HARGRAVES
These usually wholesale for $140.00ea
A liquid pump’s internal fluidic resistance is a driving factor in its performance capabilities. A liquid media has higher fluidic resistance when compared to gas or air due to it being incompressible and its much higher viscosities. Our team designed the LTC Series to achieve optimal performance by incorporating several features as listed below.
Advanced flow path and efficient valve system to maximize flow with low power consumption.
Monolithic diaphragm designs allow for maximum suction and priming even under dry operation.
These liquid pumps are developing an excellent track record in several medical, scientific instrument applications and harsh industrial applications. Our unique diaphragm design, and our close attention to bearing and motor design details, is providing our customers with substantial cost savings in reduced field service time.
Example of use:A printer that includes at least one printhead mounted to a carriage of a printing system, and a secondary ink container mounted to the carriage and which holds an ink and is in fluid communication with the at least one printhead. A pressure source in fluid communication with the secondary ink container provides a pressure to the secondary ink container during a purging operation to cause the ink to flow from the at least one printhead. The secondary ink container has a large enough volume to hold a sufficient amount of ink for a purge operation of at least about seven seconds. The secondary ink container has a minimum ink level, and an inlet that is located below the minium ink level so as to minimize aeration of the ink as it flows through the inlet.
Fluid-Blok™ Advanced Sealing Technology**: Redundant sealing techniques eliminate leaks.
• Self-Priming/Dry Running: Monolithic diaphragm design allows for maximum suction/priming and continuous dry operation.
• Longevity: Unique brushless DC motor design and advanced proprietary diaphragm elastomer gives the highest benchmark
for service-free life.
• Low Power Consumption: Advanced flow path and efficient valve system design** allows for maximum flow with low
power consumption.
• Port Design: Port design allows for top or bottom face seal and is molded for 1/4-28 UNF threaded fittings, as well as
four head configurations.
• Chemical Resistant: Structured to be inert to a variety of media with selected wetted components.
• Lightweight, Compact Size: Compact configuration allowing designers to minimize system weight and
space requirements.
• Flexible Mounting Options: Maximizes mounting flexibility by offering several mounting options.
• FDA-Approved Materials: Hargraves pumps and compressors are commonly used in FDA-approved systems.
