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The rails are made of SUS304, which has excellent corrosion resistance and can locks at full close.
Part Number
Configured Part Number is shown.
SSRXC2716
Part Number |
SSRXC2708 SRXY2735 |
Part Number | Rail Length | Stroke | A | B | Load Rating (N/2 pcs.) | |
Type | No. | |||||
SSRXY27 SSRXC27 | 08 | 203.2 | 225.2 | 143.2 | 163.2 | 373 |
10 | 254 | 276.0 | 194 | 214.0 | 363 | |
12 | 304.8 | 326.8 | 244.8 | 264.8 | 353 | |
14 | 355.6 | 377.6 | 295.6 | 315.6 | 333 | |
16 | 406.4 | 428.4 | 346.4 | 366.4 | 313 | |
18 | 457.2 | 479.2 | 397.2 | 417.2 | 294 | |
20 | 508 | 530.0 | 448 | 468.0 | 275 | |
[ ! ]The rails can not be pulled apart.[ ! ]Use M4 Hex Socket Button Screws (>>Click here) or Cross Recessed Pan Head Screws (>>Click here) to mount rails [ ! ]For larger quantity orders "Days to Ship" may differ from published catalog term. |
Install slide rails to be parallel to each other and perpendicular to vertical surface.
Load ratings and performance can diminish sharply if rails are not properly installed. For horizontal installation, the target value of load rating is 25% (Reference Value).
For horizontal installation, if the applied load is more than the above reference value, or if the center of gravity is put over positions separated from rail center, inner rails may fall off outer rails. Please test and confirm this issue before using the product.
Slide rails are installed vertically and in parallel.
Slide rails are not vertically installed.
Slide rails are not horizontally aligned.
Applying loads on ends when mounted horizontally.
Due to one of the characteristics of the slide rails, the ball retainer can become misaligned and stop before the slide rail is fully opened or closed. This phenomenon is called "Ball Retainer Misalignment". In the event that the ball retainer becomes misaligned, the travel distances between the right and left sliding guides become unequal, as shown in the figure.
Retainers reach their left ends of the outer rails, but misalignment prevents the product from becoming the full stroke state.
In order to resolve Ball Retainer Creep phenomenon, strongly slide inner rails to put the product in full stroke state.
Application Examples of Telescopic Slide Guide
The contact of the ball may change due to difference in the gravity center position, or in moving distance between right and left slides, this can cause misalignment.
If an unbalanced load is applied due to a location deviation of grips toward one side slide rail, Ball Retainer Misalignment phenomenon may occur. Be careful about this upon designing.
Strong shocks while opening / closing slide rails will cause damage. Installation of stopper or buffer on the housing is recommended to protect slide rails from strong shocks.
When the rail is fully pulled out, the tab snap fits into the plate spring and locks, temporarily preventing retraction. This is suitable for operations when drawer is typically open.
CAD Data download and 3D preview are not available because the part number has not yet been determined.
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Surface Treatment | No | Height(mm) | 19.1 | Width(mm) | 27 |
---|---|---|---|---|---|
Material of ball | 440C Stainless Steel |
Please check the type/dimensions/specifications of the part SSRXC2716 in the Telescopic Slide Rails - 3 Steps, Stainless Steel, Simple Detent Mechanism. series.
Part Number |
---|
SSRXC2710 |
SSRXC2712 |
SSRXC2714 |
SSRXC2718 |
SSRXC2720 |
SSRXY2708 |
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