Control Techniques
Control Techniques PUMASM0.5HP AC Drive - for Pump Applications
Control Techniques PUMASM0.5HP Pump AC Drive
● In Stock
12-Mo Warranty
Same-Day Dispatch
Ships Worldwide
🎖 Veteran-Owned
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Response within 1 business hour
12-month warranty
All units tested
Same-day dispatch
Order by 2pm CST
Worldwide delivery
US, EU, Asia, Middle East
Veteran-owned
CAGE: 9NK75
Optimized for pump applications
Energy efficient
Precise speed and flow control
Reduced operational costs
Product description
The Control Techniques PUMASM0.5HP is an AC drive tailored for pump applications, offering optimized performance and energy efficiency. With a 0.5 HP rating, it provides precise control over pump speed and flow rates, reducing operational costs and extending equipment life.
This drive is ideal for various pumping systems in HVAC, water management, and industrial fluid handling. Its specialized features ensure stable operation and protection against common pump-related issues.
Stanlo Automation, your trusted veteran-owned supplier, offers the Control Techniques PUMASM0.5HP. We provide reliable components and expert support to ensure your pumping systems operate at peak efficiency.
Technical specifications
| Horsepower | 0.5 HP |
| Voltage | N/A (typically 115V/208-240V or 380-480V, model dependent) |
| Phase | N/A (model dependent) |
Common applications
HVAC Pumping
Water Management
Industrial Fluid Handling
Building Automation
Technical note
Expert tip
For fan and pump applications, using a square V/Hz characteristic (Pr. 00.032 = Square) is recommended for optimal performance.What happens next?
1
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2
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3
Your quote delivered
Tailored to your specific requirements
Frequently asked questions
What is the Control Techniques PUMASM0.5HP drive used for?
The Control Techniques PUMASM0.5HP is an AC drive specifically designed for pump applications. It optimizes pump performance, enhances energy efficiency, and provides precise control over speed and flow rates, making it suitable for HVAC, water management, and industrial fluid handling systems.