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Parallel Data Transmission System
Leuze DLSP 160S Series (50021432)

Up to 2.6m range, <400µs.
Transmitter and receiver in one housing (same unit)!

An optical data transmission path always consists of two identical DLSP 160 S.
Always order 2 devices with the appropriate connection units.
DLSP 160
Parallel Data Transmission System<BR>Leuze DLSP 160S Series (50021432)
Our Price: $627.00 Buying in volume?

The data transmission unit DLSP is a no-contact device for the transmission of electrical signals. Each unit is equipped with 8 inputs and outputs. The transmitter transforms the input signals into a serial telegram which is carried by an invisible light beam to the receiver. Here, the telegram is read out again in the form of electrical signals at the output. Data transmission takes place simultaneously in both directions.

Because the transmission method involves no contact and is insensitive to interference, the DSLP can be used in tough industrial environments, in particular where movement is unavoidable.

Using the DSLP, all types of vehicles (AGVS, rack handling vehicles, warehouse transport systems, etc.) can now be effectively controlled without cumbersome trailing cables and temperamental sliding contacts.

Ideal applications for the DSLP include:
•Automatic guided vehicle systems to VBG 12b
•Rack handling devices, warehouse transport systems, etc.
•Trolley conveyors
•Optical rotary transfer units
•Storage and handling systems
•Optical data storage systems

Features

  • Part number DLSP 160 S (50021432)
  • Manufactured by Leuze Electronic
  • Parallel data transmission
  • 2.6 meter range
  • Infrared LED light source
  • IP65 Rated
  • 16-35VDC supply voltage
  • Operating temperature: -20°C to 60°C
  • Transmitter and receiver in one housing (same device)
  • Minimal space requirement (base plate 75 x 46 mm ²)
  • Rapid assembly due to two-part structure with terminal plate or mounting and a plug-on electronic unit
  • Quickly installed using efficient connection methods (solder terminals, ribbon cable, or spring-type terminals)
  • Simple, rapid alignment with wide beam angle
  • Simple commissioning with display of inputs and outputs
  • No transmission parameter setting work required