Pumps Key benefits — why this pump matters Moves fluids reliably to reduce manual handling and downtime. Solves common fluidtransfer problems: stable flow, safe containment, and repeatable performance. Versatile for a wide range of applications, from light domestic use to industrial tasks depending on model selection. What this pump does Transfers, circulates, or dewaters liquids as required by your system. Supports continuous or intermittent operation depending on the chosen model. Simplifies fluid management by integrating with existing piping, tanks, or reservoirs. Important attributes Function: Designed to transfer, circulate, or remove liquids efficiently. Compatibility: Intended for use with common liquids (water, coolant, light oils); confirm model compatibility with aggressive fluids or solids before use. Size options: Available in compact and larger formats to suit space constraints and flow requirements. Materials: Constructed from durable, applicationappropriate materials (options commonly include corrosionresistant metals and engineered plastics) to match operating environments. Performance: Engineered for consistent flow and long service life; performance varies by model—refer to the specific model data for flow rate and head specifications. Practical features Straightforward installation: mounts to standard fittings and piping, with accessible connection points. Serviceability: designed for routine maintenance—seals and wear parts are reachable for inspection and replacement. Safety and reliability: built with standard safeguards to protect against common failure modes when used as intended. Use scenarios Building systems: Circulating water or coolant in HVAC, boiler, or chilledwater systems to maintain temperature control and efficiency. Agriculture and landscaping: Irrigating gardens or fields and transferring water between tanks and reservoirs. Workshops and light industry: Pumping coolant, transferring lubricants, or dewatering work areas and sumps. How to choose the right model Match the pump to your required flow rate and head (pressure). Check the specific model specifications for these values. Confirm material compatibility with the liquid you plan to handle. Consider duty cycle (continuous vs. intermittent) and select a model rated for your expected operating hours. Maintenance tips Follow the modelspecific maintenance schedule for seal inspection, lubrication, and filter/strainer cleaning. Keep inlet strainers clean to prevent reduced flow and premature wear. Inspect fittings and electrical connections periodically for signs of wear or corrosion. If you need assistance selecting the right pump model for your application, provide the liquid type, required flow or transfer volume, operating head (or lift), and duty cycle so the correct option can be recommended.