3M DBI-SALA® Lad-Saf™ Swaged Cable 6105100, 3/8 Inch, 1x7, Stainless Steel, 100 FT Kasutusjuhend

1

A

B

E

D

C

INSTALLATION INSTRUCTIONS

5908282 Rev. K

1

3

Certiﬁcate No. FM 39709

ISO

9001

ANSI Z359.16

EN353-1:2014+A1:2017

CSA Z259.2.5

OSHA

1926.1053, 1910.29

CE TYPE TEST

CE

PRODUCTION

QUALITY

CONTROL

5

4

LAD-SAF

™

2

Flexible Cable

Safety Systems

No. 2797

BSI

The Netherlands B.V.

Say Building

John M. Keynesplein 9

1066 EP

Amsterdam Netherlands

CE Type Test

No. 2777

Satra Technology Europe Ltd

Bracetown Business Park

Clonee,

Dublin

D15 YN2P, Ireland

F

x1-4

6

88 - 310 lbs

(40 - 140kg)

7

2

2 3

T

20 - 25 ft-lbs

27 - 34 Nm

L1 #6116632

L2 #6116631

A

B

T

40 - 45 ft-lbs

54 - 61 Nm

L3 #6116633

T

20 - 25 ft-lbs

27 - 34 Nm

A

B

T

40 - 45 ft-lbs

54 - 61 Nm

4

M1 #6116638

M2 #6116634

T

40 - 45 ft-lbs

54 - 61 Nm

B

C

A

D

B

3

5

A

B

8

9

6

C

1/4 in.

(0.635cm)

1-1/8 in.

(2.8cm)

4 in.

(10.2cm)

7

W1 #6116635

4

8 9

CE1 #6116636

T

20 - 25 ft-lbs

27 - 34 Nm

A

T

40 - 45 ft-lbs

54 - 61 Nm

B

48 in.

(1.2m)

30 in.

(0.76m)

T1 #6116618

T

20 - 25 ft-lbs

27 - 34 Nm

A

T

40 - 45 ft-lbs

54 - 61 Nm

10 11

C

ü

û

A

D

F

B

E

A

B

A

C

E

D

5

12

T

20 - 25 ft-lbs

27 - 34 Nm

13

Z359.16

SERIAL NO.

XXXXXXX

MODEL NO. 6160030

9514021Rev. B

CSA Z259.2.5

ANSI

2797

™

(23cm)

9" MAX

14

Z359.16

SERIAL NO.

XXXXXXX

MODEL NO. 6160047

9514022 Rev. B

ANSI

2797

™

(23cm)

9" MAX

15

ANSI

Z359.16

SERIAL NO.

XXXXXXX

MODEL NO. 6160054

9514023 Rev. B

CSA Z259.2.5

2797

™

X3

(23cm)

9" MAX

6

16

(23cm)

9" MAX

™

X3+

AS/NZS 1891.3

TYPE 1

SERIAL NO.

XXXXXXX

MODEL NO. 6160052

PATENT

9511415 Rev. C

PENDING

2797

17

(23cm)

9" MAX

2797

™

X3+

18

E

2797

1

2

3

4

5

6

7

8

9

11

9 9 9

10

19

3

1

2

6

4

5

32

6

1

4 5

7

20

R

Ø

A

R

Ø

B

R

W

H

C

FORM NO: 5908247 REV: A

8

SAFETY INFORMATION

Please read, understand, and follow all safety information contained in these instructions prior to the use of this Vertical

System. FAILURE TO DO SO COULD RESULT IN SERIOUS INJURY OR DEATH.

These instructions must be provided to the user of this equipment. Retain these instructions for future reference.

Intended Use:

This Vertical System is intended for use as part of a complete personal fall protection system.

Use in any other application including, but not limited to, material handling, recreational or sports related activities, or other activities not

described in the Product Instructions, is not approved by 3M and could result in serious injury or death.

This device is only to be used by trained users in workplace applications.

! WARNING

This Flexible Cable/Rigid Rail System is part of a personal fall protection system. It is expected that all users be fully trained in the

safe installation and operation of their personal fall protection system. Misuse of this device could result in serious injury or

death. For proper selection, operation, installation, maintenance, and service, refer to these Product Instructions and all manufacturer

recommendations, see a supervisor, or contact 3M Technical Service.

• To reduce the risks associated with working with a Flexible Cable/Rigid Rail System which, if not avoided, could result

in serious injury or death:

- Inspect all components of the system before each use, at least annually, and after any fall event. Inspect in accordance with the

Product Instructions.

- If inspection reveals an unsafe or defective condition in a component of the system, remove the component from service and

destroy it.

- Any Flexible Cable/Rigid Rail System that has been subject to fall arrest or impact force must be immediately removed from

service and all components must be inspected by a Competent Person prior to being used again.

- Do not connect to the system while it is being installed.

- Ensure the system is appropriately rated for the number of simultaneous users.

- When unpacking the cable it may rapidly uncoil. Use proper safety procedures and appropriate personal protective equipment

when unpacking cable.

- Only use approved connectors to attach body harness to the system. Do not use any additional connecting devices.

- Use only cable specied and approved in the Product Instructions.

- Do not interfere with the locking action of the shuttle/sleeve device. Only manipulate the device to attach and detach from the

system.

- Always maintain three points of contact while climbing. Refer to the Product Instructions for further information on proper

climbing technique.

- Ensure that fall protection systems/subsystems assembled from components made by different manufacturers are compatible

and meet the requirements of applicable standards, including the ANSI Z359 or other applicable fall protection codes, standards,

or requirements. Always consult a Competent and/or Qualied Person before using these systems.

• To reduce the risks associated with working at height which, if not avoided, could result in serious injury or death:

- Ensure your health and physical condition allow you to safely withstand all of the forces associated with working at height.

Consult with your doctor if you have any questions regarding your ability to use this equipment.

- Never exceed allowable capacity of your fall protection equipment.

- Never exceed maximum free fall distance of your fall protection equipment.

- Do not use any fall protection equipment that fails pre-use or other scheduled inspections, or if you have concerns about the use

or suitability of the equipment for your application. Contact 3M Technical Services with any questions.

- Some subsystem and component combinations may interfere with the operation of this equipment. Only use compatible

connections. Consult 3M prior to using this equipment in combination with components or subsystems other than those described

in the User Instructions.

- Use extra precautions when working around moving machinery (e.g. top drive of oil rigs), electrical hazards, extreme

temperatures, chemical hazards, explosive or toxic gases, sharp edges, or below overhead materials that could fall onto you or

your fall protection equipment.

- Use Arc Flash or Hot Works devices when working in high heat environments.

- Avoid surfaces and objects that can damage the user or equipment.

- Ensure there is adequate fall clearance when working at height.

- Never modify or alter your fall protection equipment. Only 3M or parties authorized in writing by 3M may make repairs to the

equipment.

- Prior to use of fall protection equipment, ensure a rescue plan is in place which allows for prompt rescue if a fall incident occurs.

- If a fall event occurs, immediately seek medical attention for the worker who has fallen.

- Do not use a body belt for fall arrest applications. Use only a Full Body Harness.

- Minimize swing falls by working as directly below the anchorage point as possible.

- If training with this device, a secondary fall protection system must be utilized in a manner that does not expose the trainee to

an unintended fall hazard.

- Always wear appropriate personal protective equipment when installing, using, or inspecting the device/system.

EN

9

;

Prior to installation and use of this equipment, record the product identication information from the ID label in the

Installation Checklist at the back of this manual.

