Combination Electric Conversion Kit 12VDC 1-1/4" for Small Blaster Pressure Release System w/ 55' Control Cord (Replaces Schmidt Axxiom 0001-100)
Model: 888-0001-100PB
Category: Surface Preparation → Sandblasting Equipment → Abrasive Blaster Control Systems & Conversion Kits
Type: Combination Electric Conversion Kit (12VDC, 1-1/4", Small Blaster, Pressure Release)
The Combination Electric Conversion Kit 12VDC 1-1/4" (Part #888-0001-100PB) is designed for small pressure release abrasive blasters, providing reliable electric abrasive cutoff control with improved precision and operator efficiency.
Key Features & Benefits
- Converts systems to electric abrasive cutoff control (12VDC)
- Designed for 1-1/4" small pressure release blasters
- Combination-style conversion kit for enhanced system functionality
- Includes 55' control cord for remote operation
- Improves operator control, responsiveness, and efficiency
- Compatible with 24VAC systems
- Direct replacement for Schmidt / Axxiom 0001-100
Technical Specifications
- Product Name: Combination Electric Conversion Kit
- Part Number: 888-0001-100PB
- Voltage: 12VDC (also compatible with 24VAC)
- Blaster Size Compatibility: 1-1/4" Small Blasters
- System Type: Pressure Release
- Control Type: Electric
- Control Cord Length: 55 ft
- Weight: 47.80 lbs
- Application: Abrasive Blasting Systems
- Condition: New
Compatibility Notes
- Replaces: Schmidt / Axxiom Part #0001-100
- Designed for small pressure release abrasive blaster systems
- Not for use with steel abrasives
- Confirm compatibility with your system prior to purchase
Typical Applications
- Small pressure release abrasive blasting systems
- Surface preparation and coating removal
- Converting pneumatic systems to electric control
- Equipment upgrades for improved control and efficiency
Performance Benefits
- Provides precise and responsive abrasive cutoff control
- Enhances operator efficiency and workflow
- Reliable electric system with consistent performance
- Ideal for controlled blasting applications
- Improves overall system usability