Sensata Crydom 接口继电器模块, 110V 交流/直流线圈, PCB安装, 34mA负载, IDC5
- RS 库存编号:
- 632-073
- 制造商零件编号:
- IDC5
- 制造商:
- Devlin
可享批量折扣
小计(1 件)*
RMB123.00
(不含税)
RMB138.99
(含税)
有库存
- 另外 141 件在 2026年6月01日 发货
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单位 | 每单位 |
|---|---|
| 1 - 11 | RMB123.00 |
| 12 - 24 | RMB115.00 |
| 25 + | RMB112.00 |
* 参考价格
- RS 库存编号:
- 632-073
- 制造商零件编号:
- IDC5
- 制造商:
- Devlin
产品技术参数
产品概述和技术数据表
法例与合规
产品详细信息
通过选择一个或多个属性来查找类似产品。
选择全部 | 属性 | 值 |
|---|---|---|
| 品牌 | Devlin | |
| 线圈电压 | 110V 交流/直流 | |
| 安装类型 | PCB | |
| 负载额定电流 | 34mA | |
| 最大输入电压 | 32V 直流 | |
| 负载额定电压 | 30V 直流 | |
| 最小输入电压 | 3.3V | |
| 端子类型 | 通孔 | |
| 输入电流 | 34mA | |
| 关断时间 | 1ms | |
| 附件类型 | 继电器模块 | |
| 符合标准 | CE | |
| 最低工作温度 | -30°C | |
| 最高工作温度 | +80°C | |
| 输入电压范围 | 4 → 32V 直流 | |
| 开启时间 | 1ms | |
| 工作温度范围 | -30 → +80°C | |
| 选择全部 | ||
|---|---|---|
品牌 Devlin | ||
线圈电压 110V 交流/直流 | ||
安装类型 PCB | ||
负载额定电流 34mA | ||
最大输入电压 32V 直流 | ||
负载额定电压 30V 直流 | ||
最小输入电压 3.3V | ||
端子类型 通孔 | ||
输入电流 34mA | ||
关断时间 1ms | ||
附件类型 继电器模块 | ||
符合标准 CE | ||
最低工作温度 -30°C | ||
最高工作温度 +80°C | ||
输入电压范围 4 → 32V 直流 | ||
开启时间 1ms | ||
工作温度范围 -30 → +80°C | ||
豁免

Sensata | Crydom Interface Relay Module, PCB Mounting, 31.2g Weight - 0.6" Series - IDC5
Protect your equipment and transmit signals safely with this interface relay module from Sensata | Crydom. An optical isolation of 4kV and signal conditioning circuitry ensure the signal inputs to your microprocessor and digital systems won't be affected by fluctuations in the power supply. This unit also stands up to electromagnetic interference, so you can rest assured that vital processes will continue uninterrupted. You'll commonly find this component used in applications such as medical equipment, power installations and radio-electronics.
Features & Benefits
• Wide operating temperature range of -30°C to +80°C makes it suitable for use in harsh industrial environments
• Through-hole mounting ensures a robust, vibration-proof connection to your PCB
• Through-hole mounting ensures a robust, vibration-proof connection to your PCB
What's optical isolation?
Optical isolation uses an optoisolator to convert an input electrical signal into a light signal using an LED. A light-sensitive component in the device, such as a photodiode, converts the light signal back into an electrical signal. This creates an effective barrier to overvoltages or transient voltages from the input, helping to provide a stable output to your device.
