The Tidel 644-0134-001S I Key Reader/socket by AllPoints is a specialized electronic access control component designed for commercial security systems within foodservice environments. This OEM key reader/socket facilitates secure connection and communication between access control devices and key cards or tags, ensuring streamlined authentication processes. Crafted from durable materials for reliable operation, it features precise electrical standards and high compatibility with enterprise-grade security networks, making it suitable for hospitality, healthcare, and large-scale commercial kitchens requiring robust security infrastructures. Its essential role in point-of-entry verification underscores its importance in safeguarding sensitive areas and managing personnel access efficiently.
Top AllPoints 644-0134-001S Features
The AllPoints 644-0134-001S I Key Reader/socket offers precise integration with existing access control panels, featuring compact form factors for unobtrusive installation in demanding commercial kitchens. Its rugged construction ensures durability under heavy-use scenarios, while the straightforward socket interface allows for quick maintenance and replacement. Ideal for securing staff entry points or restricted zones, it supports high-volume operation with minimal downtime. Compatibility with various key card types and elevated resistance to environmental factors enhance workflow security and operational efficiency in foodservice facilities.
- Functionality: Provides reliable card reader socket connection for access systems
- Durability: Constructed from high-grade materials for long-term use in busy kitchens
- Ease-of-Use: Simple socket design allows quick replacement or maintenance
- Application Fit: Suitable for installation at secure entry points in commercial kitchens
- Workflow Efficiency: Ensures fast, dependable access authentication integration for staff management
Designed for commercial security applications requiring durable and reliable access control socket solutions.
644-0134-001S Technical Specs
The AllPoints 644-0134-001S model is engineered for seamless integration within professional security systems, featuring a compact profile with dimensions of 4.75" W x 7.55" D x 1.45" H, and a lightweight construction weighing 0.11 lbs. It operates on standard electrical inputs, with specifications supporting consistent 24-hour operation in demanding environments. Made primarily of high-quality, corrosion-resistant materials, the socket ensures durability and compliance with industry standards. Its design accommodates typical commercial access points, with a focus on straightforward installation and maintenance. The unit's electrical standards and physical attributes support reliable security workflows in high-traffic foodservice establishments, with no hazardous components involved.
- Electrical Requirements: Standardized for consistent 24V, 50/60Hz power supply
- Material & Finish: High-grade durable plastic, neutral exterior color
- Dimensions & Weight: 4.75" W x 7.55" D x 1.45" H; 0.11 lbs
- Construction & Safety: Rugged, corrosion-resistant socket designed for frequent maintenance
- Installation Requirements: Requires minimal clearance with straightforward socket mounting
- Operational Range: Suitable for environments from 32°F to 122°F with stable electrical connectivity
What is a commercial key reader socket
A commercial key reader socket is an electronic component used in access control systems to connect reader devices with security networks, enabling personnel authentication via cards or tags. The AllPoints 644-0134-001S model is specifically designed for high-use environments like foodservice facilities, installed close to secure entry points such as kitchens, storage rooms, or administrative areas. Its OEM construction ensures compatibility with various card technologies and reader units, facilitating efficient and secure access management in professional settings. This component is critical where reliable personnel identification and restricted zone protection are necessary, especially in high-volume service environments requiring consistent security workflow.
Top commercial access control sockets for foodservice operations
The top commercial key reader socket ensures robust security integration suitable for foodservice settings, with AllPoints 644-0134-001S by AllPoints offering a secure, durable, and reliable connection point for access control systems. Built for medium workload environments, it supports efficient security workflows at multiple entry points in professional kitchens and facility zones. Its sturdy construction and straightforward installation make it ideal for secure, restaurant-ready security setups involving personnel and restricted area management.
- Operation Type — Medium-volume commercial security applications
- Kitchen Setting — Used in access points for professional foodservice kitchens
- Foodservice Category — Suitable for secure staff entry and restricted zones
- Workload Qualification — Designed for moderate throughput security environments
- Use Case — Facilitates reliable personnel authentication in busy kitchens
Why Choose AllPoints 644-0134-001S
The AllPoints 644-0134-001S socket distinguishes itself through durable OEM-grade materials, precise electrical specifications, and compact design tailored for secure, reliable access control implementation in foodservice venues. Its easy socket interface simplifies maintenance and quick replacement, reducing downtime for operational continuity. Designed for high-traffic environments, it enhances security workflow integration while supporting a wide array of card technologies, making it a superior choice over standard or generic alternatives in professional security systems.
- Offers a compact, restaurant-ready size with easy socket replacement
- Constructed from corrosion-resistant materials for sustained durability
- Supports seamless integration with diverse access control panels
- Optimized for high-frequency, secure access in commercial kitchens
- Simplifies maintenance routines with straightforward socket interface
