OMRON
328 products
Product catalog
328 products
| Part # | Datasheet | Description | Quantity | Operation |
|---|---|---|---|---|
| — | The OMRON NX-PG0342-5 is a quad-channel pulse output unit that provides 4 high-speed pulse output channels with a maximum frequency of 4000 kHz. It features IO-Link master capabilities and is suitable for various industrial automation applications. | |||
| — | High-precision load cell input unit with 24-bit resolution, 125 μs sampling rate, and differential input circuitry. Suitable for industrial weighing and measurement systems. | |||
| — | Omron NX-TBA082 terminal block with spring type terminals for secure and easy wiring with NJ/NX/NY controllers. Ideal for high-speed applications in industrial automation. | |||
| — | Efficient and secure screwless push-in connector with 12 wiring terminals, perfect for various industrial applications. | |||
| — | Omron NX-TBA162 - 16-point terminal block with screwless push-in connectors, ideal for expanding I/O configurations in the NX series. | |||
| — | The OMRON NX-TBB122 terminal block offers reliable high-current connections with 12 terminals, C/D terminal number indications, and a 10A terminal current capacity, making it perfect for industrial automation needs. | |||
| — | High-speed analog input unit with differential input, synchronous I/O refreshing, and robust insulation for precise data acquisition in industrial automation. | |||
| — | Short: Replacement screwless push-in connector with 8 wiring terminals (marked A+B+FG) for secure and efficient wiring connections in the NX series. | |||
| — | OMRON NX-TBC162: 16 I/O power terminals, 10 A current capacity, screwless clamping terminal block for reliable and efficient power supply connections. | |||
| — | The Omron NX-TBX01 is a 16-terminal shield connection unit designed for industrial applications. It features a screwless push-in connector, making it easy to use and install. Suitable for safety functions and compliant with various industrial standards, this unit ensures reliable and efficient connectivity. | |||
| — | High-precision thermocouple input unit with 2 analog inputs, supporting K, J, T, E, L, U, N, R, S, B, C (W/Re5-26), and P (PLII) thermocouples. Resolution: 0.1°C. Conversion time: 250 ms/unit. Screwless push-in connector. | |||
| — | High-precision thermocouple input unit with 2 inputs, 17-bit resolution, and 10 ms/unit conversion time. Suitable for safety functions and compatible with the NX I/O Bus. | |||
| — | High-precision thermocouple input module with 2 inputs, supporting multiple thermocouple types and a resolution of 0.001°C. | |||
| — | High-precision temperature input unit with 2 Pt100/Pt1000 inputs, 0.1°C resolution, 250 ms conversion time, and screwless push-in connector. Compatible with NX I/O Bus. | |||
| — | High-precision temperature input unit with Pt100 sensors. 2 inputs, 0.01°C resolution, 10 ms conversion time. Suitable for safety functions and robust design. | |||
| — | The OMRON NX-TS2204 is a high-precision temperature input unit with 2 Pt100 and Pt1000 inputs, offering 0.001°C resolution and a conversion time of 60 ms/unit. Suitable for safety functions and industrial applications. | |||
| — | The OMRON NX-TS3101 is a high-precision thermocouple input unit designed for precise temperature measurement in industrial applications. It supports up to four thermocouple inputs with a resolution of 0.1°C, making it suitable for a wide range of temperature control needs. | |||
| — | High-precision thermocouple input unit with 4 inputs, 0.01°C resolution, and 10 ms conversion time. Suitable for precise temperature control in industrial applications. | |||
| — | High-precision thermocouple input unit with 4 channels, 0.001°C resolution, and free-running signal processing. Compatible with various thermocouple types and IO-Link master. | |||
| — | The Omron NX-TS3201 is a versatile temperature sensor module with 4 Pt100 and Pt1000 inputs, offering 0.1°C resolution and 250 ms conversion time. Suitable for safety functions and DIN rail mounting, it ensures precise and reliable temperature monitoring. |