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Summary of Contents for Anywire B2G78-E1
- Page 1 Anywire Corporation AnyWireASLINK System Ethernet Gateway B2G78-E1 User's Manual Version 1.4 September 14, 2017 AnyWireASLINK System PMA-12813F...
- Page 2 Precautions Precautions related to this manual 1. This manual describes the overall concepts of the AnyWireASLINK system. Make sure to read each individual "Products Guide" for handling of the respective products. 2. Reproduction or duplication of part or all of this Manual without permission is prohibited. 3.
- Page 3 [Precautions for wiring] CAUTION Tighten the terminal screws within the specified torque range. Loose tightening of the terminal screws may result in a short-circuit, fire or malfunction. Excessive tightening of the terminal screws may cause damage to the screws or unit, resulting in the unit falling down, short-circuit or malfunction. ...
- Page 4 [Precautions for startup and maintenance] WARNING Do not touch the terminals while the power is on. Doing so may result in electric shock or malfunction. When cleaning or re-tightening the screws on the terminal block and the unit mounting screws, make sure to shut off all phases of the external supply power used in the system.
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Page 5: Table Of Contents
6.6 Transmission cable type and precautions ································································ 6-7 6.7 Transmission line supply current value ···································································· 6-8 6.8 Terminator ········································································································· 6-9 6.9 AnyWire filter ···································································································· 6-10 6.10 Address setting (reference) ················································································ 6-12 7. Software functions ·································································································· 7-1 7.1 Modbus/TCP ······································································································ 7-1 7.1.1. - Page 6 7.4 Web functions ··································································································· 7-18 7.4.1. Network settings ························································································· 7-19 7.4.2. Own station information ··············································································· 7-19 7.4.3. Connection destination information ································································· 7-20 7.4.4. AnyWire settings ························································································ 7-22 7.4.5. Time settings ····························································································· 7-22 7.4.6. Process settings ························································································· 7-23 7.4.7. Off delay settings ························································································ 7-23 7.4.8.
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Page 7: Overview
Overview 1. Overview The B2G78-E1 operates as a gateway unit for the Ethernet and AnyWireASLINK. The AnyWireASLINK system can be connected to the Ethernet by using this gateway. The AnyWireASLINK system is a "Sho-Haisen" (wiring saving) system consisting of compact and fewer-point/multiple-distribution units suitable for wire saving on the sensor level. -
Page 8: Specifications
Specifications 2. Specifications 2.1 General specifications Items Specifications Ambient temperature for use 0 to +55°C Storage temperature -20 to +75°C Ambient humidity for use 10 to 90%RH (No condensation) Atmosphere No corrosive or flammable gas 2.2 Performance specifications Items Specifications Transmission clock 27kHz (37μs) Transmission... -
Page 9: Outside Dimensions
Specifications 2.3 Outside dimensions Unit: mm Board guide Board guide DIN hook... -
Page 10: Name Of Each Part
Specifications 2.4 Name of each part LED display SET switch Monitor connector AnyWireASLINK RESET switch connector terminal block LINK.E LED Ethernet connector terminal block ACT LED... -
Page 11: Attaching To/Detaching From Din Rail
Specifications 2.5 Attaching to/detaching from DIN rail Please install this device to the DIN rail before use. Vertical installation 1. DIN rail attachment procedure Hook spring pin A on the center of the back face onto the DIN rail. ... -
Page 12: Switch Settings
Pressing the SET switch for approximately two seconds or more lights up the "SET" LED to start automatic address recognition. In addition, when the B2G78-E1 is turned on (or reset) while the SET switch is being held down, the system starts up in the default setting mode. -
Page 13: Led Display
