Pacer G Series Self-Priming Centrifugal Pumps: The Professional Choice for Chemical Transfer and Recirculation

The Pacer G Series Self-Priming Centrifugal Pumps deliver specialized fluid management across chemical processing, industrial waste treatment, and high-purity recirculation loops. Engineered specifically for aggressive and corrosive media, the G Series combines advanced non-metallic wet ends with an integrated basket strainer to provide an all-in-one filtration and fluid transfer solution.

By eliminating complex metal components in the fluid path and utilizing high-performance engineered thermoplastics, this series provides maximum protection against corrosion while ensuring a clean, leak-free operation.

Material Engineering: Superior Chemical Defenses

The G Series is precision-molded from specialized high-strength engineered plastics, allowing you to match the pump's construction precisely to your fluid chemistry:

• Noryl®: An exceptional, glass-filled engineered thermoplastic ideal for broad industrial process water, inorganic photographic solutions, and general acid or base handling. Noryl models feature an integrated strainer basket molded from chemical-resistant Polypropylene.

• Ryton® (PPS): Designed for highly aggressive chemical environments requiring maximum chemical inertness and superior thermal stability. Ryton models feature a high-purity strainer basket and internal volute plate molded from elite ECTFE.

Technical Summary

• Maximum Flow Rate: Delivers high-efficiency output up to 100 GPM (378 LPM) at 60 Hz configurations (up to 80 GPM at 50 Hz).

• Maximum Total Dynamic Head (TDH): Pushes fluid up to 73 feet (22.3 meters) of total head at 60 Hz (up to 57 feet TDH at 50 Hz).

• Suction Liftoff & Priming: Engineered to reliably reprime up to 10 vertical feet (3.1 meters) and maintain prime indefinitely after system shutdown.

• Port Sizing: Features a versatile, combined 2" Outer Diameter (OD) and 1½" Inner Diameter (ID) NPT threaded connection. BSP threads are also available for Noryl pump configurations.

Intelligence Powered by Corrosion Isolation

The G Series incorporates smart, field-proven design elements focused on absolute chemical isolation, protecting your infrastructure and minimizing maintenance downtime:

• Integrated Basket Strainer Casing: Features a built-in large-capacity suction strainer that captures solids before they enter the volute, preventing internal clogging and protecting downstream processes.

• User-Friendly Quick-Access Cover: Outfitted with an oversized, tool-free strainer cover that simplifies initial priming and fast strainer cleaning. Covers are available in standard pump materials or crystal-clear Lexan® for instant, visual fluid inspection.

• Unified Shaft Sleeve Design: Built with an open, non-clogging impeller molded in conjunction with a matching Noryl or Ryton shaft sleeve. This monolithic construction completely isolates the metallic motor shaft from liquid contact.

• Flexible Contact Hardware: Standard models feature robust stainless steel internal and external hardware. For highly aggressive, acid-heavy lines, specialized configurations offer a completely non-metallic solution contact or a Titanium shaft sleeve.

Optimized Power Integration

The G Series features a compact close-coupled design that mounts directly to standard NEMA electric motor frames, saving critical footprint space inside facilities. Units come standard with a corrosion-proof polypropylene baseplate, providing a stable, vibration-dampening foundation that resists spills, drips, and humid plant atmospheres.

Pacer HP Series Thermoplastic Pumps: The Industry Standard for Manual Fluid Transfer

The Pacer HP Series pumps bring manual double-acting piston performance to everyday transfer, batching, and plant utility duties. This series delivers the versatility teams expect from a manual pump with a more efficient approach to continuous flow. It is a strong fit for facilities that want dependable pumping without overcomplicating the install, and it offers a practical upgrade path for operations moving away from traditional single-acting hand pumps. Designed to function reliably in environments where electricity or gas power is completely unavailable, this series is easy to position as the "daily driver" for off-grid and remote fluid transfer applications.

