Schneider NSYSFC68 | Spacial SF bottom and top frame – 600×800 mm

Description

Schneider NSYSFC68 | Spacial SF bottom and top frame – 600×800 mm

Specifications

The Schneider NSYSFC68 is a modular frame component designed for use in Spacial SF enclosure systems. It functions as either the bottom or top frame of the enclosure and is compatible with cabinets that are 600 mm wide and 800 mm deep. Constructed from high-quality steel, it forms a key structural element that connects vertical uprights and supports other enclosure components.

• Reference Code: NSYSFC68

• Product Type: Bottom and Top Frame

• System Compatibility: Schneider Spacial SF enclosure system

• Dimensions: 600 mm (width) x 800 mm (depth)

• Material: Steel

• Finish: Zinc-coated or painted for corrosion resistance

• Mounting Method: Bolted assembly with Spacial SF vertical uprights

• Function: Supports doors, panels, mounting plates, and accessories

• Compliance: Manufactured according to IEC and Schneider enclosure system standards

Features

1. Dual-Purpose Frame
   This component can be installed at either the top or the bottom of the enclosure, reducing part variation and simplifying stock management.

2. High Structural Strength
   Built from durable steel to provide excellent mechanical rigidity and load-bearing support for the enclosure.

3. Perfect System Integration
   Precisely designed to fit with other Spacial SF components such as side panels, rear doors, and internal mounting systems.

4. Corrosion Protection
   Surface treatment ensures resistance against rust and wear, extending the enclosure’s service life in industrial environments.

5. Modular Design
   Enables easy customization and expansion of enclosure systems in modular configurations.

6. Quick Assembly
   Engineered for fast installation using standard hardware, helping reduce assembly time and labor costs.

Applications

The Schneider NSYSFC68 is widely used in industrial, commercial, and infrastructure environments that require reliable and modular enclosure solutions. Typical applications include:

1. Electrical Distribution Panels
   Forms the foundation or top frame of cabinets housing circuit breakers, busbars, and protective devices.

2. Automation and Machine Control Systems
   Supports enclosures that contain PLCs, motor starters, and I/O modules in manufacturing lines.

3. Data and Communications Systems
   Ideal for structural use in network and IT enclosures where modular design is required.

4. Building Management and Facility Control
   Used in control cabinets for HVAC, lighting systems, and centralized monitoring infrastructure.

5. Renewable Energy Installations
   Commonly integrated into enclosures for solar inverters, wind power control units, and battery management systems.

6. Public and Industrial Infrastructure
   Forms the structural framework of cabinets used in transport systems, utilities, and energy distribution networks.