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Delivery time: (working days)

  • 40 Days (Standard)
  • 20 Days (Fast)
  • 9 Days (Express)

Batarow Sensorik GmbH
Gewerbegebiet 4
18276 Karow
Deutschland

Telefon: +49(0)3843/855555

Mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

Application: Crane

Mounting situation:

loadpin-at-crane
loadpin-application-crane
 

Analogue


System interface:  Integrated amplifier with analogue interface

SPS
 
mb278-loadpin
siemens-sps-logo
 

4..20mA
 
Characterisation:

Load pin are mainly used in cranes for active protection of man and machine.

Requirements of the crane manufacturer:
  1. Tilting protection
  2. Overload protection
  3. Active stability testing
  4. Redundancy
  5. Current signal
The requirements of the overloadprotection and the tiltprotection can be realized by load pin and an encoder. The control determined the resulting tilt-torque with the values of the angle and the force. For overload protection of cables there are exclusively used the cable force.

The stability test is performed on the four supports of the crane. These supports are equipped with load pin. The control calculates the load distribution of the crane by these four signals,.

Current signals and redundancy are provided by two independent integrated amplifier and an independent sensor wiring. The choice of the signal transmission via current signal enables reliable detection of cable breaks and minimize the vulnerability of the signal to external influences.

Alternative loadpins:

 

Display/USB


System interface: External interface with digital USB/Notebook interface (Note: The loadpin in this configuration is used without integrated amplifier)


Characterisation:

Load pin are mainly used in cranes for active protection of man and machine.

Requirements of the crane manufacturer:
  1. Tilting protection
  2. Overload protection
  3. Active stability testing
  4. Redundancy
  5. Current signal
The requirements of the overloadprotection and the tiltprotection can be realized by load pin and an encoder. The control determined the resulting tilt-torque with the values of the angle and the force. For overload protection of cables there are exclusively used the cable force.

The stability test is performed on the four supports of the crane. These supports are equipped with load pin. The control calculates the load distribution of the crane by these four signals,.

Current signals and redundancy are provided by two independent integrated amplifier and an independent sensor wiring. The choice of the signal transmission via current signal enables reliable detection of cable breaks and minimize the vulnerability of the signal to external influences.

Alternative loadpins: