COMPARISON

BETWEEN HARTL
POWERCRUSHER AND
PEGSON MACHINES
 AT A GLANCE

Impactor on Tracks

Trade Mark Type Feed Opening Rotor Diameter Rotor. Width Total Weight Transp. Width Transp. Height Transp. Length Hopper Volume Drive
m_ Engine Engine Power kW

Hartl PC 1060 I 39" x 24" 38" 40" 66140lbs 8´4" 10´5" 37´8" 3.9 D/H Cat 187
Pegson 428 Trackpactor 42" x 28" 41" 41" 68343lbs 9´2" 11´4" 44´8" 3.8 D/H Cat 224
Pegson 4242SR 42" x 28" 41" 41" 90389lbs 10´2" 11´4" 52´2" 3.8 D/H Cat 230

Hartl PC 1270 I 49" x 28" 40" 47" 74957lbs 8´4" 10´7" 42´0" 4.5 D/H Cat 291
Hartl PC 1375 I 49" x 30" 40" 47" 88184lbs 8´4" 10´8" 47´6" 4.0 D/H Cat 328

Hartl PC 1310 I 49" x 40" 51" 47" 97000lbs 9´9" 11´9" 43´11" 7.0 D/H Cat 291
Hartl PC 1310 IG 49" x 40" 51" 47" 141000lbs 9´9" 11´9" 54´2" 8.0 D/H Cat 291
Pegson Trakpactor 1412 54" x 32" 48" 53" 108000LBS D/H Cat 326

Hartl PC 1610 IG 61" x 40" 51" 59" 176340lbs 10´9" 12´6" 54´5" 8.0 D/H Cat 403

Jaw Crusher on Tracks

Trade Mark Type Feed OpeningTotal Weight Transp.

to WidthTransp. Height
Transp. Length
Hopper Volume
Drive
m_ Engine Engine Power kW

Hartl PC 1055 J 39" x 22" 73854lbs 8´4" 10´5" 37´8" 3.9 D/H CAT 187
Pegson Metrotrack 900x600 36" x 24" 62000lbs 8´0" 10´6" 40´10" 3.6 D/H Cat 119

Hartl PC 1265 J 49"x 26" 92594lbs 8´4" 11´4" 39´8" 4.5 D/H CAT 291
Pegson Premiertrack 1100x650 44" x 26" 103617lbs 9´2" 11´5" 43´9" 8 D/H Cat 172
Pegson Premiertrack 1110x800 44" x 32" 126765lbs 9´2" 12´6" 52´2" 9 D/H Cat 224

Hartl PC 1380 J 51" x 31" 108000lbs 9´9" 12´5" 43´7" 7 D/H Cat 291

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 TECHNICAL DIFFERENCES
Jaw Crusher on Tracks

Trade Mark Type Gap Setting Fly wheel Diameter

Charge Height Main belt WidthMain Belt Discahge
SideHeight
belt Width Side Belt Discharge
Diesel
height
Tank Hydraulic Tank

Hartl PC 1055 J 2 " - 6" 4´5" 11´5" 40" 9´6" 20" 6´3" 159 Gal 163 Gal
Pegson Metrotrack 900x600 2" - 5" 11´5" 31" 9´6" 23" 6´8"

Hartl PC 1265 J 2.4" - 6" 59" 11´5" 47" 11´5" 26" 9´2 " 159 Gal 172 Gal
Pegson Premiertrack 1100x650 3" - 6" 13´9" 40" 10´5" 23" 6´8"
Pegson Premiertrack 1110x800 3.5" - 6" 14´8" 40" 11´9" 23" 6´8"

Hartl PC 1380 J 2.7" - 6.2" 59" 12´5" 47" 10´9" 31" 8´11" 238 Gal 225 Gal

Impactor on Tracks

Trade Mark Type Rotor RPM Charge Height

Main Belt Width
Main Belt Discharge
Side Belt
Height
Width
Side Belt Discharge
Diesel Tank
heightHydraulic Tank

Hartl PC 1060 I 840 10´10" 40" 9´6" 20" 7´3" 159 Gal 163 Gal
Pegson 428 Trackpactor 630 11´4" 40" 9´9" 23" 6´4"
Pegson 4242SR 630 40" 9´9" 55" 9´7"

Hartl PC 1270 I 780 10´7" 47" 9´2" 26" 8´7" 159 Gal 172 Gal
Hartl PC 1375 I 840 10´5" 47" 10´10" 26" 5´9" 159 Gal 132 Gal

Hartl PC 1310 I 710 11´9" 47" 10´8" 31" 8´9" 238 Gal 225 Gal
Pegson Trackpactor 1412 47" 12´10"

Hartl PC 1610 IG 640 14´4" 47" 13´1" 40" 9´4" 317 Gal 250 Gal

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 Major Difference in Jaw Crushers
Hartl machines have an UP-THRUST toggle
system. This produces our patented
„Quattro Movement“. Pegson machines use
a down thrust toggle configuration. The
Quattro system allows for Hartl jaw
crushers to produce better shaped
material at a higher production rate with
less wear of the jaw stocks. The rocks
entering the inlet of a Hartl machine are
literally pulled into the chamber, as the
jaws move in a figure 8 motion with much
more upward movement. This ensures a
drastic reduction in the amount of
blockages at the inlet to the crusher
chamber therefore eliminating down Toggle
time
of the machine. in Down-Thrust Position!

