Honeywell Miller VR500 Mode D'emploi page 13

Söll VR500 Söll GlideLoc
1.2 Description of the Product and Hazards
The Söll GlideLoc fall arrester "Söll VR500" (hereafter "fall arrester") is a component of
the fall protection system named Söll GlideLoc which is equipped with a fixed guide rail
designed to protect against fall from height. This fall protection system is certified in ac-
cordance with the norms EN 353-1:2014+A1:2017; TP TC 019/2011; ANSI-ASC A14.3-
2008; NBR 14627. The operating company of the fall arrest system has to suitably ensure
that all users are supplied with their own full body harness compliant with standard EN 361;
ANSI Z359.1 – 2007; NBR 15836 and its own fall arrester and that they are used accord-
ing to the current instructions.
1.3 Manufacturer's details
Honeywell Fall Protection Deutschland GmbH & Co. KG
Seligenweg 10
95028 Hof, Deutschland
Phone: +49 (0) 9281 8302 0
E-mail: scs-hof@honeywell.com
1.4 Compatibility
The fall arrester must be used only in conjunction with the original Söll fall arrest sys-
tems which have the Söll GlideLoc EU-type examination certificate. Using systems of
other manufacturers is strictly forbidden.
The selection and use of the Söll GlideLoc system should not be made without seeking ad-
vice from a person duly authorised by the manufacturer who will be able to help the user
select the appropriate equipment, to analyze the requirements of the correct installation,
and install the system components in a suitable configuration.
The fall arrester must only be used with full body harnesses compliant with standard
EN 361; ANSI Z359.1 – 2007; NBR 15836. Only fall arrest attachment elements certified
according EN 361; ANSI Z359.1 – 2007; NBR 15836 (marked with "A") should be used.
1.5 Performances of the fall arrester
The maximum arrest force for a fall of a 100 kg weight will be 6kN.
Safety and compliance are essential in our day to day activities. To fulfil our mission, Söll
GlideLoc VR500 fall arrester has been tested to several user's weight scenarios on dynamic
performance test. Resulting peak loads for several scenarios are pictured in table below:
User's weight (kg)
40
100
140
Peak load (kN)
4.68
4.17
7.67
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