORRELATION BETWEEN GAS PRESSURE AND BURNER OUTPUT

Kcal/h

mbar

D1795

Kcal/h

mbar

D1796

5133

BURNER ELECTRICAL WIRING

(carried out in the factory)

Ignition transformer

Ionisation probe

Burner earth

CONTROL BOX

509 SE/K

Air pressure

switch

Motor

Wiring terminal block (see page 5)

S7501

5133

ELECTRICAL CONNECTIONS TO THE WIRING TERMINAL BLOCK

(to be carried out by the installer)

Notice

- Leads minimal section 1 mm

- The electric wiring carried out by the installer must be in compliance with the rules in force in the Coun-

try.

FIXING OF THE ELECTRICAL WIRES

All the electrical wires, which are to be connected to

the terminal block 5) (fig. 1) shall pass through the fair

leads 4) (fig. 1) as for this scheme.

- Three phase supply : fair lead Pg 21

Single phase supply

fair lead Pg 13.5

- Adjustment thermostat : fair lead Pg 13.5

- Safety thermostat : fair lead Pg 13.5

- Gas train : fair lead Pg 13.5,

sheath ø 13

6 / 7 / 8 /9

- Pre-sheared holes

Further prospective signals or controls can be connected to the burner wiring terminal board by removing

the metal weldnuts from the pre-sheared holes and inserting a commun fair lead for the passage and the

clamping of the leads.

NOTES

- Do not exchange the neutral wire with the phase (avoid the plug-pin connection).

- Carry out a safe earth connection.

- Checkthestopoftheburner,byopeningtheboilerthermostatandtheburnerlock-out,bydisconnecting

the lead from the flame probe.

WARNING

When closing the burner on its slide-bars, pull towards the outside the high voltage cable and the cable

of the flame detection probe, till to little tension.

PE L1

3 ~ 60 Hz - 380V

S7502

L2 L3

60 Hz - 220V

1mm2

1212

LANDIS LDU II

MB KEY:

MB : Burner terminal strip.

TS : Safety remote control

system.

TL : Limit control system.

S: Remote lock signal.

PG : Min. gas pressure

switch.

PC : Check pressure

switch.

V1 : Gas shut off valve.

VS : Gas safety shut off

valve.

S7505

5133

BURNER START-UP CYCLE

Air-purge

: loosen the screw placed on the minimal gas pressure switch mounted on the gas train

AIR PRESSURE SWITCH 7) (fig.1)

The air pressure switch setting shall be carried out after having

set all other adjustment of the burner and the air pressure switch

shall be at its lowest set-point.

When the burner is operating, increase the adjustment pressure

by turning - slowly - clockwise the knob till reaching the burner

lock-out.

Thereafter, turn the knob anticlockwise for 1 mbar and repeat

the burner start-up for checking the regularity: if lock-out inter-

venes turn the knob anticlockwise for 0.5 mbar.

CAUTION:

do not turn the ionization probe, maintain the drawing position; should it be close to the ignition elec-

trode, damage may occur to the control box amplifier.

Screw

Plug for pressure measure

Pressure switch

S7506

1 ÷ 10

mbar

Adjustment knob

S7507

0 - 1 mm

2 - 4 mm

Probe position Ignition electrode position

S7508

5133 7

COMBUSTION HEAD ADJUSTMENT

Two separate adjustments have to be made: air and gas.

These adjustments can be carried out when the burner is still open, during the installation (see page 2

- Fixing to the boiler).

Air setting

Loosen the two screws 1) and move the internal

part of the combustion head 2) so that its rear

edge 3) is coincident with the desired set-point

on the plate 4). Tighten the screws 1).

Gas setting

Loosen the screw 5), move the ring 6) so that the

pointer 7) is coincident with the desired set-point

8). Tighten the screw 5).

Attention:

the set-point number is the same for air and gas

setting and is given by the following diagram.

Example:

the burner is installed on a boiler of 810 kW, assuming an efficiency of 90% the burner output should

be 900 kW.

From the diagram it can be seen that the air and gas settings for this rating should be no. 5.

134 7 S7496

Kcal/h kW

Burner output

Set-point number = for air and gas

D1794

5133 8

COMBUSTION CHECKS

CO2

It is advisable to not exceed 10% of CO2(gas with calorific value of 8600 kcal/m3), in order to avoid

the risk that small changes of the adjustments due, for instance, at draught variation, may cause com-

bustion with insufficient air and consequently formation of CO.

For safety reason the value of 0.1% (one thousand p.p.m.) must not be exceeded.

IONIZATION CURRENT

The minimum current necessary for the control box operation is 3 µA.

The burner normally supplies a higher current value, so that no check is needed.

However, if a measurement of the ionization current is required, it is necessary to disconnect the

probe lead and insert a d.c. microamperometer.

MOTOR LOCK-OUT

This is caused by the thermal protector relay, in case of overloading, or by the lacking of the phase. To

clear, pushdown the appropriate knob, after having removed the protective cover

BURNER START-UP

If during operation the flame shuts off, lock-out occurs within 1 sec.

