EBR.
Handle for doors
with safety locking device
ELESA Original design
ErgostyleMain dimensionsMounting holesF1F2L1L2Weight
CodeDescriptionLfDhh4Bl1f1d2h3dd1h1h2[N][N][J][J]g
260531-*EBR.150-8-*160132±0.52844568.589186168.513.510302800290035890
CodeDescriptionCaps for
29831-*ECA.B1-*EBR.150
* Complete with colour index (C1,....,C6).
Material
Glass-fibre reinforced polyamide based (PA) technopolymer with security anti-intrusion-profiled slot. Resistant to solvents, oils, greases and other chemical agents.

Colour
Grey-black, matte finish.

Locking device
AISI 304 stainless steel pin with technopolymer push button, cylindrical walls in red colour.

Caps
Technopolymer in Ergostyle colours, matte finish. Supplied, press-fit assembly, removable by a screwdriver.
Available also as accessories sold separately (see table).

Standard execution
Pass-through holes for cylindrical head screws with hexagon socket.

Security key (to order separately)
- CSN. (code 6951): acetal resin based (POM) technopolymer fold-away key, red colour, anti-intrusion-profiled stainless steel insert.
- CSF. (code 6952): polyamide based (PA) technopolymer ball key, red colour, anti-intrusion-profiled stainless steel insert.

Functioning of the safety device
Doors with EBR. handle with safety locking device assembled can be opened only by authorised people, provided with the proper anti-intrusion profiled key.
1. Locking: press the locking button until the red part of it disappears completely into the body and the device snaps. The key must not be inserted during locking operations.
2. Opening: insert the key (without turning it) and push to make the internal device snap.

Features and applications
AISI 304 stainless steel, thanks to its high resistance to corrosion, allows the application of these handles on machines and equipment in those sectors where laws or particular hygienic, climatic and environmental factors make it mandatory to use corrosion resistant materials.

Technical data
Tensile stress and impact strength: F1, F2, L1 and L2 values reported in the table are the result of breaking tests carried out with the appropriate dynamometric equipment under the test conditions shown in the figure with ambient temperature.