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Wireless exit push button

Name: Wireless exit push button and remote provided by Royal Gates
Price: 158.90 CAD
Availability: InStock

$158.90

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Wireless exit push button

* 2 Channels

* DC 12V

* COM-NC-NO

* 20 meters range in an open area

* Radio receiver included

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Category: Accessories Tags: button, driveway gates, gate automation, gate motor, Gate opener, gate operator, push, Royal gates, wall, Wireless

Description

Wireless exit push button

A Wireless Exit Push Button is a device used in access control systems that allows individuals to exit a secured area by wirelessly transmitting a signal to unlock the door or activate an exit mechanism.

A wireless exit push button typically consists of a transmitter (the push button) and a receiver, which is connected to the access control system. When the button is pressed, it sends a radio frequency (RF) signal to the receiver, which then unlocks the door.

The wireless exit push button works as a remote control to operate a driveway gate, garage door, or an electric lock, and it has to be installed at a spot nearest to the radio receiver, on a wall that does not have metal behind.

Here’s a more detailed breakdown:

Components:

Transmitter (Push Button):

A physical button, often wireless, that is pressed to initiate the exit request.
Receiver:

A device that receives the wireless signal from the transmitter and is connected to the access control system (e.g., electric strike, magnetic lock).
Power Source:

The transmitter and receiver may require separate power sources, or some models might be batteryless and generate their power upon button press.

How it works:

Activation: When a person presses the wireless exit button, it sends a radio frequency (RF) signal to the receiver.
Signal Reception: The receiver picks up the RF signal from the transmitter.
System Trigger: The receiver then relays this signal to the access control system.
Door Release: The access control system, in response to the signal, will either unlock the door or activate the mechanism that allows the door to be opened.

Benefits of Wireless Exit Buttons:

Ease of Installation:

Wireless models are easier to install, as they don’t require wiring through walls or ceilings.
Flexibility:

Wireless buttons can be placed in various locations without needing to be near a power source or wiring.
ADA Compliance:

Many wireless exit buttons are designed for accessibility, making them suitable for users with disabilities.
Safety:

They ensure a safe and easy exit from secured areas, especially in emergencies.
Integration:

Wireless exit buttons are designed to seamlessly integrate with existing access control systems.

Additional information

Weight	0.15 kg
Dimensions	16 × 11 × 6 cm

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Exit push button SQTPB601

Accessories

$28.50

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Exit push button SQTPB601

*No Touch *Backlight *DC 12V *COM-NC-NO The Exit push button SQTPB601 is a wired exit push button used in access control systems. It's a device that allows individuals to exit a secured area by signaling the access control system to unlock a door or activate an exit mechanism. Here's a breakdown of what that means: Key Characteristics 🔑

Wired: Unlike wireless versions, the SQTPB601 requires a physical electrical connection to the access control system. This typically means running wires from the button to the door's locking mechanism or an access control panel.
Exit Button/Request to Exit (REX) Device: Its primary function is to provide a simple and reliable way for people inside a secured area to exit without needing credentials (like a key card or code).
Access Control Integration: It works in conjunction with an access control system (e.g., controlling an electric strike or magnetic lock) to manage who can enter and exit a building or specific area.
Momentary Action: When pressed, it typically sends a momentary signal to release the lock, and then the circuit returns to its normal state when the button is released.
Common Applications: You'll find these buttons in various commercial, industrial, and even residential settings where controlled access is desired, such as offices, warehouses, schools, and apartment buildings. They are crucial for safety, convenience, and compliance with building and fire codes that often require an unimpeded means of egress.

How it Works ⚙️ When a person presses the SQTPB601 exit button:

It sends an electrical signal to the connected access control system or directly to the door's locking mechanism.
This signal temporarily disengages the lock (either a fail-safe or fail-secure lock), allowing the door to open.
Once the button is released, the circuit returns to its normal state, and the lock re-engages, securing the door again.

