Shock Absorbers, Adjustable Damping
Brand :
MISUMI
Caution
Product Description
- Shock Absorbers, Adjustable Damping Type from MISUMI
- Simple structure and easy installation.
- Miniaturized design and strong space adaptability.
- Absorb energy smoothly and softly.
- Extend mechanical life, The service life of Shock Absorbers from MISUMI is up to 800,000 times.
- Max. Collision Velocity(m/s): 4 m/s
- Operating Environment Temperature: -5 to 70℃
- The products of M14 are equipped with two anti-loosening washers, and the mounting hole effectively prevents loosening without tapping.
Drawings of Examples of Shock Absorbers Use are for informational purposes only
Shock Absorber - Adjustable Damping
Adjustable DampingHigh Max Collision VelocityTemperature Range
- Adjustable damping feature allows fine-tuning of the absorption capacity, ensuring optimal performance for various applications.
- Capable of handling collision velocities up to specified maximum.
- Operates effectively within specified temperature range.
- Designed for a long service life, with up to 800,000 cycles. Reduces the need for frequent replacements, lowering maintenance costs and downtime.
- The miniaturized design allows for easy integration into tight spaces without compromising functionality. Maximizes space utilization, making it suitable for compact machinery and equipment.
Shock Absorbers Product Overview
Oil buffer Adjusting type
For the speed change of moving objects, the adjuster can be used to adjust the most appropriate buffering absorption capacity corresponding to it, and the locking device is adopted to ensure the accuracy and effectiveness of the adjuster. With a complete check valve action, the spring can make the piston rod quickly reset.
The advantages of using oil buffers:
1. Improve Shock Absorbers production efficiency: equipment can be operated at high frequency and high speed to improve production efficiency because the oil buffer can stop the impact object smoothly.
2. Extend mechanical life: the buffer can absorb the energy generated by the impact, greatly reduce the impact and vibration caused by the object to the machine, and avoid damage due to impact vibration.
3. Improve product quality: the buffer eliminates the shock caused by impact objects and the damaging impact, allowing the smooth operation of the machine and equipment, and improving the product quality.
4. Significantly reduce noise, and provide a quiet working environment.
5. Improve the Shock Absorbers safety of mechanical running.
For the speed change of moving objects, the adjuster can be used to adjust the most appropriate buffering absorption capacity corresponding to it, and the locking device is adopted to ensure the accuracy and effectiveness of the adjuster. With a complete check valve action, the spring can make the piston rod quickly reset.
The advantages of using oil buffers:
1. Improve Shock Absorbers production efficiency: equipment can be operated at high frequency and high speed to improve production efficiency because the oil buffer can stop the impact object smoothly.
2. Extend mechanical life: the buffer can absorb the energy generated by the impact, greatly reduce the impact and vibration caused by the object to the machine, and avoid damage due to impact vibration.
3. Improve product quality: the buffer eliminates the shock caused by impact objects and the damaging impact, allowing the smooth operation of the machine and equipment, and improving the product quality.
4. Significantly reduce noise, and provide a quiet working environment.
5. Improve the Shock Absorbers safety of mechanical running.
Shock Absorbers Product Feature
1. Simple structure and easy installation.
2. Miniaturized design and strong space adaptability.
3. Shock Absorbers energy smoothly and softly.
4. Abundant stock and fast delivery.
5. Long life with 800,000 times being used for reference.
6. The Shock Absorbers products of M14 are equipped with two anti-loosening washers, and the mounting hole effectively prevents loosening without tapping.
2. Miniaturized design and strong space adaptability.
3. Shock Absorbers energy smoothly and softly.
4. Abundant stock and fast delivery.
5. Long life with 800,000 times being used for reference.
6. The Shock Absorbers products of M14 are equipped with two anti-loosening washers, and the mounting hole effectively prevents loosening without tapping.
Specifications Shock Absorbers Overview
■ The Shock Absorbers products are divided into
C-AD**** (with cover type)
C-AD****- N (without cover type)
■Shock Absorbers Model description
C-AD**** (with cover type)
C-AD****- N (without cover type)
■Shock Absorbers Model description
Example of Shock Absorbers Use
Drawings of Examples of Shock Absorbers Use are for informational purposes onlyShock Absorbers Precautions
1. Do not exceed the specified locking torque value during installation as shown in the following Shock Absorbers table for details:
2. Pay attention to check whether the head circlip is off.
■ Overloaded buffer will cause abnormal increase in the internal pressure of the buffer tube, making the head circlip off, and internal parts may pop up and cause injury.
