Safety Precautions
The document emphasizes the critical importance of safety when using industrial power transmission products like conveyor belts and engineering plastics. It categorizes safety precautions into warnings and dangers, highlighting the potential for severe injury or death if products are misused. Key precautions include using safety devices, avoiding the use of belts for lifting, ensuring proper alignment and tension, and storing products correctly to prevent damage.

Power Transmission Products
This section provides detailed guidelines for the use, storage, and maintenance of power transmission belts. It advises on the installation of safety covers, the use of antistatic belts, and the importance of using the correct type of belt as per OEM specifications. It also covers the handling of used items and the need for proper equipment to prevent injuries.

Couplings
The document outlines the precautions for using couplings, including the need for additional safety devices to prevent accidents if a coupling fails. It stresses the importance of securing couplings properly and using the correct type to avoid premature failure.

Engineering Plastic Products
Safety measures for engineering plastic products include avoiding use for medical purposes, preventing static electricity sparks, and ensuring proper storage to avoid deformation. The document also advises on the use of appropriate equipment for handling large products.

Plastic Conveyor Belts
This section highlights the need for compliance with food hygiene laws when using belts for food conveyance. It also advises on the safe handling and storage of large plastic conveyor belts to prevent accidents.

Product Lineup and Applications
The document provides a comprehensive list of products, including timing belts, V-belts, and couplings, along with their applications. It includes a selection chart to help users choose the appropriate product based on their specific needs.

Dimensions and Specifications
Detailed dimensions and specifications for various belt types are provided, including material types and cross-sectional dimensions. The document advises on the conditions of use that affect belt durability, such as pulley diameter and speed.

Overview
The document provides detailed specifications and guidelines for various types of power transmission belts and pulleys, focusing on synchronous power transmission systems. It includes information on belt dimensions, materials, and types, as well as pulley specifications.

Specifications
The document lists various belt dimensions in both metric and imperial units, including belt width and nominal length. It also specifies the number of teeth for different belt types and provides product codes for standard pulley types and sizes.

Materials and Processing
The document mentions the use of steel as a primary material for pulleys and highlights the importance of precise processing methods, such as cutting with a hob cutter, to ensure effective power transmission.

Standard Pulley Types & Sizes
The document outlines standard pulley types, including MXL, XL, and L types, and provides product codes for each. It emphasizes compliance with ISO standards for tooth profiles.

Long-Span Timing Belts
Information is provided on long-span timing belts, suitable for linear drives and light-duty synchronous transmission. The document details size ranges for both open-end and endless types, and mentions materials like rubber and thermosetting polyurethane.

Classical V-Belts
The document describes classical V-belts, including their economic advantages and availability. It provides detailed cross-sectional dimensions and size ranges for different belt types, such as A, B, C, D, and E, and their respective raw edge cogged variants.

Frictional Forced Power Transmission Belts
This section covers the specifications for frictional forced power transmission belts, including belt codes, inside length, and datum length for various belt types.

Conclusion
The document serves as a comprehensive guide for selecting and understanding the specifications of power transmission belts and pulleys, ensuring compatibility and efficiency in mechanical systems.

Overview
The document provides detailed specifications and features of various types of power transmission belts, including the MAXSTAR WEDGE V-Belt, SUPER VS Belt, and RIBSTAR Belts. These belts are designed for high power transmission, energy efficiency, and compatibility with existing pulley systems.

Specifications
The belts are available in various sizes, with nominal dimensions provided. The MAXSTAR WEDGE V-Belt is noted for its narrow width and high power transmission capability, suitable for high-speed operations up to 40m/sec. The SUPER VS Belt offers high precision and efficiency, with excellent durability and resistance to oil, heat, and lateral pressure. The RIBSTAR Belts, available in rubber and polyurethane, combine the flexibility of flat belts with the power transmission capability of V-Belts.

Features
Key features include energy-saving designs, excellent heat and abrasion resistance, and compatibility with compact design applications. The belts are designed to reduce maintenance costs and offer long operating life. The document also highlights the "set-free" system for multiple belt usage, which minimizes dimensional differences.

Installation and Maintenance
The document provides guidelines for mounting and removing bushing pulleys, emphasizing the ease of installation and the importance of using protective gear. It also includes instructions for bolt tightening torque to ensure secure fitting.

Applications
These belts are suitable for various industrial applications requiring high performance and reliability. They are designed to operate efficiently on small diameter pulleys and at high speeds, making them ideal for modern industrial machinery.

Overview
The document provides detailed specifications and guidelines for various types of belts and couplings used in power transmission systems. It includes information on belt types, pulley systems, coupling types, and troubleshooting methods for power transmission products.

4. Troubleshooting
Provides solutions for common issues in power transmission systems, such as poor alignment, base fixture problems, and belt tension adjustments.

Grades: UHMW-NA is the standard grade with excellent abrasion resistance, low friction, and chemical resistance. UHMW-ASB is a high antistatic grade suitable for LCD and semiconductor equipment. UHMW-ASG is a light green antistatic grade ideal for food production and bottling lines.

Properties: Key properties include density, tensile strength, compressive strength, and thermal conductivity. UHMW-PE is known for its low water absorption and high dielectric strength.

Applications: Used in food production, transport equipment, cement and coal storage facilities, and chemical facilities.

Rail Dimensions: Various rail types and dimensions are available, including flat, chain, L-type, V-type, and snap-on rails.

Grades: Includes homopolymer (DELRIN®) and copolymer (DURACON®) with balanced mechanical and electrical properties. Copolymer-BG and M5BK grades offer high sliding performance for different load applications.

Properties: Polyacetal exhibits good tensile strength, flexural strength, and low water absorption. It is suitable for injection molding.

Applications: Used in food production, transport equipment, LCD manufacturing, construction machinery, and electronic components.

PEEK®-NA: A high-performance plastic with excellent heat and chemical resistance, suitable for use in semiconductor manufacturing, chemical production, and aerospace industries.

Properties: PEEK®-NA offers high tensile strength, thermal stability, and low water absorption.

Global Presence: The document lists global factories and sales offices, including locations in Japan, Asia, America, and Europe.