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GE 8810-HI-TX

Technical Specifications
Part Number: 8810-HI-TX
Brand: GE
Input Channels: 8 single-ended 4-20mA input channels
Certification: Approved for SIL 2 safety applications
Field Circuit Compatibility: Non-energized field circuits, compatible with 2-wire, 3-wire, or 4-wire transmitters
HART Capability: HART pass-through, acquisition, and status reporting
Power Requirement: 24V DC bus field power (required by 8914-PS-AC)

Detailed content

Resolution and Speed: 16-bit resolution, 25ms response time for HART (0.75s/point)
Current Consumption: System 70mA, Field 350mA
Functional Features
Modularity: Part of the PAC8000 I/O solution, fully modular, allowing for flexibility in configuration and expansion.
Open Architecture: Enables communication with various fieldbus systems through selecting appropriate bus interface modules (IM) or controllers.
Field Terminals: Integrated into each I/O module, eliminating the need for extra terminals or connections for field wiring. Easily replaceable in case of damage.
Safety and Reliability: Designed for both general and hazardous area applications, ensuring equipment safety.
Easy Installation: Modules can be mounted on DIN rails, simplifying installation and maintenance.
Communication Interface: Potentially equipped with communication interfaces for data exchange and remote monitoring/control with other devices or control systems.
Application Scenarios
Industrial Automation: Suitable for various industrial automation and control systems, including but not limited to production line control, machinery processing, and logistics control.
Safety-Critical Applications: Certified for SIL 2 safety applications, making it ideal for processes where high reliability and safety are paramount.
Process Monitoring: Can be used in conjunction with monitoring systems such as the Bently Nevada 3500 series, supporting functions like radial vibration, axial displacement, and differential expansion monitoring.
Harsh Environments: Designed for robustness and reliability, making it suitable for operation in harsh industrial environments.

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