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BS-USB module with 32*DO (digital outputs)

Price range: € 523,60 through € 559,30 Incl. 19% VAT plus shipping

SKU: BS-USB-REL32 Categories: ,

Our promise to you

The BS-USB module is equipped with 32 digital outputs. For the digital outputs, you can choose between versions with relay 1A, relay 3A or MOSFET 2A. The module housing consists of a sturdy aluminum profile with top-hat rail mounting.

 

The BS-USB product series is often referred to as a relay card, but it is actually a very compact relay box.

 

There are different types of outputs: 32 relays with 1A switching capacity, 3A and also a “mechanically free” version with semiconductor MOSFET outputs.

The BS series is available in 3 versions: Inputs only, Outputs only and a Mix version with inputs and outputs.

 

Optional extensions

  • CAN and serial interface (see accessories)
  • USB 2.0 interface up to 480 Mbit
  • 32 digital outputs: 1A, 2A or 3A
  • Timeout protection function (configurable via software)
  • Sturdy aluminum housing (suitable for top-hat rail mounting)

Configuration of CAN modules

The parameters of the CAN interface can be fully configured via the ICT-Tool. In addition to the baud rate, CAN address and other settings, automatic send and receive packets can also be set up.

Icon Can

Automatic transmission (TX mode)

The Auto-TX mode allows cyclical transmission of data packets, optionally with analog or digital input states to other CAN addresses. Alternatively, a trigger event can also be defined. In this case, a data packet is only sent once a data packet has been received on a certain CAN ID (e.g. CAN sync on ID 0x80).

 

Automatic receiving (RX mode)

With Auto-RX mode, on the other hand, received data packets are forwarded directly to analog or digital outputs. For example, relay outputs can be set via another CAN bus subscriber.

ICT-Tool

The ICT-Tool can be used to quickly and easily read out or change CAN interface settings.

Status interface
Here you can find information about the status of the CAN interface

  • Baud rate
  • Module address
  • Receiving address
  • CAN status
  • Extended ID
  • CAN modus
FormCfgCANStatus
Status TX/RX
Hier finden Sie Informationen über die TX / RX -Pakete
 

  • Anzahl gesendeter / empfangener Pakete
  • TX / RX – Pakete pro Sekunde
  • Durchschnitt gesendeter / empfangener Pakete
FormCfgCANStatistic
Config interface
Settings can be made on the CAN interface here.
 

  • Baud rate
  • Adress Bit-mode
  • Module address
  • Receiver address
FormCfgCANConfigStd
Config I/O Init
Here you can configure the CAN settings of the connected submodules.
 

  • A/D mode
  • A/D filter
  • D/A mode
  • Counter mode
  • Timeout
  • CNT48 mode
  • CNT48 submode
  • CNT48 filter
FormCfgCANConfigIO
Config TX mode
Here you can make settings to the TX package configuration.
 

  • activate / deactivate
  • Trigger mode
  • Interval
  • Use extended ID
  • Send to CAN-ID
  • TX mode
FormCfgCANTX
Config RX mode
You can make settings to the RX package configuration here.
 

  • activate / deactivate
  • Use extended ID
  • Receive from CAN-ID
  • RX mode
FormCfgCANRX
Click here to download the latest driver library.
 
You can find more details on control and some programming examples in the programming section.

Configuration of our serial modules (RS-232 / RS-485)

To configure the serial interface, the module must be connected to the PC either via the Ethernet interface or USB interface.

The module can then be accessed and configured in the ICT tool.

The following parameters can be set:

  • Preferred mode (115k baud, module address = deactivated, echo = off)
  • Baud rate
  • Module address (only for RS-485)
  • Echo active on/off
  • Text mode / Register mode
FormCfgSeriell

Changing the interface standard

Switch between RS-232 and RS-485 (applies only to NET and RO series)

The modules are configured for RS-232 operation as standard when delivered. The module can be switched to RS-485 operation by changing the jumper positions. Further information on this can be found in the manual for the respective product.

Icon Ser

Programming our modules with the DELIB driver library

The DELIB driver library enables uniform communication with all DEDITEC products. Thanks to its comprehensive and clearly structured design, our modules can be integrated into your projects and controlled in almost any programming language.

Detailed instructions on DELIB and a variety of programming examples can be found here:

 

A list of all DELIB commands can be found here:

Logo DeLib

Programming our modules with the DELIB driver library ETH

DELIB ETH is a pure Ethernet version of the DEDITEC driver library. It does not contain any drivers for USB or serial ports and does not need to be installed on the PC. There is also no need to configure or integrate a module in the registry. Admin write permissions are also not required.

As a project customer, you can also integrate DELIB ETH directly into your own setup.

All products with an Ethernet interface are supported by DELIB ETH and can be addressed directly via the TCP/IP address.

 

Click here for DELIB ETH:

Example of programming our modules with DELIB

The following examples show how to open a module and switch digital outputs.

Open module:
uint ModulID = 14; - the ID depends on the module type. (s. delib.h)
uint ModulNr = 0; - always 0 by default
uint handle; - handle of the open module
handle = DapiOpenModule(ModulID, ModulNr);

Switching relays:
uint ch = 0; - channel number
uint val = 1; - value to be set (0=off / 1=on)
DapiDOSet1(handle, ch, val);

Close module:
DapiCloseModule(handle);

Explanation:

The “DapiOpenModule” function is used to open a module. The two parameters passed within the parentheses determine which module is to be opened.

The first parameter refers to the module ID. You can find the correct ID for your module in the delib.h file, which is located in the DEDITEC installation path.
The second parameter refers to the module number, which is important if several modules of the same type are operated on one PC. If only one module is connected to the PC, simply enter “0”. The module number can be set directly on the module using the ICT-Tool.

How do I test my module?

You can access the module directly via the graphical user interface and execute all functions.

Click here for the ICT tool:

Overview ICT Tool DE

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