#high precision

GF101 High Precision Programmable Single Phase Phantom Load Power Source

The GF101 High Precision Programmable Single Phase Phantom Load Power Source is an advanced, high-performance power source designed for testing and simulating single-phase electrical loads in laboratory and industrial environments. Offering exceptional precision and versatility, the GF101 is ideal for use in applications such as calibration, testing of energy meters, and the simulation of real-world power conditions for various equipment. With its programmable features and high accuracy, this power source ensures reliable and accurate testing, making it an essential tool for professionals in the field of electrical testing and energy management.

Key Features:

High Precision: The GF101 delivers high precision in simulating single-phase power, ensuring that the output closely matches the required testing conditions. Its accuracy allows for reliable calibration of energy meters, protective relays, and other power measurement equipment.

Programmable Functionality: The GF101 is fully programmable, allowing users to adjust and set various parameters, including voltage, current, power factor, and frequency. This flexibility makes it suitable for a wide range of testing applications, where custom load conditions are needed to simulate real-world scenarios.

Single Phase Phantom Load Simulation: Designed for single-phase phantom load simulation, the GF101 can replicate typical load conditions without the need for physical resistive loads. This is particularly useful in situations where space or the availability of large, physical loads is limited.

Versatile Testing Applications: The GF101 is used for a variety of testing and simulation applications, including energy meter calibration, power quality analysis, load testing, and system diagnostics. It is ideal for energy management professionals, manufacturers, and testing labs needing precise and programmable load simulation.

Stable and Reliable Output: The GF101 ensures stable and consistent output, even under varying load conditions. This ensures that the equipment being tested operates in a predictable and stable environment, which is essential for accurate performance evaluation and analysis.

User-Friendly Interface: The GF101 comes with an intuitive user interface that allows for easy operation and configuration of test settings. Its clear display and simple controls make it accessible for both experienced engineers and new users, streamlining the testing process.

Applications: The GF101 is ideal for laboratory testing, energy meter calibration, system monitoring, power factor correction testing, and electrical equipment simulation. It is widely used in electric utilities, manufacturing, and research and development sectors where precision and flexibility are key.

The GF101 High Precision Programmable Single Phase Phantom Load Power Source is an essential tool for high-precision testing and simulation of single-phase electrical systems. Its programmable functionality, high accuracy, and versatile applications make it a powerful asset for energy meter calibration, load testing, and system diagnostics. Whether used in a laboratory, industrial facility, or for R&D purposes, the GF101 ensures accurate, reliable, and flexible power simulation, helping professionals improve the performance and reliability of electrical systems and equipment.

If you're a gamer looking for the perfect wireless gaming mouse, MAMBASNAKE has you covered! This innovative brand offers cutting-edge technology and exceptional design to enhance your gaming experience.

The MAMBASNAKE wireless gaming mouse is not just about aesthetics; it provides outstanding performance with low latency and high precision. Whether you're into fast-paced shooters or strategic adventures, this mouse adapts to your needs, ensuring every click is responsive and accurate.

One of the best features of the MAMBASNAKE mouse is its ergonomic design, which provides comfort during long gaming sessions. Plus, with customizable buttons and RGB lighting, you can personalize your setup to match your style.

A bright living room with a potted plant by the window, a white transparent fabric curtain, clean and tidy wooden floor, and a bright overall look. The image is a realistic photographic image with high precision and rich details, presented in 8k resolution and a 16:9 aspect ratio.

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We all know that OEM high precision plastic injection mold can only be transferred to mass production after being verified as ok, so what are the requirements for mold core runners during mold acceptance?

Here are my four small points about the OEM high precision plastic injection mold:

1. It is necessary to check whether the runner has been polished

2. Whether the mold core glue mouth workpieces such as the submersible glue mouth/dispensing mouth are polished

3. Avoid chipping on the surface of the mold core

What is OEM high precision plastic injection mold in a swarf?

The nozzle needs to be polished. Generally, the submersible rubber nozzle is processed by EDM discharge or directly with a drill nozzle. The surface is relatively rough. When the plastic material flows through, it will remain on the mold core or on the nozzle. When it comes out, there will be a phenomenon of strong stripping, resulting in a swarf.

The swarf is caused by the unclean plastic opening during the molding and feeding process, resulting in dandruff-like powder objects that are punched into the surface of the mold cavity by high pressure during the secondary injection molding, resulting in surface defects of the product. The reason is still caused by the cross-sectional shape of the rubber mouth.

Suggested improvement plan for high precision plastic injection mold equipment:  

1). The rubber feeding thimble should be pushed out in a delayed manner.

2). Change the shape of the head of the rubber mouth so that it has enough strength not to be torn at the moment of breaking. The blade must be sharp and be made into a replaceable insert piece (SKD61 HRC52)!

4. Whether there is exhaust at the end of the main channel, and the poor exhaust of the injection mold will bring a series of harm to the quality of plastic parts and many other aspects....

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