Ocmis TNO 125 PTO Driven Centrifugal Pumps

Overview

The Ocmis TNO 125 represents a premium-class PTO-driven centrifugal pump engineered specifically for agricultural irrigation applications requiring reliable fresh water lifting. Manufactured in Italy by Ocmis, a respected name in irrigation technology, this tractor-mounted pump delivers the performance characteristics demanded by modern farming operations. Designed as a clean water centrifugal pump, the TNO 125 provides farmers and irrigation contractors with a dependable solution for transferring large volumes of water from rivers, canals, reservoirs, and wells to irrigation systems across diverse terrains and field configurations.

What distinguishes the TNO 125 from conventional tractor pumps is Ocmis's commitment to balancing immediate operational performance with long-term durability. The centrifugal pump design optimises hydraulic efficiency for fresh water applications, whilst the robust construction ensures consistent service life even under demanding seasonal irrigation schedules. The PTO-driven configuration eliminates the need for separate engine power, reducing operational complexity and maintenance requirements whilst maximising fuel efficiency by leveraging the existing tractor power source for both transport and pumping operations.

Key Features & Benefits

• Centrifugal Pump Design: Optimised hydraulic pathways ensure efficient fresh water transfer with minimal energy loss, delivering consistent flow rates throughout extended irrigation sessions whilst reducing fuel consumption compared to less efficient pump configurations.
• PTO-Driven Power Transmission: Direct connection to tractor power take-off eliminates separate engine requirements, reducing initial investment costs, simplifying maintenance schedules, and allowing seamless integration with existing tractor fleets without additional fuel storage or engine servicing.
• Italian Engineering Quality: Manufactured in Italy to exacting European standards, the TNO 125 incorporates precision-machined components and quality materials that resist corrosion and wear, ensuring reliable performance across multiple irrigation seasons with minimal component replacement.
• Fresh Water Optimisation: Purpose-designed for clean water applications, the pump body and impeller configuration maximise hydraulic efficiency when handling sediment-free irrigation water, delivering superior performance compared to general-purpose pumps when operating within designed parameters.
• Mechanical Seal System: Advanced sealing technology prevents water leakage whilst protecting internal components from contamination, extending service intervals and reducing downtime associated with seal replacement or pump body maintenance.
• Mobile Irrigation Versatility: The tractor-mounted configuration provides exceptional flexibility for farms with multiple field locations, allowing rapid repositioning of pumping capacity to match crop requirements throughout the growing season without permanent infrastructure installation.
• Simplified Maintenance Access: Thoughtful design considerations ensure critical wear components remain accessible for routine inspection and servicing, reducing maintenance time and allowing farmers to perform basic service tasks without specialised tools or extensive mechanical training.
• Durable Construction Materials: Corrosion-resistant materials throughout the pump assembly protect against the damaging effects of continuous water contact, extending operational lifespan and maintaining hydraulic efficiency even in challenging water quality conditions.

Technical Specifications

Ideal Applications

• Mobile Field Irrigation: Tractor-mounted configuration enables rapid deployment across multiple field locations, providing flexible water delivery for row crops, pastures, and temporary irrigation requirements throughout the growing season.
• Reservoir Water Transfer: Efficiently lifts fresh water from storage reservoirs, farm dams, and irrigation ponds to distribution systems, maintaining consistent pressure and flow rates required for sprinkler and drip irrigation networks.
• River and Canal Pumping: Draws irrigation water directly from natural water sources including rivers, streams, and irrigation canals, providing farmers with cost-effective access to surface water resources without permanent pumping station infrastructure.
• Well Water Distribution: Complements deep well pumps by transferring water from collection tanks to field-level irrigation systems, creating efficient multi-stage pumping configurations for farms with limited surface water access.
• Temporary Irrigation Projects: Ideal for contractors and large farming operations requiring portable high-capacity pumping for seasonal irrigation contracts, land development projects, or emergency water transfer situations.
• Irrigation System Pressurisation: Provides the hydraulic pressure required for centre pivot systems, travelling irrigators, and fixed sprinkler networks, ensuring adequate water distribution across large cultivation areas with varying elevation profiles.

Versions and Performance

Technical Characteristics