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ENGLISH

6. SPECIFIC RISKS
Braking system failure

May occur due to braking system deficien-

cies or bad installation. If it stops working 

it could cause a serious risk due to the rai-

sed load being out of control and may injure 

users or hit materials next to the tower. 

Loss of stability

If the tower is placed on a sloping ground or 

a surface that is not completely flat, there is a 

risk of losing stability which would lead to a 

90º overturn with risk of serious injuries for 

workers.

Objects dropping to a different level

As an elevation equipment and due to its 

working height, there is a serious risk of 

raised objects dropping to a different level, 

either due to securing mechanism failure, 

part wear, dirt, etc., or incorrect use of the 

lifting tower (E.g.: for goods over the maxi-

mum load allowed). Sudden drop of raised 

goods implies a serious risk for the worker. 

Knocks and/or contusions due to objects

This risk only occasionally causes an accident 

to the worker running the operation due to 

his location during the elevation process; the 

risk of knocks from a raised element is more 

likely to affect people walking by or whose 

workplace is next to the lifting tower.

Its origin may be due to a loss of stability, 

malfunctioning of structural elements, safety 

systems, securing systems, etc.

7. PREVENTION SYSTEMS
About braking system failure

Equip with winch complying with regula-

tions metioned in the BGV C1 directive, spe-

cially DIN EN ISO 12100:2011-03 and DIN 

EN ISO 12100-1:2004-04.

About loss of stability

Maintenance of lifting tower stability must 

basically be as per the following measures: 

• Professionalization, training and risk 

awareness of lifting tower users.

• Equip with different safety devices and ad-

vices from the manufacturer to reinforce sta-

bility, as: 

- Safety pins which secure the lifting tower 

once raised.

- Bubble level to help vertical adjustment.

- Maximum load specification that the lifting 

tower can raise.

- Maximum slope specification which the lif-

ting tower can access safely. 

About objects falling to a different level, 

knocks and/or contusions with objects

The risk of objects falling to a different level 

can be prevented by using homologated safe-

ty elements, e.g., a safety pin which fixes the 

inner profile of the lifting tower in its wor-

king position, so the cable does not support 

load and guaranteeing the impossibility of a 

drop. In the event of cable breakage, the bra-

king system will act automatically. Further-

more, if steel elements have been zinc coated 

it protects the entire unit from oxidation and 

corrosion.

These risks can also be minimised with co-

rrect lifting tower maintenance. The user 

must perform periodical inspections on sa-

fety elements and make the necessary repairs 

in case deficiencies are detected.

Moreover, the consequences of these risks 

can be reduced limiting an access area to the 

lifting tower and with a correct training of 

personnel.

About noise emissions

This equipment doesn’t produce more than 

80 dB.

Summary of Contents for AT-06B

Page 1: ...o Instrucciones Instructions LIFTING TOWERS Fabricante Manufacturer FENIX Stage S L U FENIX Stage S L U Avda de los Trabajadores 24 Horno de Alcedo 46026 Valencia Spain Tel 34 96 125 08 55 export fenixstage com www fenixstage com www fenixstage com ...

Page 2: ...2 2 FENIX STAGE S L U Avda de los Trabajadores 24 Horno de Alcedo 46026 Valencia Spain ...

Page 3: ...midad del producto Nombre Modelo Descripción al que se refiere esta declaración con las disposiciones de la normativa de maquinaria CE 2006 42 EG y sus modificaciones Persona facultada para elaborar el expediente técnico y representante autorizado Mª Julia Niza del Rio TORRE ELEVADORA AT 06 Altura máxima 6 50m Altura mínima 1 97m Carga máxima 250kg Área de la base abierta 1 66 x 1 72m Peso 107kg C...

Page 4: ...usions Fecha Date Verificador Verifier Firma Signature Partes comprobadas Tested parts Conclusiones Conclusions Fecha Date Verificador Verifier Firma Signature Partes comprobadas Tested parts Conclusiones Conclusions Fecha Date Verificador Verifier Firma Signature 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 14 15 16 17 18 19 BGV C1 BGG 912 verificado en verified on Primera verificación experto First expert veri...

Page 5: ...o 3 pág 8 seguir las instrucciones de uso ver punto 4 pág 9 un manteniminto periódico ver punto 5 pág 9 conocer los sistemas de prevención ver punto 7 pág 10 BGV C1 is a regulation for staging and pro duction facilities for the entertainment and events industry Adopting BGV C1 is completely voluntary except in Germany where it is required The application of this regulation is highly recommended du...

Page 6: ... DE SEGURIDAD 8 4 INSTRUCCIONES DE USO 9 5 MANTENIMIENTO 9 6 RIESGOS ESPECÍFICOS 10 7 SISTEMAS DE PREVENCIÓN 10 INDEX 1 INTRODUCTION 11 2 GENERAL DATA 11 2 1 Technical data 11 2 2 Applicable regulations 11 3 GENERAL SAFETY RULES 12 4 HOW TO USE 13 5 MAINTENANCE 13 6 SPECIFIC RISKS 14 7 PREVENTION SYSTEMS 14 ...

