Partner with Quanzhou Xinyuan Technology and turn the supply issue into your competitive edge. When the supply challenge of Allen Bradley 22D-D017F104 became a bottleneck in the project, we chose to take the initiative. With forward-looking strategic In stock and agile logistics response, we helped you mitigate risks and ensure uninterrupted production.
The Allen Bradley 22D-D017F104 can provide simple and reliable speed control for a 0.75kW three-phase motor. It should be noted that it does not have advanced vector control or servo performance, and is not suitable for direct use in harsh on-site environments. If needed, you can contact Xin Yuan Technology Company. We have sufficient In stock and reliable services.
Product Parameters
Input voltage 380 - 480VAC, 3-phase, 50/60 Hz
Input voltage range 324 - 528VAC
Output voltage 0 - input voltage
Rated output current 17.5 A
Switching frequency 2 - 16 kHz
Efficiency Up to 97.5%
Input/output fuse Built-in C-Tap
Product Characteristics
The features of Allen Bradley 22D-D017F104 include simple parameter settings, and most applications only require the adjustment of a few key parameters to operate. It provides standard V/F control mode, suitable for most variable torque and constant torque loads such as fans, pumps, conveyor belts, etc. It has built-in multiple application functions, such as preset speed, electronic overload protection, automatic energy saving, etc. It has an internal braking unit.
Application Scenarios
The cooling fan of the Allen Bradley 22D-D017F104 electrical control cabinet and the circulating water pump of the small water-cooling unit. By adjusting the speed, the temperature can be precisely controlled to avoid frequent motor startups and shutdowns, and energy can be saved. On equipment such as conveyors and rollers, the frequency converter can achieve smooth startup and speed adjustment, reducing mechanical shock and adapting to different production rhythms.
Industry Reputation
The praise for Allen Bradley 22D-D017F104 is unanimous in the industrial field. In the workplace, stability reigns supreme. Once this inverter is set up, it can operate without malfunctions for years, rarely experiencing inexplicable shutdowns or failures. For equipment manufacturers and end-users, this means extremely high reliability and low maintenance costs. For non-automated electrical maintenance personnel, this inverter is very user-friendly. The parameter logic is clear, the operation panel is intuitive, unlike high-end inverters which have hundreds of parameters that are intimidating. Common start-stop and speed control tasks can be accomplished with just a few key parameters, significantly reducing the barriers to commissioning and maintenance.
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