TECHNICAL DATA
– Break release with hexagonal key
– Interchangeable cylinder made in Italy
– Key with European cylinder
– Release lever in the keyfob
– Metal body
– Dimensions: 53x108hx44 mm
Universal aluminium column 52x70x50h mm with fixing base 115x85 mm
Universal aluminium column 52x70x50h mm with fixing base 115x85 mm, with housing for photocell
Universal aluminium column 52x70x1000h mm with fixing base 115x85 mm
Universal aluminium column 52x70x1200h mm with fixing base 150x150 mm
For aluminium columns with technopolymer fixing base a “zero-space fixing base” is available
For both aluminium columns with technopolymer fixing base and aluminium columns with metal fixing base the foundation plate (see data sheet) is available.
Here are the plus points of the Dorica line:
RESISTANCE
As the profile shape is extruded in aluminium, the structure of these columns is very resistant
EASY TO WIRE
The body column's, being composed of 2 sliding proles, can be opened to facilitate the wiring's cables
Data Sheet
Instructions Dorica 50
Instructions Dorica 50 CAP
Instructions Dorica 100
Instructions Dorica h120
TECHNICAL DATA
M (required resistant moment): 7 Nm
Rack pitch: M4
Gate weight: 400 Kg (3920 N)
Slope: 3,2° MAX
Formula:
M [Nm] = P x sinß x 0,032
P = gate weight in Newtons (9.8N=1Kg)
sinß = sine of the tilt angle (ß= tilt in degrees)
P = 9.8 x 400kg = 3920 Newton
M = 3920 Newton x sin 3.2 x 0.032 = 7 Nm
CONTROLGIR-30
Braking system for sloping sliding gateCsO - mNaTxRimOuLmG IsRlo-p3e0 1 (33,90°N (3m0 )Nm)
TECHNICAL DATA
M (required resistant moment): 30 Nm
Rack pitch: M4
Gate weight: 400 Kg (3920 N)
Slope: 13,9° MAX
Formula:
M [Nm] = P x sinß x 0,032
P = gate weight in Newtons (9.8N=1Kg)
sinß = sine of the tilt angle (ß= tilt in degrees)
P = 9.8 x 400kg = 3920 Newton
M = 3920 Newton x sin 13.9 x 0.032 = 30 Nm
Data Sheet
Controlgir-7 Instructions manual
Controlgir-30 Instructions manual
Data sheet
