Common technical parameters for a stainless steel screw honey pump typically center on capacity, voltage, and connection size. Specifically, these pumps generally offer processing capacities of 1 ton, 3 tons, or 5 tons per hour (T/H). They usually operate on either 220V or 380V power systems and feature a standardized 38mm diameter for both the feeding (inlet) and discharge (outlet) gates.
The defining characteristic of this equipment is not just its throughput, but the combination of a rotating screw mechanism with food-grade stainless steel. This design ensures a consistent, high-volume flow that maintains the integrity of viscous fluids like honey without introducing contaminants or structural damage.
The Mechanics of Honey Transfer
The Screw Mechanism Advantage
A stainless steel screw honey pump functions through a rotating screw mechanism. As the internal screw turns, it continuously pulls honey from the inlet and dispenses it through the outlet.
This continuous motion helps prevent physical damage to the honey, which is critical for maintaining quality. It ensures a consistent flow rather than the pulsating output often seen in other pump types.
Why Port Diameter Matters
The standard 38mm diameter for both feeding and discharge gates is a critical specification.
This specific size balances the need for pressure maintenance with the viscosity of honey. It allows for efficient transfer without creating excessive backpressure that could strain the motor or shear the fluid.
Material and Power Considerations
Food-Grade Stainless Steel
The primary construction material for these pumps is durable, food-grade stainless steel.
This material choice is non-negotiable for food safety compliance. It also provides necessary resistance against corrosion and wear, ensuring the pump withstands the physical demands of processing heavy fluids.
Voltage Flexibility
The availability of 220V and 380V options allows for flexibility in installation.
Smaller operations can utilize standard single-phase connections (220V), while larger industrial facilities can leverage three-phase power (380V) for greater motor efficiency and stability.
Understanding Operational Trade-offs
Viscosity vs. Capacity
While the pump offers capacities up to 5T/H, actual throughput relies heavily on the viscosity of the honey.
The screw mechanism is excellent for protecting the product, but extremely thick or crystallized honey may reduce flow rates below the theoretical maximum. The 38mm gate size acts as a physical limit; forcing too much viscous material through quickly can increase mechanical load.
Electrical Configuration
Choosing the wrong voltage for your facility's infrastructure is a common pitfall.
While a 220V pump is more versatile for varied locations, it may struggle more than a 380V unit under the heavy load of a 5T/H operation. You must balance your available power infrastructure against your maximum required throughput.
Making the Right Choice for Your Goal
Selecting the right pump requires matching the technical parameters to your specific production scale and facility capabilities.
- If your primary focus is small-to-medium scale production: Select the 1T/H capacity model with 220V voltage for easy integration into standard electrical outlets without requiring industrial rewiring.
- If your primary focus is high-efficiency industrial processing: Choose the 5T/H capacity model with 380V voltage to maximize throughput and ensure motor longevity under continuous load.
- If your primary focus is equipment compatibility: Verify that your existing piping matches the 38mm feeding and discharge gate standard to avoid the need for additional adapters or flow restrictions.
Matching the capacity and voltage to your specific workflow ensures you achieve efficient transfer rates while preserving the delicate quality of your honey.
Summary Table:
| Parameter | Specification Details |
|---|---|
| Capacity (Throughput) | 1 Ton/Hour, 3 Ton/Hour, or 5 Ton/Hour |
| Voltage Options | 220V (Single-phase) or 380V (Three-phase) |
| Port Diameter (In/Out) | Standard 38mm (Feeding and Discharge) |
| Material | Food-grade Stainless Steel |
| Mechanism Type | Continuous Rotating Screw |
| Target Viscosity | High-viscosity fluids (Honey, syrups) |
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