■ When the buffer with the head circlip is working, please keep your face and other parts away from it.
3. Please pay attention to the splash of the broken buffer head due to impact.
■ Overload use will cause damage to the head, resulting in injury.
■ It is recommended to install an anti-splashing cover.
4. Please pay attention to lateral misalignment load and lateral misalignment angle.
■ When the lateral misalignment load exceeds ±2.5 degrees, it will cause piston rod bending, bad reset, and internal lateral misalignment friction, resulting in performance degradation and even product breakage.
Please aim at the center line of the buffer piston rod for impact. (If the lateral misalignment angle is greater than ±2.5 degrees, please use the angular misalignment Shock Absorbers (the range of lateral misalignment:± within 10 degrees)
5. Operating Temperature Range
■ Please use the buffer within the specified temperature range.
▪ Use outside the specified range will reduce the life of the seal packing and the pressure accumulating sponge, and cause the buffer to break.
6. Operating Environment Requirements
■ Please do not use it under medium or high pressure in a vacuum environment.
■ Keep the guide shaft clean, and avoid cutting powder, cutting fluid, water, etc. from being attached to the guide shaft, otherwise it will cause seal damage, oil leakage, poor buffer action, and buffer damage.
※ If you need to use it in the cutting fluid environment, please choose Misumi’s cutting fluid resistant buffer series products. See Misumi's official website.
| Coarse Outer Diameter (mm) | M4x0.5 | M6x0.75 | M8x1.0 | M10x1.0 | M12x1.0 | M14x1.5 | M20x1.5 | M25x1.5 | M36x1.5 | M42x1.5 |
| Tightening torque of nut (N.m) | 0.35 | 0.85 | 3.9 | 7.8 | 7.8 | 9.8 | 29.4 | 49 | 98 | 392 |
2. Pay attention to check whether the head circlip is off.
■ Overloaded buffer will cause abnormal increase in the internal pressure of the buffer tube, making the head circlip off, and internal parts may pop up and cause injury.
■ When the buffer with the head circlip is working, please keep your face and other parts away from it.
3. Please pay attention to the splash of the broken buffer head due to impact.
■ Overload use will cause damage to the head, resulting in injury.
■ It is recommended to install an anti-splashing cover.
4. Please pay attention to lateral misalignment load and lateral misalignment angle.
■ When the lateral misalignment load exceeds ±2.5 degrees, it will cause piston rod bending, bad reset, and internal lateral misalignment friction, resulting in performance degradation and even product breakage.
Please aim at the center line of the buffer piston rod for impact. (If the lateral misalignment angle is greater than ±2.5 degrees, please use the angular misalignment Shock Absorbers (the range of lateral misalignment:± within 10 degrees)
5. Operating Temperature Range
■ Please use the buffer within the specified temperature range.
▪ Use outside the specified range will reduce the life of the seal packing and the pressure accumulating sponge, and cause the buffer to break.
6. Operating Environment Requirements
■ Please do not use it under medium or high pressure in a vacuum environment.
■ Keep the guide shaft clean, and avoid cutting powder, cutting fluid, water, etc. from being attached to the guide shaft, otherwise it will cause seal damage, oil leakage, poor buffer action, and buffer damage.
※ If you need to use it in the cutting fluid environment, please choose Misumi’s cutting fluid resistant buffer series products. See Misumi's official website.
7. Shock Absorbers The buffering oil inside the buffer will cause pollution to the environment, and can not be handled at will. Please follow the pollutant treatment method for treatment.
8. To prevent the buffer from increasing lateral load, the distance between the installation position of the buffer and the fulcrum should be equal to or greater than 6 times of the buffer stroke.
And when the side load and the buffer center line form an angle of 5°, the absorbed energy is the maximum.
8. To prevent the buffer from increasing lateral load, the distance between the installation position of the buffer and the fulcrum should be equal to or greater than 6 times of the buffer stroke.
And when the side load and the buffer center line form an angle of 5°, the absorbed energy is the maximum.
