Ergotron Mounting Arm for Flat Panel Display - Black - Height Adjustable - 24" Screen Support - 20 lb Load Capacity - 75 x 75, 100 x 100 - VESA Mount Compatible - Aluminum
- Makes it quick, convenient, and simple to adjust and reposition connectors in a secure mounting system
- Sustains a maximum load capacity of 20 lb
- Supports the screen size of 24"
- Built with aluminum product material to offer high strength and durability
- Tilt feature for maximum productivity with added dependability
Description
Durable polished aluminum construction! Tested to perform 10 times the expected life-cycle of other competitive brands at roughly half the price.
Sleek and streamlined, the LX frees up space and allows positioning of your display for greater productivity. Reposition your LCD with just a touch. Up. Down. Forward. Back. The LX provides unparalleled range of motion.
Specifications
UNSPSC Code
31162301
Brand
Ergotron
Brand Name
Ergotron
Category
Monitor Mounts & Arms
Compatibility
LCD Screen
Country of Origin
China
Device Supported
Flat Panel Display
Features
Swivel
Height Adjustable
Yes
Limited Warranty
5 Year
Manufacturer
Ergotron, Inc
Manufacturer Website Address
http://www.ergotron.com
Maximum Load Capacity
20 lb
Maximum Screen Size Supported
24"
Mounting Pattern
100 x 100
Package Contents
- LX Arm
- Tall Pole
- Extension
- Desk Clamp
- Grommet Mount Base
- Theft Deterrent Anchor
- Mounting Hardware
Product Color
Black
Product Material
Aluminum
Product Name
LX Desk Mount LCD Arm
Product Type
Mounting Arm
VESA Mount Compatible
Yes
Compare
Ergotron Mounting Arm for Flat Panel Display - Black - Height Adjustable - 24" Screen Support - 20 lb Load Capacity - 75 x 75, 100 x 100 - VESA Mount Compatible - Aluminum
- Makes it quick, convenient, and simple to adjust and reposition connectors in a secure mounting system
- Sustains a maximum load capacity of 20 lb
- Supports the screen size of 24"
- Built with aluminum product material to offer high strength and durability
- Tilt feature for maximum productivity with added dependability