PRODUCT DESCRIPTION:

Figure 1 illustrates the Lad-Saf

®

Flexible Cable Safety System. Figures 2 through 19 illustrate components of the Lad-Saf

®

Flexible Cable Safety System. See Table 1 for system component descriptions. See Table 2 for system component specications.

Table 1 –

Component Descriptions

Item

Number

Figure Description

Systems L1 and L2 6116632

6116631

2 Used on standard rung attachments. Additional feature (“A” in Figure 2) serves as a single

point anchor for a single user attachment. Minimum breaking strength is 3,600 lbs (16kN).

Conforms to EN795:2012 Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

L1 and L2 Systems will t rung types and spacing listed below.

System L3 6116633 3 Used on standard rung attachments. Additional feature (“A” in Figure 3) serves as a single

point anchor for a single user attachment. Minimum breaking strength is 3,600 lbs (16kN).

Conforms to EN795:2012 Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

L3 System will t rung types and spacing listed below.

Systems M1 and M2 6116638

6116634

4 Used on standard monopoles or in combination with stando supports. Mounting holes

spaced 4” (101mm) on center. Additional feature (“C” in Figure 4) serves as a single point

anchor for a single user attachment. Minimum breaking strength is 3,600 lbs (16kN).

Conforms to EN795:2012 Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

System W1 6116635 7 Used on standard wood poles with 1/2” (12mm) fasteners.

System CE1 6116636 8 To extend the system up to 48” (1.2m) beyond a nishing platform. Additional feature (“A”

in Figure 8) serves as a single point anchor for a single user attachment. Minimum breaking

strength is 16kN (3,600 lbs). Conforms to EN795:2012 Type A, OSHA 1926.502, 1910.140,

AS/NZS 5532.

CE1 System will t rung types and spacing listed below.

System T1

(ANSI/OSHA Certied Only)

6116618 9 Used on standard rung attachments. Telescoping tube will extend single point anchor to

30” (0.76m). Additional feature (“A” in Figure 9) serves as a single point anchor for a single

user attachment. Minimum breaking strength is 3,600 lbs (16kN). Conforms to OSHA

1926.502 and 1910.140.

T1 System will t rung types and spacing listed below.

Tensioner 10 After groove pulls through plate, cable is in tension.

Cable Install 11 Conrm that the large pin is resting inside of the top plate.

Cable Guide 12 Used to guide the cable in vertical systems.

Stando Bracket 5 Used in conjunction with the M1 and M2 system to provide an attachment for a safety

system or cable guide.

Lad-Saf X2 13, 14

Used as a Sleeve in vertical systems. Allows the user to move freely up and down the

system while maintaining attachment. Use only with supplied karabiner or snaphook.

Lad-Saf X3 15

Lad-Saf X3+ 16, 17

System Tag 18

System Tag Markings and RFID Tag

1 Installation Date 7 Date Inspected

2 Installed By 8 System serial number

3 Anchorage Requirements 9 System warnings

4 Max Users Per System 10 Cable type and sleeve compatibility matrix along

with standards certication.

5 System Length 11 RFID Tag

6 Date of Manufacture

Single Point Anchor Warning 19 Stamping on Washer, top of Systems L1, L2, L3, CE1 and T1. Stamping on Monopole Single

Point Anchor Assembly (“C” in Figure 4) used with Systems M1 and M2.

1 Standard to which Anchor conforms. 4

Used for fall arrest.

2 Maximum number of users. 5

Do not use for lifting.

3 Read user instruction. 6

Manufacturer internet site.

Rung Supports 20 Used to provide additional support for rung types that are unable to withstand loading

requirements as specied in Section 2.2.

L1, L2, L3, CE1 and T1 Systems will t the following rung types and spacing:

Spacing 9"-12.25" (200mm-310mm)

Cylindrical rung 0.5"-1.6" (13mm-40mm) diameter

Square rung 0.5"-1.6" (13mm-40mm)

Diamond rung 0.5"-1.6" (13mm-40mm) height

Angle Iron 0.5"-1.6" (13mm-40mm) leg height

Rectangular rung 0.5"-1.6" (13mm-40mm) height, 0.5"-1.9" (13mm-48mm) width

EN

10

Table 1 –

Component Descriptions

Item Number: Figure Description

Stando

Bracket

SO-1 6100705

5

Flex Top/Btm Stando, 2” OD 24.25” Pole Centers

SO-2 6100710 Flex Stando, Pole, SS

SO-3

6100675 Flex Cable Guide Stando, 2” OD Pole

6100677 Flex Cable Guide Stando, 2-1/2” OD Pole

6100679 Flex Cable Guide Stando, 3” OD Pole

6100680 Flex Cable Guide Stando, 3-1/2” OD Pole

6100681 Flex Cable Guide Stando, 4” OD Pole

6100682 Flex Cable Guide Stando, 4-1/4” OD Pole

SO-4

6100636 Angle Iron Stando 3", 90 Deg, Top & Bottom, Galv

6100642 Angle Iron Stando 8", 90 Deg, Top & Bottom, Galv

SO-5

6100651 Flex Top/Btm Stando, 2-3/8” OD Pole

6100652 Flex Top/Btm Stando, 2-1/2” Dia Pole

6100654 Flex Top/Btm Stando, 3” OD Pole

SO-6

6100621 Angle Iron Stando 3", 90 Deg, Cable Guide, Galv

6100627 Angle Iron Stando 6", 90 Deg, Cable Guide, Galv

6100629 Angle Iron Stando 8", 90 Deg, Cable Guide, Galv

6100635

Angle Iron Stando 2", 90 Deg, Top & Bottom, SS

SO-7 6100386 Flex Cable Guide Stando, Steel

SO-8 6100232 Flex Stando, 5-10" Pole,

SO-9 6100230 Flex Stando

Cable

Guides

Typical

Application:

Structure

Size:

Structure

Type:

CG-2 6100140

12

Flex Cable Guide, SS Wood pole NA

NA

CG-3 6100400 Flex Cable Guide Assy, Galv Standard < 1-1/8 in

Round/Square

CG-3 6100401 Flex Cable Guide Assy, SS

LEB &

Telescoping

<1-1/8 in

Round/Square

CG-3

6100410 Flex Cable Guide, Galv Standard <1 in

Round/Square

CG-5 6100427 Flex Cable Guide Assy, SS Standard 1-5/8x1

Round/Square

CG-3

6100440 Flex Cable Guide, SS Standard <1 in

Round/Square

CG-3

6100450 Flex Cable Guide, SS

LEB &

Telescoping

<1 in

Round/Square

CG-6

6100454 Flex Cable Guide Assy, SS Standard 1x3/4 in

Angle

CG-5 6100457 Flex Cable Guide Assy, SS Standard <1 in

Round/Square

CG-7

6100500 Flex Cable Guide, Galv, L Monopole 5-3/4 in Long

NA

CG-9

6100505 Flex Cable Guide Assy, SS, L Monopole 5-3/4 in Long

NA

CG-9

6100512 Flex Cable Guide, SS, L Monopole 5-3/4 in Long

NA

CG-9

6100513 Flex Cable Guide, SS, L Standard <1-5/8 in

Round/Square

CG-9

6100515 Flex Cable Guide Assy, Galv, L Monopole 5-3/4 in Long

NA

CG-9 6100519 Flex Cable Guide, SS, L Standard <2-1/8 in

Round/Square

CG-9 6100522 Flex Cable Guide Assy, Galv, L Monopole 5-3/4 in Long

NA

CG-7 6100527 Flex Cable Guide Assy, SS, L Monopole 1x1 in

Angle

CG-14 6100530 Flex Cable Guide Assy, Galv, Latch Standard <1 in

Round/Square

CG-14 6100531 Flex Cable Guide, Galv, Latch Standard <1 in

Round/Square

11

Table 2 – Component

Specications

Standards

Figure

Capacity

(lbs/kg)

