Acrartex Float-Free 406 Memory Capsule Manuel d'utilisateur

Technical Users Guide Float Free 406 S-VDR Memory Capsule Product No. 2515 Cat. 1 RLB-35MC Y1-03-0202 Rev. E F

6 Y1-03-0202 Rev. E Next continue with the ‘Test’ and the ‘Status’ buttons and note the results displayed in the logging text box

7 Y1-03-0202 Rev. E Force RLB-35MC Pointer Reset. This option will reset the current write location to the beginning of Main Memory.

8 Y1-03-0202 Rev. E Download from the beginning of memory to current write location This option reads the Main Memory area starting at the first a

9 Y1-03-0202 Rev. E Disconnecting Port 7100 The port is automatically closed by the RLB-35MC after a read. 5.7. Ship Configuration For evaluat

10 Y1-03-0202 Rev. E 5.8. IP Address and Subnet Mask Setting a New IP Address and Subnet Mask To change the IP address or subnet mask, click me

11 Y1-03-0202 Rev. E Forcing the IP Address and Subnet Mask Back to the Default Values To force the RLB-35MC Memory Board back to its default sta

12 Y1-03-0202 Rev. E Bytes 0 – 6, 10, and 11 are part of the command string sent by the user to the RLB-35MC Memory Board. Bytes

13 Y1-03-0202 Rev. E 6.5. Reset Write Pointer Decimal Number Hex Value Definition 0 0x00 Do not reset the current write address pointer of the sp

14 Y1-03-0202 Rev. E 6.10. Software Version Byte 14 is in ASCII format and indicates the RLB-35MC Memory Board’s software version. 7.

15 Y1-03-0202 Rev. E When reading (dumping) all of Main Memory data out of the RLB-35MC two commands are available. The ‘D’ command with a

Y1-03-0202 Rev. E This page intentionally left blank

16 Y1-03-0202 Rev. E When requesting the RLB-35MC Memory Board status, two commands are available; both the ‘S’ and ‘E’’0’ command return

17 Y1-03-0202 Rev. E 9. TCP/IP Communications Data Write Example Send write commandto RLB-35MCStartCommand echoed back?Send data packet to RLB

18 Y1-03-0202 Rev. E 10. TCP/IP Communications Data Read Examples 10.1. Data Read All with Read Offset Example Send commandto RLB-35MCStartCom

19 Y1-03-0202 Rev. E Data read all download with offset example (continued) New Data Old DataWrite PointerRead PointerPointer Advancement5Mb O

20 Y1-03-0202 Rev. E 10.2. Data Read All without Read Offset Example Send commandto RLB-35MCStartCommand echoed back?Read data packet from RLB-3

21 Y1-03-0202 Rev. E 10.3. Data Read Example Send commandto RLB-35MCStartCommand echoed back?Read data packet from RLB-35MCSocket closed?Close s

22 Y1-03-0202 Rev. E 10.4. Read Status Memory Example Send command toRLB-35MCStartCommand echoed back?Read data packet from RLB-35MCSocket clo

23 Y1-03-0202 Rev. E 11. Ship Configuration 11.1. Data An area of data defining the configuration of the S-VDR and the sensors is wr

24 Y1-03-0202 Rev. E 11.3. Write Ship Configuration Example Send write commandto RLB-35MCStartCommand echoed back?Send data packet to RLB-35MCE

25 Y1-03-0202 Rev. E 11.4. Read Ship Configuration Example Send command toRLB-35MCStartCommand echoed back?Read data packet from RLB-35MCSocket

Y1-03-0202 Rev. E i Table of Contents 1. Introduction ...

26 Y1-03-0202 Rev. E 12. Data Integrity Flags 12.1. Bit Definitions Bytes within the command string at offset location 12 and 13 make up a 16 bit

27 Y1-03-0202 Rev. E 12.2. Status Request for Error Flag Word Example Send Status Request commandto RLB-35MCStartCommand echoed back?Read data p

28 Y1-03-0202 Rev. E 12.3. Test Request for Error Flags, CFC Size, and Software Version Example Send Test Request commandto RLB-35MCStartCommand

29 Y1-03-0202 Rev. E 13. Change IP Address and Subnet Mask Command Structure The RLB-35MC’s IP address and subnet mask can be changed from the f

30 Y1-03-0202 Rev. E 13.5. New Subnet Mask Bytes 10 – 13 are the new subnet mask arranged so the MSB of the 4-byte subnet mask is in byte 10 and

31 Y1-03-0202 Rev. E 13.6. Setting a New IP Address and Subnet Mask Example Send Set IP Address & Subnet Mask requestto RLB-35MCStartComman

ii Y1-03-0202 Rev. E 13. Change IP Address and Subnet Mask Command Structure ... 29 13.1. Header ...

Y1-03-0202 Rev. E 1 1. Introduction The ACR Electronics RLB-35MC is an EPIRB containing a module with non-volatile memory (FLASH) intended to sto

2 Y1-03-0202 Rev. E 3. Power-Over-Ethernet PoE technology brings power, as well as data transfer, to the RLB-35MC via a standard twisted-pair

3 Y1-03-0202 Rev. E 4. Connecting for Evaluation Connect the RLB-35MC to a PC using the following illustration: PC Testing Computer RLB-35MCPo

4 Y1-03-0202 Rev. E 5. Evaluation Software Program 5.1. Purpose The RLB-35MC demo software is for evaluating the RLB-35MC only and is not meant f

5 Y1-03-0202 Rev. E the Microsoft .NET Framework so it may be necessary to download this software from the Microsoft website if the test P