Cambria Series Gear Pumps

DAE Pumps Cambria Gear Pumps are designed for pumping light fuel oils such as diesel, kerosene, and biodiesel. It is also possible to pump vegetable oil, motor oil, and glycerol. These oils have different benefits and drawbacks, making them more or less ideal for different situations.

It is a helical gear pump and a built-in by-pass valve for pumping clean viscous liquids not containing abrasive or solid particles. This pump is ideal for many applications, including those requiring high flow rates or pressures. The pump's unique design makes it possible to achieve a wide range of flow rates and pressures, making it an ideal choice for various applications.

DAE Pumps Cambria Gear Pumps' gear oil pumps are suitable for transporting various oils such as petroleum, diesel, and lubricant. When using copper gears, the pumps can converfluids with low flash points such as gasoline and benzene at temperatures below 70℃. They are widely used in oil reservoirs, piers, ships, mining sites, factories, and farms. The Cambria series gear oil pumps are mainly used for transporting viscous lubricants for mechanical equipment. The pumps can pump cooking oils or beverages when equipped with stainless steel gears.

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Features:

Economical, durable, and reliable
Seal chamber accepts packing and a variety of component and cartridge style mechanical and lip seals, in both single and double mechanical seal configurations
Threaded one-piece bearing housing allows for easy end clearance adjustment
One-piece cast bracket with the seal between bearings provides a rigid foundation to maximize seal and bearing life
Large diameter threaded bearing housing allows easy removal of cartridge seals
Huge range of sizes selection
Cast iron, ductile iron, steel, and stainless steel options

Specifications:

Model	Caliber	Discharge (L/min)	Pressure (Mpa)	Distance (m)	Efficiency (%)	Power (Kw)	Speed (r/min)
Cambria - 200	2"	200	0.6	5	>85	5.5	1500
Cambria - 300	3"	300	0.36	5	>85	5.5	1000
Cambria - 483.3	3"	483.3	0.36	5	>85	7.5	1450
Cambria - 663	4"	663	0.28	5	>85	11	960
Cambria - 960	4"	960	0.3	5	>85	18.5	1500
Cambria - 1667	6"	1667	0.3	5	>85	30	750
Cambria - 2000	6"	2000	0.3	5	>85	30	750
Cambria - 2500	6"	2500	0.3	5	>85	55	750

Cambria Gear Pump Usage

The pump can transport various oil, such as crude oil, diesel oil, and lubricating oil;
The pump with a bronze impeller can transport liquid with low flash points such as gasoline and benzene. etc.;
Pump with stainless steel can transport beverage and corrosive liquid.
The temperature of medium can not be higher than 70 degrees Celsiuhigh-temperature
anti high temperature gear oil pump can transport the liquids with no more than 300 degrees celsius and viscosity of 5*10-5---1.5*10-3m2/s.
The pump is not suitable for hard solid or fibre.

Cambria Series Gear Pumps Applications

DAE Pumps Cambria gear pumps outperform others with a non-clogging performance, ease of maintenance, and superior quality parts. Because of the close tolerance between the gears and casing, most gear pumps are susceptible to wear, but not the Tulare. They are one of the most common pumps for pumping corrosive liquids, and the Tulare gear pumps provide consistency in moving various slurry materials. These robust pumps are suitable for a variety of applications that, includes the following and many others:

Food Industry

Liquid sugar
Chocolate
Corn Syrup
Molasses
Brewer’s Yeast
Fats
Liquid Margarine
Vegetable Oils
Shortening
Fish Solubles
Hot Oils

Chemicals

Paint
Inks
Solvents
Resins
ketones
Acetone
Alcohols
Methanol
Pigments
Polymers
Toluol
Ethyl Acetate

General

Adhesives
Bitumen
Heat Transfer
Cutting Oils
Glycerine
Starch
Sulphites
Anhydrous Ammonia
Glycol
Foam Systems
Bonding Agents
Asphalt

Hydro Carbons

Oils
Grease
Aviation Fuel
Diesel
Hydraulic Fluid
Propane
Butane
Ethane
Methane
Petroleum

Cambria Metal Types

Cast Iron: Inexpensive cost for best resistance to galling, cast iron is used for most non-corrosive applications.

Ductile Iron: Alternative to steel for refinery and petrochemical applications, used on some rotors for higher viscosity.

Steel: Highly used in refinery and petrochemical applications. The rotor can be made of steel for the highest viscosities. Steel is also an excellent metal for extremely high temperatures.

Stainless Steel: For corrosion resistance over a wider pH range.

Alloy: Austenitic stainless steel for sulfuric acid.

Accessories

Get turnkey solutions that include dredge hoses, slurry flow meters, power units, tanks for the collection and storage of slurry, and more. These accessories, such as tanks, are designed to integrate seamlessly into the overall pumping process, ensuring efficient material handling and process optimization. Choose from multiple sizes of slurry hoses for the transferring of materials, wireless flow meters for measuring the flow rate in gallons per minute of liquid, and power units for operation. Parts are always in stock and available for immediate shipping to anywhere in the US and the world.

Maintenance and Repair

Regular maintenance is essential for ensuring the optimal performance and longevity of slurry pumps, including electric slurry pumps and submersible slurry pumps. In demanding applications such as mining, dredging, and construction, pumps are often exposed to high viscosity slurries, abrasive materials, and challenging conditions that can accelerate wear and increase the risk of clogging. To address these challenges, modern slurry pumps are constructed with wear resistant materials and specially designed impellers and wear parts, significantly reducing the frequency of repairs and minimizing downtime.

One of the standout features of today’s electric slurry pumps is their easy maintenance. Many models are engineered for quick and straightforward replacement of wear parts and seals, allowing operators to perform routine maintenance with minimal disruption to operation. This not only helps to keep operating costs and energy consumption in check, but also ensures that the pump continues to deliver efficient and reliable performance, even when handling tough materials like fly ash or sediment.

Regular inspection and verification of key pump components—such as the impeller, seals, and pressure systems—are crucial for identifying signs of wear before they develop into major issues. By adjusting the impeller and replacing worn parts as needed, operators can optimize the pump’s efficiency and extend its service life. This proactive approach to maintenance is especially important in industries where downtime can be costly and where the security and reliability of pumping systems are paramount.

In addition to in-house maintenance, many manufacturers offer specialized repair services, spare parts, and expert technical support to help operators maintain the quality and performance of their slurry pumps. When selecting a pump, it’s important to consider not only its suitability for your specific application, but also the maintenance requirements and support services available. By investing in high-quality, wear resistant pumps and adhering to a regular maintenance schedule, operators can reduce operating costs, minimize downtime, and ensure safe, efficient operation across a wide range of industries.

Ultimately, prioritizing maintenance and repair is key to maximizing the productivity and reliability of your slurry pumping systems. Regular verification and prompt response to any issues help maintain the security and efficiency of your operation, allowing you to meet the demands of even the most challenging pumping applications.