Minimum

User Weight

(lbs/kg)

No. Users

Activation Force

(lbs/kN)

Max

Deployment

Length (in/mm)

Minimum

Breaking

Strength

(lbs/kN)

Weight

(lbs/kg)

Operating

temp range

(°F/°C)

Component

Item

Number

Material

Part

Code

Max Min

System - L1* 6116632

304

Stainless

Steel

L1

ANSI, AUS,

CE, CSA,

OSHA

2 310/140 2 3,600/16 20/9.1 140/60 -40/-40

System - L2* 6116631

Galvanised

Steel

L2

ANSI, AUS,

CE, CSA,

OSHA

2 310/140 2 3,600/16 20/9.1 140/60 -40/-40

System - L3* 6116633

Galvanised

Steel

L3

ANSI, AUS,

CE, CSA,

OSHA

3 310/140 4 4,560/20.27 24/10.9 140/60 -40/-40

System - M1* 6116638

304

Stainless

Steel

M1

ANSI, AUS,

CE, CSA,

OSHA

4 310/140 4** 4,560/20.27 9/4.1 140/60 -40/-40

System - M2* 6116634

Galvanised

Steel

M2

ANSI, AUS,

CE, CSA,

OSHA

4 310/140 4** 4,560/20.27 9/4.1 140/60 -40/-40

System - W1 6116635

Galvanised

Steel

W1

ANSI, AUS,

CE, CSA,

OSHA

7 310/140 2 3,600/16 14/6.4 140/60 -40/-40

System - CE1* 6116636

Galvanised

Steel

CE1

ANSI, AUS,

CE, CSA,

OSHA

8 310/140 2 3,600/16 46/21 140/60 -40/-40

System - T1* 6116618

Galvanised

Steel

T1

ANSI,

OSHA

9 310/140 4 4,560/20.27 40/18.2 140/60 -40/-40

Lad-Saf X2 6160030

Stainless

Steel

ANSI, CE,

CSA, OSHA

13 310/140 88/40 1 450/2 4.0/102 3,600/16 2.1/1 140/60 -40/-40

Lad-Saf X2 6160047

Stainless

Steel

ANSI, CE,

CSA, OSHA

14 310/140 88/40 1 450/2 4.0/102 3,600/16 2.1/1 140/60 -40/-40

Lad-Saf X3 6160054

Stainless

Steel

ANSI, CE,

CSA, OSHA

15 310/140 88/40 1 450/2 4.0/102 3,600/16 2.1/1 140/60 -40/-40

Lad-Saf X3+ 6160052

Stainless

Steel

AUS, CE

16 310/140 88/40 1 450/2 4.0/102 3,600/16 2.1/1 140/60 -40/-40

Lad-Saf X3+ 6160065

Stainless

Steel

AUS, CE

17 310/140 88/40 1 450/2 4.0/102 3,600/16 2.1/1 140/60 -40/-40

Cable - 3/8"

(9.5mm) 1x7

6104XXX /

CE

6134XXX(m)

Galvanised

Steel

15,400/68.4

0.27/ft-

0.41/m

140/60 -40/-40

Cable - 3/8"

(9.5mm) 1x7

6105XXX /

CE

6135XXX(m)

Stainless

Steel

18,000/80

0.27/ft-

0.41/m

140/60 -40/-40

Cable - 3/8"

(9.5mm) 7x19

6106XXX /

CE

6136XXX(m)

Galvanised

Steel

14,400/64

0.27/ft-

0.41/m

140/60 -40/-40

Cable - 3/8"

(9.5mm) 7x19

6107XXX /

CE

6137XXX(m)

Stainless

Steel

12,000/53.3

0.27/ft-

0.41/m

140/60 -40/-40

*System - Single Point Anchor minimum breaking strength 3,600 lbs (16kN).

** Number of users limited to 1 when used in conjunction with SO-4 & SO-5. See Figure 5.

References

on cover

1 Installation instructions Figure 1 A Top Bracket

2

Lad-Saf

™

Flexible Cable Safety Systems B Sleeve

3

Standards C Cable

4

Number of notied body that performed

CE test. D

RFID Tag

5

Number of notied body checking the manufacture of this PPE.

E

Cable Guide

6

Number of users. F Bottom Bracket

7

User weight is 88 - 310 lbs (40 - 140kg) including tools, other

equipment and clothing.

12

1.0 PRODUCT APPLICATION

1.1 PURPOSE: The 3M DBI-SALA LAD-SAF™ Flexible Cable Safety System (Figure 1) is part of a personal fall protection

system. When used in combination with the Lad-Saf™ Detachable Cable Sleeve (sold separately), the Lad-Saf™

Flexible Cable Safety System is designed to protect a worker in the event of a fall while climbing xed ladders or similar

climbing structures. LAD-SAF

™

Flexible Cable Safety Systems are intended to be installed on xed ladders or ladder like

climbing surfaces that are part of a structure (e.g., mono poles [wood, steel, or concrete] buildings, manways, antenna

structures and towers). The personal protection equipment (PPE) which is selected will form an essential part of the

system. Always wear a full body harness with a sternal (chest) attachment point, in accordance with ANSI Z359.11 or

with the relevant national standard. When climbing, the user of the system should wear a climbing helmet which conforms

to the national standard.

1.2 LIMITATIONS: LAD-SAF™ Flexible Cable Safety Systems are not intended to be installed on portable ladders. LAD-SAF™

Flexible Cable Safety Systems are designed for use on structures that are generally vertical. The safety system must not

exceed a maximum angle of 15° from vertical. The following application limitations must be considered before installing

the LAD-SAF™ Flexible Cable Safety System.

A. STRUCTURE: The structure to which the LAD-SAF™ Flexible Cable Safety System is installed must be capable of

withstanding the loads applied by the system in the event of a fall (see Section 2.2).

B. SYSTEM CAPACITY: The number of users allowed on the LAD-SAF™ Flexible Cable Safety System at one time

varies depending on the type of system and installation. Generally, LAD-SAF™ Flexible Cable Safety System

capacities range from one to four users. See Table 2 for more information on capacity limitations. LAD-SAF™

Flexible Cable Safety System capacities are based on a maximum user weight of 310 lbs (140kg), including tools and

clothing.

C. ENVIRONMENTAL HAZARDS: Use of the LAD-SAF™ Flexible Cable Safety System in areas with environmental

hazards may require that additional precautions be taken to reduce the possibility of injury to the user or damage to

the equipment. (e.g., high heat caused by welding or metal cutting, caustic chemicals, seawater, high voltage power

lines, explosive or toxic gases, moving machinery, sharp edges).

1.3 SUPERVISION: Installation of the LAD-SAF™ Flexible Cable Safety System must be supervised by a Qualied Person

1

.

1.4 TRAINING: The LAD-SAF™ Flexible Cable Safety System must be installed by persons trained in its correct application.

This manual is to be used as part of an employee training program as required by OSHA. It is the responsibility of

the installers of this equipment to ensure they are familiar with these instructions, trained in the correct care of this

equipment.

1.5 Refer to applicable local, and national requirements governing this equipment for more information on vertical safety

systems and associated components, including OSHA 1910.140, OSHA 1910.29, OSHA 1926.1053 and OSHA 1926.502.

