The Vector WP-705B is a water pump engineered for efficient fluid circulation and transfer across irrigation, drainage, and general water movement applications. Built with robust construction and a reliable motor, this unit delivers consistent performance in demanding environments. The pump accommodates clean water and slightly-aggressive liquids within defined operating parameters, making it suitable for industrial and agricultural fluid handling tasks.
Technical Specifications
• Pump Type: Water Pump
• Model: WP-705B
• Motor Type: Reliable electric motor
• Operating Speed: Up to 2,900 RPM at 50 Hz; up to 3,600 RPM at 60 Hz
• Electrical Input: 240 VAC, 1 Phase, 50/60 Hz (standard configuration)
• Fluid Temperature Range: -15°C to 105°C (dependent on shaft seal type); alternatively up to 40°C for certain configurations
• Maximum Solid Particle Size: 2 mm
• Total Solids Content: Not exceeding 100 g/m³
• Total Water Hardness Limit: Not exceeding 8 mg-eq/L
– Key Features
• Compact vertical in-line construction for direct mounting into pipework
• Wetted components available in Neoprene, Varprene, Silicone, EPDM, Hypalon, Nitrile Rubber, or Natural Rubber
• Inlet/outlet connections: PTFE or Stainless Steel Hose Barb, Stainless Steel or Carbon Steel ANSI Flange, PTFE NPT, or Stainless Steel Sanitary Tri-clamp
• Non-wetted casing and rotor in Aluminum Alloy with plastic/alloy rollers
– Typical Applications
• Irrigation systems
• Drainage operations
• General water circulation and transfer
– Compatibility & Integration
The WP-705B accommodates clean water and slightly-aggressive liquids compatible with the pump’s material construction. Fluid temperature handling varies by shaft seal configuration, spanning -15°C to 105°C or up to 40°C depending on the selected seal type. Pumped water must remain free of particles exceeding 2 mm with total solids content below 100 g/m³ and water hardness not exceeding 8 mg-eq/L. Multiple connection options—including ANSI flanges, hose barbs, NPT, and sanitary tri-clamp—enable flexible integration into existing piping systems.