Lead Probe

S7511

Normal Lock-out because no ignition

Thermostat

Motor

Ignition transf.

Start valve

Adjust. valve

Lock-out

4 s 53 s 8 s 4 s 53 s 2 s max.

D1798

5133 9

BURNER STARTING DIFFICULTIES AND THEIR CAUSES

OPERATING FAULTS

Lock-out may occur, because of: - flame failure;

- ionization probe earthed;

- air pressure switch open.

Shut-off may depend on the gas pressure switch opening.

DIFFICULTIES CAUSES

The burner goes through

the purge period normally,

the flame ignites, but the

burner goes to lock-out,

within two seconds after

the ignition if:

The ionization probe is earthed or not in contact with the flame, or

its wiring to the control box is broken, or there is a fault on its insu-

lation to earth.

The ionization current is weak (lower than 3 µA).

The burner goes to lock-

out, after the purge period,

because the flame does not

ignite; the causes may be:

The valve is passing too little gas (low pressure in the gas pipe-

work)

The valve is defective.

The pipe has not been purged from the air.

The ignition arc is irregular or has failed.

The burner does not pass

through the pre-purge peri-

od and the control box

goes to lock-out:

The air pressure switch does not change over: it has failed or the air

pressure is too low (combustion head bad set)

Flame simulation exists (or the flame really lights).

The burner does not start at

the thermostat closing, be-

cause of:

Gas is not supplied.

The gas pressure switch does not close: incorrectly adjusted.

The air pressure switch is changed over to the operational position.

The fuse of the control box is broken.

The burner repeats the

start-up cycle without oc-

curring the lock-out:

This particular trouble is caused by the gas pipework pressure that

is very close to the value of the gas pressure switch setting, owing

to the sudden pressure decrease the valve opens and actuates -

onlytemporaneously-theopeningof the pressure switch, thereafter

the valve closes, the motor stops and the pressure increases again;

the pressure switch closes and the start-up cycle is repeated and so

forth.

To prevent this trouble, setting the gas pressure switch at a lower

value.

Autres manuels pour GAS 6

Ce manuel convient aux modèles suivants

Table des matières

Autres manuels Riello Brûleur

Riello

Riello DB 3 SE FGR Guide de démarrage rapide

Riello

Riello 519T80 Guide de démarrage rapide

Riello

Riello RLS 160/E MX Guide de démarrage rapide

Riello

Riello MODULO 32 DIR Manuel utilisateur

Riello

Riello RL 250 MZ Guide de démarrage rapide

Riello

Riello 517T80 Guide de démarrage rapide

Riello

Riello 3473784 Guide de démarrage rapide

Riello

Riello GULLIVER RG1 Guide de démarrage rapide

Riello

Riello Gulliver RG1RK Guide de démarrage rapide

Riello

Riello Riello F10 Guide de démarrage rapide

Riello

Riello RL 800/M FS2 Guide de démarrage rapide

Riello

Riello RL 300/B MZ Guide de démarrage rapide

Riello

Riello RL 190/M Guide de démarrage rapide

Riello

Riello 40 FS10 Guide de démarrage rapide

Riello

Riello 606T1 Guide de démarrage rapide

Riello

Riello RS 64/M MZ Guide de démarrage rapide

Riello

Riello Gulliver RG1RK Guide de démarrage rapide

Riello

Riello 20010541 Guide de démarrage rapide

Riello

Riello BGK1 Guide de démarrage rapide

Riello

Riello 970 T80 Guide de démarrage rapide

Riello

Riello RL 28/M Guide de démarrage rapide

Riello

Riello RS 190 Guide de démarrage rapide

Riello

Riello RLS Series Guide de démarrage rapide

Riello

Riello 40 FS5 Guide de démarrage rapide

Manuels Brûleur populaires d'autres marques

True Induction

True Induction TI4B Manuel utilisateur

Weishaupt

Weishaupt WG20 Series Manuel utilisateur

Carolina Cooker

Carolina Cooker M116672 Manuel utilisateur

Unigas

Unigas HTP2000 Manuel utilisateur

baltur

baltur BT 250 DSG 4T Manuel utilisateur

muenkel design

muenkel design round burner Manuel utilisateur

Ecoflam

Ecoflam Multicalor 170.1 Manuel utilisateur

baltur

baltur BT 14 DSGW Manuel utilisateur

artisan

artisan Art-SB1 Mode d’emploi

AESYS

AESYS TurboFire II Manuel utilisateur

IKEA

IKEA GRILLSKÄR Manuel utilisateur

RUSTA

RUSTA SAREK Manuel utilisateur

PROPOINT

PROPOINT 8933657 Manuel utilisateur

baltur

baltur TBL 1000 ME Manuel de référence

Riello Burners

Riello Burners P 200 P/G Guide de démarrage rapide

WLD-TEC

WLD-TEC powerjet Manuel utilisateur

MSR

MSR DRAGONFLY Manuel utilisateur

baltur

baltur COMIST 23SP Manuel utilisateur