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We will automate the complex performance tests as you requested!
It is a device that automatically conducts tests by applying signals and loads to the test motor. It collects signals from various sensors and evaluates the motor's performance.
Visualize the health and performance of industrial motors. It can also reduce maintenance costs and decrease failures.
The product is an electric motor testing machine that can easily and early detect ongoing issues with electric motors that cannot be found through vibration-based condition monitoring. The "SKF static motor analyzer" in our lineup is suitable for detecting vulnerabilities in coil windings (rare shorts) and deterioration of insulation resistance that could lead to failures. Additionally, the "SKF dynamic motor analyzer" monitors motors in operation. 【Features】 ■ Reduction of maintenance costs for electric motors ■ Extension of operating time for motors and equipment ■ Reduction of unexpected motor failures ■ Maintenance of motor efficiency ■ Promotion of IoT implementation *For more details, please refer to the PDF materials or feel free to contact us.
![[Test, Experiment, Analysis System] Motor Testing Device](https://image.mono.ipros.com/public/product/image/6f2/2000704919/IPROS57164445730907046418.png?w=280&h=280)
Measure various data! You can achieve benefits such as improved operational efficiency and reduced workload!
This product is a testing device that uses a simulated load device to measure motor performance characteristics. It employs a high-capacity servo motor that applies a simulated load to the test motor, measuring various data such as speed, torque, power, and temperature. By managing the data collectively, operational efficiency is improved, and with the autonomous driving function, the equipment can be operated efficiently, reducing the burden on operators and managers. Additionally, the introduction of various interlock circuits enables safe testing. 【Purpose of Introduction】 ■Reduction of Load - Minimize the burden on operators (such as the man-hours required for measurement and comparison) and create a system that does not depend on individual technical levels. - Aim for efficient operation of equipment. ■Reporting Function: Easily generate reports on motor performance. ■Safe Testing - Since it involves testing high-speed rotating bodies, we want to operate a device that is safe and accident-free. *For more details, please refer to the related links or feel free to contact us.
We will propose an appropriate configuration based on the motor shape, characteristics, and test items. It can also be used for performance evaluation tests of inverters.
We will propose suitable testing equipment tailored to the motor characteristics and testing requirements of our customers. Tokai Techno has been manufacturing various types of motor testing equipment. All equipment is designed to match the customer's motor, allowing us to provide the minimum necessary devices, from automatic testing equipment to manual testing equipment. 【Regarding the Load Used】 ■ Tokai Techno's motor load testing equipment primarily uses motors as the load. ■ Depending on customer requests and rotational speed, we can also manufacture equipment that uses brakes as the load. ■ We can create equipment that tests motors while they are placed in a constant temperature chamber. ■ We also support load testing machines for motors that operate in a reciprocating motion within a certain angle range. * It is also possible to manufacture using equipment specified by the customer. The software that controls the testing equipment and the testing content will be determined through discussions. Additionally, we accept requests for constructing equipment using existing facilities, manufacturing jigs, aligning shafts, and producing only motor testing/evaluation benches (motor test benches). If you have any concerns related to motor testing equipment, please feel free to consult us. * For more details, please download the materials or contact us through our website.
Conduct load tests under various temperature environments using a constant temperature chamber!
Tokai Techno manufactures motor load testing equipment that achieves temperature environments ranging from -40°C to 150°C using a constant temperature chamber. It is designed to accommodate changes not only in temperature but also in humidity. Since all equipment is tailored to the customer's motors, we can provide the minimum necessary equipment, from automatic testing devices to manual testing devices. The software that controls the testing equipment and the testing content will be determined through discussions. Additionally, we also accept requests for the construction of equipment utilizing existing facilities, the production of jigs, and the alignment of shafts, as well as the manufacture of motor testing/evaluation benches (motor test benches) only. If you are facing issues related to motor testing equipment, please feel free to consult us. *For more details, please download our materials or contact us through our website.
We propose a testing device specialized for durability testing of automotive motors!
In the automotive industry, there is a demand for the longevity and reliability of motors. In particular, the durability of motors that can withstand harsh environments is a crucial factor that affects product safety and customer satisfaction. Motor failures can lead to serious accidents, making thorough durability testing essential. Tokai Techno's motor testing equipment reproduces various load conditions and temperature environments to evaluate the durability of automotive motors. 【Application Scenarios】 - Durability testing of automotive motors - Motor testing in high-temperature environments - Load testing 【Benefits of Implementation】 - Improved motor reliability - Enhanced product quality - Increased customer satisfaction - Extended product lifespan
We optimize motor testing for home appliances to support product development and quality improvement.
In the home appliance industry, energy efficiency and durability of products are highly valued. In particular, motors are crucial components that influence product performance, requiring efficient operation and long lifespan. Motor malfunctions can lead to product failures or performance degradation. Our motor testing equipment accommodates various requirements such as motor shape, characteristics, temperature environment, and load conditions, enabling efficient testing. 【Usage Scenarios】 - Performance evaluation of motors in home appliances - Verification of energy-saving performance - Durability testing - Motor selection in product development 【Benefits of Implementation】 - Improvement in product quality - Reduction in development time - Cost savings - Enhancement of energy-saving performance
A testing device to optimize the performance of motors, which are essential for robot control.
In the robotics industry, the reliability and performance of motors are crucial for achieving precise robot movements. Particularly in robots used in harsh environments or requiring precise control, motor failures can lead to system shutdowns and significant losses. Tokai Techno's motor testing equipment accommodates various requests, such as motor shape, characteristics, temperature conditions, and load conditions, enabling optimal motor evaluation. 【Application Scenarios】 - Joints of robotic arms - Drive units of mobile robots - Robots requiring precise control 【Benefits of Implementation】 - Accurate evaluation of motor performance - Improved reliability of robots - Reduced product development time - Lower risk of failure
We propose a motor testing device to optimize the power generation efficiency of wind power generation!