Toggle in Up-Thrust
Position!
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 • Bad Shape produced by
many Single Toggle Jaw
Crushers
• Poor material shape
• Not good for compaction
• Not good for strength

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 • Typical Material
From a Hartl Quatro Jaw Crusher
• High quality shape.
• Good for aggregate strength.
• Excellent quality shape for road sub base,
railway balast.

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 Major Difference in Impact
Crushers
The Hartl Powercrusher impactor box was
designed first and foremost to be mounted onto a
mobile unit. Pegson boxes were originally used in
stationary applications and later built onto
mobile units. This means that the Hartl box has a
different geometry that allows our machines to
be used as a primary breaker as well as a
secondary breaker. This in some case eliminates
up to two crushing stages.

• High Reduction Ratios

• High Quality End Product
• High Outputs

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 POWERCRUSHER PC1310 CRUSHER BOX GEOMETRY PEGSON 1412 CRUSHER BOX GEOMETRY

As can be seen above , the Powercrusher crusher geometry is The extremely high position of the Pegson upper swing beam
completely different when compared to the Pegson´s. combined with the steep inlet opening may result in larger
The swing beams overlap, this reduces over all wearing rocks getting stuck between the upper swing beam and the
and allows for a spreading of the forces involved in the crushing
inlet opening plates.
process. This may result in this type of crusher only being capable
Because our upper swing beam is lower, the rocks do not of handling smaller rocks in the secondary application.
need to be pushed upwards almost vertically to be crushed. With a back up of large rocks being constantly supplied
This coupled with a shallower inlet opening make the Hartl from the hopper, blockages may occur.
crusher ideal as a primary crusher.
The Pegson crusher does not have springs to absorb the
Powercrusher crushers have hydraulically assisted swing beam stresses, all forces are placed directly on the hydraulic
adjustment but also have the safety and mechanical cylinders, this may lead to premature cylinder or swing
advantage of springs. These absorb the enormous forces beam damage.
placed on the swing beams.

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 PC 1310 PRE-SCREENING 1412 PRE-SCREENING

PC1310i has a DOUBLE DECK grizzly , this means The Pegson machine has a SINGLE grid that shakes
that the deck in the photo above is the upper deck. with the hopper.
This is as standard a 55mm zig zag design, under this
deck is the lower screen deck. This screen size can be
selected by the customer, but comes as a standard 32mm
mesh deck.

The entire double deck grizzly is mounted on it´s own shaft

and spring system and shakes independently of the vibrating
hopper.
This allows for excellent pre-screening efficiency.

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 Summary of Trakpactor 428

• Pegson is pre-tensioned on the lower swing beam only

• Pegson has manually adjustable swing beams
• Pegson can accept 300-400mm in feed
• Pegson has standard rubber main belt
• Radio control with the Pegson is optional
• Pegson cannot crush and travel
• Pegson has manual clutch

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 •Typical Material From a Hartl Impact Crusher
•High quality shape.
•Good for aggregate strength.
•Excellent quality shape for road sub base, railway balast, aggregates

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 Sales Differences

• Hartl feed hoppers are manufactured entirely from Hardox material. Pegson also uses ST 52
material
• Hartl plants transport dimensions have been optimized during machine design
• Hartl plants, on average, have a 30% bigger hydraulic tank. With these additional reserves, the
oil temperature stays cooler and provides for higher hydraulic output.
• Up thrust toggle (Quattro Movement) on Hartl Jaws
• Spare part, wear part and machine pricing differences need to be checked
• All Hartl machines have diesel tanks in excess of 158 US gallons, this decreases down time
considerably
• All Hartl machines are equipped with 3/4“ thick seamless steel re-inforced main conveyor belts
that were specially designed for Hartl´s crushing plants
• Hartl machines have excellent clearance dimensions between crusher outlet and conveyor belt,
this is greatly beneficial when crushing in a recycling application where re-bar is present
• Hartl conveyor belts are able to be totally removed and the crusher actually reverses away
from the frame when replacement of the belt happens

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 The Future In Hartl Powercrusher
Territories
Location: Ukraine
Material: Basalt (very hard, very abrasive)
Production: 250 to/hr
Feed Size: - 800 mm
Final Product: 0-5 30%
5 – 10 25%
10 – 20 25%
20 – 40 20%

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