Damper HingesSoft-closing Stay
SLS-ELAN
Torque Hinges
Torque Stays
S-TAR Stay
HG-S
HG-PA Hinge
S-AT Stay
S-ATH Stay
HG-JH210 Hinge
Knowledgecenter: Center of Gravity and Torque
How to use torque hinges for monitors
KnowledgeTorque Hinges
FAQ
If you want to make monitors Free Stop, available torque hinges will be different depending on weight and angle. In this tool, you can find whether selected monitors/hinges are acceptable or not by inputting values about them.
Monitor weightm
From rotational center to center of gravity G*
Center of gravityX
Vertical distanceY
DistanceL
Angleα
What is the center of gravity?
From end of monitor(B)*
Center of gravityX1
Vertical distanceY1
DistanceL1
Angleβ1
It is presumed that angle adjustment will be handled at end of monitor.
Adjustment angle
θa(up to +40°)
θb(up to -30°)
Mmax*
M(0°)
Ma(--°)
Mb(--°)
Max. moment in all angle including non- adjustable angle rangegravity acceleration is calculated from g=9.80665 m/s2
Max. moment in adjustable angle range( Larger numbers between Ma/Mb )
Mj
TORQUE HINGES's torque
T
Negative torque allowance*
Please enter minus torque allowance range. Most of Sugatsune's hinge/stays are -20%
Min. torque
Tmin
Check
Tmin > Mj
Operating Force(on 0°angle)*
F1=(T-M)/L1
F2=(T-M)/L1
The simulated graph is for reference purposes only. Please check the actual operation performance in actual settings.