Material Versatility: Armor Against Chemical Attack

Precision-molded thermoplastic construction gives the HP Series a distinct tactical advantage in harsh industrial environments where chemical durability and long-term service life matter. This tailored material approach ensures that the platform can move between departments and handle aggressive fluids without constant re-spec'ing:

• Glass-Reinforced Polyester (Code P): The practical, versatile workhorse material engineered for mixed-use duties, lightweight portability, and exceptionally rugged pump bodies. It feels right at home across agricultural, automotive, and industrial chemical transfers.

• Ryton (Code R): Engineered for highly specialized chemical applications where superior chemical inertness is non-negotiable. It provides critical process confidence when dealing with aggressive or specialized chemical formulations.

Technical Summary

• Maximum Flow Rate: Up to 1 Quart per Full Cycle (Forward/Back stroke).

• Maximum Discharge Head: Up to 25 Feet.

• Vertical Suction Lift: Reliable self-priming up to 15 Feet vertical.

• Port Configurations: Available in 1" NPT inlet and outlet porting.

Intelligence Powered by Mechanical Innovation

The HP Series replaces structural complexity with smart, field-proven mechanical advantages that extend pump run life, enhance operator safety, and lower operational costs:

• Double-Acting Piston Architecture: Unlike traditional hand pumps that only discharge on one stroke, this series delivers a steady flow by discharging liquid on every single forward and back stroke, maximizing volume output with minimal physical effort.

• Integrated Self-Priming Vacuum Design: Features an integrated self-priming design that quickly pulls a vacuum to ensure immediate, controlled fluid delivery from deep containers.

• Comprehensive Seal & Gasket Configurations: Equipped with high-grade, tailored configurations—including premium Viton, EPDM, and Cork/Nitrile options. This layout provides an extra layer of assurance for facilities requiring strict chemical compatibility around critical or aggressive fluids.

• Integrated Vacuum Breakers: Built directly into the platform to add operational protection, supporting safer, cleaner manual pumping without adding complexity to the user experience.

• High-Grade Structural Hardware: Backed by premium hardware components that reinforce the pump body, keeping manual fluid workflows highly flexible and durable under varying plant realities.

Multi-Configuration Adaptability: Choose Your Layout

The HP Series features an adaptable, compact footprint that allows the high-performance manual pump to integrate cleanly into drum and container workflows:

• 55-Gallon Drum Setups: Fits exceptionally well on standard drums, making it an excellent fit for manual industrial transfer and recurring utility tasks.

• Permanent Wall Mounts: Allows the pump to be securely fixed to plant infrastructure while keeping modular fluid workflows highly flexible.

• IBC Totes & Day Tanks: Perfectly suited for moving fluids from bulk totes and day tanks, helping teams maintain precise, controlled fluid handling from secondary process lines.

Pacer I Series Self-Priming Centrifugal Pumps: The Industrial Standard for Tough Chemical and Waste Applications

The Pacer I Series Self-Priming Centrifugal Pumps are engineered to deliver high-volume fluid management across demanding industrial, agricultural, oilfield, and waste treatment environments. Built with a heavy-duty, marine-grade metallic exterior and advanced non-metallic internals, the I Series is specifically designed to handle aggressive water transfer, industrial acids, and corrosive processing liquids.

By utilizing a robust metallic shell to absorb external pipeline stresses alongside an isolated, chemical-resistant fluid path, this series eliminates the trade-off between structural ruggedness and long-term chemical survivability.

Material Engineering: Dual-Defense Construction

The I Series features a unique composite design, utilizing high-grade metals for structural integrity and elite thermoplastics for chemical resistance:

• 316 Stainless Steel Casing: The entire exterior pressure housing is stamped from heavy-duty 316 stainless steel, offering exceptional durability and resistance to aggressive external environments.

• Polyester, Polypropylene, or Ryton® Internals: Inside the pump, fluid contact components are molded from high-strength fiberglass-reinforced thermoplastics, allowing operators to match internal chemistry defense to specific process fluids.

• Premium Seals & Hardware: Outfitted with robust 304 stainless steel external hardware, a quick-release body clamp, and a choice of EPDM, Buna-N, or Viton® elastomers to secure a broad spectrum of aggressive media.