In the wind power generation industry, maximizing power generation and ensuring long-term stable operation are essential. The motors of wind turbines significantly impact power generation efficiency, and durability under harsh conditions is also important. Performance evaluation of the motors is crucial for optimizing power generation and reducing the risk of failure. Our motor testing equipment accurately evaluates the performance of wind turbine motors and contributes to improving power generation efficiency. 【Use Cases】 - Performance evaluation of wind turbine motors - Optimization of power generation efficiency - Durability testing of motors 【Benefits of Implementation】 - Maximization of power generation - Reduction of failure risks - Achievement of long-term stable operation
We propose a motor testing device essential for flow control in water treatment facilities!
In the water treatment industry, the reliability of motors involved in flow control, such as pumps and valves, is crucial. In particular, accurate operation and durability of motors are essential to maintain a stable water treatment process. If a malfunction occurs, it can impact water quality management and supply. Our motor testing equipment can accommodate various motor tests and can be customized to meet customer needs. 【Application Scenarios】 - Performance evaluation of pumps in water treatment plants - Durability testing of motors for valve drives in wastewater treatment facilities - Load testing of motors for flow adjustment in water purification plants 【Benefits of Implementation】 - Reduced risk of motor failure - Stabilization of the water treatment process - Reduction in maintenance costs
It is possible to conduct load tests on motors that perform reciprocating motion within a certain angle range! It can also be used for performance evaluation tests of inverters.
Tōkai Techno manufactures testing equipment to measure the torque characteristics of motors at various angles. We design everything to match our customers' motors, so we can provide the minimum necessary equipment, from automatic testing devices to manual testing devices. 【About the Loads Used】 ■ Tōkai Techno's motor load testing equipment primarily uses motors as loads. ■ Depending on customer requests and rotation speeds, we can also manufacture devices that use brakes as loads. ■ We can create devices that conduct tests while the motor is placed in a temperature-controlled chamber. ■ We also support load testing machines for motors that perform reciprocating motion within a certain angle range. * It is also possible to manufacture using equipment specified by the customer. The software that controls the equipment and the testing content will be determined through discussions. Additionally, we accept requests for the construction of devices using existing equipment, the production of jigs, and shaft alignment, as well as the manufacture of motor testing/evaluation benches (motor test benches) only. If you have any issues related to motor testing equipment, please feel free to consult us. * For more details, please download the materials or contact us through our website.
We offer motor testing equipment that meets various requirements such as motor shape, characteristics, temperature environment, and load conditions!
Tōkai Techno has a wealth of experience in testing equipment for various types of motors. We can propose suitable configurations tailored to the motor shape, characteristics, and testing items. We can accommodate various conditions from temperature changes to load conditions, and we realize custom-made testing equipment according to your specifications. Additionally, we also accept the construction of devices using existing equipment, the fabrication of jigs, and the alignment of shafts, as well as the production of motor testing/evaluation benches (motor test benches). If you are facing issues related to motor testing equipment, please feel free to consult us. 【Regarding the Loads Used】 ■ Tōkai Techno's motor load testing equipment primarily uses motors as loads. ■ Depending on customer requests and rotation speeds, we can also produce devices that use brakes as loads. ■ We can create devices that conduct tests with motors placed in constant temperature chambers. ■ We also support load testing machines for motors that perform reciprocating motion within a certain angle range. * It is also possible to manufacture using equipment specified by the customer. * The software that controls the testing equipment and the testing content will be determined through discussions. For more details, please download the materials or contact us through our website.
We propose a motor testing device that promotes energy-saving in air conditioning systems!
In the air conditioning industry, improving energy efficiency is a crucial challenge. In particular, the performance of motors significantly impacts the energy-saving capabilities of the system. When the efficiency of a motor is low, it leads to unnecessary power consumption and increased operational costs. Our motor testing equipment conducts load tests, no-load tests, and constraint tests to evaluate motor performance, contributing to energy savings. 【Usage Scenarios】 - Development of motors for air conditioning systems - Energy-saving performance evaluation - Quality control of products 【Effects of Implementation】 - Energy savings through motor optimization - Improved product reliability - Reduction of operational costs
We propose a motor testing device that contributes to reliability testing in the aerospace field!
In the aerospace industry, rigorous testing of motors is essential to ensure product safety and reliability. Particularly for motors used in harsh environments, durability against temperature changes and load variations is crucial. Our motor testing equipment achieves highly reliable testing with an optimal configuration tailored to the testing items required by our customers. 【Application Scenarios】 - Evaluation of drive system motors - Evaluation of attitude control motors 【Benefits of Implementation】 - Improved reliability of aerospace equipment - Assurance of product safety - Reduction of testing time
We propose a motor testing device that supports the precision of machine tools!
In the machine tool industry, precise motor operation is essential to maintain product accuracy. Particularly in machine tools that perform precision tasks such as cutting and grinding, the performance of the motor significantly impacts the quality of the finished product. Motor malfunctions can lead to decreased machining accuracy and defective products. Our motor testing equipment conducts tests tailored to the motor's shape, characteristics, and load conditions, contributing to the improvement of machine tool accuracy. 【Usage Scenarios】 - Motor evaluation at machine tool manufacturers - Maintenance of machine tools - Performance testing of motors 【Benefits of Implementation】 - Improved accuracy of machine tools - Reduction of defective products - Enhanced product quality
