HSR Series Linear Guides - High-Speed Precision at Attractive Prices

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Price 900 आईएनआर/ Number

मूल्य/उद्धरण प्राप्त करें

MOQ : 1 Number

Specification

स्ट्रक्चर
Smooth

उपयोग
Industrial

मटेरियल

उपयोग करें
Industrial

साइज
Standard Sizes

वारंटी
1 YEAR

रंग
Silver

Trade Information

Minimum Order Quantity
1 Number

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दिन

About

The HSR Series is a line of linear motion guides engineered for applications requiring exceptional accuracy rigidity and smooth motion Featuring a four row circular arc contact design the HSR series delivers outstanding load capacity and precision performance in both highspeed and high load environments The guide block and rail are precision machined and the use of recirculating ball bearings ensures low friction and consistent linear movement

Key Features

Structure: Four-row recirculating ball bearing design.
Contact Angle: 45, offering equal load capacity in four directions (radial, reverse-radial, and lateral).
Rigidity: High rigidity due to wide rail and large ball contact surface.
Mounting Type: Flange-type block with tapped holes (top/bottom mount).
Lubrication: Grease nipple standard; optional oil lubrication system.
Preload Classes: Light (Z0), Medium (Z1), Heavy (Z2).
Accuracy Grades: Normal (N), High (H), Precision (P), Super Precision (SP), Ultra Precision (UP).

Exceptional Performance in Industrial Automation

The HSR Series linear guides are engineered for high-speed, high-precision movement, making them a catalyst for enhanced automation in manufacturing and processing industries. Their smooth structural design significantly reduces friction, allowing for efficient and reliable linear motion in assembly lines, robotics, and machining centers.

Premium Construction for Lasting Reliability

Crafted from high-quality stainless steel, the HSR Series linear guides are built to withstand tough industrial conditions. Their corrosion-resistant silver finish ensures extended lifespan and consistent performance, reducing maintenance needs and operational downtime in critical applications.

FAQs of HSR Series: High-speed, high-precision linear guides.:

Q: How do I install the HSR Series high-speed linear guides in industrial machinery?

A: To install the HSR Series linear guides, ensure your mounting surface is clean and level. Align the guide rail with pre-drilled holes following the manufacturers instructions, then secure it using recommended bolts. For best results, installation should be performed by qualified technicians using standard industrial tools.

Q: What are the primary benefits of using the HSR Series linear guides in automated systems?

A: The HSR Series offers smooth, high-speed motion with exceptional precision, leading to improved productivity and accuracy in automated processes. Their robust stainless steel construction also ensures long-term reliability and minimal maintenance, providing significant cost savings over time.

Q: When should I consider replacing the linear guides?

A: Inspect the guides periodically for signs of wear such as unusual noise, reduced smoothness, or visible damage. Generally, replacement may be needed after extensive use beyond the one-year warranty, especially if performance noticeably declines or surface deterioration appears.

Q: Where are the HSR Series linear guides manufactured and supplied from?

A: These linear guides are manufactured in Japan and are available globally through various supply channels. We support export, import, and service provisions to meet the needs of clients across different industrial sectors.

Q: What is the warranty process for the HSR Series linear guides?

A: The HSR Series comes with a one-year warranty covering manufacturing defects and material issues. If a problem arises within this period, contact your supplier or service provider with proof of purchase to initiate the warranty claim process.

Q: How are the HSR Series guides typically used in industrial environments?

A: They are commonly implemented in automation equipment, CNC machinery, robotics, and material handling systems, where accurate, frictionless linear motion is critical. Their high precision supports smooth operations and optimizes workflow efficiency.

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