Used EDWARDS iH1800 #9105210 for sale

EDWARDS iH1800 is a liquid pump designed to handle a variety of liquid applications including corrosive, viscous, and abrasive fluids. Featuring a chemically resistant PTFE composite and seal construction, EDWARDS IH 1800 efficiently pumps these difficult-to-handle fluids without the risk of microbial contamination. Technical advances include a permanent magnet drive motor, state-of-the-art control equipment, and a high-performance bearing system for maximum durability. IH1800 offers superior performance and reliability due to its design and construction. The PTFE composite and seal construction allow for superior corrosion resistance and chemical stability. This unit also provides excellent pumping characteristics for volatile liquids, overcomes high functional temperatures, and meets FDA and 3-A sanitary standards. IH 1800 utilizes a permanent magnet drive motor for the highest efficiency. In addition, the motor features built-in overload protection, corrosion resistance, and sealed housings. This provides power savings over the life of the pump. The motor also dissipates heat quickly and is designed for continuous operation. EDWARDS iH1800 provides precise control over motor speed using an advanced control machine. The sophisticated control tool enables accurate speed control and sensitivity to minute variances in the motor speed. This ensures that the stream is delivered at the desired rate and the flow rate is maintained even under changing conditions. EDWARDS IH 1800's high-performance bearing asset is designed for maximum durability and efficiency. The sturdy composite bearings provide long-term stability and reduce wear. IH1800 also allows for faster maintenance with less downtime. This reduces repair costs and downtime, while improving the pump's overall efficiency. IH 1800 is an advanced liquid pump that is designed to offer superior performance and reliability. Its PTFE composite and seal construction provide excellent corrosion resistance, while its permanent magnet drive motor, state-of-the-art control model, and high-performance bearing equipment all contribute to the pump's efficiency and cost-effectiveness over its lifetime.