Technical Summary

• Maximum Flow Rate: Delivers high-volume transfer rates up to 170 GPM (650 LPM) for rapid fluid relocation.

• Maximum Total Dynamic Head (TDH): Pushes fluid efficiently through extensive pipe runs up to 75 feet (23 meters) of total dynamic head.

• Vertical Suction Lift: Reliable self-priming capability pulls fluid vertically up to 20 feet (6 meters) without requiring external foot valves.

• Dual Port Configuration: Features highly versatile, integrated dual-port connections consisting of 1½” female NPT/BSP internal threads and 2” male NPT/BSP external threads.

Intelligence Powered by Structural Versatility

The I Series stands out through innovative mechanical designs that optimize fluid handling performance while simplifying facility maintenance routines:

• Quick-Release Exterior Band Clamp: Features a rugged 304 stainless steel quick-release housing clamp that allows operators to split the pump casing in seconds, drastically reducing downtime during routine inspections or cleanings.

• Double Flush Volute & Integrated Check Valve: Built with advanced double flush hydraulics to prevent heavy sediments or particulates from accumulating, combined with an integrated check valve that prevents backflow and retains prime after shutdown.

• Shielded Engine Protection: For fuel-driven configurations, the driver's engine shaft is shielded using specialized heat-shrink polyethylene tubing to ensure stray vapors or drips cannot cause premature shaft corrosion.

Multi-Drive Adaptability: Choose Your Power Solution

The flexible bracket and housing layout of the I Series accommodates a vast range of industrial driving configurations to meet localized utility restrictions:

• Close-Coupled Utility Options: Available directly close-coupled to premium TEFC electric motors, heavy-duty hydraulic motors for open or closed center tractor loops, or commercial-grade gasoline engines (such as the Honda GX or Briggs & Stratton XR Series).

• Pedestal & Long-Coupled Configurations: Can be ordered as a standalone wet end mounted to a heavy-duty cast iron or plastic pedestal. This setup allows for flexible coupling to a user's existing power source or long-coupling to specialized stationary drivers.

Pacer IPW Series Self-Priming Centrifugal Pumps: Certified Potable Water Transfer Solutions

The Pacer IPW Series Self-Priming Centrifugal Pumps are the premier choice for safe, reliable, and high-capacity drinking water transfer. Fully certified to NSF/ANSI 61 & 372 standards, this series is engineered specifically to meet stringent regulatory compliance for public health and potable water distribution networks.

By encasing an advanced, FDA-grade non-metallic internal fluid path inside a heavy-duty, marine-grade metallic housing, the IPW Series eliminates the risk of chemical leaching and rust while standing up to intense workloads in the field.

Material Engineering: High-Purity Dual-Defense Construction

The IPW Series features a specialized material breakdown to ensure completely safe fluid contact without sacrificing structural integrity:

• Heavy-Duty 316 Stainless Steel Casing: The front and rear outer pressure housings are stamped from marine-grade 316 stainless steel, offering maximum resilience against external impacts and environmental weathering.

• FDA-Grade Polypropylene Internals: Wetted internal components are molded from pure, high-strength, FDA-grade glass-reinforced polypropylene to maintain absolute water quality and zero toxicity.

• Potable-Certified Seals & Hardware: Outfitted exclusively with certified GRAS elastomers and a specialized two-piece shaft seal assembly featuring ultra-smooth carbon-ceramic faces, a stainless steel cup, and FKM-like backing.

High-Efficiency Flow Characteristics

• Maximum Flow Performance: Delivers rapid bulk water relocation with an efficient maximum flow rate of up to 180 GPM (681 LPM).

• Maximum Pressure Head: Pushes fluid through extensive temporary piping or up into holding cisterns with a total dynamic head (TDH) of up to 75 feet (23 meters).

• High-Lift Self-Priming: Features automatic priming capabilities that pull water vertically up to 20 feet (6 meters) without needing a foot valve.