2.0 SYSTEM CONSIDERATIONS

2.1 COMPATIBILITY OF COMPONENTS AND SUBSYSTEMS: This equipment is designed for use with 3M Fall Protection

approved components and subsystems. The use of non-approved components and subsystems (e.g., harnesses, lanyards,

sleeves, etc.) may jeopardize compatibility of equipment, and could aect the safety and reliability of the complete

system. If you have questions on the installation or suitability of this equipment for your application, contact 3M Fall

Protection.

WARNING: USE OF CLIMB ASSIST SYSTEMS THAT ARE NOT COMPATIBLE WITH 3M VERTICAL LIFELINE

SYSTEMS CAN RESULT IN SERIOUS INJURY OR DEATH. Do not use a powered climb assist (PCA) with a 3M

climbing ladder fall arrest system (CLFAS), including the Lad-Saf vertical lifeline system and Lad-Saf X2, X3 or X3+

detachable cable sleeves, unless the PCA has been verified by 3M as being compatible with 3M’s CLFAS. Failure to

comply with this warning could result in a user’s fall not being safely arrested in the event of a fall from height while

using incompatible PCA and CLFAS systems. Contact 3M Technical Service at [email protected] with

any questions.

; ANSI Z359.1-2007 Safety Requirements for Personal Fall Arrest Systems, Subsystems and Components, requires a competent person

and/or a qualied person to “ensure that systems assembled from components and subsystems made by dierent manufacturers meet

the requirements of this standard.”

1 Qualied Person: A person with a recognized degree of professional certicate and with extensive knowledge, training, and experience in the fall protection

and rescue eld who is capable of designing, analyzing, evaluating, and specifying fall protections and rescue systems to the extent required by OSHA and other ap-

plicable standards.

13

2.2 LOAD REQUIREMENTS FOR STRUCTURE: The climbing structure to which the LAD-SAF™ system is installed must be

capable of supporting the total loading imposed by the system.

A. STATIC LOADING: The static loads imposed onto the system include the weight of the top bracket, weight of the

cable per length of system and a safety factor (SF). The following is an example for determining the static loading

imposed on the system for a 100 ft (30 m) system:

i. L3 top bracket weight = 24 lbs (10.9 kg)

ii. 100 ft (30m) of 3/8” (9.5mm) 1x7 Galvanized cable weight = 27 lbs (12.3 kg)

iii. TOTAL STATIC LOADING: (24 lbs + 27 lbs) x 1.2SF = 61 lbs

(10.9 kg + 12.3 kg) x 1.2SF x 9.81 m/s2= 0.27 kN

B. DYNAMIC LOADING: The following are the dynamic loads imposed onto the system per user:

i. One user: 2,700 lbs (12 kN)

ii. Two user: 3,320 lbs (14.76 kN)

iii. Three user: 3,940 lbs (17.51 kN)

iv. Four user: 4,560 lbs (20.27 kN)

C. TOTAL LOADING: The total load imposed onto the structure must take into account the static and dynamic loading

given above for the length and type of system. Below is an example in determining total loading imposed onto the

structure:

i. Static loading for a 100 ft (30 m) system: 61 lbs (0.27 kN)

ii. Dynamic loading for a two-user system: 3,320 lbs (14.76 kN)

iii. Total loading = 3,381 lbs (15 kN)

The following Systems allow up to two users on the system at one time (see Table 2):

Systems L1, L2, W1 and CE1.

The following Systems allow up to four users on the system at one time (see Table 2):

Systems L3, M1, M2 and T1.

For structures that require a continuous length of vertical lifeline over 500 ft (151m), 3M recommends the

use of the following:

6116633 (4 users) – over 500 ft (151m) and up to 800 ft (242m).

6116633 (rated to 3 users) – over 800 ft (242m) and up to 2000 ft (606m).

; The system can be rated to 2 users to lower the load imposed onto the attachment structure.

; Other installation requirements may limit the number of users allowed on a system. See section 3.0.

Bottom Bracket Assembly: The bottom bracket connection must be capable of supporting a system pretension load of

350 lbs (1.6 kN) in the direction of loading.

For calculation purposes, the required bracket load may be assumed to be distributed evenly between the number of rung

attachments.

3.0 SYSTEM INSTALLATION

3.1 LAD-SAF

™

systems are designed for easy installation onto a variety of structures. To begin the installation you need









Generally, the LAD-SAF

™

system is installed from the top of the structure down. The basic procedure is:

Step 1. Install the top bracket

Step 2. Connect the cable to the top bracket

Step 3. Install the cable guides

Step 4. Install the bottom bracket assembly

Step 5. Tension the cable

Step 6. Inspect the installation

Planning the installation can minimize the amount of time on the structure and improve safety.

;

• Use proper safety procedures when installing LAD-SAF

™

systems.

• Wear personal protective equipment, including safety glasses and steel-toed shoes.

• Use personal fall arrest or restraint systems when exposed to a fall hazard while installing

LAD-SAF

™

systems.

• Do not connect to the LAD-SAF

™

system being installed.

• Do not connect to a partially installed LAD-SAF

™

system.

• Use caution when installing LAD-SAF

™

systems near electrical power lines. LAD-SAF

™

cables are conductive.

• For installation of stainless steel systems, 3M recommends using a general purpose thread lubricant on all fasteners to

prevent galling.

3.2 WELDING RECOMMENDATIONS: Some installations require welding brackets to the structure. DBI-SALA recommends







14

3.3 RUNG SUPPORT: Rung supports can be used to reinforce hollow rungs to reduce crushing or collapsing of the rung due



length extending on either side of the Side Rails to install Rung Support fasteners. Install rung support at each LAD-SAF

™



for the system are met.



with the inside dimensions of the rung. See Figure 20 for examples of rung supports.

A, Figure 20

Model Ø R

Install at each point indicated below:

6100187 1 in (2.5 cm) 22 in (56 cm) 1. Slide the Rung Support through the open rung.

2. Slide Washers over each end of the Rung Support and secure with Nuts. Tighten



3. Insert Cotter Pins through the holes in each end of the Rung Support. Cotter Pins

should inserted from the top of the Rung Support to prevent them from dropping

out of the holes.

4. Separate and bend the Cotter Pin Legs to ensure Cotter Pins stay in the holes and

the Rung Supports can not slide out of the Rung.

6100188 1 in (2.5 cm) 26 in (66 cm)

6100189 1 in (2.5 cm) 30 in (76 cm)

Materials Aluminum Bar, Stainless Steel

Fasteners



Model Ø R

Install at each point indicated below:

6100151 1 in (2.5 cm) 17 in (43 cm) 1. Slide the Rung Support through the open rung.

2. Insert Cotter Pins through the holes in each end of the Rung Support. Cotter Pins

should inserted from the top of the Rung Support to prevent them from dropping

out of the holes.

3. Separate and bend the Cotter Pin Legs to ensure Cotter Pins stay in the holes and

the Rung Supports can not slide out of the Rung.

Materials Aluminum Bar, Stainless Steel

Fasteners

C, Figure 20

Model H W R

Install at each point indicated below:

6100186 .63 in

(1.6 cm)

1 in

(2.5 cm)

19 in

(48 cm)

1. Slide the Rung Support through the open rung.

2. Insert Cotter Pins through the holes in each end of the Rung Support. Cotter Pins

should inserted from the top of the Rung Support to prevent them from dropping

out of the holes.

3. Separate and bend the Cotter Pin Legs to ensure Cotter Pins stay in the holes and

the Rung Supports can not slide out of the Rung.

Materials Aluminum Bar, Stainless Steel

Fasteners

3.4 TOP BRACKET INSTALLATION: Before installing the top bracket it is recommended that the climbing structure be



be positioned to allow users safe access when connecting or disconnecting from the system. The top bracket is typically

mounted in the center of the climbing surface for ease of climbing, but may be located towards the side if required.

