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Timing Belts & Pulleys
Metric Timing Belts HTD
5M Section (5mm Pitch)
Quick Code: BB-6224
1420-5M-15 Timing Belt



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Product Specification
Brand
Medway
Number of Teeth
284
Pitch Length
1420mm
Width
15mm
Reference
1420-5M-15
Quick Order Code
BB-6224
Product Description
Please note that if the Medway brand is not in stock an equivalent quality brand will be sent.The Medway 1420-5M-15 is a high-performance 5M section HTD timing belt engineered for precision power transmission across diverse industrial applications. Featuring a sophisticated curved tooth profile, this synchronous belt ensures consistent and reliable mechanical power transfer.
Key Technical Specifications
- Pitch Length: 1420mm
- Width: 15mm
- Number of Teeth: 284
- Pitch: 5mm
- Operating Temperature Range: -25°C to +100°C
Advanced Construction Features
- High Torque Power (HTP) Design: Curved tooth profile provides positive, slip-free drive through precise tooth meshing
- Glass Fibre Tensile Member: Provides exceptional strength and shock load resistance with virtually no stretch
- Abrasive Resistant Cover: Protects belt teeth during pulley contact and reduces operational noise
- Precision Tooth Synchronization: Eliminates belt slip and speed variations, ensuring perfect mechanical performance
Typical Applications
- Heavy industrial machinery
- Precision manufacturing equipment
- Industrial automation systems
- Packaging and processing machinery
- Printing and document handling equipment
- Typewriters and office machinery
- Material handling systems
- Robotic equipment
- Large-scale conveyor systems
- CNC machinery
Technical Compliance
- Conforms to ISO 13050 standards
- Meets ISO 1813 static conductivity requirements
- Designed for reliable performance in demanding mechanical environments
Ideal for applications requiring precise, synchronized power transmission over longer distances, the Medway 1420-5M-15 timing belt delivers consistent speed and minimal power loss across a wide range of industrial and precision machinery. Its extended length and robust construction make it particularly suitable for complex mechanical systems requiring extensive power transfer.