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When using the system, pay special attention to risks affecting the protective equipment operation or the user’s safety, and in 
particular to kinks and rope movement on sharp edges, oscillatory falls, electricity, influence of extreme temperatures, equipment 
damage, negative influence of environmental factors, chemical substances and contamination. 
Do not modify, repair components of the system or replace them with non-original spare parts. 
It’s recommended to mark the device with the date (month and year) of next inspection date using a special sticker – see it below. 

Attention: Before the first use mark 
the date of the first inspection 
(date of first use +12 months).
Don't use the device after this date.  

5. Device marking

See fig. 3

6. Installation of anchor point

• Before anchor point AT150 is installed, it must be stored in a place which is: clean, free from any vapours of corrosive substances, and 
in conditions preventing its mechanical damage. Also please take into account environmental conditions present in the place of 
installation which may cause corrosion of anchor point and fasteners.
• Installation of the anchor point must be carried out in accordance with rules of fixing on steel structures or concrete elements. When 
fixing on metal surfaces use bolts M12 of any length and tension grade of no less than A2/70. When fixing on concrete surfaces use 
throughbolts M12 or chemical anchors M12.
• Installation with use of anchors should be carried out in accordance with guidelines specified by the manufacturer of these elements.
• Follow general rules for use of personal fall protection equipment in accordance with EN 795:2012.
• For installation on a concrete surface using throughbolts or mechanical anchors the required strength of these surfaces should be 
greater than 20MPa,
• Anchor point AT 150 should be installed above the workplace.
• Example installations are shown in figures

7. Installation on steel and concrete surfaces 

Anchor point may be installed on steel structure the thickness of which is more than 3mm. Drill two holes of 12.5-13mm in diameter 
spaced 100mm with possible error margin of up to 5mm. Figure no. 4.  Strength of steel structure to which anchor point is to be 
installed should be calculated and be no less than 12kN.  

Fix anchor point AT150 in the drilled holes using M12 bolts of adequate length and strength class, accordingly:  

• for galvanized bolts – strength class no lower than 8.8
• for stainless steel (A2) and acid resistant steel (A4) bolts – strength class no lower than 70. (Figure 5)

Bolts should be tightened using a torque wrench by applying a torque of no more than 40Nm. Increasing the torque may damage 
aluminium structure of anchor point AT150 or break it in case of unevenness of contact surface (Figure 6).  

Anchor point AT150 is suitable also for installation in concrete structures using mechanical anchors (throughbolts) or chemical anchors 
of 12mm in diameter. For installation using mechanical and chemical anchors, keep closely to recommendations given by 
manufacturers of these anchors (drilling depth, drill bit diameter, anchor torque).  

Concrete structure should be dense and have no surface cracks or chips.  
Mechanical strength of concrete should be no higher than 20MPa. 
Before installation on concrete structure assess the surface for unevenness. If any unevenness greater than 2mm is found (Figure 7) on 
anchor point installation line, use special EPDM rubber pad (PS150) to reduce stresses in aluminium structure of the anchor point 
(Figure 8). In the case of a minor unevenness the rubber pad is not necessary.  
Drill two holes of 12mm in diameter and depth of approx. 120mm, spaced 100mm +/- 5mm (Figure 9).  

Fasteners, as anchors, should be placed in such holes using a hammer (in accordance with instructions for installation of anchors 
(Figure 10).  
Anchors should be tightened using a torque wrench with a torque value specified by the manufacturer (usually 40Nm) (Figure 11). 

8. Connecting fall protection system to the AT 150

Fall protection system should be attached the AT150 with EN362 connectors only.The system should be connected to the AT150 in such 
a way the function of any component of the system is not affected by, or interferes with the function of any other. See figure 12.

9. Essential principles for use of personal fall protection equipment

• Anchor point AT150 must be used in accordance with instruction manuals for personal fall protection equipment and standards:
- EN 361 - Full body harness
- EN352-3; EN355; EN360 - Personal fall protection equipment
- EN362 - Connectors
- EN 795 - Anchor points

 

        

 

 

 

        

NASTĘPNY PRZEGLĄD

20xx

20xx

3/5

 READ AND UNDERSTAND INSTRUCTION MANUAL 

BEFORE USING THE EQUIPMENT 

 

Summary of Contents for AT150

Page 1: ...ing holes for anchor point AT150 Figure 10 Embedding throughbolts in concrete Figure 11 Tightening anchor point using torque wrench Figure 7 Estimation of maximum permissible unevenness of concrete structure 1 5 EN795 Type A Standard reference Before use read the instruction manual MM YY month year Date of manufacture Max 1 Maximum number of users AT150 Reference number of device Manufacturer s de...

Page 2: ... inspections At least once a year after every 12 months of use it is necessary to carry out periodic detailed inspection of the device Periodic inspection shall be carried out by service point authorized by the Manufacturer located at the following address PROTEKT Grzegorz Łaszkiewicz ul Starorudzka 9 93 403 Łódź or a competent person with adequate skills trained in performing inspections of such ...

Page 3: ... calculated and be no less than 12kN Fix anchor point AT150 in the drilled holes using M12 bolts of adequate length and strength class accordingly for galvanized bolts strength class no lower than 8 8 for stainless steel A2 and acid resistant steel A4 bolts strength class no lower than 70 Figure 5 Bolts should be tightened using a torque wrench by applying a torque of no more than 40Nm Increasing ...

Page 4: ...ndition and safety of users which is dependant on the equipment functionality and durability During periodic inspection it is necessary to check the legibility of all the equipment markings identity label of the device All information on protective equipment name serial no purchase date and date of first use name of user information on repairs and inspections and withdrawal from use must be provid...

Page 5: ...the date of purchase of the device If a defect is found in any part the warranty and guarantee period for this part is extended by the time of repairs and effective removal of the defect found The warranty covers Defects in material Structural defects Anti corrosion coating defects In order to keep the warranty it is necessary to follow procedures of periodic inspections specified in item 4 of the...

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