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Table 2  –  Inspection and Maintenance Log

Model Number (Serial Number):
Date Purchased:

Date of First Use:

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;

This product must be inspected by the user before each use. Additionally, a Competent Person other than the user must 

inspect this equipment at least once each year.

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Component

Inspection Procedure

Inspection Result

Pass

Fail

EZ-Line HLL System

Inspect the screws, bolts, and nuts of the HLL System. Ensure they are 

securely attached and tightened. Check to see if any bolts, nuts, or other 

parts are missing, or have been substituted or altered in any way. Inspect 

covers, housings, guards, etc. Ensure they are free of cracks dents or other 

damage.

Inspect the entire system for signs of corrosion or other damage that may 

affect strength or operation.
Inspect the wire rope for rust, corrosion, broken wires, or other obvious 

faults. Wire Rope must be replaced by a 3M authorized service center if 

there are six or more randomly distributed broken wires in one lay, or 

three or more broken wires in one strand in one lay. A “lay” of wire rope 

is the length of wire rope it takes for a strand (the larger groups of wires) 

to complete one revolution or twist along the rope. Replace the wire rope 

assembly if there are any broken wires within 1 in. (25 mm) of any swaged 

component.
Inspect all carabiners and connectors securing the HLL assembly to ensure 

they are present and properly installed. Inspect the sleeves at the end of 

the lifeline for damage such as cracks, dents or distortion.
Inspect the impact indicator at the end of the lifeline. If the pin is broken, 

the system has been exposed to an impact force. The system must not be 

used and must be removed from service. The unit must be serviced by an 

authorized service center before reuse.
Inspect the reserve lifeline payout. The horizontal lifeline has a 4.5 ft. 

(1.4 m) reserve at the end of the lifeline. If a red band attached around 

the rope is visible at the housing end of the lifeline, the reserve has been 

compromised. Remove the unit from service. The unit must be serviced by 

an authorized service center before reuse.
If the system contains a Rolled Metal Energy Absorber, inspect the Roll 

Metal Energy Absorber for extension or deformities. Ensure there is 

no tearing of the metal between holes in the coiled section. Increase 

inspection frequency if the Energy Absorber is exposed to prolonged 

vibration. Extended Rolled Metal Energy Absorbers must be removed 

from service and destroyed or marked for training only. Inspect securing 

hardware for strength and function.
Pull sharply on the lifeline close to the device end to ensure that the lifeline 

is secured.
Ensure that the lifeline is under the correct tension. Do not apply extra-

tension on the lifeline during this operation unless it is necessary to ensure 

the crank handle “clicks”.

Labels (Figure 16)

All labels are present and fully legible.

Fall Protection Equipment

Additional Fall Protection equipment that is used with the product is 

installed and inspected per the manufacturer instructions.

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;

If the product fails an inspection procedure, then the product fails overall inspection. If the product fails inspection, remove 

it from service immediately. Clearly tag the product “DO NOT USE”. See Section 5 for more information.

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Inspection Type:

 

User

 

Competent Person

Overall Inspection Result:

 

Pass

 

Fail

Inspected By:

Date of Inspection:

Signature:

Next Inspection Due:

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Additional Notes:

Summary of Contents for DBI-SALA EZ-Line

Page 1: ... 3M 2021 USER INSTRUCTIONS 5902346 Rev H EZ Line Horizontal Lifeline System Figure 1 Product Overview 7605060 OSHA 1910 140 OSHA 1926 502 ...

Page 2: ... instructions Do not twist tie knot or allow slack in the lifeline Do not connect to the system while it is being transported or installed Use caution when installing using or moving the product as moving parts may create pinch points The Metal Energy Absorber must be mounted so it can pivot and move freely Secure the Metal Energy Absorber to the structure or stanchion as specified in these instru...

Page 3: ...sing B and serves as the body of the EZ Line Horizontal Lifeline Carabiners D on either end of the device secure the Horizontal Lifeline between two anchorage connection points The Output Shafts E serve as separate locations for the Crank Handle C to be inserted which controls extension retraction and tensioning of the Lifeline After the system is installed the Attachment O Rings G serve as anchor...

Page 4: ...tested to conform to the requirements of OSHA 29 CFR 1910 140 and 1926 502 Connecting Subsystems Number of Users Maximum Arresting Force Maximum Free Fall 1 or 2 persons 1 350 lbf 6 kN 6 0 ft 1 83 m 1 person 1 800 lbf 8 kN 12 0 ft 3 66 m Use of HLL systems should always comply with applicable regulations and should always keep free fall to a minimum All connecting subsystems must meet all applicab...

