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Rotary dampers, speed control dampers
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Rotary damper - 0.8 - 2600 in-lb | KD
Efdyn's continuous rotation dampers and dashpots are used to dampen drives, control speed, and many other applications....
Rotary damper - 0.8 - 2600 in-lb | KD
Efdyn's continuous rotation dampers and dashpots are used to dampen drives, control speed, and many other applications. These rotary dampers are the most rugged and durable units on the market. Efdyn viscous dampers are available in either fixed rate or adjustable models.
Fixed rate and adjustable models
Available rate: .004 to 400 in-lb/rad/sec
Zinc and aluminum alloy bodies
Most durable units on market
Fixed rate and adjustable models
Available rate: .004 to 400 in-lb/rad/sec
Zinc and aluminum alloy bodies
Most durable units on market
Rotary damper / variable - 22 - 2660 in-lb | LA
Damping rate is reduced by increases in fluid temperature (and increased by reduction in temperature). The graph below indicates the percentage change in...
Rotary damper / variable - 22 - 2660 in-lb | LA
Damping rate is reduced by increases in fluid temperature (and increased by reduction in temperature). The graph below indicates the percentage change in...
Rotary damper / variable - 35 - 3560 in-lb | LB
An adjuster permits any damping rate to be obtained within one of the following ranges. This range must be specified when ordering the dashpot.
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Rotary damper / variable - 35 - 3560 in-lb | LB
An adjuster permits any damping rate to be obtained within one of the following ranges. This range must be specified when ordering the dashpot.
LB1: 35 to 350 in-lb/rad/sec / 4 to 40 Nm/rad/sec
LB2: 71 to 710 in-lb/rad/sec / 8 to 80 Nm/rad/sec
LB3: 150 to 1,500 in-lb/rad/sec / 17 to 170 Nm/rad/sec
LB4: 350 to 3,500 in-lb/rad/sec / 40 to 400 Nm/rad/sec
With adjuster set to maximum the rate may exceed stated maximum
and with adjuster set to minimum the rate may be less than stated minimum.
LB1: 35 to 350 in-lb/rad/sec / 4 to 40 Nm/rad/sec
LB2: 71 to 710 in-lb/rad/sec / 8 to 80 Nm/rad/sec
LB3: 150 to 1,500 in-lb/rad/sec / 17 to 170 Nm/rad/sec
LB4: 350 to 3,500 in-lb/rad/sec / 40 to 400 Nm/rad/sec
With adjuster set to maximum the rate may exceed stated maximum
and with adjuster set to minimum the rate may be less than stated minimum.
Rotary damper / variable - 443 - 35400 in-lb | LD
An adjuster permits any damping rate to be obtained within one of the following ranges. This range must be specified when ordering the dashpot.
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Rotary damper / variable - 443 - 35400 in-lb | LD
An adjuster permits any damping rate to be obtained within one of the following ranges. This range must be specified when ordering the dashpot.
LD1: 443 to 4,430 in-lb/rad/sec / 50 to 500 Nm/rad/sec
LD2: 885 to 8,850 in-lb/rad/sec / 100 to 1,000 Nm/rad/sec
LD3: 1770 to 17,700 in-lb/rad/sec / 200 to 2,000 Nm/rad/sec
LD4: 3,540 to 35,400 in-lb/rad/sec / 400 to 4,000 Nm/rad/sec
With adjuster set to maximum the rate may exceed stated maximum
and with adjuster set to minimum the rate may be less than stated minimum.
LD1: 443 to 4,430 in-lb/rad/sec / 50 to 500 Nm/rad/sec
LD2: 885 to 8,850 in-lb/rad/sec / 100 to 1,000 Nm/rad/sec
LD3: 1770 to 17,700 in-lb/rad/sec / 200 to 2,000 Nm/rad/sec
LD4: 3,540 to 35,400 in-lb/rad/sec / 400 to 4,000 Nm/rad/sec
With adjuster set to maximum the rate may exceed stated maximum
and with adjuster set to minimum the rate may be less than stated minimum.
Rotary damper / variable - 443 - 26550 in-lb | LE
An adjuster permits any damping rate to be obtained within one of the following ranges. This range must be specified when ordering the dashpot.
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Rotary damper / variable - 443 - 26550 in-lb | LE
An adjuster permits any damping rate to be obtained within one of the following ranges. This range must be specified when ordering the dashpot.
LE1: 443 to 3,100 in-lb/rad/sec / 50 to 350 Nm/rad/s
LE2: 885 to 6,200 in-lb/rad/sec / 100 to 700 Nm/rad/s
LE3: 1770 to 13,275 in-lb/rad/sec / 200 to 1,500 Nm/rad/s
LE4: 3,540 to 26,550 in-lb/rad/sec / 400 to 3,000 Nm/rad/s
With adjuster set to maximum the rate may exceed stated maximum
and with adjuster set to minimum the rate may be less than stated minimum.
LE1: 443 to 3,100 in-lb/rad/sec / 50 to 350 Nm/rad/s
LE2: 885 to 6,200 in-lb/rad/sec / 100 to 700 Nm/rad/s
LE3: 1770 to 13,275 in-lb/rad/sec / 200 to 1,500 Nm/rad/s
LE4: 3,540 to 26,550 in-lb/rad/sec / 400 to 3,000 Nm/rad/s
With adjuster set to maximum the rate may exceed stated maximum
and with adjuster set to minimum the rate may be less than stated minimum.
Speed control damper
Dampers are designed to influence the characteristics of movement. Providing controlled arrest of a weight or lid they are used across...
Speed control damper
Dampers are designed to influence the characteristics of movement. Providing controlled arrest of a weight or lid they are used across a variety of industrial applications.
Camloc dampers are self contained oil filled rod and tube assemblies without gas. The hydraulic damping unit comprises of a tube, rod and piston system with the movement of the piston through the oil creating the damping charateristics.
Typical motion control uses for dampers include velocity control, deceleration control and momentum change.
Camloc dampers are self contained oil filled rod and tube assemblies without gas. The hydraulic damping unit comprises of a tube, rod and piston system with the movement of the piston through the oil creating the damping charateristics.
Typical motion control uses for dampers include velocity control, deceleration control and momentum change.
Rotary damper / for stepper motors
Reduces vibration in resonance area of stepping motors
Assists to...
Assists to...
Rotary damper / for stepper motors
Reduces vibration in resonance area of stepping motors
Assists to follow pulse speed in the range of high rotational speed and enhance maximum rotational speed of stepping motors
Operational Temperature: -10℃~40℃
Finished bore product. Boring process is not needed
Assists to follow pulse speed in the range of high rotational speed and enhance maximum rotational speed of stepping motors
Operational Temperature: -10℃~40℃
Finished bore product. Boring process is not needed