Customized Crushing Solution?
Our senior engineers are ready to provide you with tailored configurations and accurate quotes within 24 hours.
Engineered through years of bulk material handling expertise, SP Series Vibrating Feeders stand as ideal technological upgrades for legacy GZG or GZD inertia feeding systems. Featuring simple, highly compact structural profiles, equipment delivers exceptional operational reliability with minimal maintenance. Designed primarily to regulate continuous material feeds into secondary and tertiary crushers, units also excel at stockyard reclamation and surge bin discharge onto downstream belt conveyors.
Provides uniform volumetric feeding for small-to-medium block sizes, granules, and fines across diverse industrial plants.
Regulates steady material flow into cone or impact crushers, maximizing downstream crushing chamber efficiency and reducing power surges.
Mounts directly underneath massive storage hoppers or stockyard discharge openings, regulating raw material extraction onto transport belts.
Supplies consistent material inputs throughout sand/aggregate base stations, coal washing operations, metallic ore concentrators, and chemical plants.
Utilizes twin specialized vibration motors as primary kinetic sources. Powerful combined vibration intensity ensures heavy feeding capacity, generating steady, continuous material streams for secondary and tertiary reduction equipment.
Installation inclination angle adjusts anywhere between 0° and 10° to match specific plant layout demands. Tweaking inclination significantly alters material travel velocity, directly boosting raw volumetric handling capacity.
Supports both base-mounted (resting on steel isolation springs) and suspended (cable/chain hung) configurations. Adaptable structural layout allows easy drop-in placement inside complex, space-constrained plant architectures.
Driven by premium imported Italian brand motors with zero external mechanical transmission components like shafts, gears, or belts. Simplified design dramatically lowers routine wear, minimizes lubrication demands, and reduces lifetime operational costs.
Integrates seamlessly with Variable Frequency Drives (VFD) for stepless capacity regulation. Operators fine-tune feed volumes accurately on-the-fly, ensuring stable, optimized processing equilibrium across entire production lines.
Feeding trough features rugged, reinforced structural design to withstand severe material weight. Compact physical footprint minimizes weight loads on support structures while providing reliable, long-term fatigue resistance.
Two vibration motors—mounted either at rear or along sides of feeder trough—rotate in opposite directions. Synchronized counter-rotation cancels out transverse centrifugal forces.
Resulting eccentric block masses combine forces along axis perpendicular to motor shafts, generating strong, linear reciprocating strokes oriented along trough inclination path.
When vertical vibration acceleration component surpasses local gravitational force, material particles launch upward, detaching from trough base to travel forward along parabolic trajectories.
Material jumps continuously in sync with feeder vibration frequency, sliding smoothly from intake zones to discharge lips. Volume regulation happens via motor speed adjustments or changing eccentric weight settings.