Controls for Conveyor

CONTROLS FOR CONVEYOR SYSTEMS

CONTROLS FOR CONVEYOR SYSTEMS

IBC-systems for electro-hydraulic brakes are ideally suited to safely meet the necessary safety functions and timeframes.

Suitable for retroactive installation, they are ideal for the reconstruction and modernization of machinery and equipment. They are inexpensive and allow flexible application through an wide range of permitted supply voltages.

  • Linear, progressive or degressive deceleration curve available
  • Soft braking without peak loads
  • Virtually identical deceleration curve and braking time under varying load condition
  • Simple installation (as well for retrofitting of drive components)

IBC-systems for electro-hydraulic drum and disc brakes are consisting of a programmable frequency converter with function moduls (software) and an input unit (pedal, internal or external parametrization interface, process control module with measuring sensor).

A frequency change is generated at the output of frequency converter. This frequency change is used for activation of an electro-hydraulic thruster so that its hydraulic force can be varied.

The resultant actuating force of the electro-hydraulic thruster is effective opposite to the braking force of braking system so that this relation forms the basis for the control of the braking operation.

One control is sufficient for simultaneous operation of a number of brakes, provided the functions and the operation mode of brake systems are identical and the sum of the current input values of all electro-hydraulic thruster is in conformity with the selected size of IBC-system.

Note:

Working in conjunction with an electro-hydraulic brake, the IBC-system forms one functional unit, i.e. both components are specifically adapted to each other. If one of the components is to be replaced, recalibration of the overall system is necessary.

+ ADVANTAGES
  • Linear, progressive or degressive deceleration curve available
  • Soft braking without peak loads
  • Virtually identical deceleration curve and braking time under varying load condition
  • Simple installation (as well for retrofitting of drive components)
+ DESIGN

IBC-systems for electro-hydraulic drum and disc brakes are consisting of a programmable frequency converter with function moduls (software) and an input unit (pedal, internal or external parametrization interface, process control module with measuring sensor).

A frequency change is generated at the output of frequency converter. This frequency change is used for activation of an electro-hydraulic thruster so that its hydraulic force can be varied.

The resultant actuating force of the electro-hydraulic thruster is effective opposite to the braking force of braking system so that this relation forms the basis for the control of the braking operation.

One control is sufficient for simultaneous operation of a number of brakes, provided the functions and the operation mode of brake systems are identical and the sum of the current input values of all electro-hydraulic thruster is in conformity with the selected size of IBC-system.

Note:

Working in conjunction with an electro-hydraulic brake, the IBC-system forms one functional unit, i.e. both components are specifically adapted to each other. If one of the components is to be replaced, recalibration of the overall system is necessary.

+ DATA SHEETS

COMPANIES OF THE SIBRE HOLDING

Image
SIBRE Brakes
Millville USA
SIBRE Brakes
Malaga Spain
SIBRE Brakes
Hönö Sweden
SIBRE Holding – Haiger Germany

SIBRE Siegerland Bremsen
Haiger Germany

SIBRE Production
Haiger Germany

SIBRE LAC
Eschenbur Germany
SIBRE Brakes
Villanouva Italy
SIBRE Brakes
Kolkata India
SIBRE Brakes
Singapour
SIBRE Brakes
Tiajin China
SIBRE Brakes
Beijing China
SIBRE Brakes
Melbourne Australia
SIBRE Brakes
Vrnjacka Banja Serbia

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