Page 5: ...aximum capacity component For example if your connecting subsystem has a capacity that is less than your harness you must comply with the capacity requirements of your connecting subsystem See the manufacturer instructions for each component of your system for capacity requirements 2 3 CONNECTING SUBSYSTEMS Connecting subsystems self retracting devices energy absorbing lanyards lifeline subsystems...

Page 6: ...lbf or greater C In a false engagement where size or shape of the connector or connecting element is not compatible and without visual confirmation would seem to be fully engaged D To each other E Directly to webbing or rope lanyard or tie back material unless the instruction manuals for both the lanyard and connector specifically allow such a connection F To any object whose size or shape does no...

Page 7: ...s possible This applies to both overall length of the subsystem and its extended length during use Longer energy absorbing lanyards will experience greater free fall and require more fall clearance SRDs with greater overall length will weigh more and place more stress upon the system Ensure all requirements of your connecting subsystem are met before using the system For more information refer to ...

Page 8: ...gure 7 illustrates the amount of free fall associated with common system applications However the user must still verify the amount of free fall present in their intended application Free fall is measured from the top of the user s D ring before a fall to the top of that same D ring when the lanyard tightens during a fall 3M Fall Protection shares the following method for measuring free fall in a ...

Page 9: ... 140 kg x 1 x 2 B 10 ft 3 05 m 14 ft 10 in 4 52 m 15 ft 11 in 4 85 m 20 ft 6 10 m 16 ft 3 in 4 95 m 18 ft 5 in 5 61 m 30 ft 9 14 m 17 ft 8 in 5 38 m 20 ft 11 in 6 37 m 40 ft 12 19 m 19 ft 1 in 5 8 m 23 ft 5 in 7 13 m 50 ft 15 24 m 20 ft 4 in 6 2 m 25 ft 4 in 7 73 m 60 ft 18 29 m 21 ft 7 in 6 57 m 27 ft 1 in 8 26 m FC FF 12 0 ft 3 66 m 310 lb 140 kg x 1 x 2 B 10 ft 3 05 m 18 ft 8 in 5 69 m 20 ft 6 ...

Page 10: ...n determining Required Fall Clearance FC In this example the user would use 4 ft 1 2 m for System Height H and select the 3 ft 5ft column in the Figure 9 charts To determine Required Fall Clearance FC using Figure 9 for SRDs 1 Select the chart that matches your number of users Ensure the combined weight of each user including clothing tools etc does not exceed the maximum capacity listed 2 Find th...

Page 11: ...t 5 in 4 09 m 10 ft 11 in 3 32 m 60 ft 18 29 m 20 ft 9 in 6 32 m 17 ft 7 in 5 35 m 14 ft 6 in 4 41 m 11 ft 10 in 3 62 m FC x 2 310 lb 140 kg H 0 ft 3 ft 3 ft 5 ft 5 ft 6 5 ft 6 5 ft B 10 ft 3 05 m 13 ft 0 in 3 95 m 10 ft 1 in 3 06 m 7 ft 10 in 2 39 m 20 ft 6 10 m 15 ft 3 in 4 65 m 12 ft 4 in 3 77 m 9 ft 8 in 2 94 m 30 ft 9 14 m 17 ft 7 in 5 36 m 14 ft 4 in 4 37 m 11 ft 1 in 3 38 m 40 ft 12 19 m 19...

Page 12: ...4 m 15 ft 3 in 4 64 m 40 ft 12 19 m 15 ft 5 in 4 69 m 16 ft 8 in 5 09 m 50 ft 15 24 m 16 ft 7 in 5 04 m 18 ft 7 in 5 66 m 60 ft 18 29 m 17 ft 8 in 5 39 m 20 ft 7 in 6 27 m FC R X R and X H B System Span H System Height X Setback Distance R SRD Retracted Length FC Required Fall Clearance Figure 11 SRD Fall Clearance Factors B System Span H System Height X Setback Distance FC Required Fall Clearance...

Page 13: ...1 Verify that the Anchorages A have been installed per the requirements of Section 3 2 Any anchorage connectors that are used should be installed per the manufacturer instructions 2 Secure the HLL System between the anchorage connectors First secure the Connector A at the top of the HLL to one of the Anchorage Connectors B Then press and hold down the Unlock Button C located atop the housing to be...

Page 14: ...14 Figure 12 Installing the HLL System A A C A B A B A B A A B C 1 2 3 4 5 ...

Page 15: ...15 Figure 13 Removing the HLL System A B C A B Figure 14 System Applications Figure 15 Anchorage Requirements A B B A 1 2 1 2 ...

Page 16: ...ection points defined on the Inspection and Maintenance Log If inspection reveals an unsafe or defective condition or if there is any doubt about its condition for safe use remove the product from service immediately Clearly tag the product DO NOT USE See Section 5 for more information 4 2 SYSTEM APPLICATIONS Figure 14 illustrates the system applications for which this HLL System may be used The H...

