GALINO
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SLIDING PARTITION AUTOMATIC DOOR GALINO

partition structure allowing integration into a plasterboard wall, comprising an automatic door with a door leaf moving into the wall. be used in all types of trade wall with a reservation of at least 70 mm (available distance between panels) operation thanks to a sound insulated rail and the use of customised sound-proof pulleys package, tested in workshop and ready to fit by any tradesman (plasterer, electrician, carpenter, menuisiers, …) controlled remote opening option saved thanks to complete sliding retraction of the door. to install on existing door space safety features: effortless...

SIMPLE DOOR LEAF KIT >230 V Mono electrical supply >2 Pre-wired opening detectors Opening detector >5 mm calibration provided around the structure >Finished product thickness: 96 mm Clearance Clearance Mechanism Mechanism width height length height A B GALINO.1V.08 du mécanisme coulissant (H x2150 2025 1755 Dimensions 800 mm P) Reference A clearance width B mechanism length GALINO.1V.09 900 mm 2025 1955 2150 Dimensions du mécanisme télescopique (H x P) GALINO.1V.10 passage 2025 Largeurs de1000 mm PLACO sections Mechanism length: B clearance width A 100 25

WOODEN TRIM Assembly process ᕡ closing assembly ᕢ adhesive 9/3 mm contact joint ᕣ 800/900/1000 mm rails ᕤ rail locking clip ᕥ cross-piece bearing pins ᕦ sliding partition mounts screwed to the metal struucture >Different dimension wood pieces are available upon request

GALINO Technical characteristics Power supply Dimensions du mécanisme coulissant (H x P) I.C. engine Dimensions du mécanisme télescopique (H x P) Opening de Largeurstime passage Closing time Hauteur de passage Adjustable closing time-delay Alimentation Operating temperature Puissance motoréducteur (selon versions) Relative d’ouverture réglable et paramétrable Temps humidity Maximum fermeture réglable et paramétrable Temps deweight Temporisation de fermeture réglable 24 V CC from 2.5 to 3.5 seconds from 4 to 5 seconds from 1 to 10 seconds 0°C to + 50°C < 85% 60 kg Hyperfrequency detection I...