LED display 4. LED display Color Name : Lit/flashing : Unlit symbol Green B2G78-E1 Normally operating Hardware error or watchdog status timer error has occurred LINK Green Transmission Flashing Normally operating active Green Automatic Automatic address Normally operating address recognition operating... -
Page 14: Connections
Connections 5. Connections 5.1 Connectors 5.1.1. LAN connector This is an RJ45 connector for connecting a 10BASET/100BASETX cable. Signal Ethernet port TxD+ TxD- RxD+ Termination Termination RxD- Termination Termination 5.1.2. Connector terminal block This is a connector terminal block for connecting a 24V DC power supply and AnyWireASLINK transmission lines (DP, DN). -
Page 15: Monitor Connector
Connections 5.1.3. Monitor connector This is a connector for connecting a debugging monitor. Signals are RS232 compatible. Connector: Manufactured by JST Housing: XHP-5 Contact: BXH-001T-P0.6 When making an extension cable MRXD D-sub 9-pin MTXD Male * Connect the above extension cable and the personal computer with a cross cable. -
Page 16: Anywireaslink
AnyWireASLINK 6. AnyWireASLINK 6.1 System configuration The AnyWireASLINK system consists of a master unit, slave units and their peripheral devices. Gateway Slave unit Terminator output input output input... -
Page 17: Slave Units
AnyWireASLINK 6.2 Slave units Types of slave units This product uses slave units for the AnyWireASLINK system. The following types of slave units can be used. Name Example of devices to be connected Input/output unit General-purpose switches, sensors, LEDs, solenoid valves, relays, etc. Relay output terminal AC drive load, etc. -
Page 18: Transmission Line (Dp-Dn)
AnyWireASLINK 6.3 Transmission line (DP-DN) The "AnyWireASLINK Protocol" is a low speed transmission clock that can also achieve effective high-speed transmission making it compatible with a wide range of cable characteristics, and therefore allows for various transmission cables and general-purpose electric wires to be used as transmission channels. - Page 19 AnyWireASLINK When a terminal block is used A cable can be branched as follows using a commercially available terminal block (a terminal block in which terminals that face each other are internally connected). Branching between cabtyre cables Conversion to a dedicated flat cable ...
- Page 20 AnyWireASLINK Tree-branching method The tree-branching method is a way to re-connect a T-branched branch line using the T-branching method or multi-drop method. Actual wiring is the same as the T-branching method and the multi-drop method. Star-branching method The star-branching method is a way to connect the master unit and lay cable radially from a certain branching point to connect the slave unit.
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Page 21: Transmission Distance
AnyWireASLINK 6.5 Transmission distance All transmission distances described for AnyWireASLINK refer to the "total length" of a cable. Total length is the total cable length to be used including branches. Wiring of the AnyWireASLINK system can be established with only two transmission lines (DP, DN). The two transmission lines (DP, DN) support a maximum total length of 200m. -
Page 22: Transmission Cable Type And Precautions
, rated temperature 90ºC) CAUTION Shielded cable Since AnyWire has high noise resistance, it is unnecessary to use shielded cable. Please note that if the shielded cable shielding is not properly grounded, it may result in problems during use. Transmission cable CAUTION ... -
Page 23: Transmission Line Supply Current Value
AnyWireASLINK Electric wiring example Type Image Specifications 300V vinyl JIS C3306 cabtyre cable Cross-section area: 0.75mm (VCTF) Allowable current: 7A (30ºC) Conductor resistance: 25.1Ω/km (20ºC) or less Insulation resistance: 5MΩ/km (20ºC) or more Dedicated flat cable Cross-section area: 0.75mm (HKV) Allowable current: 5A Model: FK4-075-100... -
Page 24: Terminator
AnyWireASLINK 6.8 Terminator This unit incorporates a circuit which shapes the transmission waveform, and functions to avoid situations where the transmission waveform is disturbed by the external environment. Make sure to properly connect it to the transmission line as it has a polarity. (DP: Red, DN: Black) Reverse connection may result in transmission fault. -
Page 25: Anywire Filter
AnyWireASLINK 6.9 AnyWire filter If any of the parallel lines of DP, DN, 24V, or 0V exceeds the total length of 50m in a power supply system to be supplied, connect in series the "ASLINK filter [Type ANF-01]" or a "COSEL filter [Type EAC-06-472]" to 24V and 0V in the starting position of the parallel lines. - Page 26 AnyWireASLINK ASLINK filter (ANF-01) connection example when there is a local power supply AnyWireASLINK master General-purpose power supply filter (Use if necessary) 24V DC stabilized power supply Two-wire terminal If any of the parallel lines of Four-wire terminal DP, DN, 24V, or 0V exceed a total length of 50m Four-wire terminal Two-wire terminal...
