The fully automatic temperature rise test device under Wuhan UHV can help many power workers conduct various power tests more conveniently.
The core configuration of the temperature rise testing machine is the basis of Wuhan's UHV pricing system, and different configurations correspond to different value orientations. Current output capability is one of the key parameters. Based on the current requirements of different tested devices (such as circuit breakers, motors, and transformers), Wuhan UHV provides a current output range from tens of amperes to tens of thousands of amperes. The higher the current level and the stronger the continuous output stability, the higher the corresponding hardware cost (such as current generators and power modules), and the price will be adjusted accordingly; The accuracy and number of channels of the temperature acquisition module also affect pricing. The high-precision (± 0.1 ℃) and multi-channel (16/32 channels) acquisition scheme can simultaneously monitor the temperature rise of multiple parts of the equipment, adapt to complex detection scenarios, and its cost is higher than that of the basic single channel and ordinary precision schemes; In addition, whether it is equipped with automatic temperature control, real-time data analysis and other functions will further widen the configuration differences. Models with these functions will also have price differences due to increased hardware and software costs.
Progressiveness technology is an important factor affecting the price of Wuhan UHV temperature rise testing machine. The research, development and application of advanced technology will enhance the added value of equipment. For example, the equipment adopts fully digital closed-loop control technology, which can achieve precise adjustment and stable control of current and temperature, avoiding parameter fluctuations that affect data accuracy during the testing process. The research and development investment and core component cost of this technology are higher than traditional analog control technology, directly reflected in the price; In response to the demand for "long-term high load testing", the temperature rise testing machine of Wuhan UHV is equipped with an efficient cooling system (such as liquid cooling and forced air cooling), which can ensure that the equipment does not experience overheating faults during continuous operation for several hours or even tens of hours. The complexity and material cost of the cooling system will increase the overall cost of the equipment; In addition, the intelligence level of device software (such as automatic generation of test reports, support for AI assisted data analysis, and compatibility with third-party management systems) will also affect technical costs. Models with advanced software functions will have higher software development and debugging costs, and their prices will be higher than basic software models.
Customized demand is a key variable that leads to price differences in Wuhan UHV temperature rise testing machines, and different customer scenario requirements will bring additional development and adaptation costs. For example, motor manufacturers may need to adapt to batch testing of multi specification motors, which may require testing machines to support multi station synchronous testing and interface with production line automation systems. Wuhan UHV needs to customize dedicated hardware interfaces (such as multiple sets of testing terminals) and software programs (such as production line data linkage functions) for them, and the labor and time costs of customized development will be included in the pricing; Electric power research institutes may require testing machines with extended functions, such as supporting custom testing processes and connecting external sensors (such as infrared thermometers and vibration sensors), to meet special testing needs at the research level. The hardware procurement and software adaptation costs for such extended configurations will also increase the price; In addition, for the detection needs in special environments (such as high temperature and high humidity environments, explosion-proof scenarios), Wuhan UHV needs to carry out protective modifications to the testing machine (such as upgrading the explosion-proof shell and enhancing moisture resistance). The material and process costs during the modification process will also affect the final price.
The after-sales service and technical support system are important components of the value of Wuhan UHV temperature rise testing machine, and differences in service content will indirectly affect price positioning. The service guarantee after equipment delivery includes on-site installation and debugging, operator training, warranty period maintenance, etc. Wuhan UHV provides the service of "engineer on-site installation+one-on-one practical training", which requires investment in manpower and time costs. Such value-added services will be reflected in the price; The duration and coverage of the warranty period will also affect the price. For example, providing a 2-year warranty for the entire machine and a 3-year warranty for core components (such as current modules and temperature sensors) will result in higher maintenance costs in the later stages, and the price will be higher than the 1-year basic warranty plan; In addition, whether lifetime technical support (such as remote troubleshooting and regular calibration services) is provided will also affect the price. Service packages that include lifetime support will be priced higher than packages that only include short-term services due to the need for long-term investment of technical resources.
The adaptability of application scenarios will indirectly affect the price of Wuhan UHV temperature rise testing machine. Different scenarios have different requirements for the portability and environmental adaptability of the equipment, resulting in differences in configuration costs. For example, power operation and maintenance units need to conduct equipment temperature rise tests at the substation site. The portable temperature rise testing machine of Wuhan UHV (lightweight, self-contained energy storage power supply, protection level IP54) can adapt to outdoor mobile detection needs. Its portable design (such as integrated chassis, handheld/cart structure) and environmental adaptability configuration (dustproof, moisture-proof, anti electromagnetic interference) have higher costs than the desktop testing machine used in the laboratory; In the testing scenario of industrial enterprise distribution rooms, equipment needs to be installed in narrow spaces, and Wuhan ultra-high voltage may require compression testing machine volume and optimization of internal layout. The cost of space adaptation renovation will increase the price; The fixed testing machine in the laboratory setting does not need to consider portability and outdoor protection, with relatively low configuration costs and prices closer to the basic configuration level.
Overall, the price of Wuhan UHV temperature rise testing machine is differentiated around the four core dimensions of "configuration+technology+customization+service", and the corresponding equipment value and price will vary depending on the customer's needs. It is recommended that customers clarify their type of tested equipment (such as motors, circuit breakers), detection parameter requirements (such as current levels, number of temperature acquisition channels), application scenarios (laboratory/on-site), and service requirements (warranty duration, training needs) before consulting prices. Wuhan UHV will provide matching equipment solutions and price recommendations based on this information to ensure that customers obtain a procurement choice that balances demand and value.