• Integrated Dual-Port Design: Equipped with convenient dual ports supporting both 1½” female and 2” male NPT or BSP threaded paths.

Designed for Field Serviceability & Cleanliness

• Tool-Free Quick-Release V-Band Clamp: Features a signature stainless steel V-band housing clamp with an integrated adjustment knob, allowing operators to separate the pump casing in seconds for easy internal sanitization, flushing, or maintenance.

• Double Flush Volute & Built-In Check Valve: Built with dual-flush internal hydraulics to sweep away stray sediment, paired with a high-purity internal check valve that prevents fluid siphoning or backflow when the driver is shut down.

• Extended Run Fuel Efficiency: For remote deployments, engine-driven models feature an optimized fuel tank layout that provides up to a 2-hour continuous run-time on a single fill.

Multi-Drive Adaptability: Choose Your Power Setup

The IPW Series adapts seamlessly to your localized site power restrictions, available as standalone wet end kits or paired with a variety of professional drivers:

• Gasoline Engine Packages: Close-coupled to commercial-grade gasoline engines, including the Honda GX160, Honda GX200, or the LCT CX PRO Series with a 3-year guaranteed-to-start warranty.

• Electric & Hydraulic Utility Options: Available with high-efficiency close-coupled TEFC electric motors or heavy-duty close-coupled hydraulic motor configurations (engineered for tractor setups with a 9 GPM maximum fluid limit).

Pacer M Series Centrifugal Pumps: Professional Metal Dewatering & Semi-Trash Solutions

The Pacer M Series Commercial Centrifugal Pumps represent a versatile lineup of high-capacity metal pumping systems engineered to tackle tough water management challenges across agricultural, gardening, and building industries. Split into specialized dewatering models (MWP-1, MWP-2, MWP-3) and premium semi-trash/full-trash models (MST-3, MTP-3), this family of pumps delivers the structural endurance of cast aluminum coupled with extreme fluid handling performance.

By matching lightweight portability with heavy-duty cast iron internals, the M Series eliminates setup delays and rapidly moves large volumes of water. Whether you are clearing clean utility water or evacuating muddy trenches packed with sand and silt, Pacer’s M Series provides relentless field operation when conditions demand raw power and reliability.

High-Impact Internal Metallurgy & Housing Protection

• Die-Cast Aluminum Pressure Housing: Engineered with a premium cast aluminum outer body that balances excellent mechanical strength with a lightweight design for easy site deployment.

• Ruggedized Cast Iron Hydraulics: Every model features a heavy-duty cast iron impeller to stand up to severe internal fluid abrasion and grit degradation.

• Hardened Semi-Trash Components: Select utility configurations, like the MST-3 and MTP-3, include reinforced cast iron volutes engineered specifically to withstand impacts from small traveling solids.

• Premium Silicon Carbide Shaft Seals: Outfitted with an ultra-hard silicon carbide mechanical face seal assembly that actively isolates the engine crankcase from abrasive particulates.

Advanced Flow Engineering & Priming Control

• High-Vacuum Automatic Priming: Features a high-efficiency self-priming hydraulic layout that purges air from the suction hose to establish a rapid draw without auxiliary equipment.

• Broad Suction Lift Range: Automatically maintains a rigorous vertical suction lift ranging from 16 feet up to 19 feet depending on the specific model configuration.

• Resilient Elastomeric Sealing: Assembled with high-grade Buna elastomers throughout to prevent pressure loss and maintain airtight integrity during heavy vacuum cycles.

• All-Inclusive Component Kits: Delivered with matching pump fittings and an industrial suction strainer right out of the box to prevent oversized debris from entry.

Commercial-Grade Power Plants & Safety Layouts

• Overhead Valve 4-Stroke Engines: Powered by single-cylinder, forced air-cooled 4-stroke OHV gasoline engines optimized for low fuel consumption and minimal noise.

• Low-Oil Engine Protection: Features an integrated low-oil shut-off safety module that automatically kills ignition if the crankcase oil drops below safe operating tolerances.