Page 17: ...t of direct sunlight Avoid areas where chemical vapors may exist Thoroughly inspect components after extended storage 7 0 LABELS 7 1 LABELS Figure 16 illustrates labels present on the product Labels must be replaced if they are not present or are not fully legible Information provided on each label is as follows A 1 Read all instructions 2 Turn this direction to extend the lifeline out 3 Turn this...

Page 18: ...18 Figure 16 Product Labels A C B E D A 1 2 3 4 5 6 7 8 B 1 4 5 6 2 1 2 C 1 D 1 3 2 1 2 3 1 E 3 ...

Page 19: ... force The system must not be used and must be removed from service The unit must be serviced by an authorized service center before reuse Inspect the reserve lifeline payout The horizontal lifeline has a 4 5 ft 1 4 m reserve at the end of the lifeline If a red band attached around the rope is visible at the housing end of the lifeline the reserve has been compromised Remove the unit from service ...

Page 20: ......

Page 21: ... 3M 2021 INSTRUCCIONES DE USO 5902346 Rev H EZ LINE Sistema de anticaídas horizontales Figura 1 Descripción general del producto 7605060 OSHA 1910 140 OSHA 1926 502 Protección contra caídas ...

Page 22: ...ciones No retuerza ate anude ni deje holgura en la línea de vida No se conecte al sistema mientras está siendo transportado o instalado Tenga cuidado al instalar usar o mover el producto ya que las piezas móviles pueden crear puntos de pellizco El absorbedor de energía de metal debe montarse de manera que pueda pivotar y moverse libremente Asegure el absorbedor de energía de metal a la estructura ...

Page 23: ...línea de vida A se extiende desde la carcasa B y funciona como el cuerpo de la línea de vida horizontal EZ Line Los mosquetones D en cada extremo del dispositivo aseguran la línea de vida horizontal entre dos puntos de conexión del anclaje Los ejes de salida E sirven como ubicaciones separadas para insertar el mango de la manivela C que controla la extensión la retracción y la tensión de la línea ...

Page 24: ... con los requisitos de OSHA Título 29 del Código de Reglamentos Federales partes 1910 140 y 1926 502 Sistemas secundarios de conexión Cantidad de usuarios Fuerza máxima de detención Caída libre máxima 1 o 2 personas 1350 lbf 6 kN 6 0 ft 1 83 m 1 persona 1800 lbf 8 kN 12 0 ft 3 66 m El uso de sistemas de HLL siempre debe cumplir con las normas aplicables y siempre debe mantener la caída libre al mí...

Page 25: ... capacidad inferior a su arnés debe cumplir con los requisitos de capacidad de su sistema secundario de conexión Consulte las instrucciones del fabricante para cada componente de su sistema para conocer los requisitos de capacidad 2 3 SISTEMAS SECUNDARIOS DE CONEXIÓN Los subsistemas de conexión dispositivos autorretráctiles eslingas absorbentes de energía subsistemas de línea de vida etc deben ser...

Page 26: ...600 lbf o mayor C En un enganche falso en el que el tamaño o la forma del conector o del elemento de conexión no son compatibles y sin confirmación visual los conectores parecen estar completamente enganchados D Entre sí E Directamente al entretejido de seguridad o a la eslinga de soga o al material de la amarra a menos que los manuales de instrucciones de la eslinga y el conector permitan específ...

Page 27: ... posible Esto se aplica tanto a la longitud total del subsistema como a su longitud extendida durante el uso Las eslingas absorbedoras de energía más largas experimentarán una mayor caída libre y requerirán mayor espacio libre para caídas Los SRD con mayor longitud total pesarán más y ejercerán más presión sobre el sistema Asegúrese de que se cumplan todos los requisitos de su subsistema de conexi...

Page 28: ...la longitud de la eslinga hasta el doble de su longitud La Figura 7 ilustra la cantidad de caída libre asociada con las aplicaciones comunes del sistema Sin embargo el usuario aún debe verificar la distancia de caída libre presente en su aplicación prevista La caída libre se mide desde la parte superior del anillo en D del usuario antes de una caída hasta la parte superior del mismo anillo en D cu...

Page 29: ...40 kg x 1 x 2 B 10 ft 3 05 m 14 ft 10 in 4 52 m 15 ft 11 in 4 85 m 20 ft 6 10 m 16 ft 3 in 4 95 m 18 ft 5 in 5 61 m 30 ft 9 14 m 17 ft 8 in 5 38 m 20 ft 11 in 6 37 m 40 ft 12 19 m 19 ft 1 in 5 8 m 23 ft 5 in 7 13 m 50 ft 15 24 m 20 ft 4 in 6 2 m 25 ft 4 in 7 73 m 60 ft 18 29 m 21 ft 7 in 6 57 m 27 ft 1 in 8 26 m FC FF 12 0 ft 3 66 m 310 lb 140 kg x 1 x 2 B 10 ft 3 05 m 18 ft 8 in 5 69 m 20 ft 6 10...