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Page 27: Address Setting (Reference)
AnyWireASLINK 6.10 Address setting (reference) The "Address setting" of a slave unit is determined by which number bit (in order) in the AnyWireASLINK transmission frame the slave unit is associated with. Each terminal occupies the location of its own point number (with the set address number placed at the beginning) from that position. -
Page 28: Software Functions
Software functions 7. Software functions This section contains an explanation of the application layer software installed in B2G78-E1. 7.1 Modbus/TCP Modbus/TCP is a communication protocol that is incorporated into this board and made available. In this protocol, this device becomes a server. -
Page 29: Input Memory Map Details
Software functions Modbus/TCP Occu- Memory address Offset address Type Items pied Function Start Start [Word] code End address End address address address Error/alarm history No.128 year, month, 04/-- 31468 31470 1467 1469 word day, time 04/-- 31471 31471 1470 1470 word Error/alarm history No.128 target ID 04/--... -
Page 30: Calendar Clock
Software functions 7.1.1.2 Calendar clock The calendar clock is assigned to Modbus/TCP addresses 160 to 163. Enter the current year, month, day, and time. The relationship between the memory address and input address are as follows. Modbus/TCP address Data Memory address Offset address Upper byte Lower byte Year... -
Page 31: Check Setting For Number Of Transmission Points
OFF: Normal Reserved ON: Automatic address recognition SET LED is When this bit is ON, it indicates that operating lit up B2G78-E1 is carrying out automatic address OFF: Normal recognition. 15 Reserved... -
Page 32: Error History
Software functions 7.1.1.6 Error history Up to eight entries of error history that occurred in the past are displayed. Error history can be cleared by resetting the power. Modbus/TCP address Data Memory address Offset address Upper byte Lower byte Year Month 30257 (Last two digits of Western year... -
Page 33: Mac Address
Memory address Offset address 30297 30298 30299 7.1.1.8 Latest error code/Latest error occurrence ID It is possible to check the latest error code and target ID that the B2G78-E1 detected. Modbus/TCP address Description Memory address Offset address 30307 Latest error code... - Page 34 Software functions Error code Error occurrence Name Countermeasures taken by customer DP, DN Error ID is stored. The DP, DN signal lines may be disconnected, disconnection or there may be no response from slave units. error The system configuration may have been changed after slave unit failure or automatic address recognition.
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Page 35: Redundant Address (Id)
Software functions Error code Error occurrence Name Countermeasures taken by customer Parameter set Occurrence ID is The slave unit has detected a signal for writing a value error stored. parameter which cannot be set to itself. After narrowing down error IDs, check that the set value of the slave unit parameter is within the settable range. -
Page 36: Error/Alarm History
Software functions 7.1.1.10 Error/alarm history Up to 128 entries of error/alarm history that occurred in the past are displayed. Error history can be cleared by resetting the power. Modbus/TCP address Data Memory Offset address Upper byte Lower byte address Year Month 30833 (Last two digits of Western year... -
Page 37: R/O Parameter Storage Area (30X128)
Software functions 7.1.1.11 R/O parameter storage area (30x128) Blocks in which parameters and statuses that were read from a slave are stored are arranged in ID ascending order. Modbus/TCP address Memory Offset address address 31891 1890 Parameter area 1 (30 words) The parameter area of each ID has 30 words and can store a ・... - Page 38 Software functions Status detail words are in the following format. The relationship between error flags and data memory is as follows. Modbus/TCP Data Address (Applicable ⑯ ⑮ ⑭ ⑬ ⑫ ⑪ ⑩ ⑨ ⑧ ⑦ ⑥ ⑤ ④ ③ ② ①...
