FUJI LATEX FWM-E Coolant-Resistant Adjustable Shock Absorbers

• Coolant-resistant specification: The FWM-E Series uses a special sealing structure for industrial equipment environments where exposure to water-soluble coolant may occur.
• Adjustable hydraulic cushioning: Absorption characteristics can be adjusted to suit machine load, impact speed, and stopping conditions for smooth deceleration.
• Multiple-varying orifice design: The multiple-varying orifice structure is suitable for medium-speed impact conditions and different equipment loads.
• Seven size options: The series covers M10×1 to M27×1.5 thread sizes and 8 to 30 mm strokes, with maximum absorption energy up to 79.3 J and equivalent mass up to 450 kg.
• Flexible model selection: Models can be selected according to absorption energy, equivalent mass, impact speed, cycle rate, stroke, and mounting space, with selection support available from GATO Corporation.

Specification notes

• The FWM-E Series uses a multiple-varying orifice adjustable structure with an impact speed range of 0.3–2 m/s and a maximum operation cycle of 60 cycles per minute. Depending on the model, absorption energy reaches up to 79.3 J and maximum equivalent mass reaches up to 450 kg.
• The FWM-E Series is designed for environments where water-soluble coolant may be present and uses a special sealing structure. Service life may vary depending on coolant type, exposure level, and operating conditions, so application conditions should be checked before use.
• Sufficient mounting strength and an external stopper are required. Eccentric loading beyond ±2.5° should be avoided, and absorption energy, equivalent mass, impact speed, cycle rate, stroke, and mounting space should all be checked during model selection.

Q1: What is the FUJI LATEX FWM-E Series?
A: The FUJI LATEX FWM-E Series consists of coolant-resistant adjustable hydraulic shock absorbers designed to absorb end-stop impact and provide smooth deceleration in industrial machinery.

Q2: What equipment is the FWM-E Series suitable for?
A: It is suitable for machine tools, automation equipment, processing machines, slides, transfer mechanisms, cylinder ends, and other equipment where water-soluble coolant may be present.

Q3: What models are available in the FWM-E Series?
A: Models include FWM-E1008VBD, FWM-E1210MBD, FWM-E1410RBD, FWM-E1612XBD, FWM-E2016EBD, FWM-E2530GBD, and FWM-E2725FBD.

Q4: Is the FWM-E Series fixed or adjustable?
A: The FWM-E Series is adjustable, allowing absorption characteristics to be matched to machine load, impact speed, and stopping conditions.

Q5: What is the maximum absorption energy of the FWM-E Series?
A: Depending on the model, maximum absorption energy ranges from 1.76 to 79.3 J, with 79.3 J being the highest capacity in this series.

Q6: What maximum equivalent mass can the FWM-E Series handle?
A: Depending on the model, maximum equivalent mass ranges from 10 to 450 kg for different machine loads and impact conditions.

Q7: What is the impact speed range of the FWM-E Series?
A: The FWM-E Series has an impact speed range of 0.3 to 2 m/s and a maximum operation cycle of 60 cycles per minute.

Q8: How is the FWM-E Series different from standard adjustable shock absorbers?
A: In addition to adjustable hydraulic cushioning, the FWM-E Series features a coolant-resistant specification for equipment environments where water-soluble coolant may be present.

Q9: What should be checked when installing an FWM-E shock absorber?
A: Ensure sufficient mounting strength, use an external stopper, avoid excessive eccentric loading, and confirm that impact speed, energy, equivalent mass, and cycle rate remain within the applicable range.

Q10: How do I select the correct FWM-E model?
A: Check moving mass, impact speed, driving force, cycle rate, required stroke, thread size, absorption energy, and available mounting space, or contact GATO Corporation for selection support.