Heavy PEVF feeders with a bottom-mounted drive are the largest and most powerful group in the catalog: 17 sizes with a capacity of 60 to 300 m³/h at a tray width of 700 to 1500 mm. The feeder is sized to receive material directly from a hopper or below a screen in a crushing-and-screening plant, so stable operation under the static load of coarse lump material matters more than metering precision here — the maximum lump size on the largest models in the range reaches 400 mm.

The feeder's own mass runs from 1150 to 2600 kg depending on the size, and the drive is an electromagnetic VEM-T1-T4 — the same operating principle as the light line, but rated for a multiple-times-larger tray-plus-material mass. The drive sits below the tray, which is the base, most common layout for heavy feeders and requires no extra space above the tray.

This design is used at mining and processing plants, metallurgical works, and building-materials production — anywhere ore, agglomerate, crushed stone, or other coarse lump material needs to be drawn from under a hopper as an even, adjustable-capacity flow. See the industry pages for mining, metallurgy, and building materials for more on this application.

Because of the large tray-plus-material mass, PEVF vibration isolators are sized individually for the specific model and the batch weight being processed — it's a separate item in the technical specification for the supporting structure, agreed alongside the order. The electrical side is the same 380 V, 50 Hz supply through a control unit as on the light line.

If the space below the tray is limited — for example when mounting the feeder above a conveyor or in a tight workshop layout — consider a PEVVF design with a top-mounted drive instead.

Can a vibrating feeder operate under a full hopper?

Yes — this is one of the main uses for the heavy-duty ПЭВФ line: it runs steadily under a column of material in the hopper and effectively acts as the chute's gate.

An electromagnetic drive has no rotating parts that would jam under a static load, so the feeder can start right under a full hopper — unlike equipment with a rotating unbalance mass, which usually needs an unloaded tray to start. For overload protection in this duty, automatic control with a vibration sensor on the tray is used through a control cabinet or unit: if amplitude drifts from the setpoint (for example, from a blockage at the inlet), the drive shuts off, protecting both the tray and the coil. That's why "full-hopper" duty is standard, not emergency, operation for the ПЭВФ line at mining and processing plants and crushing-and-screening complexes.

Model Tray, mm Capacity, m³/h Mass, kg Drive
ПЭВФ 700/315х1250-60 700×1250 60 1150 ВЭМ-Т1
ПЭВФ 700/315х1800-60 700×1800 60 1200 ВЭМ-Т1
ПЭВФ 700/550х1800-60 700×1800 60 1400 ВЭМ-Т1
ПЭВУ 700/550х1800-60 700×1800 60 1400 ВЭМ-Т1
ПЭВФ 700/315х2350-60 700×2350 60 1300 ВЭМ-Т1
ПЭВФ 700/315х2600-60 700×2600 60 1350 ВЭМ-Т1
ПЭВФ 950/370х1500-90 950×1500 90 1350 ВЭМ-Т1
ПЭВФ 950/370х2000-90 950×2000 90 1400 ВЭМ-Т2
ПЭВФ 950/370х2500-90 950×2500 90 1700 ВЭМ-Т2
ПЭВФ 950/550х2000-90 950×2000 90 1600 ВЭМ-Т2
ПЭВФ 950/390х3000-90 950×3000 90 2600 ВЭМ-Т4
ПЭВФ 1200/410х2000-150 1200×2000 150 1600 ВЭМ-Т2
ПЭВФ 1200/410х2200-150 1200×2200 150 1600 ВЭМ-Т2
ПЭВФ 1200/340х2500-150 1200×2500 150 1700 ВЭМ-Т3
ПЭВФ 1200/550х2500-150 1200×2500 150 2600 ВЭМ-Т4
ПЭВФ 1400/380х2550-250 1400×2550 250 2600 ВЭМ-Т4
ПЭВФ 1500/460х2500-300 1500×2500 300 2600 ВЭМ-Т4
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 700/315х1250-60

Heavy feeders, bottom-mounted drive
Capacity60 m³/h
Tray width700 mm
Mass1150 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 700/315х1800-60

Heavy feeders, bottom-mounted drive
Capacity60 m³/h
Tray width700 mm
Mass1200 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 700/550х1800-60

Heavy feeders, bottom-mounted drive
Capacity60 m³/h
Tray width700 mm
Mass1400 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВУ 700/550х1800-60

