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Timing Belts & Pulleys
Metric Timing Belts HTD
5M Section (5mm Pitch)
Quick Code: BB-6230
1350-5M-25 Timing Belt
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Product Specification
Brand
Medway
Number of Teeth
270
Pitch Length
1350mm
Width
25mm
Reference
1350-5M-25
Quick Order Code
BB-6230
Product Description
Please note that if the Medway brand is not in stock an equivalent quality brand will be sent.The Medway 1350-5M-25 is a high-performance 5M section HTD timing belt engineered for precise and robust power transmission across a diverse range of industrial and mechanical applications. Featuring an advanced High Torque Power (HTP) design, this synchronous belt delivers exceptional performance and reliability.
Key Technical Specifications
- Pitch Length: 1350mm
- Width: 25mm
- Number of Teeth: 270
- Pitch: 5mm
- Operating Temperature Range: -25°C to +100°C
Advanced Construction Features
- High Torque Power (HTP) Design: Curved tooth profile ensures positive drive and precise synchronization with timing belt pulleys
- Glass Fibre Tensile Member: Provides exceptional strength to transmit tensile forces and withstand shock loads with virtually no stretch
- Abrasion-Resistant Cover: Protects belt teeth during pulley contact and significantly reduces operational noise
- Prevents belt slip and speed variations, ensuring perfect synchronization
Typical Applications
- Heavy industrial machinery
- Typewriters and office equipment
- Precision manufacturing systems
- Packaging machinery
- Food processing equipment
- Material handling systems
- Industrial automation
- CNC machinery
- Printing and document handling equipment
Standards Compliance
- Conforms to ISO 13050
- Meets ISO 1813 for static conductivity
Ideal for engineers and maintenance professionals seeking a reliable, high-performance power transmission solution, the Medway 1350-5M-25 timing belt delivers consistent performance in demanding industrial environments. Its precision synchronous movement, minimal maintenance requirements, and maximum reliability make it an excellent choice for applications requiring precise power transfer and mechanical synchronization.
