Photocell door systems are used in many places for different purposes; It can be used in all areas such as workplaces, stores, shops, apartments, shopping malls, industrial buildings, factories, offices, hotels and residences, hospitals and universities.

Interior in photocell sliding door systems; The materials used are different depending on the environment and external environment. Photocell doors minimize time loss by opening and closing quickly at the entrances and exits of spaces.

Radar sliding doors have automatic sensors. Thanks to the photocell on the photocell doors, they are opened without any physical contact with the door. In this way, it creates a very efficient use of the door in terms of hygiene.

As soon as the photocell doors come to the passage area, they detect the person coming with their sensitive sensors and open automatically. Photocells consist of light-sensitive resistors. Resistors detect light movement in a way similar to the human eye.

Photocell doors, which work with the help of motion-sensitive sensors, open automatically and close automatically after a certain period of time, thus contributing to energy efficiency.

Systems such as fingerprint, coded entry, remote control and card pass can be integrated in photocell door systems.

Depending on the width of the passage area, Photocell Doors operate as single wings or double wings. Impact-resistant laminated glass is used within the aluminum frame.

Photocell Door Systems have the lowest energy consumption A++ feature in their class. However: It is 100% suitable for intensive use. Speed, brake and clearance control with self-learning, Smart Microprocessor. provides it instantly.

Technical Specifications of Photocell Door Systems

The synthetic belt system that moves the doors operates with a single or double engine.
• There is a fluid inside the mechanism that will open the door in case of power outages. system is available.
• There is an optional electronic lock on the door.
• The door's open time, wing opening and closing speed can be adjusted digitally,
• The set on time is 0-60 sec. is between.
• The opening speed of the doors is higher than the closing speed.
• When the mechanism is activated, it automatically determines the opening and closing distances.
• When necessary, the mechanism can be remotely controlled by being equipped with a receiver and transmitter system.
• Radar works with a microwave system that can be affected equally by living and inanimate objects.
• Radar sensitivity settings are made digitally.
• With the photocells placed in the middle point outside the radar's effective area, contact of the wings with the person or object in this area is prevented.
• The aluminum to be used is painted with electrostatic powder paint in the desired color.
• Sealing is provided by the wicks used in the wing composition.
• Transparent, impact-resistant glass is used in all moving and fixed wings.
• Keeping the doors closed and locked is ensured by the digital touch selector. This selector is closed (Disabled),
automatic (The whole system is active), open (Door is open), one-way. It includes the functions (Movement unit is one-way active), night
(Locked from the outside, can be opened with a button from the inside).
• The operating voltage is 230 V. (A.C), 50 Hz and it has at least 10% tolerance against voltage changes.
• In case of power outages, the moving wings are opened manually, if desired.
• It has a system that will prevent the moving wings from derailing as a result of impact. (Each wing is carried by 6 wheels on the rail. 4 of them press on the down rail and 2 on the up rail.) The rail moving on the wheel changes when it wears out.