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Page 39: Registration Id
Software functions 7.1.1.12 Registration ID You can check the IDs of units that were registered by automatic address recognition. You can view up to 128 registration ID numbers and registration ID lists, and also check whether each ID has any error. The registration ID number and ID list are as follows. -
Page 40: Output Memory Map
Software functions 7.1.2. Output memory map The memory map list when accessing from Modbus/TCP is shown below. Modbus/TCP Occu- Memory address Offset address Type pied Items Function [Word] code Start address End address Start address End address 01/05 Output area 03/06,16 41025 41040... -
Page 41: Calendar Clock Settings
Software functions 7.1.2.2 Calendar clock settings The calendar clock is assigned to Modbus/TCP addresses 1184 to 1188. Year, month, day, and time can be set. Modbus/TCP address Byte Memory address Offset address Upper byte Lower byte 41185 1184 Year (Western year format Ex: 2012) 41186 1185 Month... -
Page 42: Control Command
Software functions 7.1.2.4 Control command Control command is carried out on B2G78-E1. Modbus/TCP address Value Description Details Memory address Offset address Invalid Remote reset Resets the B2G78-E1 by remote operation. Provides the same effect as resetting the power. Automatic Carries out automatic address recognition. -
Page 43: Parameter Access Method/Parameter Access Target Id
Software functions 7.1.2.5 Parameter access method/Parameter access target ID This becomes the area to store the access method (Read/Write) and access target ID when a parameter access command (value 4) is carried out by control command. After storing data in this area, perform the parameter access command. <Parameter access method>... -
Page 44: Parameter Storage Area (20X128)
This device becomes a client and communicates with the Mitsubishi Electric MELSEC sequencer. Memory of the sequencer and memory of this device are linked by settings and used. I/O on AnyWire can be processed without knowledge of communication on the sequencer side. -
Page 45: Web Functions
Basic settings of the B2G78-E1 can be carried out via the web server. The default IP address is 192.168.0.36. Connect the PC to be used for setting directly to the B2G78-E1 with a LAN cable. Either a cross or straight LAN cable is acceptable. -
Page 46: Network Settings
Software functions 7.4.1. Network settings Set the IP address, port, gateway, subnet mask, and similar items. Access this device with a web browser to specify settings. The gateway has the following setting items. 7.4.2. Own station information Settings Default setting IP address 192.168.0.36 Sub-net mask... -
Page 47: Connection Destination Information
Software functions 7.4.3. Connection destination information This is the connection destination MC protocol server information (socket setting) when SLMP (MC protocol) is used. A maximum of eight sockets can be used. Settings Set content IP address IP address of connection destination sequencer Port number Port number of connection destination sequencer (400H or higher) - Page 48 Software functions This is the transfer area setting screen when EtherNet/IP is used. Changes to settings are applied after writing settings and restart, and "Stop" for the default setting. The area to be transferred with EtherNet/IP can be selected from this screen. Note: This unit is an adapter.
