Oxford Motors delivers industrial-grade vertical hollow shaft electric motors built for exceptional performance and longevity in demanding environments. These IEC standard motors feature IP55 protection against dust and water ingress, cast iron construction for superior vibration absorption, and foot mounting design for stable installation. Engineered to operate at 415V±6% voltage and 50Hz±5% frequency within ambient temperatures from -15°C to 45°C, they maintain reliable performance across diverse industrial conditions. The motors incorporate class F insulation with class B temperature rise and dynamically balanced rotors for smooth, vibration-free operation that minimizes maintenance requirements and extends service life.

These versatile motors serve critical functions across multiple industrial sectors, providing reliable power transmission where performance matters most. In manufacturing facilities, they drive conveyor systems, machine tools, and processing equipment with consiste...

Oxford Motors delivers industrial-grade vertical hollow shaft electric motors built for exceptional performance and longevity in demanding environments. These IEC standard motors feature IP55 protection against dust and water ingress, cast iron construction for superior vibration absorption, and foot mounting design for stable installation. Engineered to operate at 415V±6% voltage and 50Hz±5% frequency within ambient temperatures from -15°C to 45°C, they maintain reliable performance across diverse industrial conditions. The motors incorporate class F insulation with class B temperature rise and dynamically balanced rotors for smooth, vibration-free operation that minimizes maintenance requirements and extends service life.

These versatile motors serve critical functions across multiple industrial sectors, providing reliable power transmission where performance matters most. In manufacturing facilities, they drive conveyor systems, machine tools, and processing equipment with consistent power delivery. Agricultural operations utilize them for crushers, mills, and irrigation systems that require durable motor performance. The textile industry relies on these motors for spinning and weaving machinery, while food processing plants integrate them into packaging and processing lines. Construction and mining sectors employ these rugged motors in stone crushers, rolling mills, and material handling systems where harsh conditions demand exceptional durability and reliability.

The business value of Oxford Motors vertical hollow shaft electric motors lies in their proven reliability, reduced operational costs, and extended service life that directly enhance productivity. Built to international standards with premium materials and precise engineering, these motors deliver consistent performance that minimizes downtime and maintenance expenses. Their robust construction ensures operational continuity in demanding applications, providing long-term value through reduced replacement frequency and improved equipment efficiency. With a comprehensive one-year warranty and adherence to strict quality standards, these motors offer industrial users a trusted power solution that maximizes return on investment while ensuring reliable operation in critical applications.

Key Features:
- Cast iron construction for enhanced durability and effective vibration reduction
- IP55 enclosure rating providing protection against dust and water ingress
- Compliance with IEC 34-1, IEC 72, and IEC 34-5 international standards
- Class F insulation system with class B temperature rise for optimal performance
- Star or delta connection flexibility based on specific power rating requirements

Benefits:
- Reduced maintenance requirements and extended service life for lower operational costs
- Reliable performance in challenging industrial environments with minimal downtime
- Enhanced equipment protection through effective vibration absorption and thermal management
- Broad compatibility with various industrial machinery and equipment systems
- Consistent power delivery that improves overall operational efficiency and productivity