A. INSTALLATION OF L1 AND L2 SYSTEMS:

See Figure 2 for a typical installation of the L1 and L2 Systems. The top bracket should be positioned to allow users

safe access when connecting or disconnecting from the system. Do not substitute other fasteners.

Installation procedure:

1. Top Bracket: 

2. Bottom Bracket

B. INSTALLATION OF L3 SYSTEM:

See Figure 3 for a typical installation of the L3 System. The top bracket should be positioned to allow users safe

access when connecting or disconnecting from the system. Do not substitute other fasteners.

Installation procedure:

1. Top Bracket: 

2. Bottom Bracket

C. INSTALLATION OF M1 AND M2 SYSTEMS:

See Figure 4 for a typical installation of the M1 and M2 System onto a monopole. The top bracket should be

positioned to allow users safe access when connecting or disconnecting from the system. The top brackets are to be





™

system.

Angle Leg and Round Leg Stand-o Installation:

  

the hardware provided. Do not substitute other fasteners. Torque 3/8-inch fasteners to 20-25 ft-lbs (27-34 N-m).



40-45 ft-lbs (54-61 N-m).

Weld-on Stand-o Installation:

  

must be perpendicular to the pole surface and in-line with the carrier cable.

; Installations that use the angle leg or round leg stand-o support brackets are limited to one user on the system at a time.

M1 and M2 System Installation:

See Figure 4. Installation procedure:

1. Top Bracket: Install top plate (A), hardware (B) and Single Point Anchor assembly (C) as shown in Figure 4.



2. Bottom Bracket

15

D. INSTALLATION OF W1 SYSTEM:

See Figure 7 for a typical installation of the W1 System on a wooden pole. The top bracket should be positioned to

allow users safe access when connecting or disconnecting from the system. Use 1/2-inch fasteners (not provided)

to attach the top bracket to the pole. Fasteners should extend through the pole when possible. 3M DBI-SALA

recommends using lock washers, double nuts, or other methods to ensure fasteners will not loosen.

E. INSTALLATION OF CE1 SYSTEM:

See Figure 8 for a typical installation of the CE1 System. The top bracket should be positioned to allow users safe

access when connecting or disconnecting from the system.

Installation procedure:

1. Top Bracket: 

2. Bottom Bracket:

F. INSTALLATION OF T1 SYSTEM:

See Figure 9 for a typical installation of the T1 System. The top bracket should be positioned to allow users safe

access when connecting or disconnecting from the system. Typical applications include access ladders into manholes

or under trap doors. Do not substitute other fasteners.

Installation procedure:

1. Top Bracket: 

2. Bottom Bracket:

3.5 INSTALLATION OF CARRIER CABLE ASSEMBLY TO TOP BRACKET:

A. INSTALLATION OF CARRIER CABLE ASSEMBLY:

1. Lay the carrier cable assembly out on the ground in a clean area by rolling the coil. Do not pull cable from center

of coil. For some installations it may be easier to lower the carrier cable from the top connection level down to the

bottom bracket. If so, carefully lower the cable by unspooling without twisting the cable at the top connection. Do

not drop the cable to the lower level.

; Carrier cable is very sti and may spring out of coil unexpectedly. Use proper safety procedures when unrolling

cable. Use appropriate safety gear, including gloves and safety glasses, when unrolling cable.

Inspect the cable for shipping damage before proceeding. Do not install damaged cable.

2. See Figure 11 for installation of the carrier cable into the top bracket. Ensure the end of cable is free of kinks and

unraveled strands.

  

approximate angle of 45 degrees while pressing against spring gate (D). The small pin (E) and spring gate (D) are

designed to prevent the lug/cable assembly from inadvertently disconnecting from the top plate (B). Make certain

that only the large pin (A) rests inside the top plate (B).

3.6 INSTALLATION OF CABLE GUIDES, ALL MODELS:



excessively



carrier cable between the top and bottom brackets, and at any point along the system where the cable may

abrade



at 23 (7.01), 25 (7.61), and 27 (8.23) feet (m) intervals. For high wind areas, “L” shaped cable guides may be used. The

“L” shaped cable guides should be alternated with openings on the left, then right, etc., up the structure. Latching cable

guides are also available.

Direct Connection to Structure:

See Figure 12 for a typical installation of a cable guide. Some cable guides utilize rung spacers and clamp plates while

others do not (see Figure 12). Install the cable guide using the hardware provided. Do not substitute other fasteners.

Torque fasteners to 20-25 ft-lbs (27-34 N-m).

3.7 TENSIONING THE SYSTEM:

; Depending on the length of the system, and the environment in which the system is installed, it may be

necessary to periodically re-tension the system. Extreme temperature ranges and very long systems will likely

require periodic re-tensioning.

Carrier Cable Tension Adjustment:

1. See Figure 10. Thread tensioning nut (A) onto end of tension rod (B) so that 3-5 threads are exposed below the nut.

Insert cable into saddle clamps (C). Lift up on tensioner assembly until tensioning nut bottoms out on bottom washer

(D). Tighten saddle clamp nuts and torque to 35 ft-lbs (47.5 N-m). Tighten tensioning nut until groove (E) is exposed



4.0 IDENTIFICATION AND INSPECTION AFTER SYSTEM INSTALLATION:

A. Install the installation and service label onto the structure in a prominent location. Use the steel wire provided with

the label to attach it to the structure. Before installing the label, mark the following:

• Installation Date

• Installed By

• Maximum Users Per System

• System Length

  Installation Checklist

at the end of this manual.

16

INSTALLATION CHECKLIST

Serial Number(s):

Date Inspected: Date Of Manufacture:

Install Date:

Installed By:

Corrective Action/Maintenance

Ensure all fasteners are in place and properly tightened.

Ensure the Carrier Cable is properly tensioned

Ensure the Carrier Cable does not abrade against the structure at any

point.

Ensure system information is recorded on the system label and

Inspection and Maintenance Log:

Components of the LAD-SAF system include a Radio Frequency (RFID) tag.

The RFID tag can be used in conjunction with the handheld reading device and

web based portal (3M.com/FallProtection) to simplify inspection and inventory

control, and maintain electronic records for your fall protection equipment.

B. 

• Ensure all fasteners are in place and properly tightened.

• Ensure the carrier cable is properly tensioned. Do not use the Lad-Saf

™

system if the bottom of the cable is not

secured/tensioned with the bottom bracket assembly.

• Ensure the carrier cable assembly is installed per Figure 11.

• Ensure the carrier cable does not abrade against the structure at any point.

• Ensure the system information is recorded on the label.

5.0 INSPECTION

5.1 INSPECTION FREQUENCY:

For information on inspection frequency, inspection steps and use of the Lad-Saf Flexible Cable Safety System, refer to

instructions for use (IFU) 3M Fall Protection manuals 5908555, 5908556 and 5908301.

5.2 RFID TAG:

The Lad-Saf

™



conjunction with a handheld reading device and web based portal to simplify inspection and inventory control and provide



representative (see back cover). If you have already registered, go to 3M.com/FallProtection. Follow the instructions

provided with your handheld reader or on the web portal to transfer your data to your web log.

6.0 MAINTENANCE, SERVICING, STORAGE

6.1 If the carrier cable becomes heavily soiled with oil, grease, paint, or other substances, clean it with warm soapy water.



damage the cable.