Complete Emissions Compliance: Built using advanced combustion chambers that fully satisfy EPA standard mandates for commercial outdoor power machinery.

Pacer Pump Replacement Parts, Repair Kits & Accessories

Factory-Original Solutions for Industrial & Agricultural Pumps

Keep your fluid transfer systems performing like new with our complete line of Pacer pump replacement parts, heavy-duty wet end kits, and official repair accessories. We stock authentic Pacer components engineered to fit your self-priming centrifugal and manual transfer pumps perfectly.

Easily browse and buy everything from replacement wet end kits for a fast pump overhaul, to specialized mechanical shaft seals, O-rings, impellers, and volutes in chemical-resistant materials like Polyester, Polypropylene, and Ryton®. Eliminate leaks and prevent breakdown downtime by ordering factory-direct Pacer service kits and accessories today.

Pacer PC Series Thermoplastic: The Modern Centrifugal Transfer Workhorse

The Pacer PC Series pumps bring end-suction centrifugal performance to everyday transfer, recirculation, and plant utility duties—delivering the versatility teams expect from a corrosion-resistant pump with a more modern approach to chemical efficiency and durability. It’s a strong fit for facilities that want dependable pumping without overcomplicating the install, and it serves as a practical upgrade path for operations moving away from heavy, high-maintenance metal infrastructure or standardizing on a more consistent pumping platform. With a design that supports repeatable results, this series is easy to position as the "daily driver" for mixed-use plant applications.

Material Versatility: Armor Against Chemical Attack

Precision-molded thermoplastic construction gives the PC Series a practical advantage in industrial environments where chemical durability and long-term service life matter. It’s positioned for mixed-use duties where operators prefer rugged, non-metallic pump bodies and want a platform that can move cleanly between departments and fluids without constant re-spec'ing. This tailored material approach offers specialized options to combat aggressive media:

• Glass-Reinforced Polyester: Delivers professional-grade durability and high-volume flow for general utility tasks.

• Polypropylene: Provides robust compatibility for common chemical and industrial process fluids.

• Ryton: Engineered for specialized applications demanding excellent thermal and chemical inertness.

• Noryl: Offers tailored structural stability for unique production-line settings and water distribution loops.

Technical Summary

• Maximum Flow Rate: Up to 230 GPM (725 L/min) on flooded inlet configurations.

• Maximum Total Dynamic Head (TDH): Up to 94 ft (28.6 m).

• Maximum Working Pressure: Up to 55–65 PSIG (3.8–4.5 bar).

• Maximum Fluid Temperature: Up to 200°F (93°C).

• Port Configurations: Hybrid internal/external thread options including 1.5" FNPT, 2" MNPT, and 3" NPT/BSP.

Intelligence Powered by Mechanical Innovation

The PC Series replaces structural complexity with smart, field-proven mechanical advantages that extend pump run life and lower operational costs:

• Internal Self-Cleaning Double Volute: Features an advanced interior design that actively prevents sediment settling and keeps the pump completely free of settled solids.

• Built-In Check Valve Protection: Equipped with an integrated check valve as standard to prevent backflow and shield key internal components from hydraulic shock.

• Protected Seal Area with Back-Impeller Vanes: Utilizes specialized back-impeller pump-out vanes that actively reduce pressure and eliminate dirt build-up into process lines and equipment.

• Exotic Internal Hardware Options: Offers optional high-grade internal fasteners and hardware, such as Titanium or Hastelloy C, providing an extra layer of assurance around highly corrosive fluids.

• Polymar Non-Metallic Shaft Seals: Outfitted with Pacer's own proprietary non-metallic shaft seals to optimize safety and give facilities more protection during aggressive liquid handling.

Multi-Drive Adaptability: Choose Your Power Solution

The PC Series features an adaptable, compact footprint that allows the high-performance wet end to fit well on skids, in tight mechanical rooms, and in crowded production areas:

• Electric Motor Configurations: Close-coupled or flexible-coupled layouts designed for continuous-duty electric motors (TEFC).

• Fuel-Driven Portability: Integrates seamlessly with gasoline engines for unpowered or remote field environments.