Page 7: ...ación TORRE ELEVADORA Modelo AT 06B Características técnicas Altura máxima 6 50m Altura mínima 1 97m Carga máxima 250kg Carga mínima 25kg Material Aluminio según AL Si 6082 T6 Área de la base abierta 1 66 x 1 72m Área de la base cerrada 0 48 x 0 48m Peso 107kg Cabestrante 900kg de carga máxima con fre no automático de retención de la carga Cable Acero galvanizado según EN 12385 4 Carga máxima cabl...

Page 8: ... elevadora ni apoyarlas en él para realizar ningún tipo de trabajo Tenga cuidado con todo tipo de salientes por encima de la torre elevadora como cornisas balcones letreros luminosos etc Es muy importante evitar la presencia de cables por debajo de la altura de trabajo de la torre elevadora Nunca se debe desplazar la torre elevadora si ésta se encuentra con la carga elevada No es aconsejable reali...

Page 9: ... Ver fig 3 pág 17 7 Elevación Para elevar los perfiles hay que seguir un orden concreto El primer perfil que hay que subir siempre será el más aleja do del cabestrante Liberar el gatillo de segu ridad A en posición abierta T y girar la manivela del cabestrante B en el sentido de las agujas del reloj elevando la carga hasta la posición deseada Inmediatamente después mover el gatillo de seguridad A ...

Page 10: ...razos de carga E en posición vertical y bajar el ca rro X girando la manivela del cabestrante B ejerciendo un poco de presión sobre el carro X Meter las patas H en su sopor te para transporte C ajustando los pomos de plástico V Asegurar el brazo de carga E poniendo el pasador L en la pletina de transporte F fijando así el carro X para no sufrir bloqueos del péndulo 5 MANTENIMIENTO 1 Comprobar peri...

Page 11: ...ÓN Sobre fallo del sistema de freno Disponer de cabestrante conforme a las nor mas mencionadas en la directiva de seguri dad BGV C1 especialmente DIN EN ISO 12100 2011 03 y DIN EN ISO 12100 1 2004 04 Sobre pérdida de estabilidad El mantenimiento de la estabilidad de la to rre elevadora debe realizarse básicamente con las siguientes medidas Profesionalización adiestramiento forma ción y concienciac...

Page 12: ... 06B Technical characteristics Maximum height 6 50m Minimum height 1 97m Maximum load 250kg Minimum load 25kg Material Aluminium AL Si 6082 T6 Open base area 1 66 x 1 72m Closed base area 0 48 x 0 48m Weight 107kg Winch 900kg maximum load with automa tic load retention brake Cable Galvanized steel under EN 12385 4 Cable maximum load 2 000kg Cable torsion resistance 1 770N mm Cable diameter 6mm Cab...

Page 13: ...e lifting tower or lean against it for any kind of work Beware of any kind of projection above the lifting tower like cornices balconies luminous signs etc It is very important to avoid the presence of cables below the lifting tower s working height Never move the lifting tower when the load is raised It is inadvisable to make any kind of movement even small positioning adjustments Never use the l...

Page 14: ... loading instructions See fig 3 page 17 7 Elevation To lift the profiles a specific or der must be followed The first profile to be raised will always be the one located furthest from the winch Release the safety pin A in open position T and turn the winch handle B clockwise lifting the load until the desi red height Immediately afterwards close the safety pin A in position S until the end of the ...

Page 15: ...the safety pins A in closed position S Move the forklifts E in vertical position and lower the carriage X by turning the winch handle B and pressing down a little on the carriage X Place the outriggers H in their trans port support C and retighten the plastic knob V Fix the forklift E by placing the pin L into the transport plate F securing the carriage X to avoid the block of the pen dulum 5 MAIN...

Page 16: ...la tions metioned in the BGV C1 directive spe cially DIN EN ISO 12100 2011 03 and DIN EN ISO 12100 1 2004 04 About loss of stability Maintenance of lifting tower stability must basically be as per the following measures Professionalization training and risk awareness of lifting tower users Equip with different safety devices and ad vices from the manufacturer to reinforce sta bility as Safety pins...

Page 17: ...17 Distancia Distance Carga máxima Maximum load 20cm 250kg 45cm 195kg Distancia del centro de la carga a la torre Distance from the center of the load to the tower Figura 2 Figura 3 20cm 45cm ...

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Page 23: ...23 NOTAS NOTES LIFTING TOWERS ...

Page 24: ...FENIX Stage S L U FENIX Stage S L U Avda de los Trabajadores 24 Horno de Alcedo 46026 Valencia Spain Tel 34 96 125 08 55 export fenixstage com www fenixstage com www fenixstage com ...

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