140DDO88500   |  直流离散量输出模块 |   电子模块| 

产品类型:直流离散量输出模块

型号：140DDO88500

离散量输出数量:12

补充信息

通道配置:2 组 6 个

离散量输出逻辑

负逻辑 (阱)

地址需求

1 输入字

1 输出字

离散量输出电压:24...125 V 直流

输出电压限制:19.2...156.2 V

最大负载电流:

<= 3 A 在…上 0…60 °C 每组

<= 6 A 在…上 0…60 °C 每模块

<= 0.75 A 在…上 0…40 °C 每点

浪涌电流:4 A 适用 1 ms

响应时间:

1 ms 在 0 状态到 1 状态

1 ms 在 1 状态到 0 状态

短路保护:有

输出过压保护:用每组的变阻器

140DDO88500 直流离散量输出模块是一种电子模块，主要用于控制直流电源的输出状态，实现离散量的控制。它通常具有多个输出通道，每个通道可以独立控制，以输出不同的直流电压或电流。这种模块广泛应用于工业自动化、电力系统控制、机器人控制以及科学实验室等领域。

总的来说，140DDO88500 直流离散量输出模块是实现离散量控制的关键组件，其在工业自动化、电力系统控制、机器人控制等领域的应用日益广泛。随着技术的不断发展，未来直流离散量输出模块的性能和功能还将进一步提升，为各种应用场景提供更加精准、可靠的控制方案

Product type: DC discrete output module

Model: 140DDO88500

Discrete quantity output :12

Supplementary information

Channel configuration :2 groups of 6 channels

Discrete quantity output logic

Negative logic

Address requirement

1 Input word

1 Output word

Discrete output voltage :24... 125 V DC

Output voltage Limit :19.2... 156.2V

Maximum load current:

<= 3 A in... Top 0... 60 °C per group

<= 6 A in... Top 0... 60 °C per module

<= 0.75A in... Top 0... 40 °C per point

Inrush current :4 A for 1 ms

Response time:

1 ms is in the 0 to 1 state

1 ms is in the state from 1 to 0

Short circuit protection: Yes

Output overvoltage protection: with each set of rheostat

140DDO88500 DC discrete output module is an electronic module, which is mainly used to control the output state of DC power supply and realize the control of discrete quantity. It usually has multiple output channels, each of which can be controlled independently to output a different DC voltage or current. This module is widely used in industrial automation, power system control, robot control and scientific laboratories.

In general, 140DDO88500 DC discrete output module is a key component to achieve discrete control, which is increasingly widely used in industrial automation, power system control, robot control and other fields. With the continuous development of technology, the performance and functions of DC discrete output modules will be further improved in the future, providing more accurate and reliable control solutions for various application scenarios.