Brand

SKU: TAER 12 Categories: , , Tags: ,

Description

The Transitions Angled Entry Ramp – is a portable, stand-alone threshold ramp featuring independently adjustable legs with swivel feet, allowing for vertical adjustment ranging from 1-3/8 to 5-7/8 inches in height. This free-standing portable threshold ramp is ideal for doorways that swing in and out, uneven surfaces or single step rises. Browse through the Transitions Angled Entry Ramp features, specifications and printable materials to learn more.

 

The Transitions Angled Entry Ramp is made completely out of high-strength aluminum with an extruded tread surface, offers adjustable legs with swivel feet and is completely free standing.  Take a look at the free standing portable ramp specifications and contact EZ-ACCESS if you have questions!

 

SPECIFICATIONS

Made of aluminum

Slip-resistant surface

Usable size (L x W x H)

For wheelchairs & scooters

Usage guidelines

Weight (lbs.)

Weight capacity (lbs.)

 

TAER 12

12” x 36” x 1¼”

1-3/8” – 2-3/4

5.15

700

TAER 24

24” x 36” x 2”

1-11/16” – 4-3/8”

10.4

700

 

TAER 36

36” x 36” x 3½”

3-5/16” – 5-7/8”

15.15

700

 

*  Weights are approximate and may vary.

**Consult your equipment’s owner guide for proper degree of incline. Never exceed its recommendations.

 

Extruded Tread Surface

The extruded tread surface of the Transitions Angled Entry Ramp is slip-resistant, meaning users are safe to use in any weather.

 

Adjustable Legs with Swivel Feet

The adjustable legs with swivel feet of the Transitions Angled Entry Ramp allow for 2 inches of vertical adjustments. The adjustable legs adjust independently making the Angled Entry Ramp the perfect solution for uneven surfaces.

 

Free Standing Portable Ramp Design

The free standing portable ramp design of the Transitions Angled Entry Ramp is ideal for entryways with doors that swing both in and out.

 

High-Strength Aluminum Materials

The Transitions Angled Entry Ramp is made completely out of high-strength aluminum which will not rust or corrode over time.

Documentation

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