CEP 6214 MicroStation Distribution Center 100A GFCI Single Phase

Description

CEP 6214 MicroStation Distribution Center | 100A | GFCI | Single Phase

The CEP 6214 MicroStation Distribution Center is a portable, safety-focused industrial power distribution unit designed for construction sites, maintenance work, outdoor events, and temporary electrical installations. It delivers 100A single-phase power distribution with integrated GFCI protection, making it especially suitable for environments where electrical safety and ground-fault protection are critical.

Key Features

• 100A single-phase power distribution capacity for demanding jobsite loads
• Built-in GFCI (Ground Fault Circuit Interrupter) for enhanced shock protection
• Compact MicroStation portable design for easy transport and setup
• Multiple output receptacles for powering tools and equipment
• Heavy-duty steel enclosure for industrial durability
• Integrated breaker protection for overload and short-circuit safety
• Designed for construction, maintenance, and temporary power systems
• Suitable for indoor and outdoor jobsite environments
• Rugged build for frequent relocation and harsh conditions

CEP 6214 MicroStation Distribution Center 100A GFCI Single Phase: Buying Considerations

The CEP 6214 MicroStation Distribution Center is a portable 100A single-phase industrial power distribution unit featuring built-in GFCI protection for enhanced safety. Designed for construction and jobsite applications, it provides reliable temporary power distribution through multiple receptacles in a rugged steel enclosure. Ideal for demanding environments, it ensures safe and efficient electrical power management.

Before ordering the CEP 6214 MicroStation Distribution Center 100A GFCI Single Phase from CEP, review the points below against your actual site conditions and workload. Published specifications describe the equipment under test conditions, and real-world performance depends on how closely your application matches those conditions. Buyers in the United States, Canada, and Asia should also confirm local voltage and frequency requirements, applicable safety or emissions standards, and freight or import logistics for the destination before finalizing an order.

What to Check Before You Buy

• Add up running watts for every load that could run simultaneously, then confirm starting watts covers the highest surge load (motors and compressors draw 2-3x their running watts at startup).
• Check fuel type against what is actually available where the unit will run – dual fuel models trade a small efficiency loss for supply flexibility during outages.
• Verify outlet configuration (120V/240V, twist-lock, transfer-switch compatibility) matches the panel or equipment it needs to power.
• Confirm noise output against any local ordinance or jobsite requirement before purchase, not after delivery.

How much fuel does a portable generator use per hour?

Fuel consumption depends on load, not just engine size – a generator running at 50% load uses meaningfully less fuel per hour than the same unit at full rated output. Manufacturer runtime specs are typically given at 50% load, so plan fuel storage around actual expected load, not the headline runtime number alone.

For sizing help across the full Generators category, compare specifications side by side before committing to a specific model, and confirm current pricing, availability, and freight details for your location. Keep the supplier data sheet and any acceptance criteria on record for future maintenance and replacement decisions.