7.0 SPECIFICATIONS

7.1 All top and bottom brackets, cable guides, carrier cable, and fasteners are made of galvanized or stainless steel. Contact



installation instructions, meets OSHA 1910.140, OSHA 1926.1053, OSHA 1910.29, OSHA 1926.502, ANSI Z359.16, CSA

(Z259.2.5) and CE (EN353-1:2014+A1:2017) requirements.

Declaration of Compliance: www.3M.com/FallProtection/DOC

8.0 LAD-SAF SYSTEM LABELING

; Please reference the User Manual supplied with the Lad-Saf™ Detachable Sleeve for proper use and maintenance of this system.

The Lad-Saf Flexible Cable Safety System Tag must be securely attached and fully legible. (See Figure 18) System Tag

contents are listed in Table 1.

The System Tag includes the following warning:

WARNING: Failure to heed warnings may result in serious injury or death. Manufacturer’s instructions supplied

with this product at time of shipment must be followed for proper installation, use, inspection and maintenance.

Unauthorized alteration or substitution of system elements or components is prohibited. Use only with compatible

personnel protective equipment as per manufacturer’s instructions. Before each use inspect system visually for defects.

Formally inspect system in accordance with instructions at least annually, or in accordance with specied inspection

criteria for the structure the system is secured to. Refer to instructions for information on periodic formal inspections.

Minimum spacing of users of this system is 20ft (6m). Do not remove this label.

A Single Point Anchor Warning is stamped on the washer at the top of Systems L1, L2, L3, CE1 and T1. See Table 1 and

Figure 19. For the M1 and M2 systems, the same information is stamped onto the D-ring bracket. See Figure 4.

FORMULARNUMMER: 5908247 REV: A

17

SIKKERHEDSOPLYSNINGER

Læs alle sikkerhedsoplysninger i denne brugsanvisning, og sørg for, at du forstår og følger disse, før du bruger dette

vertikale system. UNDLADELSE HERAF KAN MEDFØRE ALVORLIG PERSONSKADE ELLER DØDSFALD.

Disse anvisninger skal udleveres til brugeren af udstyret. Opbevar denne vejledning til senere brug.

Anvendelsesformål:

Dette vertikale system er beregnet til brug som en del af et komplet personligt faldsikringssystem.

Enhver anden brug end denne, herunder eksempelvis materialehåndtering, rekreative eller sportslige aktiviteter eller andre aktiviteter,

der ikke er beskrevet i produktvejledningen, er ikke godkendt af 3M og kan medføre alvorlig skade eller død.

Denne anordning må kun benyttes af uddannede brugere til anvendelse på arbejdspladsen.

! ADVARSEL

Dette eksible kabel-/skinnesystem er en del af et personligt faldsikringssystem. Det forventes, at alle brugere er fuldt uddannet i sikker

installation og drift af deres personlige faldsikringssystem. Misbrug af denne anordning kan medføre alvorlig skade eller død. Se

denne produktvejledningen inklusive alle producentens anbefalinger, tal med en vejleder eller kontakt 3M’s tekniske service vedrørende

korrekt valg, drift, installation, vedligeholdelse og servicering.

• For at reducere de risici, der er forbundet med at arbejde med et eksibelt kabel-/skinnesystem, som, hvis de ikke

undgås, kan medføre alvorlig skade eller død, skal du:

- Efterse alle komponenter i systemet før hver brug, mindst én gang om året og efter et eventuelt fald. Efterse systemet i

overensstemmelse med produktvejledningen.

- Hvis eftersynet afslører en usikker eller defekt tilstand i et af systemets komponenter, skal komponenten fjernes fra brug og

destrueres.

- Et eksibelt kabel-/skinnesystem, som har været genstand for faldstandsning eller kraftpåvirkninger fra stød, skal øjeblikkeligt

fjernes fra brug, og alle komponenter skal efterses af en kompetent person, før det bruges igen.

- Forbind ikke til systemet, mens det er ved at blive monteret.

- Sørg for, at systemet er korrekt vurderet for antallet af samtidige brugere.

- Når kablet udpakkes, kan den rulle sig hurtigt ud. Benyt de relevante sikkerhedsprocedurer og passende personligt

beskyttelsesudstyr, når kablet udpakkes.

- Brug kun godkendte konnektorer til at fastgøre faldselen til systemet. Brug ikke yderligere tilkoblingsanordninger.

- Brug kun kabler, der er angivet og godkendt i produktvejledningen.

- Grib ikke ind i spole-/muffeanordningens låsefunktion. Håndter kun anordningen for at fastgøre og frigøre det fra systemet.

- Sørg altid for at have tre kontaktpunkter, når du klatrer. Se produktvejledningen for yderligere oplysninger om korrekt

kravleteknik.

- Sørg for, at faldsikringssystemer/-undersystemer, der er samlet fra komponenter, der er fremstillet af forskellige fabrikanter, er

kompatible og opfylder kravene i relevante standarder, inklusive ANSI Z359 eller andre gældende regulativer, standarder for eller

krav til faldbekyttelse. Opsøg altid en kompetent og/eller kvaliceret person, før du anvender disse systemer.

• For at reducere risici i forbindelse med højdearbejde, som, hvis de ikke undgås, kan medføre alvorlig skade eller død,

skal du:

- Tilsikre, at dit helbred og din kondition gør dig i stand til at kunne modstå alle de kræfter, der er forbundet med højdearbejde, på

en sikker måde. Rådføre dig med din læge, hvis du har spørgsmål vedrørende din evne til at bruge dette udstyr.

- Aldrig overstige den tilladte kapacitet for dit faldsikringsudstyr.

- Aldrig overstige den maksimale faldafstand fra dit faldsikringsudstyr.

- Brug ikke faldsikringsudstyr, som ikke virker ved forudgående brug eller planlagte inspektioner, eller hvis du er bekymret for

udstyrets brug eller egnethed til det tilsigtede formål. Kontakt 3M’s tekniske service med eventuelle spørgsmål.

- Kombinationer med visse delsystemer og komponenter kan forstyrre driften af dette udstyr. Brug kun kompatible forbindelser.

Rådfør dig med 3M, før du bruger dette udstyr sammen med andre komponenter eller delsystemer end dem, der er beskrevet

i brugsanvisningen.

- Vær særligt forsigtig, når du arbejder i nærheden af maskiner, som bevæger sig (f.eks. øverste drev på olieplatforme), elektrisk

kortslutning, ekstreme temperaturer, kemiske farer, eksplosive eller giftige gasser, skarpe kanter eller under overliggende

materialer, som kan falde ned på dig eller dit faldsikringsudstyr.

- Brug Arc Flash eller Hot Works (dvs. passende beskyttelses)-anordninger, når du arbejder i miljøer med ekstrem varme.

- Undgå overader og genstande, som kan beskadige brugeren eller udstyret.

- Sørg for tilstrækkelig faldafstand ved højdearbejde.

- Faldsikringsudstyret må aldrig modiceres eller ændres. Kun 3M eller af 3M skriftligt bemyndigede parter må foretage

reparationer på udstyret.

- Før brug af faldsikringsudstyret skal du sørge for at have en redningsplan, som muliggør hurtig redning i tilfælde af fald.

- Hvis der sker et fald, skal der straks søges lægehjælp for den faldne arbejder.

- Brug ikke et kropsbælte til anvendelser, der involverer faldsikring. Må kun benyttes med komplet kropssele.

- Svingfald kan minimeres ved så vidt muligt at arbejde lige under forankringspunktet.

- Hvis der øves med denne anordning, skal der benyttes sekundært faldbeskyttelsesudstyr på en sådan måde, at lærlingen ikke

udsættes for utilsigtet faldrisiko.

- Brug altid passende personlige værnemidler under installation, brug eller inspektion af enheden/systemet.