Importance in Security Systems 🔐 Exit push buttons like the SQTPB601 are vital components in a comprehensive security system because they:

Ensure Free Egress: They provide a guaranteed way for people to exit a building, even if the primary access control system fails or in an emergency.
Enhance Safety: In situations like fires or other emergencies, they allow for quick and unhindered evacuation.
Meet Compliance Standards: Many building and fire safety codes require a means of manual exit from secured areas.
User-Friendly: They offer a simple and intuitive way for anyone to exit a controlled space.

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Exit push button ALKPB2015

Accessories

$13.05

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Exit push button ALKPB2015

The ALKPB2015 is a wired exit push button commonly used in access control systems for doors and gates. Here's a breakdown of what it is and how it functions:

Purpose: Its primary function is to trigger the release of an electric door lock or gate operator, allowing for a quick and controlled exit from a secured area. It's often referred to as a "request to exit" (REX) device.
Wired Connection: As the name suggests, it's physically connected to the building's electrical system and the door's locking mechanism.
Momentary Activation: When pressed, the button momentarily completes an electrical circuit, sending a signal to the lock release.
Door Release: This signal typically causes an electric strike or magnetic lock to disengage, allowing the door to be opened.
Automatic Relock: Once the button is released, the lock re-engages, securing the door again.
Common Applications:
- Access Control Systems: Used in conjunction with card readers, keypads, or other entry systems to provide a convenient exit method.
- ADA Compliance: Often designed with features like large, accessible buttons for ease of use by individuals with disabilities.
- Emergency Egress: Crucial for fire safety and other emergencies, providing a reliable way to quickly exit a secured space.
- Security: While providing an exit, it doesn't compromise overall security for entry, as a separate access control system is typically required for entry.
Features (typical for this type of button):
- Wired connection
- Momentary switch
- NO/NC/COM contacts (Normally Open/Normally Closed/Common) for versatile wiring with different lock types.
- Designed for indoor use (though some exit buttons may have weather-resistant options).
- Often made with durable materials like stainless steel.

Essentially, the ALKPB2015 acts as a simple, reliable switch to facilitate exiting a secured area without needing credentials.

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Key selector

Access Control

$84.45

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Key selector

A gate opener key selector is a device that allows you to manually open and close an automatic gate using a physical key, providing an alternative access method in case of power outages or remote control malfunctions. It essentially disengages the automated system, allowing for manual operation of the gate. A gate opener key selector is a device used to control the operation of an automated gate (or door, garage door, barrier, etc.) using a physical key. It's essentially a key-operated switch that allows authorized users to open, close, or set the operating mode of the gate.

Here's a breakdown of its function and characteristics:

Purpose: The primary purpose of a key selector is to provide a secure and convenient way to operate an automatic gate, especially in situations where remote controls, keypads, or other access methods might not be practical or desired (e.g., for maintenance personnel, or as a backup).
Mechanism: It typically consists of a sturdy, often metal, housing that is mounted on a wall, column, or recessed into a wall. Inside, there's a key cylinder that, when turned, activates a microswitch or set of contacts. These contacts then send a signal to the gate opener's control unit, telling it to perform a specific action (open, close, or a specific operating mode).
Security: Key selectors are designed to be robust and weather-resistant, often with vandal-proof features. The use of a physical key adds a layer of security, as only individuals with the correct key can operate the gate.
Types and Features:
- Key-operated switches: The most common type, where inserting and turning a key triggers the gate's action.
- Universal or European cylinder locks: Different types of key cylinders can be used for varying levels of security and compatibility.
- Single or multiple microswitches: Some selectors have one switch for a simple open/close function, while others have multiple switches to allow for more complex operations (e.g., partial opening, full opening, lock, exit only, automatic mode).
- Wall-mounted or flush-mounted: They can be installed on the surface of a wall or column, or recessed for a more discreet look.
- Material: Often made from durable materials like aluminum or die-cast metal to withstand outdoor conditions and potential impact.
Integration: Key selectors are accessories that integrate with the overall automated gate system, complementing other access control methods like remote controls, keypads, transponder readers, or even smartphone apps.

In essence, a gate opener key selector provides a reliable, key-based method for controlling an automated gate, ensuring secure and flexible access.