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Phone: +86 16626708626Description
The Emerson 8610-FT-NA is a field terminal designed for use with the PAC8000 Remote I/O system. It serves as a non-arcing field terminal, classified for Division 2 hazardous area use, making it suitable for environments where explosive gases or dust may occasionally be present but are not normally hazardous. This product is integral in connecting field wiring to remote I/O modules safely, ensuring signal integrity and operator safety in industrial automation setups.
Used in process automation, manufacturing, and critical control systems, the Emerson 8610-FT-NA supports secure and reliable connections for remote sensors and actuators via the PAC8000 platform. It operates efficiently in a wide temperature range of -40°C to 70°C and has an IP20 protection rating, making it resilient to typical industrial conditions. Its design accommodates easy installation within control panels, minimizing wiring complexity and maintenance overhead.
- 8610-FT-NA
Key functional benefits include its compliance with non-arcing requirements for Div 2 areas, reducing risk of ignition from electrical faults, and its compatibility with a broad range of PAC8000 I/O modules and carriers. The terminal ensures durability and long operational life, backed by Emerson’s rigorous manufacturing standards and certifications for industrial safety.
| Parameter | Value |
|---|---|
| Model | 8610-FT-NA |
| Brand | Emerson |
| Type | Field Terminal, Non-Arcing (Division 2) |
| Compatible System | PAC8000 Remote I/O |
| Operating Temperature | -40°C to 70°C |
| Environmental Rating | IP20 |
| Safety Classification | Non-Arcing for Division 2 hazardous areas |
| Mounting | Panel Mount |
| Application | Remote signal connection in industrial automation |
| Certifications | Meets relevant industrial safety standards |
The 8610-FT-NA pairs well with other PAC8000 components such as digital and analog I/O modules and various carrier units, facilitating modular expansion of control systems. Proper installation requires adherence to grounding standards, suitable clearance, and inspection routines focused on terminal condition and wiring integrity.
