Viking Transfer Pump HL4195 with DXT Motor

Viking Transfer Pump HL4195 with DXT Motor

Model #: HL4195

Serial #: CAA 000505

Overview:

The Viking HL4195 Transfer Pump with DXT motor is a high-performance industrial pump designed for efficient fluid transfer in demanding processing environments. Known for its durability, precision, and consistent flow control, this unit is ideal for handling thick, viscous, or temperature-sensitive liquids—making it a strong fit for botanical extraction and refinement processes.

Key Features & Specs:

• Pump Type: Positive Displacement Internal Gear Pump
• Model: Viking HL4195
• Motor: DXT Industrial Motor (Included)
• Construction: Heavy-duty cast iron body for long-term durability
• Seal Type: Mechanical seal for leak-free operation
• Flow Control: Smooth, non-pulsing flow for accurate transfer
• Design: Compact footprint with easy-to-clean surface
• Drive Type: Direct-coupled motor for improved efficiency and lower maintenance
• Condition: New - Never Used

Ideal For:

• Transferring crude or refined oils
• Moving viscous liquids such as distillates, carrier oils, or winterized extracts
• Loading and unloading from reactors, holding tanks, or storage containers
• Precise fluid movement during formulation or post-processing

Whether you're transferring thick botanical concentrates or managing flow between stages of your process, the Viking HL4195 provides reliable, controlled movement that helps preserve product quality and operational efficiency.

Why This Machine?

Viking pumps have a long-standing reputation for reliability and performance in process-intensive industries. For cannabis and hemp processors, consistent fluid movement is essential to maintaining purity and minimizing product loss. The HL4195, paired with a robust DXT motor, delivers the power and precision needed for smooth handling of high-viscosity materials commonly used in botanical extraction and refinement.

Its rugged design, combined with ease of maintenance and cleaning, makes this pump a smart addition to any operation looking to optimize throughput while maintaining tight process control.