FC 2016 NC Shock Absorbers

Name: FC 2016 NC Shock Absorbers
Brand: CEC YUH BAW CO., LTD.
Price: 32.4 USD
Availability: InStock

Price 32.4 USD ($)/ Piece

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MOQ : 1 Piece

FC 2016 NC Shock Absorbers Specification

Spring Material
Steel

Position
Front/Rear

Product Type
Industrial Shock Absorber

Usage
Industrial

Size
Different Sizes Available

Weight
Approx. 120 g

Color
Black

Operating Temperature Range
-10C to +80C

Stroke Length
16 mm

Thread Type
M20 x 1.5

Mounting
Screw-in fixed type

Maximum Energy Absorption
20 Nm per cycle

Applicable Industry
Automation, Packaging, Robotics

Damping Force
NC (Non-Adjustable)

Return Method
Self return

Body Material
Alloy Steel

FC 2016 NC Shock Absorbers Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
5000 Pieces Per Month

Delivery Time
30 Days

About FC 2016 NC Shock Absorbers

With the increasing demands of clients, we offer a wide gamut of quality approved FC 2016 NC Shock Absorbers. Finding their usage in various industries, the provided product facilitates in absorbing shocks to ensure smooth functionality of the equipment. These products are manufactured as per industry quality standards with the use of top notch grade raw materials and cutting edge techniques. Prior to dispatch, the offered FC 2016 NC Shock Absorbers are properly packed to ensure pilferage free delivery at clients' end.

Key Points:

Impeccable threading
Impact resistance
Highly durable
Simple to fit

Reliable Industrial Damping Solution

The FC 2016 NC Shock Absorber is engineered for industries demanding dependable vibration and impact management. Its alloy steel body ensures long-term resilience, while the self-return mechanism maintains continuous operation, reducing machine downtime. Suited for a range of industrial environments, this model provides efficient and consistent damping, safeguarding machinery and enhancing productivity.

Versatile Application in Automation and Robotics

Designed for use in automation, packaging, and robotic settings, the FC 2016 NC Shock Absorber excels at smooth motion control. Its non-adjustable damping force simplifies installation, while compatibility with both front and rear positions ensures flexibility for various machinery layouts. Performance remains stable under different temperatures, making this absorber a versatile choice across multiple industries.

FAQ's of FC 2016 NC Shock Absorbers:

Q: How is the FC 2016 NC Shock Absorber installed in machinery?

A: This shock absorber utilizes a screw-in fixed mounting type, allowing for secure and straightforward integration into industrial equipment. Simply align with the designated position-front or rear-and fasten using its M20 x 1.5 thread for a robust fit.

Q: What benefits does a non-adjustable (NC) damping force provide in industrial settings?

A: A non-adjustable damping force means consistent shock absorption with every cycle, making it ideal for repetitive industrial applications. It minimizes maintenance needs and ensures predictable system performance, particularly important in automation and robotics.

Q: When should I select the FC 2016 NC Shock Absorber for my application?

A: Choose this model when you require reliable, consistent damping in environments such as automation, packaging lines, or robotic systems. It is well-suited for scenarios where maximum energy absorption up to 20 Nm per cycle and minimal stroke lengths are necessary.

Q: Where can this shock absorber be mounted within a machine?

A: The FC 2016 NC Shock Absorber is designed for both front and rear positions, giving flexibility in mounting depending on your system's mechanical design and damping requirements.

Q: What processes or industries benefit most from this shock absorber?

A: Industries such as automation, packaging, and robotics gain significant advantages from this product's robust construction, self-return mechanism, and stable energy absorption, resulting in reduced wear and longer life for critical machinery.

Q: How does the self-return feature enhance the usage of this shock absorber?

A: The self-return mechanism ensures the shock absorber automatically resets after each impact, maintaining continuous readiness for subsequent cycles. This boosts operation efficiency and reduces intervention needs in automated environments.

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