• Specialized Hydraulic & Pneumatic Drives: Capable of operating efficiently on open or closed hydraulic loops and pneumatic drive systems across mixed-use duties.

Pacer S Series Self-Priming Centrifugal Pumps: The Industrial Standard for High-Performance Fluid Transfer

Engineered for unforgiving environments, the Pacer S Series Self-Priming Centrifugal Pumps deliver heavy-duty fluid management across agricultural, industrial, marine, and waste treatment sectors. Built on a foundation of professional-grade corrosion resistance and high-efficiency fluid movement, the S Series is designed to tackle everything from clean water retrofits to aggressive agricultural chemicals, gray water, and salt water transfer.

By combining lightweight, high-strength thermoplastic construction with a truly modular driving configuration, this series eliminates the choice between rapid portability and long-term chemical durability.

Material Versatility: Armor Against Chemical Attack

The S Series is precision-molded using elite glass-reinforced engineered plastics. This tailored material approach ensures that your internal pump components remain entirely immune to rust, pitting, and structural breakdown caused by aggressive media:

• Glass-Reinforced Polyester: The premium, versatile workhorse material ideal for agricultural chemicals, mild acids, bases, brine, and salt water.

• Polypropylene: Provides enhanced resistance to specialized industrial process waters and acidic chemical formulations.

Technical Summary

• Maximum Flow Rate: Up to 280 GPM on electric configurations, 290 GPM on engine-driven models, and up to 400 GPM on specialized 3" Dupont Rynite layouts.

• Maximum Total Dynamic Head (TDH): Up to 120 ft at 60 Hz or up to 126 ft on engine-driven models.

• Maximum Shut-Off Pressure: 52 PSI.

• Vertical Suction Lift: Reliable self-priming up to 25 feet (7.6 meters) vertical.

• Port Configurations: Available in 1½”, 2”, or 3” NPT or BSP threaded configurations.

Intelligence Powered by Mechanical Innovation

The S Series replaces structural complexity with smart, field-proven mechanical advantages that extend pump run life and lower operational costs:

• Built-In Fast-Priming Check Valve: Features an integrated check valve that prevents backflow and siphoning. This system maintains liquid within the housing after initial priming, ensuring immediate restarts and rapid self-priming up to a 25-foot vertical lift.

• Premium Shaft Seal Construction: Equipped with heavy-duty stainless steel shaft seals featuring carbon and ceramic faces. Specialized configurations offer hardened siliconized graphite shaft seal faces to maximize durability during extreme chemical transfer cycles.

• Rugged Double-Flush Volute & Ribbed Body: The advanced double-flush volute geometry prevents sediment settling, while the distinct exterior ribbed body distributes internal hydraulic pressures evenly to prevent casing distortion under high-head loads.

• Unified Stainless Steel Fasteners: Utilizing 316 stainless steel internal fasteners and 304 stainless steel external hardware, the S Series prevents seizing and exterior degradation even in humid marine or acidic spraying environments.

• Advanced Protek System Engine Protection: For chemical and fertilizer transfer, the unique Protek system physically separates the pump from the engine. This fail-safe design features a large internal cavity, an oversized slinger to block liquid migration, and a double-sized weep hole to protect the engine against catastrophic seal failure.

Multi-Drive Adaptability: Choose Your Power Solution

The S Series features an adaptable bracket design that allows the high-performance wet end to be close-coupled, long-coupled, or pedestal-mounted to virtually any prime mover:

• Close-Coupled Electric Drives: Equipped with premium Baldor or Leeson TEFC 60Hz motors spanning from 0.5 HP to 5 HP (and up to 10 HP in long-coupled configurations). Perfect for stationary, automated industrial and agricultural applications requiring continuous, worry-free execution.

• Fuel-Driven Portability (Gasoline): Powered by commercial-grade Honda GX Series (GX160 or GX200), professional Briggs & Stratton XR Series, or LCT Maxx and CX Pro engines. These setups feature overhead valve designs, electronic ignition, low-oil alert shutdown systems, large fuel tanks, and optional electric start.