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Page 49: Anywire Settings
Software functions 7.4.4. AnyWire settings Point number setting (MODE) can be carried out. Frame length (32/64/128/256 clock) can be changed. Changes to settings are applied immediately when settings are written. The default setting is "256." 7.4.5. Time settings It is possible to set the system clock. -
Page 50: Process Settings
Software functions 7.4.6. Process settings The point number setting for AnyWireASLINK, and SLMP (MC protocol) setting, EtherNet and IP settings can be applied in real time from this screen. Put a tick in the "Auto start" check box of a protocol that you want to start and press the "Auto start register" button. -
Page 51: Reboot
Software functions 7.4.8. Reboot It is possible to reboot the main unit. 7.4.9. Default setting The device can be temporarily started using the default setting if you cannot remember the IP address. The procedure is as follows. Turn off the power. ... -
Page 52: Monitoring Function
Monitoring function 8. Monitoring function 8.1 Overview By setting their own addresses for AnyWireBus slave units, when this device sends out an address, a response from the slave unit with that address allows for disconnection detection and verifies the existence of the slave unit. -
Page 53: Required Transmission Time
Output output device Input device response time Output device response time Slave side signal delay time Slave side signal delay time AnyWire Transmission cycle time Transmission cycle time system Gateway side processing time Gateway side processing time Maximum transmission delay time... -
Page 54: Device Profile
Device profile 10. Device profile Use the following EDS file. B2G78-E1.eds EDS files can be downloaded from the AnyWire Homepage. http://www.anywire.jp Top page>Support & Download>Download>Software 10-1... -
Page 55: Troubleshooting
Troubleshooting 11. Troubleshooting 11.1 Visual check Each unit has an LED status display function so that errors related to the operating state of the unit or communication can be narrowed down by checking the LEDs. When any LED displays an error, review the setting and wiring to correct the error. -
Page 56: Check Using Input/Output Data
Troubleshooting 11.2 Check using input/output data For Modbus/TCP and SLMP, errors can be checked using input/output data. (1) Check error flags Error flag information is stored in Modbus address 30165. P7-3 (2) Check error ID number information, alarm ID number information Error ID numbers are stored in the error ID number information storage area (input offset byte address Alarm ID numbers are stored in the alarm ID number information storage area (input offset byte address 3). -
Page 57: Led State Of The Gateway
Troubleshooting 11.3 LED state of the gateway (1) When the "ERR" LED is lit or is flashing "ERR" flashes slowly (every second): DP-DN short-circuit error Items to check Description of measures Check that the transmission line (DP, DN) is Check that the transmission line (DP, DN) is not not short-circuited short-circuited. -
Page 58: Led State Of The Slave Unit
Troubleshooting 11.4 LED state of the slave unit The slave unit also has a status display function using LEDs. The display status and primary causes are described respectively. (1) When "LINK" is lit The slave unit is not receiving transmission signals. (Transmission waveform error) Under normal conditions, a voltage of approximately 17V to 18V is observed when measuring between transmission lines (DP-DN) using a tester in DC mode. -
Page 59: Warranty
(1) Misuse or abuse of the Product by the owner; (2) Faults due to a cause other than the delivered Product; (3) Unauthorized modification or repair of the Product by any party other than Anywire; (4) Any act of God, disaster, or other cause beyond the control of Anywire. -
Page 60: Rohs Directive For The Chinese Version
RoHS Directive for the Chinese version 13. RoHS Directive for the Chinese version 电子信息产品上所示标记是依据 SJ/T11364-2006 规定，按照电子信息产品污染控制标识要求制定。 本产品的环保使用期限为 10 年。 如果遵守产品说明书中的操作条件使用电子信息产品， 不会发生因产品中的有害物质泄漏或突 发异变而引发严重的环境污染，人身事故，或损坏财产等情况。 的产品中有害物质的名称及含量 部件名称 有害物质 铅 汞 镉 六价铬 多溴联苯 多溴二苯醚 (Pb) (Hg) (Cd) [Cr(VI)] (PBB) (PBDE) ... -
Page 61: Change History
Change history 14. Change history Version Date Description of changes First edition 2/2/2015 Released Version 1.0 7/27/2016 Corrected the P6-10 filter allowable current from 10A to 5A. Version 1.1 Added Chinese RoHS Directive, and changed the outside dimensions and other 11/30/2016 expressions Version 1.2... - Page 62 Anywire Corporation Headquarters: 1 Babazusho, Nagaokakyo-shi, Kyoto 617-8550 JAPAN Website: http://www.anywire.jp E-Mail inquiry: info_e@anywire.jp...
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