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ACE CONTROLS Fixed Type（Main Body, Related Components：Main Body）
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MC150 to MC600 Compact Auto-Adjusting Shock Absorbers
ACE CONTROLS
ACE's unique rolling seal is employed to achieve high energy absorption and long life. In an emergency, it is capable of two-fold absorption of energy for 1000 iterations or less or four-fold for only one iteration.
[Features]
・Compared with the conventional series, Ace's MC150M, 225M and 600M series compact shock absorbers boast a significantly improved energy value per cycle (E3).
・Energy capacity of this MC compact series is comparable to the manufacturer's middle type series.
・These trustworthy absorbers have built-in rolling seal systems to lengthen the product life cycle.
・MC150M, 225M and 600M series support three types of effective weight range to meet a wide variety of applications.- CAD ：
- 2D
Structure Nominal Mounting Screw [M] Overall Length L(mm) Stroke S(mm) Max. Absorbed Energy(J) Main Body, Related Components Orifice Type Operating Environment Body Material Fixed Type 25 146.4 25.4 136 Main Body Irregular Multi Orifice Type Standard Steel From: ₹ 11,091.00 Days to Ship: Same day 
Same day
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| Product Series |
| CAD |
| From |
| Days to Ship |
| Structure |
| Nominal Mounting Screw [M] |
| Overall Length L(mm) |
| Stroke S(mm) |
| Max. Absorbed Energy(J) |
| Main Body, Related Components |
| Orifice Type |
| Operating Environment |
| Body Material |
You can add up to 6 items per a category to the compare list.  | |
| Brand | ACE CONTROLS |
| Product Series | |
| CAD |
|
| From | ₹ 11,091.00 |
| Days to Ship | Same day |
| Structure | Fixed Type |
| Nominal Mounting Screw [M] | 25 |
| Overall Length L(mm) | 146.4 |
| Stroke S(mm) | 25.4 |
| Max. Absorbed Energy(J) | 136 |
| Main Body, Related Components | Main Body |
| Orifice Type | Irregular Multi Orifice Type |
| Operating Environment | Standard |
| Body Material | Steel |
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Specification/Dimensions
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Structure
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Nominal Mounting Screw [M]
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Overall Length L(mm)
- 28.6
- 29
- 29.6
- 32
- 32.5
- 32.6
- 32.7
- 33
- 33.5
- 33.6
- 34.5
- 37
- 37.1
- 38.5
- 38.7
- 39
- 40.5
- 42
- 44
- 45.5
- 46
- 46.6
- 48
- 49
- 50
- 51
- 51.5
- 52
- 53
- 54
- 54.5
- 55
- 57
- 57.5
- 59
- 60
- 60.2
- 62.5
- 62.6
- 63
- 65
- 68
- 69.2
- 69.4
- 69.5
- 70
- 71
- 71.5
- 72
- 75
- 78
- 79
- 79.5
- 86
- 88
- 88.2
- 90
- 91.5
- 93
- 96
- 97
- 98.5
- 100
- 100.2
- 103
- 103.1
- 103.8
- 106.1
- 107
- 109.5
- 110
- 111
- 112
- 117.5
- 122
- 123
- 126.5
- 129
- 130
- 134
- 136
- 137.5
- 140
- 141
- 141.5
- 142
- 145.8
- 146.4
- 150
- 153
- 154
- 154.5
- 155
- 155.8
- 156
- 158
- 170
- 171.5
- 173
- 176
- 183
- 185.5
- 186
- 190
- 204
- 205
- 214
- 217
- 218.5
- 220.5
- 223.5
- 228
- 232
- 232.8
- 238
- 239
- 241
- 247
- 317
- 335.5
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Stroke S(mm)
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Max. Absorbed Energy(J)
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Main Body, Related Components
- Main Body
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Orifice Type
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Operating Environment
- Standard
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Body Material
- Stainless Steel
- Brass
- Steel
- Resin
- Aluminum
- Zinc Alloy
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Related Categories to Fixed Type
FAQ Shock Absorbers Fixed Type
- Question: What are shock absorbers for machines?
- Answer: Shock absorbers for machines are mechanical devices designed to reduce the impact, vibration, and noise generated by moving parts. They help in extending the lifespan of machinery, improving operational safety, and enhancing overall performance by dampening energy from sudden motions or impacts.
- Question: Why are shock absorbers important for industrial machines?
- Answer: Shock absorbers are crucial for industrial machines because they protect sensitive components from damage due to vibrations or sudden impacts. This prolongs equipment life, reduces maintenance costs, improves productivity, and ensures smooth operation, especially in high-speed or heavy-duty applications.
- Question: What are the different types of shock absorbers?
- Answer: Common types include: • Hydraulic shock absorbers: Use hydraulic fluid to absorb shock and dampen vibrations. • Pneumatic shock absorbers: Use compressed air or gas to absorb and dissipate energy. • Electromagnetic shock absorbers: Use electromagnetic forces to control damping. • Viscous shock absorbers: Use a viscous fluid to provide damping resistance. • Rubber or Elastomer Shock Absorbers: Made from flexible materials to absorb vibrations. • Magnetic Shock Absorbers: Rely on magnetic fields to reduce motion and vibration.
- Question: When should I use hydraulic shock absorbers?
- Answer: Hydraulic shock absorbers are well-suited for applications requiring high damping forces and precise control, such as heavy machinery and industrial equipment.
- Question: When should I use pneumatic shock absorbers?
- Answer: Pneumatic shock absorbers are often used in applications where a softer, more compliant response is needed, such as in packaging machinery and material handling equipment.
- Question: What is the difference between shock absorbers and vibration dampers?
- Answer: While both shock absorbers and vibration dampers reduce unwanted motion, they serve slightly different purposes: • Shock Absorbers: Focus on controlling and absorbing large impacts, sudden shocks, or collisions. • Vibration Dampers: Primarily designed to reduce ongoing, continuous vibrations, typically at lower energy levels.
- Question: What are the benefits of using high-quality shock absorbers in machines?
- Answer: High-quality shock absorbers offer several benefits: • Enhanced machine longevity • Reduced maintenance costs • Smoother operation and improved performance • Noise and vibration reduction • Increased safety and reliability
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