Kensington K64449S NanoSaver Keyed Dual Head Laptop Lock - Single Keyed - 5. 9 ft (1. 80 m) Cable - Silver Carbon Steel
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Product Features
Technical Overview
The Kensington K64449S employs a single keyed lock configuration, meaning each lock is operated by a unique key. This approach simplifies key control for organizations managing multiple locks, as each unit has its own distinct key. The 5.9 ft (1.80 m) cable length provides ample reach for securing devices in various workspace layouts, from compact desks to larger workstations.
Constructed from carbon steel with a thickness of 0.20" (5 mm), the cable resists cutting and tampering attempts. The silver color family ensures the lock blends with modern office aesthetics while maintaining high visibility for security auditing. The lock mechanism is engineered for smooth operation and reliable engagement with device security slots.
Key Product Advantages
This laptop lock combines practical security features with durable construction to protect valuable IT assets. Its design addresses common workplace security challenges while maintaining ease of deployment and management.
Enhanced Key Management
The single keyed lock configuration allows each lock to have a unique key, reducing the risk of unauthorized access if a key is lost or duplicated. This simplifies inventory tracking and key distribution for IT administrators.
- Unique key per lock
- Reduced security risk from lost keys
- Simplified key tracking
Durable Physical Protection
The carbon steel cable with 0.20" thickness provides substantial resistance to cutting tools, while the 5.9 ft length offers flexibility in securing devices to various anchor points without compromising security.
- Carbon steel construction
- 0.20" thickness for cut resistance
- 5.9 ft cable for placement flexibility
Broad Device Compatibility
With dual head design, this lock works with most notebook and tablet security slots, making it suitable for mixed-device environments where different manufacturers' equipment needs securing.
- Dual head design
- Notebook and tablet support
- Mixed-device environment ready
Deployment / Use Cases
The Kensington NanoSaver Keyed Dual Head Laptop Lock is ideal for environments where portable devices require physical security but remain accessible for authorized use. Its single keyed configuration makes it particularly suitable for individual assignments or small workgroups where key management needs to be straightforward.
Common deployment scenarios include open office layouts, library study areas, retail point-of-sale stations with tablets, and educational computer labs. The 5.9 ft cable allows devices to be secured while maintaining reasonable mobility within a workspace, and the silver finish ensures the security solution maintains a professional appearance in customer-facing or corporate settings.
Highlights
- Single keyed lock configuration for straightforward key management
- 5.9 ft (1.80 m) carbon steel cable provides flexible securing options
- 0.20" (5 mm) cable thickness enhances cut resistance
- Silver finish maintains professional appearance in office environments
- Dual head design compatible with notebook and tablet security slots
- Carbon steel construction ensures durability and long-term reliability
- Manufactured in Taiwan with quality production standards
- Ideal for securing portable devices in business and educational settings
Specifications
| Specifications | |
|---|---|
| Manufacturer | Kensington Computer Products Group |
| Manufacturer Part Number | K64449S |
| Brand Name | Kensington |
| Product Line | NanoSaver |
| Product Name | NanoSaver Keyed Dual Head Laptop Lock - Single Keyed |
| Product Type | Cable Lock |
| Lock | |
| Lock Configuration Type | Single Keyed Lock |
| Cable Length | 5.9 ft (1.80 m) |
| Physical Characteristics | |
| Color Family | Silver |
| Product Color | Silver |
| Product Material | Carbon Steel |
| Thickness | 0.20" (5 mm) |
| Miscellaneous | |
| Device Supported | Notebook,Tablet |
| Country of Origin | Taiwan |
FAQ
What type of lock mechanism does the Kensington K64449S use?
The Kensington K64449S uses a single keyed lock mechanism. This means each lock has its own unique key, which provides individual key control for security management. This configuration is particularly useful when locks are assigned to specific users or locations, as it prevents a single key from opening multiple locks if keys are lost or duplicated.
How long is the cable on this laptop lock?
The cable measures 5.9 ft (1.80 m) in length. This provides sufficient reach to secure devices to desks, tables, or other fixed anchors while allowing reasonable movement within a workspace. The length accommodates various office layouts and furniture configurations without compromising security.
What materials are used in the construction of this lock?
The lock features a carbon steel cable with a thickness of 0.20" (5 mm). Carbon steel offers excellent strength and cut resistance for security applications. The lock components have a silver finish that provides corrosion resistance and maintains a professional appearance suitable for office environments.
Which devices are compatible with this Kensington laptop lock?
This lock is designed to secure notebooks and tablets that have standard security slots. The dual head design ensures compatibility with security slots from various manufacturers, making it suitable for mixed-device environments commonly found in businesses, educational institutions, and public access settings.
What is the advantage of a single keyed lock configuration?
A single keyed configuration means each lock has a unique key, which simplifies key management and enhances security. If a key is lost or compromised, only that specific lock needs rekeying or replacement, rather than affecting multiple devices. This approach is practical for organizations managing security across multiple workstations or individual user assignments.
How does the cable thickness contribute to security?
The 0.20" (5 mm) carbon steel cable thickness provides substantial resistance to cutting tools commonly used in theft attempts. Thicker cables are more difficult to cut quickly and quietly, acting as a stronger deterrent. This thickness balances security effectiveness with cable flexibility for practical installation in various workspace configurations.
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