Instruction d'utilisation AMX AXlink Bus Controllers AXB-232++

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instruction manual
AXB-232++
RS-232/422/485 Interface
AXlink Bus Controllers

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Table of Contents Table of Contents Product Information .................................................................................................1 Front Panel........................................................................................................................ 1 Rear Panel ........................................................................................................................ 1 Specifications ..............................................................

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Table of Contents ii AXB-232++ RS-232/422/485 Interface

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Product Information Product Information The AXB-232++ RS-232/422/485 Interface is an AXlink bus controller that provides remote control for devices that require a variety of control protocols. The AXB-232++ extends RS-232, RS-422, or RS-485 control to remote sources over the 4-wire AXlink data/power bus. Onboard processing and memory allows the controller to take on complex tasks by itself, reducing the processing burden for the Axcess control system. For example, the control system can use

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Product Information Specifications The following table lists the specifications for the AXB-232++. Specifications Power 12 VDC @ 160 mA Processor On board 32-bit processor and 384K (of non-volatile memory) run Axcess programs independent of the control system. This relieves the AXlink bus and controller for the processing time for controlling those devices. (Requires Axcess Version 3.0 or higher.) Asynchronous data • Baud rates - 300, 600, 1200. 2400, 4800, 9600, 19200 and 38400. standards 5

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Installation and Wiring Installation and Wiring The AXB-232++ can be used as an independent RS-232/422/485-controlled interface by setting the internal jumpers. Configure the communication parameters using the DIP switches on the front panel. Setting the Internal Jumpers JP4 Internal jumper JP4 Internal jumper JP5 JP5 front 1998 CORP. AXB-232++ FIG. 3 Location of internal jumpers Setting jumper JP4 to terminate RS-422 input with 100 ohms Terminating a device involves installing a 100 ohm

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Installation and Wiring Setting jumper JP5 to set the RS-422 port for RS-485 use 1. Disconnect the RS-232/422/485 connectors. 2. Unscrew the two screws on the rear panel, and remove the panel. 3. Slide the circuit board out of the enclosure. 4. Locate the JP5 jumper (see FIG. 3 on page 3). 5. Set jumper JP5 to the ON position (the default setting is OFF). 6. Slide the circuit board back into the enclosure. 7. Replace the panel, and refasten the screws. 8. Reconnect the RS-232/422/485 connectors.

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Installation and Wiring Setting the RS-232/422 DIP switch Set the stop bits, data bits, parity, and baud rate on the RS-232/422 DIP switch, located on the front panel (see FIG. 1 on page 1). The AXB-232++ supports the following asynchronous data standards: Stop bits 1 and 2 Data bits 7, 8, and 9 Parity None, Odd, Even, Mark, and Space Baud rates 300, 600, 1,200, 2,400, 4,800, 9,600, 19,200 and 38,400. 57,600 is achieved by setting the DIP switch to 300 baud, and using the ’BAUD

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Installation and Wiring Wiring Devices to the AXB-232++ Preparing captive wires To connect the wiring into a captive-wire connector: 1. Strip 1/4 inch off the wire insulation for all four wires. 2. Tin 2/3 of the exposed wire. 3. Insert each wire into the appropriate captive-wire connector up to the insulation. 4. Tighten the captive screws to secure the fit in the connector. If the device is using a separate power supply, do not connect the power wiring from the AXB-232++ to that device. Wirin

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Installation and Wiring Using RS-232 When communicating via RS-232, connect the wiring as shown in FIG. 6. GND GND AXB- Device RX RX 232++ TX TX +12V RX - RX + TX - TX + FIG. 6 RS-232 wiring Using Hardware Handshaking When the controlled device requires hardware handshaking, connect the wiring as shown in FIG. 7. 1 AXB-232++ 2 CTS RTS Device CTS 3 RTS 4 FIG. 7 Hardware handshaking wiring Using RS-422 When communicating via RS-422, connect the wiring as shown in FIG. 8. GND R

