Accessories
Safety sensor FO-MATIC
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Safety sensor FO-MATIC
*NO/NC *AC/DC 12-24 V *Receiving Range: 15 Meters *IP 44
Gate operator main control board – Key Automation
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Gate operator main control board – Key Automation
A swing gate operator's main control board is the "brain" of the system, responsible for managing all the functions of the gate opener.
It receives signals from various input devices like remote controls, keypads, and safety sensors, and then directs the gate motor to open or close the gate accordingly. The control board also manages other aspects of the gate operation, such as adjusting speed, setting timers, and implementing safety features.
Here's a more detailed breakdown:
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Central Control:The control board acts as the central hub for all gate operations.
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Signal Processing:It receives signals from different devices (remote, keypad, safety sensors).
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Motor Activation:Based on the received signal, the control board sends instructions to the motor to open or close the gate.
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Adjustable Settings:Many control boards allow for adjustments to gate speed, opening/closing times, and safety settings.
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Safety Features:Some control boards manage security features like locking mechanisms and safety protocols.
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Power Supply:The control board is usually powered by a specific voltage (e.g., 120 volts) and may have an output voltage for powering other accessories.
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Internal Receiver:Some control boards have built-in radio receivers for remote control operation.
Wired exit push button SSPB101
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Wired exit push button SSPB101
Door Strike Lock
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Door Strike Lock
An electric strike is an electromechanical lock release device that replaces a standard door strike plate.
It allows a door to be opened remotely, typically via an access control system, without manually retracting the latch. When activated, the electric strike releases the latch, enabling the door to be opened.
Here's a more detailed explanation:
Functionality:
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Replaces Standard Strike:Electric strikes are installed in the door frame, taking the place of the standard strike plate.
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Remote Release:They are designed to work with various access control systems, such as keypads, card readers, or intercoms.
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Activation:When an authorized signal is received (e.g., a code is entered, a card is swiped), the electric strike releases the latch, allowing the door to be opened.
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Fail-Safe or Fail-Secure:Electric strikes can be configured in either a fail-safe or fail-secure mode.
- Fail-safe: In this mode, the door unlocks when power is lost, making it suitable for safety applications where access is needed during power outages.
- Fail-secure: In this mode, the door remains locked when power is lost, requiring power to unlock, making it suitable for high-security applications.
- Fail-safe: In this mode, the door unlocks when power is lost, making it suitable for safety applications where access is needed during power outages.
How it Works:
- The electric strike contains a solenoid, which is an electromagnet.
- When the solenoid is activated by an electrical signal, it moves a component (like an armature) that allows the latch to move freely.
- This movement releases the door, allowing it to be opened.
Key Differences from Other Locks:
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Electric vs. Magnetic Locks:Unlike magnetic locks, which use powerful magnets to hold the door closed, electric strikes release the latch mechanism.
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Remote Access:Electric strikes offer remote access control, allowing doors to be unlocked without manual intervention.
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Versatility:They can be used with various locking mechanisms, including cylindrical, mortise, and rim exit devices.
Common Applications:
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Access Control:Electric strikes are a core component of access control systems in commercial and residential settings.
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Security:They provide a higher level of security compared to standard locks, especially when used with fail-secure configurations.
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Safety:In fail-safe configurations, they ensure safe egress during emergencies.
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Specific Areas:They are commonly found in reception areas, daycare centers, and other locations where controlled access is needed.
Pedestrian gate electric lock with 2 Remote controls
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Pedestrian gate electric lock with 2 Remote controls
*DC 12 V
Magnetic lock
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Magnetic lock
*Capacity: 180 Kg *DC 12 V
Safety sensor VEDO180
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Safety sensor VEDO180
*NO/NC *AC/DC 12-24 V *Receiving Range: 25 Meters *IP 44
Reflective safety sensor – OMRON E3JK
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Reflective safety sensor – OMRON E3JK
*NO/NC *AC/DC 24-240 V *Receiving Range: 40 Meters *IP 64
Diode Bridge GBU808
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Diode Bridge GBU808
*8A *800V *Single Phase *Rectifier IC Chip
Safety sensor – P51033H
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Safety sensor - P51033H
*NO/NC *AC/DC 12-24 V *Receiving Range: 12 Meters *IP 54 *External LED flash lamp signal (AC/DC 12V-24 V) *The safety sensor included the LED flash light
Exit Button RCTPB801
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Exit Button RCTPB801
*Touch *Backlight *DC 12V *COM-NC-NOAn Exit push button, also known as a push-to-exit button, is a device used in access control systems to allow individuals to exit a secured area without needing to use their access credentials.
It's a simple, user-friendly button that, when pressed, temporarily unlocks or releases the door, enabling quick and easy egress. These buttons are commonly found near exit doors in buildings, especially those with magnetic locks or other electronic locking mechanisms.
Here's a more detailed explanation:
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Function:An exit push button is wired to the access control system and, when pressed, sends a signal to release the door's locking mechanism, allowing a person to exit.
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Purpose:They provide a convenient and safe way to exit a secured area, especially in emergencies or when other access methods (like card readers) might not be available.
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Types:Exit push buttons can be traditional mechanical buttons or touchless sensors that activate when a hand is waved in front of them.
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Importance:These buttons are crucial for meeting fire and building codes, as well as ensuring accessibility for all individuals.
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Applications:Exit push buttons are used in various settings, including commercial buildings, residential complexes, and industrial facilities.
