
SMALL59
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Wall-mounted aluminum security box with push-button panel and break release
Aluminum
wall-mounted security box
SMALL59, with push-button panel and break release.
TECHNICAL FEATURES:.
- Small size: 60 x 120 h x 45 mm
- Wall mounted
- Standard electrical connection with three-way terminal block

EASY UNLOCK
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Internal release for roller shutters and emergency release for automatic doors
EASY UNLOCK is the first release device for the brake specially designed for security inside commercial premises. In the event of an emergency, it allows to release the motor brake and manually open the shutter in a quickly and intuitive way.
TECHNICAL DATA
- Connectable to external release device
- Flush-mounted and wall-mounted
- Size: 30x143h x 33 prof cm
- Frame 41 x 158h mm for flush mounting
- Color WHITE RAL 9010
Data Sheet
User manual

UNIVERSAL COLUMNS DORICA LINE
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CONTROLGIR
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"Parachute" brakes for sloping sliding gates
The CONTROLGIR line is indispensable for standardization in the presence of sliding gates on a slope ( it is necessary for there to be a rack). In case of unlocking of the automation gear motor, the internal hydraulic circuit (adjustable) has the function of "parachute," that is, to regulate the downward speed throughout the gate's travel. The operating speed should be adjusted just above that of the gearmotor so that it does not interfere with the automation.
CONTROLGIR-7
Braking system for sloping sliding gates - maximum slope 3,2° (7 Mn)
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