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  Protocol Converters
Ancillaries
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Description

Protocol Converters can be used to interface and control various devices but are primarily aimed at controlling cameras from any BRADLEY control system. Individual camera control protocols are embedded in the unit and output in the right format for the connected camera or other device. Input and output connectors are avaialbe in a variety of options.

Input: XLR3 or XLR4
Output: XLR3, XLR4, Dsub 9, Dsub 15, Molex 50, Molex 100, Hirose 4, etc.

The unit also contains a regulated 12v, 2A power supply suitable for many cameras including the BE_HD10 Mini HD Camera. Power can be supplied from either the input or output connectors. If supplied via an XLR4 input connector then the output power is regulated via the internal PSU.

An additional feature is the built-in, bi-directional motor driver. This can drive small motors, (up to 0.75A) for features such as external iris control.

RS485 data will work up to 1km but sending power will only work for shorter runs. Longer runs may require a higher input voltage perhaps 20v or more to get enough power down the cable. For long distance operation a local PSU should be used in conjunction with a Y cord to split the power and data feed into the Protocol Converter. Alternatively, use the XLR3 input option and supply power back from the camera.

Up to 10 units can be connected in a daisy chain manner to a controller. You can also use a Remote Data Distribution Box. The Protocol Converter does all the data and error handling internally. Each unit recognises its own ident which can be changed from the controller.

The majority of camera settings are stored in the head, even when power is removed. When power is restored the Protocol Converter resets the camera settings to those when power was removed. For the BE_HD10 this process takes about 5 seconds and requires the camera to be connected before the Protocol Converter is powered up.

Data and power can be supplied via the same 4 core cable and are connected to the unit via an XLR4. If an XLR3 is fitted then power should be supplied back from the camera via the output connector.


Pointers
  • RS485 input
  • RS485/TTL/232c output
  • 12 regulated PSU
  • Bi directional motor drive
  • Embedded control Protocols
  • Up to 64 Individual Idents
  • Input/Output connector options
  • Rugged aluminium housing

Other notes

 

 
Product image

Specifications
Outputs
  • XLR3
  • XLR4
  • DSUB 15
  • MOLEX 50
  • MOLEX 100
  • HIROSE 4
Connections

XLR Input Connectors
Pin 1 - GND
Pin 2 - RS485 A ch.
Pin 3 - RS485 B ch.
Pin 4 - 12 - 24v (XLR4 Only)

Dsub 9 Output Connector
Pin 1 - GND
Pin 2 - RS485 A ch. or RS232c to camera
Pin 3 - RS485 B ch. or RS232c from camera
Pin 4 - 12v @ 2A Regulated output
Pin 5 - Iris Drive terminal A
Pin 6 - Iris Drive terminal B
Pin 7 - 500mSec 5v pulse when Run/Stop button pushed
Pin 8 - 5v when Run, 0v when Stop

Dsub 15 Output Connector
Pins 1 - 8 - Video outputs from camera
Pin 9 - GND
Pin 10 - n/c
Pin 11 - 12 - 24v
Pin 12 - RS232c to camera
Pin 13 - n/c
Pin 14 - n/c
Pin 15 - RS232c from camera

DataRS485
Additional info

Other pin configurations and connectors can be supplied to customer specifications.

Individual camera or device software can also be written for the Protocol Converters