FR
Home  Accessories  Cables and Locks  K60601WW 

Kensington Slim Combination Lock for Standard Slot-Serialized - Resettable - 4-digit - Combination Lock - Carbon Steel - For Notebook

Kensington Slim Combination Lock for Standard Slot-Serialized - Resettable - 4-digit - Combination Lock - Carbon Steel - For Notebook
Kensington Slim Combination Lock for Standard Slot-Serialized - Resettable - 4-digit - Combination Lock - Carbon Steel - For Notebook

ACCO Brands Corporation
K60601WW Image
Photo is for Illustration purposes only. Actual Product may be different.
Part Num: K60601WW
Condition: Brand New
$37.00

* Promo Pricing *

Includes rebate of  :  $12.00
Rebate expires 2024-06-30 - subject to stock availability
Add To Cart


Total price is...

Delivery Time
 Ships same business day 

Quantity in stock as of last update: 20



Click here to view
real-time quantity



Availability will be displayed by province.
Compare to other products

Allows Ultra-Thin and 2-in-1 Laptops to Lie Flat and Stable

Slim lock head won't raise your device off its surface.

Tough Lock Head and Cable

Independently verified and tested for industry-leading standards in torque/pull, foreign implements, lock lifecycle, corrosion, and other environmental conditions. Carbon steel cable resists cutting attempts, and anchors to desks, tables and other attachment points.

Unique Lock Engagement

Expanding side "hooks" grab the internal sides of the lock slot, creating a strong connection between the device frame and the lock to resist and deter theft.

Pivot and Rotate Cable Head Featuring One-Handed Operation

Allows for easy and flexible connection and movement.

4-Wheel Number Code with Register & Retrieve

10,000 possible combinations. Free code registration allows for quick, easy, and secure lookup if the combination is ever lost or forgotten.

Five-Year Warranty

Rest assured knowing you're covered by Kensington, inventor and worldwide leader in laptop security locks.

With today's thinner laptops and tablets, a traditional cable lock head might be too thick, unevenly raising the device off its surface. The Slim Combination Laptop Lock is the strongest keyless locking solution that allows ultra-thin and 2-in-1 laptops with standard lock slots to lie flat and stable.

  • Slim lock head won't raise your ultra-thin or 2-in-1 laptop off its surface, allowing it to lie flat and stable.
  • Tough lock head and cable are independently verified and tested for industry-leading standards in torque/pull, foreign implements, lock lifecycle, corrosion, and other environmental conditions. Carbon steel cable resists cutting attempts, and anchors to desks, tables and other attachment points.
  • Unique lock engagement features expanding side "hooks" that grab the internal sides of the wedge lock slot, creating a strong connection between the device frame and the lock to resist and deter theft.
  • Pivot and rotate cable head featuring one-handed operation allows for easy and flexible connection and movement.
  • 4-wheel number code offers 10,000 possible combinations. Free code registration through Register & Retrieve™ allows for quick, easy, and secure lookup if the combination is ever lost or forgotten.
  • A five-year warranty means you can rest assured knowing you're covered by Kensington, inventor and worldwide leader in laptop security locks.
General Information
Manufacturer

ACCO Brands Corporation

Manufacturer Part Number

K60601WW

Manufacturer Website Address

https://www.acco.com

Brand Name

Kensington

Product Line

Slim

Product Name

Slim Combination Lock for Standard Slot-Serialized

Packaged Quantity

25

Product Type

Cable Lock


 
Lock
Lock Configuration Type

Combination Lock

Lock Configuration Feature

Resettable

Locking Combination

4-digit


 
Physical Characteristics
Product Material

Carbon Steel


 
Miscellaneous
Device Supported

Notebook

Country of Origin

China


 
Warranty
Limited Warranty

5 Year


 
 
Need additional info on this product? Ask us!

Verification code
captcha
In the box below, please enter the above

  Submit Question