Ovation 1X00691H01 PMOD Cavity Plastic Insert

Application Scenarios

The Ovation 1X00691H01 PMOD Cavity Plastic Insert is designed to provide secure housing and protection for PMOD modules in Ovation automation systems. It is ideal for use in power generation, industrial processing, and water treatment facilities where safe and organized module placement is essential for system reliability and maintenance efficiency.

Key Advantages

• Protective Design: Shields sensitive PMOD components from dust, impact, and environmental hazards.

• Spacious and Organized: Large cavity dimensions accommodate multiple modules, simplifying system assembly.

• Durable Construction: Made from high-quality plastic to withstand industrial conditions and mechanical stress.

• Easy Installation: Designed for seamless integration into Ovation cabinets and racks.

• Lightweight Yet Sturdy: Weighs only 4.12 kg while providing robust structural support.

Technical FAQs

1. What is the main purpose of the 1X00691H01?
   It provides a protective cavity insert for housing PMOD modules in Ovation systems.

2. Which industries typically use this insert?
   Power generation, industrial process control, and water/wastewater treatment.

3. Is it compatible with Ovation cabinets and racks?
   Yes, designed to fit standard Ovation module enclosures.

4. What are the physical dimensions of the insert?
   370 × 260 × 400 mm.

5. How much does it weigh?
   Approximately 4.12 kg.

6. Where should it be installed?
   Inside Ovation control cabinets or PMOD racks.

7. Does it offer protection against mechanical impacts?
   Yes, the plastic insert is durable and protects modules from shock and vibration.

8. Can it accommodate multiple PMOD modules?
   Yes, the cavity is designed for organized placement of several modules.

9. Is it suitable for harsh industrial environments?
   Yes, it withstands temperature variations, vibration, and typical factory conditions.

10. Does it simplify system maintenance?
    Yes, the organized cavity layout allows easier module access and replacement.