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Thank you for choosing our RI.10K ratiomotor. All items in the wide Benincà production range are the result of twenty-
years' experience in the automatism sector and of continuous research for new materials and advanced technologies.
We are, therefore, in the position to offer higly reliable products that due to their power, effectiveness and useful life,
fully satisfy the final user's requirements. All our products are manufactured to the existing standard and are covered by
warranty. Possible injury to people or accidents caused by defects in construction are covered by a civil liability policy
drawn up with one of the major insurance companies.
For an efficient operation of the sliding automatic mechanism, the gate must have the following features:
- The guide rail and its wheels must be suitable in size and mantained to prevent gate from excessive sliding friction.
- When running, gate must not rock excessively.
- Opening and closing stroke must be regulated by a mechanical limit stop (to safety standard in force).
Automation for average size sliding gates (max. gate weight 1000kg).
The RI.10K is a smart and compact unit consisting of motor and control panel.
The reduction unit is in painted aluminium, containing the reduction gear unit realized in high-grade materials. The cas-
ing, containing the control panel, is in ABS.
The personalized key emergency release allows the gate to be opened manually in the event of power failure. The RI.10K
is available only in 230V version. Continuous service is not foreseen.
Secure the foundation slab to the ground with no. 4 steel T pressure inserts to dimensions given in fig. 1 (it's important
the slab is securely fastened to the ground).
N.B.: Go through holes F with a sheath suitable to the actuator feed cables.
Fe 12x30 mm rack (fig. 2)
Weld or screw the spacer pins D onto the gate at 144 ÷ 145 mm above the base of the foundation actuator slab and
maintain the same pitch as the rack drilling. Now secure the rack and refer to points 4.1 and 4.2 before proceeding.
4.1 Keep the pitch of teeth between the two parts of the rack; the joining with another piece of rack would make it
easier to achieve (see fig. 2)
4.2 Secure the rack with the screws V making sure, once the actuator has been installed, that between rack and the
drive gear there is always approx. 1 mm clearance (see fig. 3); to get this clearance use the slots on the rack.
Open manually the gate and leave approximately of 1 ÷ 3 cm, depending on gate weight, between gate and positive
mechanical stop A; tighten the limit stop flask S with the grains G to press the limit stop micro. Repeat the sequence
with closing gate.
To operate the gate manually, use the release as follows (see fig. 5):
- once inserted the personalized key C, turn it anticlockwise and pull the lever L.
- to reset the standard operation running, close the lever L and operate the gate manually, until engagement.
To adjust the drive force mechanically, proceed as follows:
- unscrew grains S
- adjust the drive force by using the Allen wrench B on grain G: tighten to increase the force, unscrew to decrease.
CAUTION! This adjustment strongly affects the safety of the gate automation.
Make sure that the gate thrust complies with statutory regulations.
The civil liability policy, which covers possible injuries to people or accidents caused by defects in construction, requires
the system to be to existing standard and to use original Benincà accessories.
Introduction
1. General information
2. General features
3. Foundation slab laying
4. Rack fixing
5. Limit stop flask positioning (see fig. 4)
6. Manual operation
7. Mechanical friction adjustment (fig.6)
CAUTION
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