双层接线端子， 标称工作电压: 800 V， 热持续电流Ith: 22 A， 接线方式: Push-X连接， 额定接线容量: 2.5 mm2, 横截面: 0.34 mm2 - 4 mm2， 安装方式: NS 35/7,5， NS 35/15， 颜色: 蓝色
| 額定電壓 UN | 標稱電流 IN | 橫截面 - 美國線規 | 橫截面 mm2 | |
|---|---|---|---|---|
| B | ||||
| 300 V | 20 A | 20 - 12 | ||
| C | ||||
| 300 V | 20 A | 20 - 12 | ||
| D | ||||
| 600 V | 5 A | 20 - 12 | ||
| 額定電壓 UN | 標稱電流 IN | 橫截面 - 美國線規 | 橫截面 mm2 | |
|---|---|---|---|---|
| B | ||||
| 300 V | 20 A | 20 - 12 | ||
| C | ||||
| 300 V | 20 A | 20 - 12 | ||
| F | ||||
| 800 V | 20 A | 20 - 12 | ||
| D | ||||
| 600 V | 5 A | 20 - 12 | ||
Push-X与Push-in连接有何区别？
Push-X是否也适用于细导线？
Yes. Thanks to the preloaded contact spring, the conductor can be inserted with virtually no effort until it reaches the locking mechanism. This is a clear advantage, especially with flexible conductors: There is no need to push against a spring. Rel... 查看更多
Yes. Thanks to the preloaded contact spring, the conductor can be inserted with virtually no effort until it reaches the locking mechanism. This is a clear advantage, especially with flexible conductors: There is no need to push against a spring. Releasing the locking mechanism also requires only a very small amount of force, which the specified conductors can easily exert. Not convinced yet? Try it for yourself! Order a free sample: https://phoe.co/push-x
少看我能否在不使用冷压头的情况下连接柔性导线？
使用冷压头时需要注意什么吗？
是的。冷压头的长度至关重要。由于锁紧机构位于接线区末端，导线必须能完全插入。
因此，确保冷压头的塑料套环不会阻碍其完全插入。合适的套环长度可在技术数据中查找。
连接有多安全？导线是否会松脱？
No. Under normal conditions, the conductor cannot come loose. The connection is maintained by a spring that exerts a consistently high and uniform contact force, independently of the user. This ensures reliable and secure clamping at all times.
接线端子在出厂时是否已预紧，或是在首次接线之前需要手动准备？
The terminal blocks are shipped from the factory with the contact chamber already pre-tensioned (and open). No preparation is necessary. Supplementary testing procedures ensure that 99.9% of the terminal blocks are open when they reach the customer. ... 查看更多
The terminal blocks are shipped from the factory with the contact chamber already pre-tensioned (and open). No preparation is necessary. Supplementary testing procedures ensure that 99.9% of the terminal blocks are open when they reach the customer. In addition, under normal storage conditions, the terminal blocks can be stored for up to five years without the contact chamber being triggered unintentionally.
少看如何断开线路？操作复杂吗？
No. As with the Push-in mechanism, the line is released by pressing the actuating push button. It is important to press the button all the way down to its end position. It noticeably engages there, and this preloads the contact chamber for rewiring. ... 查看更多
No. As with the Push-in mechanism, the line is released by pressing the actuating push button. It is important to press the button all the way down to its end position. It noticeably engages there, and this preloads the contact chamber for rewiring. Afterward, the conductor can be easily and conveniently removed with one hand.
少看Push-X真的更快，还是只是营销噱头？
Yes, Push-X really is faster. The time savings result from several factors: tool-free connection, no need to switch between tools, no need for ferrules in many cases, and clear audible and tactile feedback. There is no need to push or pull repeatedly... 查看更多
Yes, Push-X really is faster. The time savings result from several factors: tool-free connection, no need to switch between tools, no need for ferrules in many cases, and clear audible and tactile feedback. There is no need to push or pull repeatedly. Especially when dealing with large quantities, these advantages add up to a significant gain in efficiency.
少看该技术是否足够坚固，能承受工业使用、振动和日常磨损？
Yes. Push-X is designed to meet industrial requirements and provides a stable, reliable connection even under typical conditions such as vibration, temperature fluctuations, or mechanical stress. It is precisely these kinds of effects that are common... 查看更多
Yes. Push-X is designed to meet industrial requirements and provides a stable, reliable connection even under typical conditions such as vibration, temperature fluctuations, or mechanical stress. It is precisely these kinds of effects that are common causes of contact problems that are specifically minimized by the spring principle.
少看我能否轻松地在现有系统中安装或改装Push-X？
Yes. Push-X is designed so that the terminal blocks can be seamlessly integrated into existing systems. They are designed to match the PT and ST terminal blocks and are compatible with standard accessories. As a result, adjustments to the control cab... 查看更多
Yes. Push-X is designed so that the terminal blocks can be seamlessly integrated into existing systems. They are designed to match the PT and ST terminal blocks and are compatible with standard accessories. As a result, adjustments to the control cabinet are generally not necessary. One exception is the XT 1.5: Compared to the PT 1.5/S, it is intentionally 0.7 mm wider to improve ease of use. Standardized accessories for the CLIPLINE complete system can continue to be used without restriction.
少看如何判断导线是否真正连接到位？
Push-X gives you immediate confirmation that the connection is correct. Both visually via the actuating push button and audibly through an audible click when the spring is released. This provides the user with immediate, clear confirmation, which sig... 查看更多
Push-X gives you immediate confirmation that the connection is correct. Both visually via the actuating push button and audibly through an audible click when the spring is released. This provides the user with immediate, clear confirmation, which significantly increases process reliability.
少看Push-X是否也适用于自动化接线？
每个连接点是否可接入多根导线？
不可以。弹簧端子不支持在一个端子内为多根导线接线。
不过，对于每个电位需要接入多根导线的应用，有以下合适的替代方案：
• 每个电位有3个或更多接点的多导线接线端子
• 可插入桥接井以提供额外连接选项的分接插头 (LPO) – 也非常适合改装项目
有关多导线连接的更多信息
https://assets.phoenixcontact.com/file/633f3cb5-d75f-4334-9c81-fa2935673cde/media/origina...
查看更多
不可以。弹簧端子不支持在一个端子内为多根导线接线。
不过，对于每个电位需要接入多根导线的应用，有以下合适的替代方案：
• 每个电位有3个或更多接点的多导线接线端子
• 可插入桥接井以提供额外连接选项的分接插头 (LPO) – 也非常适合改装项目
有关多导线连接的更多信息
https://assets.phoenixcontact.com/file/633f3cb5-d75f-4334-9c81-fa2935673cde/media/original?EN_Infopaper_Mehrleiteranschluss_LoRes.pdf