Heavy feeders, bottom-mounted drive
Capacity60 m³/h
Tray width700 mm
Mass1400 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 700/315х2350-60

Heavy feeders, bottom-mounted drive
Capacity60 m³/h
Tray width700 mm
Mass1300 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 700/315х2600-60

Heavy feeders, bottom-mounted drive
Capacity60 m³/h
Tray width700 mm
Mass1350 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 950/370х1500-90

Heavy feeders, bottom-mounted drive
Capacity90 m³/h
Tray width950 mm
Mass1350 kg
DriveВЭМ-Т1
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 950/370х2000-90

Heavy feeders, bottom-mounted drive
Capacity90 m³/h
Tray width950 mm
Mass1400 kg
DriveВЭМ-Т2
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 950/370х2500-90

Heavy feeders, bottom-mounted drive
Capacity90 m³/h
Tray width950 mm
Mass1700 kg
DriveВЭМ-Т2
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 950/550х2000-90

Heavy feeders, bottom-mounted drive
Capacity90 m³/h
Tray width950 mm
Mass1600 kg
DriveВЭМ-Т2
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 950/390х3000-90

Heavy feeders, bottom-mounted drive
Capacity90 m³/h
Tray width950 mm
Mass2600 kg
DriveВЭМ-Т4
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 1200/410х2000-150

Heavy feeders, bottom-mounted drive
Capacity150 m³/h
Tray width1200 mm
Mass1600 kg
DriveВЭМ-Т2
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 1200/410х2200-150

Heavy feeders, bottom-mounted drive
Capacity150 m³/h
Tray width1200 mm
Mass1600 kg
DriveВЭМ-Т2
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 1200/340х2500-150

Heavy feeders, bottom-mounted drive
Capacity150 m³/h
Tray width1200 mm
Mass1700 kg
DriveВЭМ-Т3
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 1200/550х2500-150

Heavy feeders, bottom-mounted drive
Capacity150 m³/h
Tray width1200 mm
Mass2600 kg
DriveВЭМ-Т4
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 1400/380х2550-250

Heavy feeders, bottom-mounted drive
Capacity250 m³/h
Tray width1400 mm
Mass2600 kg
DriveВЭМ-Т4
Heavy electromagnetic feeder, bottom-mounted drive — 3D drawing

ПЭВФ 1500/460х2500-300

Heavy feeders, bottom-mounted drive
Capacity300 m³/h
Tray width1500 mm
Mass2600 kg
DriveВЭМ-Т4

Choosing a model within the group

As with the light line, start from the required capacity: 60-90 m³/h is covered by VEM-T1-T2 models, while 150 m³/h and above calls for VEM-T3-T4 models with a tray width of 1200 mm or more. For heavy feeders, also check the maximum lump size (up to 400 mm on the largest models) — it must be at least the actual lump size coming off the hopper or screen, or the feeder can jam or feed unevenly.

FAQ

Frequently asked questions

Can a PEVF operate under a full hopper load?

Yes, that is one of the main purposes of a heavy feeder — stable operation under the static load of material in a hopper with adjustable discharge capacity.

How does a PEVF differ from a PEVVF?

In drive position: a PEVF has the drive below the tray — the base, most common layout. A PEVVF has the drive above the tray, used where space below the tray is limited.

Does a PEVF need a separate control cabinet?

Yes — like all electromagnetic feeders, a PEVF only runs through a control unit or cabinet (ШУВ/БУВ); direct mains connection is not allowed.

Can a vibrating feeder operate under a full hopper?

Yes — this is one of the main uses for the heavy-duty ПЭВФ line: it runs steadily under a column of material in the hopper and effectively acts as the chute's gate.

Other PEV feeder designs

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Selection questionnaire
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How the price is calculated

We do not publish prices on the site — the cost of a feeder is calculated individually for each task. It depends on:

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Tray design

Open or enclosed (PEVU), with or without an abrasion-resistant lining.

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Material and lining

Carbon or stainless steel, rubber/polyurethane lining for wear resistance.

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Control cabinet configuration

ШУВ cabinet or БУВ unit, IP rating, analog control input.

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Climate design version

Indoor, outdoor or sheltered installation.

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Batch size

A single unit or a series — affects both lead time and cost.

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Delivery terms

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