TEC56100
Ritscher
DC Motor Pump Controller, an advanced solution designed to optimize the performance of DC motors in a wide range of applications. This controller is engineered for efficiency, precision, and reliability, making it an excellent choice for industries where smooth operation, low noise, and high torque are critical.
型号 | 电压 | 无负荷 | 最高效率点 | |||||
Model | Voltage | No Load | Maximum efficience point | |||||
额定电压 | 转速 | 电流 | 转速 | 电流 | 扭矩 | 功率 | ||
Rated Voltage | Speed | Current | Speed | Current | Torque | Output Power | ||
V | rpm | A | rpm | A | g.cm | N.m | W | |
HLRS540PH-7526 | 10.8 | 18938 | 1.17 | 16843 | 9.41 | 447.5 | 43.87 | 77.4 |
HLRS540PH-6535 | 14.4 | 19233 | 0.95 | 17147 | 7.83 | 483.1 | 47.36 | 85.1 |
DC Motor Pump Controller, an advanced solution designed to optimize the performance of DC motors in a wide range of applications. This controller is engineered for efficiency, precision, and reliability, making it an excellent choice for industries where smooth operation, low noise, and high torque are critical.
型号 | 电压 | 无负荷 | 最高效率点 | |||||
Model | Voltage | No Load | Maximum efficience point | |||||
额定电压 | 转速 | 电流 | 转速 | 电流 | 扭矩 | 功率 | ||
Rated Voltage | Speed | Current | Speed | Current | Torque | Output Power | ||
V | rpm | A | rpm | A | g.cm | N.m | W | |
HLRS540PH-7526 | 10.8 | 18938 | 1.17 | 16843 | 9.41 | 447.5 | 43.87 | 77.4 |
HLRS540PH-6535 | 14.4 | 19233 | 0.95 | 17147 | 7.83 | 483.1 | 47.36 | 85.1 |
Optimized for Small Diameter Motors: Our DC motor pump controller is specially designed to handle small diameter motors, making it ideal for compact systems and devices where space is limited but performance cannot be compromised. This makes it perfect for applications in robotic systems, micro mechanisms, and other space-constrained environments.
Low Noise Operation: One of the standout features of our controller is its ability to ensure low noise operation. Whether used in a printer, pump, or optic equipment, this controller helps maintain a quiet working environment, crucial for devices used in sensitive applications such as medical equipment or household appliances.
High Torque Output: Despite its small size, this controller provides high torque performance, making it ideal for applications that require strong rotational power. Whether it's driving the motor in a robotic arm, a money detector, or a pump, this controller delivers the necessary force to ensure reliable operation even in demanding conditions.
Precision Control: The DC motor pump controller is equipped with advanced control circuitry that allows for precise speed and torque adjustments. This ensures that your device operates smoothly and efficiently, with accurate responses to varying load conditions. It’s perfect for applications like 3D pens and optical equipment, where fine control is paramount.
Optimized for Small Diameter Motors: Our DC motor pump controller is specially designed to handle small diameter motors, making it ideal for compact systems and devices where space is limited but performance cannot be compromised. This makes it perfect for applications in robotic systems, micro mechanisms, and other space-constrained environments.
Low Noise Operation: One of the standout features of our controller is its ability to ensure low noise operation. Whether used in a printer, pump, or optic equipment, this controller helps maintain a quiet working environment, crucial for devices used in sensitive applications such as medical equipment or household appliances.
High Torque Output: Despite its small size, this controller provides high torque performance, making it ideal for applications that require strong rotational power. Whether it's driving the motor in a robotic arm, a money detector, or a pump, this controller delivers the necessary force to ensure reliable operation even in demanding conditions.
Precision Control: The DC motor pump controller is equipped with advanced control circuitry that allows for precise speed and torque adjustments. This ensures that your device operates smoothly and efficiently, with accurate responses to varying load conditions. It’s perfect for applications like 3D pens and optical equipment, where fine control is paramount.
This controller is incredibly versatile, supporting a wide range of uses across multiple industries. It is commonly used in:
Robots: Providing reliable motor control for robotic actuators.
3D Pens: Ensuring smooth and consistent motor operation for 3D printing tasks.
Power Locks and Electronic Locks: Offering secure and efficient motor control in locking mechanisms.
Optical Equipment: Helping precise motion control in devices like cameras and scanners.
Money Detectors: Ensuring reliable, high-torque performance for counterfeit detection systems.
Printers: Facilitating accurate motor control in print heads and paper feeds.
Pumps: Ensuring reliable performance in small pumps for liquid transfer or circulation.
Energy-Efficient Operation: Our controller is designed with energy efficiency in mind, providing optimal power output without unnecessary consumption. This feature reduces the overall energy footprint of the systems it controls, contributing to more eco-friendly and cost-effective operations.
Durable and Reliable: Built to last, our controller is engineered for reliability in demanding applications. It provides long-term stability, ensuring minimal downtime and maintenance. Whether it’s a high-frequency system like a printer or a continuous-use system like a pump, our controller delivers robust performance.
This controller is incredibly versatile, supporting a wide range of uses across multiple industries. It is commonly used in:
Robots: Providing reliable motor control for robotic actuators.
3D Pens: Ensuring smooth and consistent motor operation for 3D printing tasks.
Power Locks and Electronic Locks: Offering secure and efficient motor control in locking mechanisms.
Optical Equipment: Helping precise motion control in devices like cameras and scanners.
Money Detectors: Ensuring reliable, high-torque performance for counterfeit detection systems.
Printers: Facilitating accurate motor control in print heads and paper feeds.
Pumps: Ensuring reliable performance in small pumps for liquid transfer or circulation.
Energy-Efficient Operation: Our controller is designed with energy efficiency in mind, providing optimal power output without unnecessary consumption. This feature reduces the overall energy footprint of the systems it controls, contributing to more eco-friendly and cost-effective operations.
Durable and Reliable: Built to last, our controller is engineered for reliability in demanding applications. It provides long-term stability, ensuring minimal downtime and maintenance. Whether it’s a high-frequency system like a printer or a continuous-use system like a pump, our controller delivers robust performance.
Compact and Efficient:
Perfectly suited for small, compact applications, this controller doesn’t sacrifice power or precision.
Quiet and Smooth Operation:
With its low-noise features, it’s ideal for applications that require a quiet, distraction-free environment.
High Torque, High Performance:
Whether you’re powering pumps or micro mechanisms, this controller provides the necessary torque for demanding tasks.
Wide Compatibility:
Our controller works seamlessly with a variety of DC motors, making it an easy fit for different industries and applications.
Precision and Control:
Offers detailed and fine control over motor performance, ensuring consistent and smooth operation across all tasks.
Compact and Efficient:
Perfectly suited for small, compact applications, this controller doesn’t sacrifice power or precision.
Quiet and Smooth Operation:
With its low-noise features, it’s ideal for applications that require a quiet, distraction-free environment.
High Torque, High Performance:
Whether you’re powering pumps or micro mechanisms, this controller provides the necessary torque for demanding tasks.
Wide Compatibility:
Our controller works seamlessly with a variety of DC motors, making it an easy fit for different industries and applications.
Precision and Control:
Offers detailed and fine control over motor performance, ensuring consistent and smooth operation across all tasks.