Pneumatic to Electric Conversion Kit 12VDC for Bulk Blaster (3 Outlet) w/ (3) 110' Control Cords (No Fittings) (Replaces Schmidt Axxiom 0004-430)

Model: 888-0004-430PB
Category: Surface Preparation → Sandblasting Equipment → Abrasive Blaster Control Systems & Conversion Kits
Type: Pneumatic to Electric Conversion Kit (12VDC, Bulk Blaster, 3 Outlet)

The Pneumatic to Electric Conversion Kit 12VDC (Part #888-0004-430PB) is a high-capacity upgrade designed to convert bulk blaster pressure hold systems from pneumatic to electric abrasive cutoff control. This three-outlet configuration allows up to three operators to independently control abrasive flow, significantly increasing productivity on large-scale jobs.

Key Features & Benefits

• Converts pneumatic systems to electric control (12VDC)
• Designed for bulk blaster pressure hold systems
• Triple outlet configuration (3 outlets) for multi-operator use
• Includes (3) 110' control cords for extended reach
• No fittings included – ideal for custom configurations
• Improves responsiveness and operator control
• Compatible with 24VAC systems

Technical Specifications

• Product Name: Pneumatic to Electric Conversion Kit
• Part Number: 888-0004-430PB
• Voltage: 12VDC (also compatible with 24VAC)
• System Type: Pressure Hold
• Outlet Configuration: 3 Outlet
• Control Cord Length: (3) × 110 ft
• Weight: 41.40 lbs
• Application: Abrasive Blasting Systems
• Condition: New

Compatibility Notes

• Replaces: Schmidt / Axxiom Part #0004-430
• Designed for bulk pressure hold abrasive blaster systems
• Not for use with steel abrasives
• Fittings not included – must be sourced separately or reused
• Verify compatibility with your system before installation

Typical Applications

• Converting pneumatic systems to electric control
• Multi-operator bulk abrasive blasting setups
• Large-scale industrial surface preparation
• Custom system builds and upgrades

Performance Benefits

• Supports up to three operators simultaneously
• Provides faster, more precise abrasive cutoff control
• Improves efficiency and job completion speed
• Reduces complexity compared to pneumatic systems
• Enhances overall system performance and reliability