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Emerson (GE) 8202-HO-IS PAC8000 Safety Hybrid Output Module
Warranty： 365 days
Quality: Original module
Condition： New / Used
Warehouse: Spot
Delivery time: Shipped in 3 days after payment
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Классификация: Eaton, EMERSON/艾默生
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Emerson (GE) 8202-HO-IS PAC8000 Safety Hybrid Output Module
Product Core Overview
The 8202-HO-IS is a specialized Safety Hybrid Output Module within the Emerson PAC8000 I/O platform. It is engineered to provide intrinsically safe (IS) output channels for controlling final control elements, such as solenoid valves and relays, in hazardous areas. The «Hybrid» designation indicates its capability to manage both digital on/off control and analog signal conditioning within a safety-certified architecture.
The 8202-HO-IS is a specialized Safety Hybrid Output Module within the Emerson PAC8000 I/O platform. It is engineered to provide intrinsically safe (IS) output channels for controlling final control elements, such as solenoid valves and relays, in hazardous areas. The «Hybrid» designation indicates its capability to manage both digital on/off control and analog signal conditioning within a safety-certified architecture.
Key Technical Specifications
- Manufacturer: Emerson (formerly GE Fanuc / MTL)
- Series: PAC8000
- Functional Description: Safety Hybrid Output Module
- Safety Certification: Intrinsically Safe (IS)
- System Type: Programmable Automation Controller (PAC) / Safety Instrumented System (SIS)
- Mounting: Modular Rack-Mounted (Carrier/Backplane)
8202-HO-IS
Recommended Same-Series Models
For system expansion or alternative safety I/O configurations within the PAC8000 platform, consider:
For system expansion or alternative safety I/O configurations within the PAC8000 platform, consider:
- 8201-HI-IS: Safety Hybrid Input Module
- 8204-AO-IS: Safety Analog Output Module
- 8215-DO-IS: Safety Digital Output Module
- 8220-DI-IS: Safety Digital Input Module
- 8205-TI-IS / 8206-TI-IS: Safety Temperature Input Modules
Professional Quality Control Test SOP
To ensure operational reliability in critical safety loops, suppliers typically adhere to the following testing protocols:
To ensure operational reliability in critical safety loops, suppliers typically adhere to the following testing protocols:
- Visual & Physical Inspection: Verification of the 8202-HO-IS part number, connector pin integrity, and IS certification markings.
- Functional Bench Testing: Simulating control signals to validate output channel activation, hybrid functionality, and response times.
- Safety Logic Verification: Testing the module’s fail-safe behavior and diagnostic reporting under fault conditions.
- Final Certification: Issuance of a certificate of conformity confirming the unit is fully operational and meets original manufacturer specifications.
Application Scenarios & Features
- Primary Applications: Safety-critical control in oil & gas, chemical processing, and power generation, specifically for controlling solenoid valves, relays, and other final control elements in hazardous areas.
- Key Features:
- Intrinsically Safe: Eliminates the need for external safety barriers, simplifying wiring and reducing installation costs in hazardous zones.
- Hybrid Functionality: Combines digital and analog control capabilities in a single safety-certified module.
- Modular Design: Seamlessly integrates into the PAC8000 backplane, supporting open architecture communication via various Bus Interface Modules.
Frequently Asked Questions (FAQ)
- Q: What is the primary function of the 8202-HO-IS?
A: It acts as a safety-certified hybrid output module for controlling final control elements in hazardous areas. - Q: What does «Hybrid» mean in this context?
A: It refers to the module’s ability to handle both digital on/off control and analog signal conditioning within a single safety-certified unit. - Q: Is this module compatible with standard PAC8000 I/O carriers?
A: Yes, it is designed to mount on standard PAC8000 I/O carriers and work with compatible Bus Interface Modules. - Q: Does this module require external safety barriers?
A: No, the intrinsic safety is integrated directly into the module, eliminating the need for external barriers.