UCD224A103 3BHE023681R0103 3BHE023682P201印刷电路板
1.产 品 资 料 介 绍:
中文资料:
UCD224A103 3BHE023681R0103 3BHE023682P201印刷电路板的产品特点可以总结如下:
- 电流方向高灵敏度:
- 该印刷电路板上的继电器对电流的方向具有高度的灵敏度,这意味着它可以精确地检测和响应电流的方向变化。
- DC电压激励:
- 不同于一些电磁继电器(EMR),该电路板上的继电器使用DC电压进行激励,这提供了更稳定的操作环境,因为DC电压不像AC电压那样存在周期性变化。
- 极化继电器设计:
- 继电器使用永久磁铁和电磁铁的组合。永磁体作为电枢,而电磁体作为线圈来吸引永磁体电枢。这种设计使得继电器具有“极化”特性,即极性决定了永久磁铁电枢的位置。
- 无需弹簧拉动触点:
- 与一些传统继电器不同,该电路板上的继电器不需要弹簧来拉动触点。相反,通过施加反向电流,电枢可以移动到另一个位置,当电流减小到电磁力小于永磁体时,电枢会自然回到原来的位置。
- 无中性位置:
- 在没有电流的情况下,电枢保持在左边或右边,因为磁场中没有绝对的中性点。这确保了继电器在静止状态下始终有一个明确的位置。
- 高效能:
- 虽然具体的能效数据未在参考文章中提及,但基于其设计和应用,可以推断该电路板上的继电器具有较高的能效,能够在低功耗下提供稳定的性能。
- 安装和维护要求:
- 安装和维护时需要确保正确接地以减少电磁辐射和干扰,并且接地导线的截面积需要足够大以满足安全规范。这些要求确保了电路板的稳定和安全运行。
英文资料
The product features of UCD224A103 3BHE023681R0103 3BHE023682P201 printed circuit board can be summarized as follows:
High sensitivity in current direction:
The relay on the printed circuit board has a high sensitivity to the direction of current, which means it can accurately detect and respond to changes in the direction of current.
DC voltage excitation:
Unlike some electromagnetic relays (EMRs), the relays on this circuit board use DC voltage for excitation, which provides a more stable operating environment because DC voltage does not have periodic changes like AC voltage.
Polarization relay design:
The relay uses a combination of permanent magnets and electromagnets. A permanent magnet acts as an armature, while an electromagnet acts as a coil to attract the permanent magnet armature. This design gives the relay a "polarization" characteristic, where polarity determines the position of the permanent magnet armature.
No need for spring to pull contacts:
Unlike some traditional relays, the relays on this circuit board do not require springs to pull the contacts. On the contrary, by applying reverse current, the armature can move to another position. When the current decreases to a point where the electromagnetic force is less than that of the permanent magnet, the armature will naturally return to its original position.
No neutral position:
In the absence of current, the armature remains on the left or right because there is no absolute neutral point in the magnetic field. This ensures that the relay always has a clear position when in a stationary state.
Efficient performance:
Although specific energy efficiency data was not mentioned in the reference article, based on its design and application, it can be inferred that the relay on the circuit board has high energy efficiency and can provide stable performance at low power consumption.
Installation and maintenance requirements:
During installation and maintenance, it is necessary to ensure proper grounding to reduce electromagnetic radiation and interference, and the cross-sectional area of the grounding wire needs to be large enough to meet safety regulations. These requirements ensure the stability and safe operation of the circuit board.
2.产 品 展 示
3.产 品 展 示
HONEYWELL 05704-A-0146 DIGITAL
PROSOFT MVI46-MCM COMMUNICATIO
PMB33F-20201-03 | DT 370A | R23GENA-R1-NS-VS-01 |
PMB33F-20101-00 | DT 371A | R43HCNA-NP-RW-VS-03 |
PMB33F-10216-03 | GJR2 242100 R1 | R45GCNA-TS-NS-NV-00 |
PMB33F-20201-02 | ABB DSAO120A 3BSE018293R1 | R35KMNC-TS-RC-NV-02 |
R46GSNA-R2-NS-VS-04 | R32HSNC-TS-NS-NV-02 | R22GENT-TS-NS-NV-02 |
R65HENA-TS-NS-NV-00 | R43HCBA-R2-NS-VS-00 | R35GENH-R2-NS-NV-00 |
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