Tb Synchronous Self Priming Pump -

A single-stage, single-suction horizontal synchronous self-priming centrifugal pump engineered as a direct replacement for submerged pumps. Designed to ISO 2858 hydraulic standards, this TB-series pump delivers reliable liquid transfer for industrial applications while reducing maintenance and installation complexity.

Key features

• Synchronous self-priming design with gas-separation device for fast and reliable priming
• Single-stage, single-suction centrifugal construction for steady flow and simplified maintenance
• ISO 2858 hydraulic model for predictable performance and interchangeability
• Compact, low-part-count construction for smooth operation, low vibration and low noise
• No internal return device, improving hydraulic efficiency (typically 10–20% higher than standard self-priming pumps)
• Horizontal installation; pump inlet may be oriented as required while outlet is vertical
• Maximum working pressure: 1.6 MPa
• Suction lift capability: up to 8 m
• Liquid temperature options: standard -10 to 80 °C; available to 120 °C for higher-temperature applications
• Materials: cast iron or stainless steel housings; impellers available in closed or semi-open designs

Typical applications

• Food and beverage, pharmaceutical, chemical processing, oil and petrochemical industries
• Transfer of water, chemical media, wastewater and general liquids where a self-priming horizontal pump is preferred
• Situations where replacing submerged pumps with an above-ground unit reduces installation or maintenance costs

Why choose this pump

• Improved efficiency lowers energy consumption compared with traditional self-priming designs
• Fewer moving parts and a compact footprint reduce downtime and simplify spare-parts inventory
• Material and impeller options make the pump adaptable for hygienic, corrosive or abrasive services
• ISO 2858 compliance helps simplify system integration and performance selection

Ordering and configuration

When specifying, confirm: desired pump material (cast iron or stainless steel), impeller type (closed or semi-open), maximum fluid temperature rating, and any required connections or seals for your fluid service. For engineered applications or to confirm performance curves for flow and head, request the pump’s ISO-based hydraulic curve and dimensional drawing.