HIWIN Linear Guide ways QH H

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MOQ : 1 Piece

HIWIN Linear Guide ways QH H Specification

Thickness
Varies by Model

Weight
Varies by Model

Material
High Carbon Steel

Ball Bearing Type
4-Point Contact Ball

Structure
Guideway Rail with Block

Seals Type
Double Sealed

Number Of Rows
4

Limiting Speed
Up to 5 m/s

Load Capacity
High Load

HIWIN Linear Guide ways QH H Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About HIWIN Linear Guide ways QH H

HIWIN Linear Guide ways QH H

Features:

- Lower Noise
The spacer significantly reduces the sound pressure level (SPL) of the standard guideway, especially under a higher moving velocity.

- Softer Tone
Some noise tone can be eliminated even at a higher velocity. Linear Guideways with the "Q1" option are easier on the ears.

- Higher Reliability
The constant lubricant-releasing mechanism improves reliability and lowers maintenance costs.

Precision with Versatility

The HIWIN QH H Series delivers reliable linear motion with multiple accuracy and preload options, ensuring tailored performance for your industrial projects. Its compatibility with both top and bottom mounting provides installation flexibility. The robust build using high carbon steel, together with double seals and advanced lubrication, guarantees prolonged service life.

Engineered for Modern Applications

Designed for high-speed and high-load tasks, the QH H Series suits the rigorous demands of CNC machinery, automation lines, and semiconductor manufacturing. With a limiting speed of up to 5 m/s and an operating temperature range from -10C to 80C, these guideways are engineered to maintain performance under varying conditions.

Enhanced Maintenance and Durability

HIWIN QH H Series linear guides feature integrated end cap lubrication and double-sealed protection, extending maintenance intervals and safeguarding internal components. The special anti-corrosion coating option further enhances longevity, making them suitable for harsh environments where reliability is essential.

FAQs of HIWIN Linear Guide ways QH H:

Q: How does the QH H Series Linear Guideway ensure low maintenance requirements?

A: This series incorporates end cap lubrication and a double-sealed structure, providing effective lubricant distribution and robust sealing against contaminants. As a result, the guides offer extended maintenance intervals and minimize service needs, even in demanding settings.

Q: What models are available in the QH H Square Type series, and how can I choose the right one?

A: Models such as QHH15CA and QHH20CA are available, differing mainly in size, load capacity, and thickness. Selection depends on your applications required load, motion smoothness, and installation constraints. Accuracy class and preload can be further tailored for specific performance requirements.

Q: When should the anti-corrosion option be considered for these linear guides?

A: The anti-corrosion coating should be chosen for applications exposed to moisture, chemicals, or cleanroom environments, such as in semiconductor equipment or areas prone to rust. This option protects the guide and extends its operational lifespan in harsh or sensitive conditions.

Q: Where can the QH H Series guides be installed, and what mounting options are available?

A: These linear guides are compatible with both top and bottom mounting, offering flexibility for integration into CNC machinery, automation equipment, and more. Installers can choose the method best suited to their specific mechanical design.

Q: What benefits does the low-noise design of the QH H Series provide for automation systems?

A: The low-noise feature reduces operational sound, creating a quieter working environment. This is particularly advantageous in automation and semiconductor equipment where noise reduction is important to maintain worker comfort and precise machine operation.

Q: How does the 4-point contact ball structure improve the performance of these guideways?

A: The 4-point contact ball arrangement offers balanced load handling in all directions, improving rigidity and stability under varying stresses. This design ensures smoother motion, higher precision, and long-term reliability, making it suitable for high-accuracy industrial uses.

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