Axial Dampers

Unlock Smoothness

Embrace Harmonious Motion.

RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.
RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.
RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.

									

									
  • RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.
  • RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.
  • RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.

RD-T138 is applicable to coat hooks, floor cleaning robots, automotive dampers, household appliances, and industrial machinery.

Characteristics

SOC Free, Screw, two-way, No angle limit


Torque
800 - 5000
10
6000
gf.cm
Component Parts

Less honorary seat: PC

Upper cover: PC

Rotor: POM

O-RING: VMQ

Oil: silicone oil

Durability

Ambient temperature: normal temperature 23°

Conditions: One rotation (1 turn) / 1s - pause / 1s - Reverse rotation (1 turn) / 1s - pause / 1s

Lifetime: 30,000 times

Technical Requirements

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技术参数

外径

16.0MM

耐久性能

环境温度

常温23℃

部件构成材料

下座

PC

总高

38MM

实验方法

向前旋转1.5圈(90r/min),停1秒。向后旋转1.5圈(90r/min),停1秒,为一次;


上盖

PC

卡位宽

2.0MM

轴芯

POM

阻值范围

800-5000gf.cm

胶圈

SIL

硬性阻值

2000gf.cm

耐久次数

≥3万次循环



缓冲方向

双向

组装

安装方式

通孔穿插+卡位固定





Characteristic
Characteristic

Damper torque (23°C ambient temperature) changes with speed. Typically, torque increases with increasing rpm, as shown in the figure above

Temperature - torque characteristic (20r/min)
Temperature - torque characteristic (20r/min)

The torque of the damper (speed: 20r/min) changes with changes in ambient temperature. Typically, torque increases at lower temperatures and decreases at higher temperatures, as shown in the graph above

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