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Installation and Wiring Rack-mounting the AXB-232++ (optional) To rack-mount the AXB-232++ into the optional AC-RK Accessory Rack Kit: 1. Remove any connected power, and AXlink and RS-232 connectors from the rear panel. 2. Remove the two screws on the front panel of the AXB-232++. 3. Remove the front panel and space bracket behind the panel. 4. Place the unit in the appropriate opening in the AC-RK. 5. Place the front panel of the AXB-232++ on the front of the rack, over the unit. 6. Fasten the

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Programming Programming Send_Commands The AXB-232++ supports the same command set as the AXC-232. The following table lists the AXB-232++ Send_Commands. AXB-232++ Send_Commands B9MOFF Syntax: Sets data bit mode to normal 'B9MOFF' with DIP switch settings Example: (default). SEND_COMMAND AXB232,'B9MOFF' Sets the data bit mode to normal. B9MON Syntax: Enables a special mode to 'B9MON' override DIP switch settings. The mode, nine data bits with one stop bit, overrides the data, stop, and pari

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Programming AXB-232++ Send_Commands (Cont.) CHARD Syntax: Sets delay between all 'CHARD-' transmitted characters to the Variable: increment specified. time = 100 microsecond increments 0 - 255. Example: SEND_COMMAND AXB232,'CHARD-10' Sets 1mS delay between all transmitted characters. CTSPSH Syntax: Enables PUSHes and 'CTSPSH' RELEASEs. Example: SEND_COMMAND AXB232,'CTSPSH' Enables PUSHes, RELEASEs, and status on channel 255 ([0,255] within the AXB-232++) for CTS hardware handshake input.

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Programming AXB-232++ Send_Commands (Cont.) RXOFF Syntax: AXB-232++ does not pass on 'RXOFF' received characters to the Example: Master (default). SEND_COMMAND AXB232,'RXOFF' AXB-232++ does not pass on received characters to the master. RXON Syntax: Enables AXB-232++ to send 'RXON' incoming characters received Example: to the Master. SEND_COMMAND AXB232,'RXON' Enables AXB-232++ to send incoming characters received to the master. The AXB-EM automatically sends this command to the AXB-232++ whe

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Programming Send_String Escape Sequences The AXB-232++ does not regard certain three-character combinations within a Send_String program as literal characters, but as commands. The following table lists those combinations. Send_String Escape Sequences 27,17, Syntax: Sends a break character of "27,17," the specified length of time. Variable: time = 100 microsecond increments 1 - 255. Example: SEND_STRING AXB232,"27,17,10" Sends a break character of 1mS. 27,18,1 Syntax: Sets the nin

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Programming AXB-232++ Program Statements The Axcess program of the AXB-232++ communicates with the master as Device 0. Its device communicates with the RS232/422 Input/Output (I/O) of the AXB-232++ as Device 1. The following table lists AXB-232++ statements. AXB-232++ Program Statements Statement Function Places strings that come from the Master into buffer. If no CREATE_BUFFER CREATE_BUFFER 0 exists, the incoming strings from the Master are sent out the RS232 port. 0,buffer CREATE_BUFFER

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Programming Xmodem Timing Commands The following table lists the AXB-232++ Xmodem timing commands. Xmodem timeouts exist to accommodate potential Ethernet delays and for consistency among and within products. Any Xmodem timing command will change timing and retries for Axcess code download as well as Softrom transfer. Xmodem Timing Commands Command Description 'TIMEOUT XX' Xmodem timeouts via the Program Port. (Default is 10 sec.) SEND_COMMAND Over AXlink, where XX is from one to 50 seconds i

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Programming Reserved Channels The following table lists the channels reserved on Device 0. Reserved Channels Channel Function Channel 254 This is only valid within the device and is not sent to the AXlink Master. Reflects AXlink status: � When AXlink is active, this channel is on. � When AXlink is inactive, this channel is off. � When this channel changes state, the AXB-232++ generates a PUSH or RELEASE. Channel 255 Reflects the state of the CTS input. If the AXB-232++ receives a 'CTSPSH' comma

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