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デジタルトランスフォーメーション
グリーントランスフォーメーション
COMETECH TESTING MACHINES CO., LTD.
製品の説明 :
If you are looking for a low-cost but with great function performance motor driver, then the C2A series will be a great bargain. This series is suitable for motors below 150W, and the small size occupies no space. Besides adjusting the motor speed, users can set up detailed motor-related data settings with our C2 series driver. Its multifunctional integrated design is the main feature and advantage for saving costs and reducing external components.
Users can connect directly to the dedicated software for easy parameter tuning and configuration with the built-in Wi-Fi module. An over-the-air firmware update without assembling the driver from devices can improve maintenance efficiency and convenience.
Moreover, the driver features a modular expansion design that allows flexible extensions of communication formats, wireless screen modules, and more to meet various user needs.
※Specification
-Rated Voltage: DC 12~48V
-Rated Output: 150W
-Rated Current: 7.5A
-Applicable Motor: BDC, BLDC
-Motor Feedback: Hall Sensor, Sensorless; Encoder input signal is available
-Communication Interface： Built-in Wi-Fi module and RS-485
-Speed Control: Analog input, Command sources
-Display: 2.8" wireless color touch screen for options
-Software: Equipped with dedicated motor monitoring software which is available to connect with mobile devices (smart phone, pad, notebook, etc.) through Wi-Fi.
※Features
-Compact size
-Integrate multiple functions to reduce the external components' cost
-Monitor the motor's status such as voltage, current, speed, etc. through dedicated software
-Data setting and devices' status monitoring by dedicated software through Wi-Fi connection
-Support different motor control modes (revolutions, distance, operation speed, etc.) and multi-step programmable settings
-Modbus-compatible driver for various host controllers.
-Over-the-air firmware update
-Multiple I/O (open collector) for flexible expansion of different applications
AVC INDUSTRIAL CORP.
製品の説明 :
全球頂尖的電纜防水接頭(CABLE GLANDS)製造商-AVC
全冠AVC是全球最受倚賴的電線電纜防水接頭製造商, 可靠度第一, 能對應電線規格達數萬種料號, 防水可靠能力符合IP68以及IP69K性能, 頂尖的工程可靠度與對策服務, 能滿足各業界所有電線需求, 是您的最佳協力夥伴, 請至官網瀏覽本公司防水接頭產品: www.ip68.com.tw
TSWU KWAN MACHINERY CO., LTD.
製品の説明 :
機械潤滑用-
以操作容易為設計原則，採用特殊內外齒輪，耐磨傳動雜音小、吸油力強，並設有定壓保護裝置，可配合機械之整體設計，有效應用於各種機械結構的潤滑點，並可發揮強制給油之功能。
BORE AUTOMATION TECH. CO., LTD.
製品の説明 :
24V DC 16 Channels Relay Module, equipped with high qaulity OMRON G3DZ-DZ02P-DC24 SSR power relay, high quality WAGO PUSH-IN Type PCB terminal block, easy to replace pluggable relays, fully compatible with variety PLC /CNC controller, muti-functional protection , optimized installation effort
TAIWAN FANUC CORPORATION
製品の説明 :
Lathe chips entanglement has always been the biggest subject of automation.
Entanglement can cause problems such as suspension, failure, and workpiece defects on the machine.
The servo learning oscillation function can effectively solve the chips entanglement problem, minimize the chips and realize the realm of automation.
GTW Taiwan Ltd.
製品の説明 :
From high-performance motor spindles (with 30,000 min-1 and 120kW) to standard milling spindles (with 24,000min-1 and 60kW), we at GTW also manufacture high-performance turning -milling spindles with the smallest dimensions
BORE AUTOMATION TECH. CO., LTD.
製品の説明 :
40 PIN Interface Module, equipped with WAGO PUSH-IN Type PCB terminal block, indication LED's for output status , with high quality IDC/MIL connector, fully compatible with variety PLC/CNC controller, Ultra-narrow, space-saving
HEIDENHAIN CO., LTD. (TAIWAN)
製品の説明 :
TNC7
Innovative | Sustainable | Reliable
Continuously developed, the new software version 18 of the TNC7 fulfills many requests from users and machine manufacturers about ease of operation, reliable processes and enhanced functions.
Discover intelligent functions with which the TNC7 can assist you in your future tasks!
SIEMENS LTD., TAICHUNG BRANCH OFFICE
製品の説明 :
Optimizing the machining process using real-time data
Machine tool users incur unnecessary costs as a result of tool breakages, unexpected surface quality anomalies, cutting tools being replaced too early, and longer non-productive machining times. Do you know how to avoid these pitfalls and save money by leveraging your real-time cutting data?