• Specialized Hydraulic & DC Drives: Capable of operating seamlessly on open-center or closed-center hydraulic loops up to a maximum input of 9 GPM of hydraulic fluid flow. For mobile utility trucks and marine vessels running off battery banks, specialized 12V & 24V DC close-coupled units with 2" ports are outfitted with fresh/salt water compatible Buna-N elastomers.

Pacer T Series Centrifugal Pumps: Heavy-Duty Soft Solids & De-Watering Solutions

The Pacer T Series Self-Priming Pumps stand as the industry benchmark for high-volume fluid transfer contaminated with debris and particulate matter. Specially engineered to pass spherical soft solids up to half the diameter of the suction port, these pumps handle the demanding conditions that clog standard centrifugal designs.

By utilizing a robust, glass-reinforced non-metallic outer body combined with advanced elastomeric and hardened internal components, the T Series delivers exceptional resistance against both aggressive salt water corrosion and abrasive sediment wear.

Advanced Solid Sump Handling & Armor Protection

• High-Clarity Solids Clearance: Move debris-laden water confidently; the internal architecture is specifically optimized to continuously pass soft solids measuring up to half the nominal diameter of the suction port without binding.

• Fiberglass-Reinforced Casing: The main structural pump housing is molded from high-grade, glass-reinforced polyester, ensuring complete immunity to rust, pitting, and chemical degradation in harsh outdoor or marine environments.

• Abrasive-Resistant Internal Components: Critical hydraulic wear surfaces—including the high-performance open impeller and matching volute—feature a specialized urethane coating engineered to deflect sand, silt, and grit.

• Oil-Lubricated Silicon Carbide Seal: Equipped with a premium, oil-lubricated shaft seal assembly utilizing ultra-hard silicon carbide faces to prevent dry-running damage and isolate the engine or motor shaft from abrasive wear.

Heavy-Duty Structural Architecture

• Buna-N Core Construction: The rugged internal wearplate is engineered with a rigid steel core fully encapsulated in premium Buna-N rubber to handle repeated impact from traveling debris.

• Rapid Maintenance Access: Assembled with high-strength stainless steel external fasteners throughout, ensuring simple teardown, cleanout, or internal component inspection even after long periods of field exposure.

• Integrated Hydraulic Safeguards: Features a built-in heavy-duty Buna-N check valve that maintains the pump’s prime and eliminates fluid backflow or siphoning into the source pit when shut down.

High-Volume Transfer Metrics

• Unmatched Output Capacity: Moves massive volumes of fluid quickly, achieving peak field flow rates of up to 360 GPM (1,360 LPM) for rapid drawdown operations.

• Substantial Dynamic Pressure: Overcomes high elevation rises and friction loss through long discharge runs with a total dynamic head (TDH) of up to 78 feet (24.4 meters).

• High-Vacuum Self-Priming: Rapidly evacuates air from the suction line to establish an automatic vertical suction lift of up to 25 feet (7.6 meters) without auxiliary priming gear.

• Standard Industrial Plumbing Ports: Features direct-molded 2” or 3” NPT threaded female connection ports to integrate cleanly with standard suction hose setups and cam-and-groove fittings.

Flexible Drive Layout Options

The T Series is highly adaptable to local field conditions, supporting diverse power systems to maintain operations in remote or structured environments:

• Gasoline Engine Configurations: Close-coupled directly to commercial-grade gasoline engines (such as the LCT 420cc commercial engine) and outfitted with standard electric start systems for rapid, effortless deployment.

• Heavy-Duty Structural Bases: Engine-driven assemblies come securely mounted within a rugged roll cage frame (standard on 3” models) with integrated vibration-absorbing rubber feet, or a streamlined carry bar handle (standard on 2” models) for portability.

• Pedestal & Long-Coupled Options: Available as a dedicated pedestal-mounted unit featuring heavy-duty dual ball bearings, perfectly configured for long-coupling to industrial electric motors or external belt-drive setups.