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fmc@dlwilliamscompany.com
PLEASE NOTE:
We speak only English. But we can translate your e-mails
sent in German, Spanish, French, Italian, and Portuguese.
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Syntron® Heavy-Duty Electromechanical
Vibrating Feeders
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MF Models
Syntron
Heavy-Duty Electromechanical Feeders combine extra structural strength with
durable components. The deep wing plates form a bridge between inlet and
discharge suspension supports and provide extra strength for years of dependable
service. Standard troughs feature unitized weldments; one-piece, completely
welded units for greater strength. Troughs are also available with bolted
construction for easy installation in restricted areas. These feeders can
be applied to feed rates up to 3,600 tons per hour of coal and 6,000 tons per
hour of stone.
FMC Technologies Syntron feeders
feature special corrosion resistant polymer springs, which are more stable under
varying conditions. The spring design eliminates pinch points, an important
safety feature.
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Capable of starting and
operating in empty or fully-loaded state |
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Dependable,
flexible easily adjustable control |
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Precision subresonant
tuning ratio |
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Stroke consistency and speed
stability under varying material conditions |
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Reduces effects of varying
head load and material damping |
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Structural strength |
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Deep wing plates |
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Unitized weldments |
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Infinite unbalance
adjustment |
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Achieve desired stroke length with
easy adjustment. |
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Suitable for use in hazardous areas |
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Explosion-proof motors required by
coal, coke or other dusty environments are available. |
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Bolt-on and
abrasion-resistant trough liners |
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RF Models
Two
models of Syntron RF Medium-Duty Electromechanical Vibrating Feeders meet the
varying bulk material handling needs of industry. Capable of handling a wide
range of materials, these units will provide feed rate capacities up to 700
TPH.*
They are two-mass, subresonant-tuned
vibrating feeders with the trough as one mass and the exciter unit as the other.
The exciter is belt-driven by a standard frame induction motor and connected to
the trough with long-life polymer shear springs.
A variable pitch motor sheave
provides a positive method of tuning. This Syntron design permits higher feed
capacities from smaller trough sizes, enabling you to select a more economical
unit to meet your capacity requirements.
Variable operating speeds and
trough stroke, combined with the damping characteristics of polymer shear
springs, are significant factors in the performance of the RF Medium-Duty
feeder.
*Based on damp sand weighing 100
lbs per cubic foot.
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Dimensions
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| Model |
Net
Weight (lbs.) |
h.p. |
Trough
Width (A)
(Inches) |
Trough
Length (B)
(Inches) |
Maximum
Trough Size
(Square Inches) |
Maximum
Capacity
(TPH) |
| Coal |
Sand |
| RF-80 |
1200 |
1 |
20 to 36 |
42 to 72 |
1512 |
300 |
500 |
| RF-120 |
1600 |
2 |
24 to 42 |
54 to 84 |
3528 |
400 |
700 |
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Trough
Liners
A variety of trough
liners are available for both Electromagnetic and Electromechanical
Feeders.
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Wear-resistant liners |
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T-1A |
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AR-400 |
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AR-500 |
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Stainless Steel |
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UHMW |
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Rubber |
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Ceramic |
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Overlay |
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We accept credit cards for a limited number of items on this website that are distributor
products, and for sales up to $2,000.00 (limit at our option).
Overseas sales via Electronic Funds Transfers only.
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