300
Website for latest info
BALANCE-ADJUSTABLE LIFT-ASSIST STAY
Side Mount S-ATJ
Latest Info
NEW
Opening Direction
Features
Door Material Maximum Door Moment*
Lift assist Soft-close*
Passed Private 10K Cycle Test
Lif-assist Soft Close(optional)
6.1~11.8 N·m/pc
Wood
*optional damper
*The max. door moment depends on the following factors: - Location of centre of gravity - Installation point of stays - Balance adjustment
Feature
• Spring mechanism assists in lifting the top-opening lid. • Easily holds the door at any angle. • The balance adjustment allows for use in wider range of lids than conventional S-AT stays can be used. • The locking hole prevents accidental close by inserting a screw driver into it. • The optional damper S-ATD (P.304) provides soft closing.
with damper
Balance Adjustment
INSTRUCTION
Specifications • Operating temperature : 0°C~40°C • Operating humidity
: 90%RH or less • For other specifications exceeding the above range, please contact local representatives. Remarks • Be sure to read the “Cautions” (P.241). • When used for the top-opening lid, install a stopper (not included) to prevent from exceeding the opening angle. • Material of the mounting surface should be take into consideration. Low rigidness may cause deformation or damage. • Was not designed for continuous opening and closing . • Do not use outdoors. • Spring tension may vary over time. • Do not use concealed hinges (multiaxial hinges). • Installation points must be parallel when using more than one stay. Recommended Screw • Truss head screw M5
Balance Adjustable
This feature allows adjustment to the location of centre of gravity.
Lift-assist
Spring mechanism assists in lifting the top-opening lid. You can select hard or soft spring tension type depending on lid weight and dimension.
Door Moment and Stay Torque
(when using two stays, setting adjustment C)
12 14 16 18 10
Compact
12 14 16 18 10
Maximum space
8 6 4 2 0 0 1020304050607080 Opening angle (°) Door moment Mu Stay torque (S-ATJ01) 8 6 4 2 0 0 1020304050607080 Opening angle (°) Door moment Mu Stay torque (S-ATJ01) The graph above shows a ideal example of curves. The stay torque should be above the door moment from the middle of the opening. ・Door moment Mu > Stay torque：Force is applied in the closing direction of door. ・Door moment Mu < Stay torque：Force is applied in the opening direction of door. The graph above shows a ideal example of curves. The stay torque should be above the door moment from the middle of the opening. ・Door specs (example) ：X=500mm Y=20mm L=500.4mm m=3kg *The installation point is the same as the drawings on the page of the HG-PA300-15. ：X=500mm Y=20mm L=500.4mm m=3kg *The installation point is the same as the drawings on the page of the HG-PA300-15. ・Door moment Mu > Stay torque：Force is applied in the closing direction of door. ・Door moment Mu < Stay torque：Force is applied in the opening direction of door. ・Door specs (example) Mu ＝ m × L × cos
Small body maximises space inside the cabinet.
Soft-close
(optional damper)
e
Soft-close
Mu ＝ m × L × cos
Damper Available
Calculationg Door Moment
Calculation formula: Mu ＝ m × L × cos The S-ATD (optional damper) (P.304) provides soft-closing effect ensuring safety
Horizontal distance from rotation centre to lid centre of gravity
Calculation formula: Mu ＝ m × L × cos
X
Hinge rotation centre
Hinge rotation centre Y Vertical distance from rotation centre to lid centre of gravity L Distance from rotation centre to lid centre of gravity θ Angle from the horizontal line at the rotation centre to lid centre of gravity m Lid weight G Lid centre of gravity
Hinge rotation centre
Hinge rotation centre
Centre of gravity
Centre of gravity
Centre of gravit
Centre of gravity
No.500 Catalogue
This information provides a range of quality for the component. It does not ensure the performance or safety of the final product incorporating the component.
eland04.e
Made with FlippingBook - professional solution for displaying marketing and sales documents online