| Allicdata Part #: | BEL32082-ND |
| Manufacturer Part#: |
FI4D072PK |
| Price: | $ 20.99 |
| Product Category: | Uncategorized |
| Manufacturer: | Belden Inc. |
| Short Description: | FI DN_TB OM4 48F OFNP UNI_12F |
| More Detail: | Fiber Optic Cable |
| DataSheet: |  FI4D072PK Datasheet/PDF |
| Quantity: | 1000 |
| 1 +: | $ 19.08270 |
Specifications
| Series: | * |
| Part Status: | Active |
Description
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FI4D072PK is a motion control element from Panasonic. It is an integrated servo motor that features the Dual Axis Rotary Servo (DARS) Technology and features both complete motion control and hybrid stepping control technologies. It is capable of high-speed continuous rotation using differential speed control. It has a robust design that can withstand harsh environmental conditions.
The main application fields of FI4D072PK are in robotics, machine and automated tools , commercial packaging, surgical instruments, construction machines and medical imaging. It is also used in surface shipping, semiconductor manufacturing and automotive manufacturing. It is used in applications like dispensing, welding, measuring, engraving, assembly, sorting, positioning and calibration.
The working principle of FI4D072PK is based on Panasonic\'s Differential Speed Control technology, which allows precise control of the motor speed without any system overshoot or vibration. This technology utilizes two segments of the rotational axis, each controlled independently, to achieve differential speed control. The motor is connected to a position sensor and an encoder to provide feedback on the direction of rotation and the speed of rotation. The feedback is used to control the motor speed and position with precision.
The FI4D072PK also utilizes hybrid stepping control technology. This technology utilizes a rotary encoder to detect the position and speed of the motor and provide feedback. A step motor and driver control the motor speed and direction via pulse signal based on the feedback from the rotary encoder. Hybrid stepper motors are designed for high-speed and accuracy, while avoiding vibration and noise without compromising motor performance.
In summary, FI4D072PK is a motion control element with Dual Axis Rotary Servo (DARS) technology, and features both complete motion control and hybrid stepping control. Its main application fields are in robotics, machine and automated tools, commercial packaging, surgical instruments, construction machines and medical imaging. The working principle of the FI4D072PK is based on Differential Speed Control and Hybrid Stepping Control technologies.
The main application fields of FI4D072PK are in robotics, machine and automated tools , commercial packaging, surgical instruments, construction machines and medical imaging. It is also used in surface shipping, semiconductor manufacturing and automotive manufacturing. It is used in applications like dispensing, welding, measuring, engraving, assembly, sorting, positioning and calibration.
The working principle of FI4D072PK is based on Panasonic\'s Differential Speed Control technology, which allows precise control of the motor speed without any system overshoot or vibration. This technology utilizes two segments of the rotational axis, each controlled independently, to achieve differential speed control. The motor is connected to a position sensor and an encoder to provide feedback on the direction of rotation and the speed of rotation. The feedback is used to control the motor speed and position with precision.
The FI4D072PK also utilizes hybrid stepping control technology. This technology utilizes a rotary encoder to detect the position and speed of the motor and provide feedback. A step motor and driver control the motor speed and direction via pulse signal based on the feedback from the rotary encoder. Hybrid stepper motors are designed for high-speed and accuracy, while avoiding vibration and noise without compromising motor performance.
In summary, FI4D072PK is a motion control element with Dual Axis Rotary Servo (DARS) technology, and features both complete motion control and hybrid stepping control. Its main application fields are in robotics, machine and automated tools, commercial packaging, surgical instruments, construction machines and medical imaging. The working principle of the FI4D072PK is based on Differential Speed Control and Hybrid Stepping Control technologies.
The specific data is subject to PDF, and the above content is for reference
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| FI4D036AJ | Belden Inc. | 15.03 $ | 1000 | D-AIA 36F OM4 OFCP TBFibe... |
| FI4D144FK | Belden Inc. | 35.91 $ | 1000 | FI DN_TB OM4 144F OFCR_AI... |
| FI4D144FKA | Belden Inc. | 35.91 $ | 1000 | FI DN_TB OM4 144F OFCR_AI... |
| FI4D048PK | Belden Inc. | 12.6 $ | 1000 | FI DN_TB OM4 48F OFNP UNI... |
| FI4D072FKA | Belden Inc. | 20.8 $ | 1000 | FI DN_TB OM4 72F OFCR_AIA... |
| FI4D024L9 | Belden Inc. | 8.88 $ | 1000 | 24G6 DIST ZH RSR EVFiber ... |
| FI4D144AKA | Belden Inc. | 39.7 $ | 1000 | FI DN_TB OM4 144F OFCP_AI... |
| FI4D048AK | Belden Inc. | 14.5 $ | 1000 | FI DN_TD OM4 48F OFCP_AIA... |
| FI4D012F9 | Belden Inc. | 3.56 $ | 1000 | FI DN_TB OM4 12F OFCR_AIA... |
| FI4D024P9 | Belden Inc. | 6.13 $ | 1000 | FI OM4 DIST OFNP EV_JKTFi... |
| FI4D036RJA | Belden Inc. | 11.81 $ | 1000 | FI DN_TB OM4 36F OFNRFibe... |
| FI4D012R9A | Belden Inc. | 2.37 $ | 1000 | FI DN_TB OM4 12F OFNRFibe... |
| FI4D008R9A | Belden Inc. | 2.1 $ | 1000 | FI DN_TB OM4 8F OFNRFiber... |
| FI4D006A9A | Belden Inc. | 2.63 $ | 1000 | FI DN_TB OM4 6F OFCP_AIAF... |
| FI4D012P9A | Belden Inc. | 2.63 $ | 1000 | FI DN_TB OM4 12F OFNPFibe... |
| FI4D006P9 | Belden Inc. | 1.44 $ | 1000 | FI DN_TB OM4 6F OFNPFiber... |
| FI4D048FK | Belden Inc. | 13.24 $ | 1000 | FI DN_TB OM4 48F OFCR_AIA... |
| FI4D024P9A | Belden Inc. | 6.13 $ | 1000 | FI DN_TB OM4 24F OFNPFibe... |
| FI4D006R9 | Belden Inc. | 1.3 $ | 1000 | FI DN_TB OM4 6F OFNRFiber... |
| FI4D024A9A | Belden Inc. | 7.32 $ | 1000 | FI DN_TB OM4 24F OFCP_AIA... |
| FI4D072PK | Belden Inc. | 20.99 $ | 1000 | FI DN_TB OM4 48F OFNP UNI... |
| FI4D096RK | Belden Inc. | 25.19 $ | 1000 | FI DN_TB OM4 96F OFNR UNI... |
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