Page 30: ...altura del sistema de HLL H al determinar el espacio libre de caída requerido FC En este ejemplo el usuario usaría 4 ft 1 2 m para la altura del sistema H y seleccionaría la columna 3 ft 5 ft en los gráficos de la Figura 9 Para determinar el espacio libre de caída requerido FC usando la Figura 9 para los SRD 1 Seleccione el gráfico que coincida con su número de usuarios Asegúrese de que el peso co...

Page 31: ...in 4 09 m 10 ft 11 in 3 32 m 60 ft 18 29 m 20 ft 9 in 6 32 m 17 ft 7 in 5 35 m 14 ft 6 in 4 41 m 11 ft 10 in 3 62 m FC x 2 310 lb 140 kg H 0 ft 3 ft 3 ft 5 ft 5 ft 6 5 ft 6 5 ft B 10 ft 3 05 m 13 ft 0 in 3 95 m 10 ft 1 in 3 06 m 7 ft 10 in 2 39 m 20 ft 6 10 m 15 ft 3 in 4 65 m 12 ft 4 in 3 77 m 9 ft 8 in 2 94 m 30 ft 9 14 m 17 ft 7 in 5 36 m 14 ft 4 in 4 37 m 11 ft 1 in 3 38 m 40 ft 12 19 m 19 ft ...

Page 32: ... 40 ft 12 19 m 15 ft 5 in 4 69 m 16 ft 8 in 5 09 m 50 ft 15 24 m 16 ft 7 in 5 04 m 18 ft 7 in 5 66 m 60 ft 18 29 m 17 ft 8 in 5 39 m 20 ft 7 in 6 27 m FC R X R y X H B Tramo del sistema H Altura del sistema X Distancia de retiro R Longitud del SRD retraído FC Espacio libre de caída requerido Figura 11 Factores de tolerancia de caída del SRD B Tramo del sistema H Altura del sistema X Distancia de r...

Page 33: ...n colóquelo de modo que se minimice la posible caída libre Para instalar la HLL EZ Line 1 Verifique que los anclajes A se hayan instalado según los requisitos de la Sección 3 2 Todos los conectores de anclaje que se utilicen deben instalarse según las instrucciones del fabricante 2 Asegure el sistema de HLL entre los conectores de anclaje Primero asegure el conector A en la parte superior de la HL...

Page 34: ...34 Figura 12 Instalación del sistema de HLL A A C A B A B A B A A B C 1 2 3 4 5 ...

Page 35: ...35 Figura 13 Extracción del sistema de HLL A B C A B Figura 14 Aplicaciones del sistema Figura 15 Requisitos de anclaje A B B A 1 2 1 2 ...

Page 36: ...spección del Usuario definidos en el Registro de inspección y mantenimiento Si la inspección revela una condición no segura o defectuosa o si existe alguna duda sobre su condición para un uso seguro retire el producto de servicio inmediatamente Etiquete claramente el producto con la inscripción NO USAR Consulte la Sección 5 para obtener más información 4 2 APLICACIONES DEL SISTEMA La Figura 14 ilu...

Page 37: ...ta Evite los lugares donde pueda haber vapores de sustancias químicas Inspeccione minuciosamente los componentes después de un almacenamiento prolongado 7 0 ETIQUETAS 7 1 ETIQUETAS La Figura 16 ilustra las etiquetas presentes en el producto Las etiquetas deben reemplazarse si faltan o no son completamente legibles La información proporcionada en cada etiqueta es la siguiente A 1 Lea todas las inst...

Page 38: ...38 Figura 16 Etiquetas de productos A C B E D A 1 2 3 4 5 6 7 8 B 1 4 5 6 2 1 2 C 1 D 1 3 2 1 2 3 1 E 3 ...

Page 39: ...ebe usarse y debe retirarse del servicio La unidad debe enviarse para su reparación en un centro de servicios autorizado Inspeccione la capacidad de extensión de la línea de vida de reserva La línea de vida horizontal tiene en su extremo una reserva de 4 5 ft 1 4 m Si en el extremo de la línea de vida del lado de la carcasa se observa una cinta roja significa que la reserva está comprometida Retir...

Page 40: ...anty does not cover product damage due to wear abuse misuse damage in transit failure to maintain the product or other damage beyond 3M s control 3M will be the sole judge of product condition and warranty options This warranty applies only to the original purchaser and is the only warranty applicable to 3M s fall protection products Please contact 3M s customer service department in your region f...

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