Advanced Heated Bulk Supply Solution for Slim Drum Operations
Compatible Machines
| System Type | Therm-O-Flow® bulk material supply systems |
| Drum Compatibility | D200S (slim 200-liter / 55-gallon drum systems) |
| Application Equipment | Heated adhesive and sealant dispensing systems |
| Use Case | Automated production lines requiring controlled material flow |
What is the Graco WMC23D2 Therm-O-Flow Supply Unit?
The Graco WMC23D2 Therm-O-Flow Supply Unit is a high-performance heated system designed to process and deliver medium- to high-viscosity materials directly from slim drum containers. It ensures precise temperature regulation and steady material flow for demanding industrial dispensing applications.
Built with a 36:1 HCS (High Capacity Supply) pump, the unit provides strong pressure output for efficient handling of thick materials. It is configured for D200S-60H drum systems, supporting space-saving drum setups. The 480V electrical configuration delivers powerful and consistent heating, making it ideal for continuous-duty operations.
Key Features and Benefits
- 36:1 HCS pump ratio enables high-pressure material transfer
- Optimized for D200S slim drum configurations
- 480V power supply supports efficient thermal performance
- Maintains consistent viscosity for accurate dispensing
- Engineered for continuous industrial production environments
Applications
- Hot melt adhesive processing and supply
- Sealant and silicone dispensing systems
- Automated fluid handling in manufacturing lines
- High-viscosity material transfer operations
Frequently Asked Questions
It handles adhesives, sealants, silicones, and other high-viscosity materials that require heating for proper flow and application.
The 36:1 ratio indicates the pump’s pressure multiplication capability, enabling efficient transfer of thick and dense materials.
This unit is specifically configured for D200S slim drums. Standard D200 drums may require a different system configuration.
It operates on a 480V electrical system, suitable for industrial environments requiring high-capacity heating performance.
