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Y13D0 series rotary damper

Instructions for use ①The matching gap between the rotating shaft hole and the matching parts should be minimized. If there is a gap, the buffering effect of the damper will also be affected; ②The rotation angle of the rotary damper is 300°. If the rotation exceeds the angle, the damper itself will be damaged. Please design a stop positioning mechanism externally;

Category:

Rotary damper

Hotline:

+86-755-8925 3101

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Detailed

Commodity name: Y13D0 series rotary damper

Product Specifications

model	torque	Torque output direction
Y13D0-B301	3±0.6N·cm 300±60gf.cm	Bidirectional
Y13D0-B501	5±1.0N·cm 500±100gf.cm	Bidirectional
Y13D0-B701	7±1.4N·cm 700±140gf.cm	Bidirectional
Y13D0-B901	9±1.8N·cm 900±180gf.cm	Bidirectional
Y13D0-B112	11±2.2N·cm 1100±220gf.cm	Bidirectional
Y13D0-B132	13±2.6N·cm 1300±260gf.cm	Bidirectional
Y13D0-B152	15±3.0N·cm 1500±300gf.cm	Bidirectional

Note 1) The standard torque is 30 rpm and the temperature is 23±2 degrees Celsius;

Note 2) Special torque customization can be provided by changing the viscosity of the damper viscous oil.

product description

Maximum use angle	300°
Maximum use rotation speed	50 rpm (single direction rotation)
Maximum operating temperature range	-5~50℃
Material of housing and end caps	POM plastic
Rotary shaft material	PC plastic
use oil	silicone oil

Instructions for use
①The matching gap between the rotating shaft hole and the matching parts should be minimized. If there is a gap, the buffering effect of the damper will also be affected;

②The rotation angle of the rotary damper is 300°. If the rotation exceeds the angle, the damper itself will be damaged. Please design a stop positioning mechanism externally;

Damper Characteristics
① The torque of the rotary damper changes according to the change of the rotation speed. The changing law can refer to the technical data. The torque increases when the speed is increased, and the torque decreases when the speed is slowed down.

② The torque of the rotary damper changes according to the change of the ambient temperature. The change rule is that when the ambient temperature increases, the torque decreases, and the action time is accelerated. When the ambient temperature decreases, the torque increases and the action time slows down. This is because the viscosity of the viscous oil also changes when the ambient temperature changes. But when the ambient temperature returns to normal temperature, the torque will also return to its original value.

Dimensions

Keywords:

damper
the
torque
is
of
temperature
cm
bidirectional
when

Key words:

damper the torque is of temperature cm bidirectional when