Feeding Equipment

Belt Feeder

A belt feeder extracts bulk material from a bin or hopper and delivers it in a controlled stream to crushers, screens, or conveyors. It suits ores and industrial minerals that are free-flowing or moderately cohesive.

Request a Quote 43 models

01Model

02Belt Width (mm)

03Center Distance of Head and Tail Pulley (mm)

04Head and Tail Pulley Diameter (mm)

05Feed Capacity (m3/h)

06Feed Particle Size (mm)

07Motor Power (kW)

Technical parameters

Unlike vibrating feeders, the belt design handles longer discharge distances and allows direct interface with a receiving conveyor. The drive provides speed adjustment to match process demand, and the feeder is protected by an inlet chute with depth control.

Each row in the table represents a distinct belt feeder variant. Model codes, e.g. PG500×1500, encode belt width and centre distance; as these dimensions increase, feed capacity, motor power, and weight scale accordingly. Comparing values helps match a feeder to the required duty. The complete range covers multiple configurations to suit diverse material handling needs.

Belt Feeder technical parameters, 43 models
Model	Belt Width (mm)	Center Distance of Head and Tail Pulley (mm)	Head and Tail Pulley Diameter (mm)	Feed Capacity (m3/h)	Feed Particle Size (mm)	Motor Power (kW)	Weight (kg)
PG500×1500	500	1500	219	4-40	0-50	2.2	483
PG500×2000	2000	219	4-40	0-50	2.2	550
PG500×2200	2200	219	4-40	0-50	2.2	580
PG500×2500	2500	219	4-40	0-50	2.2	605
PG500×3000	3000	219	4-40	0-50	2.2	620
PG500×4000	4000	219	4-40	0-50	2.2	955
PG650×2000	650	2000	219	4-40	0-50	2.2	550
PG650×2200	2200	219	4-40	0-50	2.2	570
PG650×2500	2500	219	4-40	0-50	2.2	595
PG650×3000	3000	219	4-40	0-50	2.2	645
PG650×4000	4000	219	4-40	0-50	2.2	760
PG800×2000	800	2000	219	15-150	0-80	4	721
PG800×2200	2200	219	15-150	0-80	4	750
PG800×2500	2500	219	15-150	0-80	7.5	790
PG800×3000	3000	219	15-150	0-80	7.5	857.3
PG800×4000	4000	219	15-150	0-80	7.5	1012
PG800×4500	4500	219	15-150	0-80	7.5	1100
PG1000×2000	1000	2000	400	50-450	0-100	5.5	1241
PG1000×3000	3000	400	50-450	0-100	7.5	1400
PG1000×3500	3500	400	50-450	0-100	7.5	1570
PG1000×4000	4000	400	50-450	0-100	7.5	1875
PG1000×4500	4500	400	50-450	0-100	7.5	2000
PG1000×5000	5000	400	50-450	0-100	11	5278
PG1000×6000	6000	400	50-450	0-100	11	5514
PG1000×7000	7000	400	50-450	0-100	11	5833
PG1000×8000	8000	400	50-450	0-100	11	6200
PG1200×3000	1200	3000	446	55-540	0-100	11	1650
PG1200×4000	4000	446	55-540	0-100	11	2000
PG1200×5000	5000	446	55-540	0-100	11	2288
PG1200×6000	6000	446	55-540	0-100	11	3085
PG1200×7000	7000	446	55-540	0-100	11	5014
PG1200×8000	8000	446	55-540	0-100	11	5800
PG1400×5000	1400	5000	446	60-620	0-100	15	5550
PG1400×6000	6000	446	60-620	0-100	15	5828
PG1400×7000	7000	446	60-620	0-100	15	6000
PG1400×8000	8000	446	60-620	0-100	15	6200
PG1600×5000	1600	5000	446	70-720	0-100	15	3200
PG1600×6000	6000	446	70-720	0-100	15	3700
PG1600×7000	7000	446	70-720	0-100	15	4100
PG1600×8000	8000	446	70-720	0-100	15	4600
PG1800×6000	1800	6000	446	80-800	0-100	15	4812
PG1800×7000	7000	446	80-800	0-100	15	5300
PG1800×8000	8000	446	80-800	0-100	15	5750

Parameter boundary

Standard-model catalogue figures. Actual capacity, power draw and wear life shift with ore properties, feed gradation and circuit conditions. Use them to shortlist, then confirm the duty by testwork, flowsheet calculation and a written confirmation from the manufacturer.

What decides the selection

Before selecting a specific model, define the material characteristics: bulk density, particle size distribution, moisture content, and abrasiveness. Determine the required feed rate and surge capacity. Bin opening dimensions and the geometry of the downstream chute or conveyor will constrain the feasible belt width and feeder length. Also establish the operating schedule and any special environmental conditions such as extreme temperatures or dust exposure.

Maximum lump size
Bulk density
Moisture and stickiness
Feed capacity
Speed adjustment range
Bin pressure
Wear resistance
Fluctuation tolerated by downstream equipment

All feeding equipment

Other feeding machines

Chute Feeder5 models
Bar Vibrating Feeder6 models
Heavy Duty Plate Feeder26 models
Electromagnetic Vibrating Feeder12 models
Inertial Vibrating Feeder28 models
Pendulum Feeder3 models
Disc Feeder27 models

30+

years in mining equipment

1,000+

equipment models

70+

ore types processed

100+

countries reached

ISO 9001 / ISO 14001 / ISO 45001 / ISO 9712 / CE / CSA W47.1 / CNAS accredited laboratory

Send the duty, get a sized proposal

Tell us the ore, the throughput and the target product. Our process engineers come back with a flowsheet position, a model shortlist and the testwork we would need to confirm it.

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