ジェイシーネット株式会社 Product Lineup

The FCB-LX800 (Re) is a low-power, high-performance 3.5-inch Pentium-compatible CPU board equipped with AMD's Geode LX800 Processor/CS5536. It is capable of reliable, completely fanless operation. To quickly bring products tailored to customer needs to market, our company offers a freestyle standard specification as an original board, reducing total costs through shortened development periods, accommodating small lot production for custom orders, and providing detailed support made possible by domestic design and manufacturing. Ultimately, our goal is to provide a custom-branded Meister-style computer board for our customers, and we have developed the Freestyle Board 800-(Re) for this purpose.

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The FCB-ARM9 (Re) is a low-power, high-performance 3.5-inch CPU board equipped with the Cirrus Logic EP9315 (ARM9) processor. To quickly bring products tailored to our customers' needs to market, we offer a freestyle standard specification as an original board, which helps reduce total costs through shortened development periods, accommodates small lot production while being custom-made, and provides detailed support that is possible due to domestic design and manufacturing. Ultimately, our goal is to provide a custom-style computer board under the customer's brand, and we have developed the Freestyle Board 9-(Re) for this purpose.

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● Compared to traditional neon tubes and fluorescent lights, power consumption is low, with a maximum reduction of 70%. (Economic) ● Compact, can be cut flexibly, and allows for easy and free layout formation. (Improved work efficiency) ● Strong against impacts, excellent flicker performance, and no change in brightness due to temperature variations. (Excellent durability) ● Visibility distance is twice that of traditional neon tubes, and due to its unidirectional nature, it has a significant signage effect. (Great PR effect) ● Waterproof rating IP65, reduced frequency of parts replacement, and quick repairs possible. (Reduced maintenance costs) ● Long lifespan, energy-saving, low heat generation, low CO2 emissions, and zero mercury. (Consideration for environmental impact)

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This product, Imokan-Disp240, is to be used in conjunction with our wireless immersion digital thermometer IDT-2009R/B-WL. The device identification ID number and peak hold temperature transmitted from the wireless thermometer will be displayed. The display size features a large 7-segment red high-brightness LED with 5 digits, using a character height of 240 mm, achieving a visibility distance of 100 m.

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This is a handheld, compact immersion thermometer. In auto peak hold mode, it automatically measures the highest temperature and notifies you with a buzzer. Since it automatically measures the highest temperature in auto peak hold mode, there is no individual variation in measurement timing.

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This product is a device that performs measurements of CE, FC, C, and Si, as well as spherical shape determination, and has functions for calculating excess and deficiency amounts and data storage. It is also possible to view measurement results and measurement history on higher-level PCs through a connection to the internal LAN. Additionally, by using an internal timer, accurate sampling times have been established.

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Input channel number: You can specify the contact input channel number. Usually, the default value is used. Input confirmation time: Defines the length of the signal to be received. Input is confirmed with pulse signals longer than the length specified here. Transmission destination settings: Set when sending contact information to other contact interfaces. None (do not transmit) / does not transmit the input signal. Own device / outputs to the contacts of the own device. Other devices / outputs to the contacts of other contact interfaces. Specification of other devices can be done by IP address. Output contact number / specify the contact number to be output.

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Input channel number: You can specify the contact input channel number. Usually, the default value is used. Input confirmation time: Defines the length of the signal to be received. Input is confirmed with pulse signals longer than the length specified here. Transmission destination settings: Set when sending contact information to other contact IFs. None (do not transmit) / does not transmit the input signal. Own device / outputs to the contacts of the own device. Other devices / outputs to the contacts of other contact IFs. Specification of other devices can be done by IP address. Output contact number / specify the contact number to be output.

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The remote I/O of the PowerDevice-LonworksTerminal (FreeTopology) series adopts the LonTalk protocol, allowing for the opening of plugins on the LNS construction tool LonMaker or LonWatcher to configure each input and output item. These configuration interfaces make it easy to set up inputs, outputs, and more. Of course, it is also compatible with our iDAqBinder/ML-Binder tools and the built-in configuration tools of the energy monitoring server ECO Maru.

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ECO Maru is a compact energy monitoring server compatible with LONWORKS® networks. It can manage up to 62 nodes compliant with SNVT standards and can perform various energy measurements, including power consumption, all with a single server. The user interface displays measurement data graphically in a web browser on a computer, allowing real-time monitoring of current measurement information from locations away from the monitoring room. ECO Maru is an all-in-one server that provides total support for energy management tasks, from LON node binding to measurement processing.

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