Extension Cord 55' 3-Prong 3-Wire w/ Connector X-Treme Duty™ Urethane (Replaces Schmidt Axxiom 7074-055)

Model: 888-7074-055PB
Category: Surface Preparation → Sandblasting Equipment → Control Cords & Electrical Components
Type: Extension Control Cord (3-Prong, 3-Wire)

The Extension Cord 55' 3-Prong 3-Wire w/ Connector X-Treme Duty™ Urethane (Part #888-7074-055PB) is a heavy-duty extension cord designed to extend the reach of abrasive cutoff control systems in sandblasting applications. Built for durability and consistent performance, this cord allows operators to maintain reliable control signal transmission over longer distances.

Key Features & Benefits

• 55-foot extension cord for increased operational reach
• 3-prong, 3-wire configuration for reliable connections
• Durable X-Treme Duty™ urethane construction
• Extends control range of abrasive cutoff systems
• Maintains consistent electrical signal performance
• Designed for industrial blasting environments
• Direct replacement for Schmidt Axxiom systems
• Ideal for flexible job site setups

Technical Specifications

• Product Name: Extension Control Cord
• Part Number: 888-7074-055PB
• Length: 55 Feet
• Configuration: 3-Prong, 3-Wire
• Cord Material: X-Treme Duty™ Urethane
• Connector Type: Standard Connector
• Weight: 5.60 lbs
• Application: Sandblasting / Abrasive Blasting Systems
• Condition: New

OEM Compatibility

This product is compatible with the following OEM manufacturers:

• Schmidt Manufacturing / U.S. Filter / Axxiom Manufacturing
  • Replaces Part #: 7074-055

Compatibility Notes

• Designed for use with abrasive cutoff control systems
• Works with compatible 3-prong, 3-wire control cords and systems
• Not a standalone control cord (no cutoff switch included)
• Not intended for pneumatic systems

Typical Applications

• Extending reach of abrasive cutoff control cords
• Industrial sandblasting operations
• Contractor and field service blasting setups
• Replacement or upgrade for existing extension cords

Performance Benefits

• Increases operational flexibility on job sites
• Maintains reliable control signal transmission over distance
• Reduces need to reposition equipment
• Withstands harsh industrial environments
• Enhances overall system efficiency and workflow