Petroleum

The main advantages include:
- Compact and light weight
- Great for a wide range and changeable viscosities
- High efficiency (up to 98%)
- Cost effective
- Very low pulsation
- Limited self priming (seek advise)
- Low or high speed running
- High temperatures - over 300°C
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The main disadvantage include:
- Noisy
- Cannot be run dry
- Don't use with abrasive mediums

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Other common features for the GH include 316 SS shaft sleeves, keyed impellers to prevent accidental spin off, dynamic balancing to ISO G2.5 guidelines, and re re greaseable bearings secured with locking rings, as standard. These features combine to produce shaft deflection values so low that they exceed the requirements of ANSI B73.1M-1991 and overall, provide some of the most efficient hydraulics in the industry.

Options for the JP include replaceable wear rings, cartridge seals, and flush plans. Along with these, higher alloy material options such as Ni-Al-Br and CD4MCuN and a full range of motor and baseplate choices are also available.

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API Maxum OH2

The API Maxum OH2 is designed for optimum reliability, featuring rugged construction and state-of-the-art mechanical design. Units are well suited for applications that include petroleum refining/production/distribution, petrochemical/chemical processing, boiler circulation/high- temperature applications, and general industrial use. A workhorse in the industry, these pumps are designed for years of service, in some of the toughest environments imaginable.

This model is fully compliant with latest edition API 610 specifications. Standard features include renewable casing wear rings, API 610 seal chamber sized to accommodate 682 mechanical seals, back pull-out construction, dynamically-balanced impellers, heavy-duty carbon steel/finned bearing housing equipped with labyrinth-type oil seals, and fan cooling. Locations are also included for temperature probes, as standard. Common options include single, double or tandem mechanical seals, and various seal flush systems. Heavy-duty baseplates, casing jackets, and various levels of performance testing are also available.

Together, these features combine to produce some of the most efficient hydraulics in the industry and shaft deflection values meeting or exceeding those of API 610 requirements. The API Maxum OH2 is also available as an OH1 design for lower temperature applications.

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LCR iQ Features

User Input & Display

• Large 7" high definition, full color video display - High clarity and easy visibility
• Customizable home screen and delivery setup prompts - Streamline driver interface
• Full alpha-numeric keypad and arrow selection keys - Quick, intuitive navigation
• Instant on-board diagnostics and help screens - Quickly troubleshoot & resolve issues to minimize downtime
• Full screen active delivery mode - Largest readable digits in the industry, viewable from up to 100'
• Day/night mode and brightness adjustment - Operator can select preferred viewing mode for conditions
• Customizable printed tickets - Easily tailor ticket formats without software updates
• Transaction history logs store 10,000+ records - No more lost tickets; Easily access and print historical tickets
• Weights & measures historical audit log and event log - Search and download by date range or field
• Large LED back lit keypad - Easy to operate with gloved hands, easy to read in daylight or at night
• Remote control (E-Stop) compatible to third party systems - Seamless retrofit into existing systems
• 3rd party fleet automation connectivity and data management - Seamless retrofit into existing systems
• Toggle flow - Optimizes fuel flow rate without driver intervention in refined fuels delivery systems
• Wireless Printing - Operator can print from hand-held remote printer
• Connectable with hand held devices, etc via wifi and Bluetooth.
• Standard meter mount base - Drop-in retrofit for all conventionally mounted registers
• Panel mount enclosure option - For remote panel mounting of LCR.iQ®
• Preset delivery by volume or weight - Provides highest accuracy of fuel delivery to prevent over-fueling
• 4-Bolt even seal o-ring design - Water-tight, weather-proof seal protects internal components
• Die-cast aluminum housing - Chromate and powder coated for long term corrosion resistance.11 Conduit Ports (1/2" NPT) - To accommodate many I/O and control optionsMulti-point calibration up to 16 points - Maximize accuracy over entire flow range
• Internal telescoping hinges - Eliminates seizing and corrosion of external door hinges
• Serial accessibility to LCP data communication protocol - Compatible with major in-cab/back office systems
• Electronic temperature volume compensation - Available with optional probe and thermowell kit
• Waterproof, corrosion resistant and dust-proof - meets IP66 and UL Type 4X requirements

• CPE ANSI pumps are specifically designed to exceed the strictest energy regulations for all industries as well as the requirements of ANSI/ASME B73.1. With revolutionary hydraulics and high efficiency, they offer the lowest life cycle costs.
• API 610 / ISO 13709 international standard specifies requirements for overhung, between-bearings and vertically-suspended centrifugal pumps used in petroleum, petrochemical and gas industry process services.
• CPT chemical end suction single stage centrifugal pumps are used for demanding industrial applications to ensure process reliability, high efficiency and low operating costs. ANSI / ASME B73.1 standard covers centrifugal pumps of horizontal, end suction single stage, centerline discharge design, including dimensional interchangeability requirements and certain design features to facilitate installation and maintenance.

316 Stainless Steel or Hastelloy
Flow rates to 650gph(2460L/hr)
Differential Pressures to 250psi(17.2bar)
System Pressures to 500psi(34.5bar)
Temperatures to 350°F(176°C)

The 1000 Series is based on the proven internal gear principal and is enhanced in response from our OEM customers for a pump that offers advanced features which make installation easier. These side-ported pumps have the option to bolt SAE/DIN flanges onto them ensuring maximum flexibility on the porting arrangements. Our pump meets your technical requirements and is easily fitted into your system. Our manufacturing expertise and knowledge of applications enable us to provide you with an engineered solution and ensure satisfaction with post-sales service. We pride ourselves on properly servicing you with specification, installation, operation, and troubleshooting.  The pump was originally designed to meet and exceed the exacting requirements of the refrigeration compressor market.

Engineered to control, measure and dispense preset volumes of liquid from drums, IBC’s, plating tanks or any large storage vessel. The air systems are ideal for high frequency, continuous duty applications. The BCS can be used in an industry where batching, chemical packaging or dilution is required to be accurate and efficient. Simply dial in the desired volume, press ENTER and the BCS delivers a preset volume of liquid virtually hands-free.

Applications

• Chemical Packaging
• Water Treatment Chemicals
• Chemistry For Plating Tanks
• Chemical Delivery

Features

• Turbine Paddle Wheel Design
• Measures: Gallons, Liters, Cubic Meters
• Resettable Totalizer
• User Friendly “In Field” Calibration
• 7 Pre-Set Batches
• PP & PVDF Materials of Construction
• Relay Output Signal

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Models / Series

• Open Drip-Proof
• TEFC
• Explosion-Proof
• Air | 1/2 hp
• Air | 3/4 hp
• Air | Flange Mount
• TEFC | 3 Phase

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Models / Series

• Centrifugal | Polypropylene
• Centrifugal | Stainless Steel
• Centrifugal | CPVC
• Centrifugal | PVDF
• Centrifugal | Aluminum
• Progressive Cavity | Planetary Gear
• Progressive Cavity | Direct Drive

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The simplest type of centrifugal pump is the single stage machine that consists fundamentally of a rotating element, called an impeller, and a casing. Liquid is led to the eye or center of the impeller and is set into rotation by the impeller vanes. By virtue of centrifugal force the liquid is thrown from the rim or periphery of the impeller with a considerable velocity and pressure. The casing, which closely surrounds the impeller, has a volute shaped passage of increasing area, which collects the liquid leaving the impeller, and converts a portion of its velocity energy into additional pressure energy. This casing passage leads to the discharge nozzle of the pump where it is forced into the discharge piping.