DA

18

;

Inden udstyret tages i brug, skal produktidentikationsoplysningerne fra ID-mærkatet noteres i installationstjeklisten på

bagsiden af denne manual.

PRODUKTBESKRIVELSE:

Figur 1 viser Lad-Saf

®

eksibelt kabelsikkerhedssystem. Figurerne 2-19 viser komponenterne på Lad-Saf

®

eksibelt

kabelsikkerhedssystem. Se tabel 1 for beskrivelse af systemkomponenter. Se tabel 2 for specikation af systemkomponenter.

Tabel 1 —

Komponentbeskrivelser

Delnummer Figur Beskrivelse

System L1 og L2 6116632

6116631

2 Bruges med standard-trinfastgørelser. Yderligere egenskaber (“A” i gur 2) fungerer som

en enkeltpunkts-forankring for en enkelt brugerfastgørelse. Minimum brudstyrke 16 kN

(3.600 pund). Overholder EN795:2012 Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

L1 og L2-systemer passer til trintyper og afstandsskiver, oplistet nedenfor.

L3-system 6116633 3 Bruges med standard med-trinfastgørelser. Yderligere egenskaber (“A” i gur 3) fungerer

som en enkeltpunkts-forankring for en enkelt brugerfastgørelse. Minimum brudstyrke 16 kN

(3.600 pund). Overholder EN795:2012 Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

L3-system passer til trintyper og afstandsskiver oplistet nedenfor.

M1 og M2-systemer 6116638

6116634

4 Bruges på standard enkelt pæle eller i kombination med modvægtunderstøtning.

Monteringshuller skal fordeles med 101 mm (4 tommer) fra midten. Yderligere

egenskaber (“C” i gur 4) fungerer som en enkeltpunkts-forankring for en enkelt

brugerfastgørelse. Minimum brudstyrke 16 kN (3.600 pund). Overholder EN795:2012

Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

W1-system 6116635 7 Bruges som standard med træpæle med 12 mm (1/2 tomme) fastgørelsesanordninger.

CE1-system 6116636 8 Til forlængelse af systemet med op til 1,2 m (48 tommer) over den øverste platform.

Yderligere egenskaber (“A” i gur 8) fungerer som en enkeltpunkts-forankring for

en enkelt brugerfastgørelse. Minimum brudstyrke 16 kN (3.600 pund). Overholder

EN795:2012 Type A, OSHA 1926.502, 1910.140, AS/NZS 5532.

CE1-system passer til trintyper og afstandsskiver, oplistet nedenfor.

T1-system

kun ANSI/OSHA-certiceret

6116618 9 Bruges med standard-trinfastgørelser. Teleskoprør kan forlænge enkeltpunkts-

forankring til 0,76 m (30 tommer). Yderligere egenskaber (“A” i gur 9) fungerer som

en enkeltpunkts-forankring for en enkelt brugerfastgørelse. Minimum brudstyrke 16 kN

(3.600 pund). Overholder OSHA 1926.502 og 1910.140.

T1-system passer til trintyper og afstandsskiver oplistet nedenfor.

Spænding 10 Når rillen trækkes gennem pladen, er kablet spændt.

Installation af kabel 11 Kontrollér, at den store stift hviler på indersiden af toppladen.

Kabelskinne 12 Bruges til at styre kablet i vertikale systemer.

Modvægtsbeslag 5 Bruges sammen med M1 og M2-systemer for at levere et fastsætningspunkt til et

sikkerhedssystem eller kabelskinne.

Lad-Saf X2 13, 14

Bruges som mue i vandrette systemer. Giver brugeren mulighed for at bevæge sig frit

op og ned ad systemet og samtidig være fastgjort. Brug kun sammen med de leverede

karabinhager eller snagkrog.

Lad-Saf X3 15

Lad-Saf X3+ 16, 17

Systemmærkat 18

Mærkatmarkeringer og RFID-mærkater på systemet

1 Monteringsdato 7 Inspektionsdato

2 Monteret af 8 Systemserienummer

3 Krav til forankringspunkter 9 Systemadvarsler

4 Maks. antal brugere per system 10 Kabeltyper og muekompatibilitet matrix

sammen med certisering for standarder.

5 Systemlængde 11 RFID-mærkat

6 Fremstillingsdato

Enkeltpunkts-forankringsadvarsel 19 Stempling på skive, øverst på systemerne L1, L2, L3, CE1 og T1. Stempling på enkelt

pæls enkeltpunkts-forankringsforbindelse (“C” i gur 4) brugt med M1 og M2-systemerne.

1 Standard som ankeret er i

overensstemmelse med.

4

Brugt til faldstandsning.

2 Maksimalt antal brugere. 5

Må ikke bruges til løft.

3 Læs brugervejledningen. 6

Producentens hjemmeside.

Trinforstærkning 20 Bruges til at levere yderligere støtte til trintyper, som ikke kan modstå belastningskravene

som angivet i afsnit 2.2.

L1, L2, L3, CE1 og T1-systemer passer til de følgende trintyper og afstandsskiver:

Afstandsskiver 200 mm - 310 mm (9 tommer - 12,25 tommer)

Cylindrisk trin 13 mm - 40 mm (0,5 tommer - 1,6 tommer) diameter

Firkantet trin 13 mm - 40 mm (0,5 tommer - 1,6 tommer)

Ruderformet trin 13 mm - 40 mm (0,5 tommer - 1,6 tommer) højde

Vinkeljern 13 mm - 40 mm (0,5 tommer - 1,6 tommer) benhøjde

Rektangulært trin 13 mm - 40 mm (0,5 tommer - 1,6 tommer) højde 13 mm - 48 mm

(0,5 tommer - 1,9 tommer)

DA

19

Tabel 1 —

Komponentbeskrivelser

Varenummer: Figur Beskrivelse

Modvægtsbeslag

SO-1 6100705

5

Fleksibel top/nederste modvægt 2 tommer OD 24,25 tommer pælmidte

SO-2 6100710 Fleksibel modvægt, pæl, SS

SO-3

6100675 Fleksibel kabelskinnemodvægt, 2 tommer OD-pæl

6100677 Fleksibel kabelskinnemodvægt, 2-1/2 tommer OD-pæl

6100679 Fleksibel kabelskinnemodvægt, 3 tommer OD-pæl

6100680 Fleksibel kabelskinnemodvægt, 3-1/2 tommer OD-pæl

6100681 Fleksibel kabelskinnemodvægt, 4 tommer OD-pæl

6100682 Fleksibel kabelskinnemodvægt, 4-1/4 tommer OD-pæl

SO-4

6100636 Vinkeljernmodvægt 3 tommer, 90 deg, top og bund, galv

6100642 Vinkeljernmodvægt 8 tommer, 90 deg, top og bund, galv

SO-5

6100651 Fleksibel top/nederste modvægt 2-3/8 tommer OD-pæl

6100652 Fleksibel top/nederste modvægt 2-1/2 tommer dia-pæl

6100654 Fleksibel top/nederste modvægt 3 tommer OD-pæl

SO-6

6100621 Vinkeljernmodvægt 3 tommer, 90 deg, kabelskinne, galv

6100627 Vinkeljernmodvægt 6 tommer, 90 deg, kabelskinne, galv

6100629 Vinkeljernmodvægt 8 tommer, 90 deg, kabelskinne, galv

6100635

Vinkeljernmodvægt 2 tommer 90 deg, top og bund, SS

SO-7 6100386 Flekskabelskinnemodvægt, stål

SO-8 6100232 Fleksmodvægt, 5-10 tommer pæl,

SO-9 6100230 Fleksmodvægt

Kabelskinner

Typisk

anvendelse:

Strukturstørrelse: Strukturtype:

CG-2 6100140

12

Fleksibel kabelskinne, SS Træpæl Ikke relevant

Ikke relevant

CG-3 6100400 Flekskabelskinneguidesaml, galv. Standard <1-1/8 tommer

Rund/rkantet

CG-3 6100401 Fleksibel kabelskinnesml, SS

LEB og

teleskop

<1-1/8 tommer

Rund/rkantet

CG-3

6100410 Flekskabelskinneguide, galv. Standard <1 tommer

Rund/rkantet

CG-5 6100427 Fleksibel kabelskinnesml, SS Standard 1-5/8x1

Rund/rkantet

CG-3

6100440 Fleksibel kabelskinne, SS Standard <1 tommer

Rund/rkantet

CG-3

6100450 Fleksibel kabelskinne, SS

LEB og

teleskop

<1 tommer

Rund/rkantet

CG-6

6100454 Fleksibel kabelskinnesml, SS Standard 1x3/4 tommer

Vinkel

CG-5 6100457 Fleksibel kabelskinnesml, SS Standard <1 tommer

Rund/rkantet

CG-7

6100500 Flekskabelskinneguide, galv. L Énpolet 5-3/4 tommer lang

Ikke relevant

CG-9

6100505 Fleksibel kabelskinnesaml, SS, L Énpolet 5-3/4 tommer lang

Ikke relevant

CG-9

6100512 Fleksibel kabelskinne, SS, L Énpolet 5-3/4 tommer lang

Ikke relevant

CG-9

6100513 Fleksibel kabelskinne, SS, L Standard <1-5/8 tommer

Rund/rkantet

CG-9

6100515 Flekskabelskinneguidesaml. galv, L Énpolet 5-3/4 tommer lang

Ikke relevant

CG-9 6100519 Fleksibel kabelskinne, SS, L Standard <2-1/8 tommer

Rund/rkantet

CG-9 6100522 Flekskabelskinneguidesaml. galv, L Énpolet 5-3/4 tommer lang

Ikke relevant

CG-7 6100527 Fleksibel kabelskinnesaml, SS, L Énpolet 1x1 tommer

Vinkel

CG-14 6100530

Flekskabelskinneguidesaml, galv,

låsehaspe

Standard <1 tommer

Rund/rkantet

CG-14 6100531 Flekskabelskinneguide, galv, låsehaspe Standard <1 tommer

Rund/rkantet

20

Tabel 2 -



Standarder

Figur

Kapacitet

(pund/kg)

Minimal

bruger 

(pund/kg)

Antal brugere

Aktiveringskraft

(lb/kN)

Maks.

udløsningslængde

(tommer/mm)

Minimal brudstyrke

(pund/kN)

Væt

(pund/kg)

Driftstempera-

turinterval

(°F/°C)

Komponent Delnummer Materiale

Reserve-

delskode

Maks. Min.

System - L1* 6116632

304 rustfrit

stål

L1

ANSI, AUS,

CE, CSA,

OSHA

2 310/140 2 3.600/16 20/9,1 140/60 -40/-40

System - L2* 6116631

Galvaniseret

stål

L2

ANSI, AUS,

CE, CSA,

OSHA

2 310/140 2 3.600/16 20/9,1 140/60 -40/-40

System - L3* 6116633

Galvaniseret

stål

L3

ANSI, AUS,

CE, CSA,

OSHA

3 310/140 4

4.560/

20,27

24/10,9 140/60 -40/-40

System - M1* 6116638

304 rustfrit

stål

M1

ANSI, AUS,

CE, CSA,

OSHA

4 310/140 4**

4.560/

20,27

9/4,1 140/60 -40/-40

System - M2* 6116634

Galvaniseret

stål

M2

ANSI, AUS,

CE, CSA,

OSHA

4 310/140 4**

4.560/

20,27

9/4,1 140/60 -40/-40

System - W1 6116635

Galvaniseret

stål

W1

ANSI, AUS,

CE, CSA,

OSHA

7 310/140 2 3.600/16 14/6,4 140/60 -40/-40

System -

CE1*

6116636

Galvaniseret

stål

CE1

ANSI, AUS,

CE, CSA,

OSHA

8 310/140 2 3.600/16 46/21 140/60 -40/-40

System - T1* 6116618

Galvaniseret

stål

T1

ANSI,

OSHA

9 310/140 4

4.560/

20,27

40/18,2 140/60 -40/-40

Lad-Saf X2 6160030 Rustfrit stål

ANSI, CE,

CSA, OSHA

13 310/140 88/40 1 450/2 4,0/102 3.600/16 2,1/1 140/60 -40/-40

Lad-Saf X2 6160047 Rustfrit stål

ANSI, CE,

CSA, OSHA

14 310/140 88/40 1 450/2 4,0/102 3.600/16 2,1/1 140/60 -40/-40

Lad-Saf X3 6160054 Rustfrit stål

ANSI, CE,

CSA, OSHA

15 310/140 88/40 1 450/2 4,0/102 3.600/16 2,1/1 140/60 -40/-40

Lad-Saf X3+ 6160052 Rustfrit stål

AUS, CE

16 310/140 88/40 1 450/2 4,0/102 3.600/16 2,1/1 140/60 -40/-40

Lad-Saf X3+ 6160065 Rustfrit stål

AUS, CE

17 310/140 88/40 1 450/2 4,0/102 3.600/16 2,1/1 140/60 -40/-40

Kabel - 9,5

mm (3/8

tomme) 1x7

6104XXX/

CE

6134XXX(m)

Galvaniseret

stål

15.400/

68,4

0,27/fod

- 0,41/m

140/60 -40/-40

Kabel - 9,5

mm (3/8

tomme) 1x7

6105XXX/

CE

6135XXX(m)

Rustfrit stål

18.000/

80

0,27/fod

- 0,41/m

140/60 -40/-40

Kabel - 9,5

mm (3/8

tomme) 7x19

6106XXX/

CE

6136XXX(m)

Galvaniseret

stål

14.400/

64

0,27/fod

- 0,41/m

140/60 -40/-40

Kabel - 9,5

mm (3/8

tomme) 7x19

6107XXX/

CE

6137XXX(m)

Rustfrit stål

12.000/

53,3

0,27/fod

- 0,41/m

140/60 -40/-40

*System — Enkeltspunkts-forankring minimal brudstyrke 16 kN (3.600 pund).

** Antal brugere er begrænset til én ved brug i forening med SO-4 og SO-5. Se gur 5.

Referencer

på forside

1 Monteringsvejledning

Figur 1 A Topbeslag

2

Lad-Saf

™

Fleksible kabelsikkerhedssystemer B Mue

3 Standarder C Kabel

4

Nummer på bemyndiget myndighed, der udførte

CE-test. D

RFID-mærkat

5

Nummer på bemyndiget myndighed, der kontrollerer

fremstillingen af denne PPE.

E

Kabelskinne

6 Antal brugere. F Bundbeslag

7

Brugervægten, inklusive tøj, værktøj og andet udstyr, er

40 - 140 kg (88 - 310 pund).

Leht laadib ...

3M DBI-SALA® Lad-Saf™ Swaged Cable 6105100, 3/8 Inch, 1x7, Stainless Steel, 100 FT Kasutusjuhend

3M DBI-SALA® Lad-Saf™ Swaged Cable 6105100, 3/8 Inch, 1x7, Stainless Steel, 100 FT Kasutusjuhend

teistes keeltes

Seotud paberid

Muud dokumendid