F a l l P r o t e c t i o n E x p e r t s. Subject: Use of Rope Grabs in Flat or Sloped Roof Applications

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1 No. RG001, Rev. B Subject: Use of Rope Grabs in Flat or Sloped Roof Applications The use of DBI/SALA Rope Grabs (model , ) on flat or sloped roofs are acceptable as a means of fall protection under most conditions. The following guidelines should be observed and the special conditions noted. 1. The rope grabs must be used on a lifeline, which meets the requirements specified in the user instruction manual (i.e., size, construction, material, and strength). 2. The anchorage point shall be capable of supporting 5,000 pounds for fall arrest or 3,000 pounds for restraint applications. See user instruction manual for additional anchorage strength information. NOTE: Restraint anchorage may only be used where there is no possible vertical free fall. Restraint anchorage does not have sufficient strength for fall arrest. 3. The rope grab shall be connected directly to the body support (via locking carabiner) or with a short lanyard (not to exceed three feet in length). 4. Provisions shall me made (i.e., warning lines, monitors, guardrails, etc.) to prevent swing falls from otherwise unprotected roof edges or corners. 5. The lifeline must be protected from contact with sharp or abrasive edges and surfaces. 6. The rope grab locking operation must not be hindered by interference with the roof or objects on the roof surface. 7. Make certain enough clearance exists in the path of the fall to prevent striking an object. See user instructions for additional fall clearance information. 8. The rope grab and the lifeline system shall be positioned to prevent a free fall exceeding six feet (for fall arrest system). Restraint systems do not allow a free fall. 9. Training shall be conducted on the correct care and use, operating characteristics, application limits and consequences of improper use of the rope grab system. 10. All applicable guidelines in the user instruction manual shall be followed.

2 MISC007 Rev. B Subject: Certification / Inspection Frequency The following information describes the normal servicing, recertification and inspection requirements for the DBI/SALA products. Consult the user instruction manuals for complete details and information. Consult DBI/SALA for requirements relating to equipment used under special circumstances. SELF RETRACTING LIFELINES (SRL), CLIMB ASSIST SYSTEMS *DBI/SALA and ANSI require the product to be inspected at least annually by a Competent Person. Extreme conditions of use may require increasing inspection frequency. (In Canada, CSA requires SRL s to be serviced within two years of mfg. date, thereafter annually) *Before each use, DBI/SALA, OSHA and ANSI require SRL s to be inspected (by the user). *After an impact, the SRL must be removed from service (per DBI/SALA, OSHA and ANSI) and inspected. Servicing may be required. WINCHES *DBI/SALA recommends that Salalift I and II winches be serviced and recertified every year. Extreme working conditions may require increasing the frequency. *On a monthly basis, DBI/SALA recommends that a competent person other than the user formally inspect the winches. *Before each use, DBI/SALA requires winches to be inspected (by the user). *After an impact, the winch must be removed form service and inspected. Servicing may be required. RESCUE POSITIONING DEVICES (RPD S) *DBI/SALA recommends that RPD s be serviced and recertified every year. Extreme working conditions may require increasing the frequency. *On a monthly basis, DBI/SALA recommends that a competent person other than the user formally inspect the RPD. *Before each use, DBI/SALA requires the RPD to be inspected (by the user). RESCUMATIC CONTROLLED DESCENT DEVICE *DBI/SALA recommends that Rescumatics have maintenance check performed every 6 months by the user. *On a monthly basis, DBI/SALA recommends that the Rescumatic be formally inspected by a competent person other that the user. LAD SAF LADDER SAFETY SYSTEM *DBI/SALA requires the Lad Saf system (including sleeve) by inspected at least annually by a competent person. *Before each use, DBI/SALA and OSHA require the system to be inspected (by the user)

3 *After an impact, the entire system (including the sleeve) shall be inspected by a competent person. TRIPODS/DAVIT ARMS /SUPPORT STRUCTURES *DBI/SALA requires at least a monthly inspection by a competent person. *Before each use, DBI/SALA, OSHA and ANSI require an inspection (by the user). *After an impact, remove the product from service and inspect. Servicing may be required. LOAD ARRESTORS *DBI/SALA requires the load arrestors to be serviced and recertified every two years. Extreme working conditions may require increasing the servicing frequency. *Annually, a competent person should inspect the units. *After an impact, the load arrestor must be removed from service and returned to a repair center for service/recertification. HARNESSES/LANYARDS /POSITIONING EQUIPMENT /ROPE GRABS, ANCHORAGE CONNECTORS *DBI/SALA and ANSI require the product to be inspected at least annually by a competent person. *Before each use, DBI/SALA, OSHA and ANSI require an inspection (by the user). *After an impact, the product must be removed from service (per DBI/SALA, OSHA and ANSI). TEMPORARY HAORIZONTAL LIFELINE SYSTEM *DBI/SALA requires the system to be inspected annually by a qualified person. Extreme working conditions may require increasing the service frequency. *Before each use, and after installation, a qualified person shall inspect the system. *After an impact, the system must be removed from service (per DBI/SALA, OSHA and ANSI) or returned to the factory for inspection and/or repair.

4 Subject: Product Life Date: February 1998 No. MISC002, Rev. E The current DBI/SALA policy on the life of products is totally dependent on the condition of the item and not the age. A DBI/SALA product can be used as long as the inspection performed does not reveal any damage, wear, or other characteristics that will effect the product s performance. The inspection of the product shall be performed according to details outlined in the user instruction manual on the specific product as well as other applicable information provided by DBI/SALA. The frequency of inspections to determine the usability of the product shall be as follows: 1. Inspect before each use (by user). 2. Monthly (by competent person other than user) (for winches, RPD s, Rescumatics, tripods, davit arms) (recorded). 3. Annually (by competent person other than the user) (recorded). After a fall, the product shall be removed from service and destroyed (or used for educational purposes). After a fall, Self- Retracting Lifelines (SRL s) shall be inspected and serviced (if required, see user instructions) by factory authorized service center. Inspection and servicing frequency may need to be modified based on the amount of use and the conditions within the environment the product is used in. Current OSHA and ANSI regulations indicate the following regarding inspection of equipment: OSHA OSHA *Remove impacted systems and components. *Inspect systems prior to use. *Remove impacted systems and components. *Inspect systems prior to use. ANSI Z *Comply with manufacturer s instructions. *Inspection by user prior to use. *Inspect at least annually by competent person. All equipment found to be unusable shall be tagged as rejected and pulled out of service. Copies of user instructions and other available inspection information can be obtained from DBI/SALA. Activation Date Typically the date of manufacture on a product or the date of purchase is used to help determine when a product is due for inspection. The date of the products first use can also be used as an activation date. The activation date is defined as the time when a product is first put into actual service (initally or after service/repair).

5 If inspection timing is based on the activation date instead of the manufacture date, service date or purchase date, the activation date should be recorded in the user instruction manual in the inspection and maintenance log under the inspection date column (or record/document in some manner). Indicate that the entry is date of first use (or activation date). If the activation date is unknown, the product purchase date, service date, or manufacture date should be used to determine when product is due for inspection. Prior to placing a product into service that product shall be properly stored according to the user instruction manual. Learn more about clothing & work wear we have.