Are you considering investing in a high-performing sewage/effluent pump for your building or property? The Little Giant 10SC-CIM might be exactly what you need. This manual, submersible sewage/effluent pump exemplifies reliability and durability, making it an ideal choice for professional use in sewage, septic, or effluent systems. To provide a comprehensive understanding, this review will break down the essential features, specifications, and advantages.
Product Overview
Manual Submersible Sewage/Effluent Pump
The Little Giant 10SC-CIM is meticulously designed as a manual submersible pump. It features a 2-inch FNPT discharge alongside a 50-foot power cord, providing flexibility in installation. It’s worth noting that the switch is sold separately, allowing you the freedom to choose the exact configuration you need for specific applications.
Build and Durability
Durability is often a top priority when selecting industrial equipment, and this pump does not disappoint. The housing, cover, and volute are made from epoxy-coated cast iron, ensuring robust protection against potential damage. Additionally, the thermoplastic elastomer vortex-type impeller enhances durability and performance, capable of handling challenging conditions without compromising on functionality.
Continuous Duty Motor
At the heart of this pump is a 1/2 HP, 60 Hz Permanent Split Capacitor (PSC) motor. Renowned for efficiency, the motor delivers a seamless, continuous duty cycle. With a running current of 11.0 amps and power consumption of 1230 watts, the pump is thermally protected—safeguarding it from overheating during prolonged operation. Its CSA listing in the USA and Canada further assures compliance with stringent safety standards.
Performance Capabilities
Solids Handling
A standout feature of the Little Giant 10SC-CIM is its ability to handle solids up to 2 inches in diameter. This capability makes it adept for use in environments with substantial particulate matter. Whether you’re working with sewage, septic, or effluent systems, this pump can manage debris efficiently, reducing the risk of clogs and downtime.
Pumping Capacity and Specifications
The pumping capacity of this model is impressive, offering a flow rate of 7200 gallons per hour (GPH) at a 5-foot lift. This makes it suitable for substantial liquid management tasks, ensuring your system remains reliable even under demanding conditions. The pump’s shut-off occurs at 25 feet, with a maximum pressure rating of 10.8 PSI. Additionally, it operates effectively in temperatures reaching up to 140°F, further broadening its versatility.
| Feature | Specifications |
|---|---|
| Max Flow Rate | 7200 GPH at 5-ft. lift |
| Shut-Off Height | 25-ft. |
| Discharge Size | 2-inch FNPT |
| Max Liquid Temperature | 140°F |
| Power | 1/2 HP, 60 Hz PSC motor |
| Operating Amps | 11.0 A |
| Wattage | 1230 Watts |
| Cord Length | 50-ft. |
Installation and Operation
This pump’s installation and operation are relatively straightforward, attributed to the thoughtfully designed manual configuration. The absence of a built-in switch requires you to attain one separately, but this also affords customization options. As a result, you can tailor the switch mechanism to precisely match your operational needs. The substantial 50-foot power cord and the 2-inch FNPT discharge provide ample reach and connectivity flexibility for various setups.
Advantages of Choosing Little Giant 10SC-CIM
Versatility in Application
The Little Giant 10SC-CIM shines in its versatility. Its design facilitates deployment in various sewage and effluent systems, giving it a broad scope of utility. Importantly, it suits both residential and industrial settings due to its robust construction and substantial handling capabilities.
Durability and Reliability
With a focus on durability, this model is engineered from high-quality materials such as cast iron and thermoplastic elastomers. These materials are chosen for their resilience against harsh conditions and long service life. The rugged construction ensures reliable performance over years of continuous operation.
Cost-Efficiency in Long-Term Use
Investing in reliable equipment often translates into long-term cost savings. The Little Giant 10SC-CIM promises efficiency and reduced maintenance requirements, leading to lower operational costs over time. Its robust build also mitigates frequent replacement or repairs, offering substantial return on investment.
Safety and Compliance
Safety in operational environments is paramount, and this pump adheres to stringent safety standards. The CSA listing signifies compliance with North American regulatory requirements, providing assurance of safe, effective operation in diverse settings.
Considerations Before Purchasing
Needs Assessment
Before finalizing your purchase, carefully assess your specific needs. Consider the following:
- Type of Material: What kind of effluent or sewage materials will you be handling?
- Flow Requirements: Does the pump’s capacity meet your system’s flow rate demands?
- Installation Environment: Is the installation area conducive to the pump’s specifications, such as temperature and lift requirements?
Additional Components
Since this model is a manual pump without a switch, factor in the type of switch or control mechanism you plan to incorporate. This decision can impact both installation choices and operational efficiencies.
Expertise and Resources
Check your access to professionals or resources for installation and maintenance. While the pump is user-friendly, having expert input can ensure optimal setup and longevity.
Summary
The Little Giant 10SC-CIM, with its robust design and impressive performance specifications, stands out as a top-tier choice for sewage and effluent handling. From its durable construction to its versatile application potential, this pump is thoroughly engineered to meet demanding needs efficiently and reliably. Whether you are engaged in residential, commercial, or industrial operations, this pump offers a solid solution that balances efficiency and cost-effectiveness, making it a beneficial addition to your system infrastructure.
