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Hinged belt conveyors

Proven for a wide range of disposal tasks

Transportation of the material takes place on the upper trough of a revolving hinged belt. Carriers ensure transport of the material in the inclined section. For wet processing the cooling lubrications are collected in the conveyor housing and can be fed back into the machine circuit via an optionally available coolant tank or a pump station. Our hinged belt conveyors can be used either as stand-alone conveyors at machine tools, or as linked conveyor systems. Depending on the design, the material to be conveyed is brought to the required height at a defined incline and then discharged.

Structure

  • Stable sheet metal construction
  • Standardized housing cross-section with variable width
  • Robust worm gear motor with torque arm
  • Customized discharge height
  • Customized incline standards – 30°, 45° and 60°
  • Floor mounting or as a push-in version into the machine base

Dimensions of conveyor housing

Standard version

* The box height can be retracted on request.

Variable dimensions:

BSch = Hinged belt width
BK = Box width
BAG = Feed width
HB = Panel height
AAV = Distance between axles, vertical
LAG = Feed length
LAW = Discharge length
LG = Total length of the conveyor
α = Incline angle

Design-dependent dimensions:

HK = Box height
HKE = Retracted box height
LA = Length of the tail (discharge, incl. tensioning distance)
LU = Length of the tail (feed)

The tensioning station is located at the discharge.

TypeHB
[mm]
HK
[mm]
HKE*
[mm]
LAW min
[mm]
LA
[mm]
LU
[mm]
SRF 040406014011035018073
SRF 0634080120216153500240111
SRF 100150250360260850600185
SRF 1501502503505403901000600275

All electrical components in CE design.
Additional local specifications on request. Please contact our support-team.

Dimensions of the hinged belt

Manufactured of strip steel, the hinged belt ­plates have roller-formed hinge eyes, and are connected by means of axles to the side chains (which are designed as hollow pin chains), thus forming a hinged belt assembly.

Typet
[mm]
SSCH
[mm]
HS
[mm]
SRF 040401.520
SRF 06363335
SRF 1001003.560
SRF 1501505100

Definitions:

t = Pitch
BSch = Hinged belt width
SSCH = Plate thickness of the belt
HS = Height of the side board
BK = Box width
BAG = Feed width

Dimensions as a function of the hinged belt width

TypeBSCH
[mm]
BK
[mm]
BAG
[mm]
SRF 04010017580
150225130
200275180
250325230
300375280
400475380
500575480
600675580
SRF 063150270130
300420280
400520380
500620480
600720580
105011701030
165017701630
210022202080
TypeBSCH
[mm]
BK
[mm]
BAG
[mm]
SRF 100150300120
300450270
400550370
500650470
600750570
105012001020
165018001620
210022502070
SRF 150300490250
400590350
500690450
600795550
700890650
105012401000
165018401600
210022902050

Hinged belt designs

Various hinged belt designs are available for different operating conditions:

Hinged belt (standard)
for dry materials and chips with a low proportion of coolan

Hinged belt with perforations
for preseparation of coolant for materials with a high proportion of coolant

Hinged belt conveyor with corrugations
for transporting “sticky” parts

  • Optimum chip leak tightness
  • No attack surfaces for chips and stamped parts
  • Robust design
  • Prevents jamming of the conveyed material