Tomlinson Hall & Co Ltd. products
Static Peristaltic Pumps
ELRO - Model IP 100 - Up to 0.4m3/hr - Peristaltic Pumps for Liquid and Viscous Media Transport
The ELRO peristaltic pumps are engineered for the gentle transport of both liquid and viscous media, making them highly versatile in handling abrasive or shear-sensitive substances with long fibers and solids. Operating at pressures up to 13 bar or 188 psi, these pumps offer an effective replacement for other pump technologies. The IP series, which includes seven different sizes, is adaptable to a range of applications thanks to its variety of hose materials, including food-safe options, and diverse port configurations. Customization is further enhanced with multiple frame and motor variants. With a maximum pump capacity of 0.6 m3/h and a discharge pressure reaching 10 bar or 150 psi, these pumps ensure efficient performance. The drive output ranges between 0.37 to 1.1 kW (0.50 to 1.5 hp), and they weigh between 12 kg to 26 lb without the drive.
ELRO - Model IP 200 - Up to 1.9m3/hr - Peristaltic Pumps
The ELRO IP Series Peristaltic Pumps are designed for the gentle transport of liquid or viscous media, displaying exceptional capability in handling abrasive, shear-sensitive products with long fibers and solids. These pumps offer a maximum capacity of 1.9 cubic meters per hour and can deliver discharge pressures of up to 13 bar, or 188 psi. They include seven pump sizes and various hose materials, even offering food-approved versions to suit a wide range of applications. Adjustable with different port options, frame and motor variants, these pumps are a reliable choice for many operators looking to replace other pump technologies with a more versatile solution. Weighing between 16 kg and 35 lb without the drive, their drive output ranges from 0.55 to 1.5 kW or 0.75 to 2.0 horsepower, providing a balanced blend of power and efficiency.
Mobile Peristaltic Pumps
ELRO - Model M300 - Atex Compliant Mobile Peristaltic Pump
The Elro M300 is a versatile mobile peristaltic pump that caters to a broad spectrum of industrial applications requiring transportable solutions. With its Atex compliance, the M300 is engineered to function efficiently in potentially explosive environments, ensuring safety and reliability. The pump's design showcases a unique patented system that has garnered global recognition for its adaptability in challenging and remote locations. This mobile pump excels in handling difficult substances and overcomes fluid handling challenges that stationary systems might struggle with. Its robust construction and intuitive operation make it a preferred choice for industries demanding flexible and dependable pumping solutions. The M300's ability to sustain performance under adverse conditions makes it an invaluable asset for operations extending beyond conventional settings.
ELRO - Model GUP 3-1.5 - Atex Compliant Mobile Peristaltic Pump for Hazardous Material
The ELRO GUP 3-1.5 peristaltic pump is engineered for rapid deployment in scenarios involving hazardous materials, particularly during accidents where aggressive fluids pose a risk to human, animal, and environmental safety. Designed for quick and efficient pumping, this model ensures that hazardous substances are transferred into secure containers without interference from debris like dirt, stones, or leaves. The pump's Atex compliance highlights its suitability for use in potentially explosive atmospheres, providing a reliable solution in critical situations. This equipment is ideal for industries and emergency services requiring effective management of accidental chemical spills and leaks, ensuring swift containment and minimizing potential harm.
ELRO - Model GP20.10 EX - Atex Compliant Peristaltic Pump for Hazardous Materials
The GP20.10 EX is an Atex-compliant peristaltic pump under the ELRO brand, specifically designed for rapid deployment in situations involving hazardous materials. This pump is engineered to manage the immediate containment and transfer of aggressive fluids, which are often encountered during accidents. The unique design ensures that potentially dangerous spillage involving hazardous liquids is efficiently moved into secured containers, mitigating risks to humans, wildlife, and the environment. Its capability to resist obstructions caused by substances like dirt, stones, or leaves further highlights its efficiency in maintaining uninterrupted pumping activity, essential during emergency response scenarios.
