ABB HIEE300910R0001

使用方法：Protection thresholds such as high/low voltage and high/low frequency can be set. Support delayed action function to avoid misoperation caused by instantaneous fluctuations. Usually equipped with communication protocols such as Modbus and DNP3, making it easy to integrate with SCADA systems or PLCs.
发货时间：2-3 days
付款方式：SWIFT C/*C
原产地：USA
联系方式：+8615359029662
销售范围：all over the world
用途：Suitable for various industrial automation applications that require precise control of excitation current.

手机：+86 153 5902 9662 邮箱：geabbamy@gmail.com

产品详情

　　¡Debido a que el inventario es muy grande, no hay forma de que cada producto proporcione fotos reales, ¡ por favor, perdóname!

　　لأن كمية المخزون كبيرة جدا ، لا يمكن أن توفر كل منتج صورة حقيقية ، يرجى أن يغفر لي !

　　Поскольку запасы очень большие, нет способа предоставить реальные фотографии каждого продукта, пожалуйста, извините!

　　Due to the large inventory, it is not possible to provide authentic photos for every product. We apologize for any inconvenience caused!

Product basic description (parameters)：

The HIEE300910R0001 module by ABB is a binary input module designed for industrial automation systems. Below is a detailed technical parameter overview in English:

1. Product Identification

Model Number: HIEE300910R0001
Manufacturer: ABB
Type: Binary Input Module

2. Technical Specifications

Parameter	Details
Operating Voltage	24 VDC
Input Channels	Configurable for binary (digital) inputs, typically supporting 16 channels (specifics may vary by configuration).
Resolution	12 bits + sign bit
Response Time	High-speed input response for real-time monitoring and control.
Power Supply Method	Supplied via the backplane (NX bus) or external power (e.g., 24 VDC).
Isolation Method	Power isolation via transformer; signal isolation via digital isolator.
Input Impedance	250 Ω
Input Range	Typically 0–24 VDC for binary signals (logic high/low).
Operating Temperature	-20°C to +50°C
Storage Temperature	-40°C to +70°C
Protection Class	IP20 (standard industrial protection).
Weight	Approximately 0.5 kg (subject to configuration and accessories).
Dimensions	Not explicitly stated but typical for DIN rail-mounted modules (e.g., 120 mm × 80 mm × 40 mm, approximate values for reference).

3. Functional Features

Binary Input Handling: Designed to process digital signals (0/1, high/low) from sensors, switches, or other binary devices.
High Accuracy: 12-bit resolution ensures precise signal detection and minimal noise interference.
Isolation: Power isolation via transformer and signal isolation via digital isolator enhance system safety and stability.
Flexible Configuration: Supports customization of input channels for specific applications (e.g., alarm systems, machine status monitoring).

4. Application Areas

Industrial Automation: Used in PLC systems for monitoring binary signals from sensors, switches, or relays.
Machine Control: Enables real-time monitoring of machine states (e.g., on/off, running/stopped).
Process Control: Ideal for binary input applications in manufacturing, chemical processing, and energy management.

5. Certifications & Compliance

Complies with relevant industrial standards for electromagnetic compatibility (EMC) and safety (e.g., CE, UL, or CSA).
Designed for harsh industrial environments, ensuring reliability in challenging conditions.

6. Documentation & Support

Datasheet: Available on the ABB website or through authorized distributors.
Software Tools: Configuration and diagnostics via ABB’s Automation Builder or compatible third-party software.
Warranty: Typically 12 months, with extended support options available.

This module is designed to provide reliable binary input processing for industrial automation systems, ensuring seamless integration with ABB controllers and PLCs. For exact specifications, always refer to the latest ABB product manual or contact ABB technical support.

=========================================================

CI854K01 3BSE025961R1 (5)_副本.jpg

CI854K01 3BSE025961R1 (3)_副本.jpg

CI854K01 3BSE025961R1 (2)_副本.jpg

未标题-1_副本.jpg