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GENERAL INFORMATION
Optima CTY400-ART / CTY600-ART Articulated Electromechanical Arm Barrier are an option for low ceilings which prevents arm barrier raise completely. Under these circumstances, articulated arm is the solution. Other characteristics are same as standard electromechanical barrier.
Optima articulated electromechanical barriers are designed for high flow traffics. Compare to the standard parking barriers, Optima electromechanical barriers are suitable for harsh environments and intensive usage. With the help of strong electric motor, barrier can resist hottest environmental conditions even it is used continuously. Another strong advantage of Optima barriers is smooth operation by frequency controller which supplies slow start/slow stop operation. This type of operation increases the mechanism usage life significantly.
The drive unit is electromechanical, but in case of power failure barrier can be lowered or lifted manually with the help of release gear mechanism. With the help of controlled electronics, raise/lower function can be achieved by every kind of card readers, biometric readers like fingerprint or hand shape, radio control, on/off key switch etc. Besides, safety accessories like photocells, inductive loop detectors, flashing lights or red/green lights can be integrated to the system.
Arm width | For CTY400-ART 2-4 m, For CTY600-ART 4-6 m | |
Environmental durability | Galvanized steel plate, RAL2004 powder coated, furnaced | |
Type of steel |
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Traffic light | Red/green LED, 200 mm diameter, steel post 2 m height and electrostatic powder coated | |
Power | 220 V, 1 Phase, 50-60 Hz | |
Power failure |
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Raise lower time | For CTY400-ART 4 seconds, For CTY600-ART 6 seconds | |
Push button box | Raise, lower, stop (optional) | |
Extra I/O | Enough I/O’s to connect any card reader, extra override keyboard etc. later on | |
Proximity sensor | Available to sense the position of the barrier | |
Dual vehicle safety loop detector |
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Motor Power | 550 Watt | |
Environmental conditions | -15 °C and +65 °C, %95 non-condensing humidity |