XBL-DSEA, PLC Module, DeviceNet Server
XBL-DSEA, PLC Module, DeviceNet Server
**Limited to Stock on Hand** LS Electric XGB Communication Expansion Module, DeviceNet Server, Use with SU, M, and U Type PLCs. Expansion power requirement 100mA
Specifications 
Resources 
Specifications
**Limited to Stock on Hand** LS Electric XGB Communication Expansion Module, DeviceNet Server, Use with SU, M, and U Type PLCs. Expansion power requirement 100mA
- Maximum Automation at Minimum Cost
- Available Communication Expansion Modules: RS-422/485, RS-232C, Ethernet I/F, EtherNet I/P, Profibus-DP (Master/Slave), DeviceNet (Slave), CANopen (Master/Slave)
- Snap-on Modules for Flexible Installation
- Additional Capabilities for Complex Tasks
- Agency ApprovaLS Electric: UL / cUL / CE
- 2-year Warranty
GENERAL SPECIFICATIONS
| Internal Current Consumption | 100mA |
| External Current Consumption | 100mA at 24VDC |
| Transmission Speed | 125/250/500kbps |
| Transmission Type | Poll, Bit Strobe, COS, Cyclic |
| Communication Distance | Thick Cable: 1640 feet (500m) 125kbps/ 820.2 feet (250m) 250kbps/ 328.1 feet (100m) 500kbps Thin Cable: 328.1 feet (100m) 125/250/500kbps |
| Terminal Resistance | 121Ω (1%,1/4W) |
| Maximum Extended Drop Length | 125kbps: 511.8 feet (156m) 250kbps: 255.91 feet (78m) 500kbps: 127.95 feet (39m) |
| Data Packet | 0 - 8 bytes |
| Message Access Control | CSMA/NBA |
| Network Structure | Trunk/Drop Line, Power/Signal Cable Inside Network Cable |
| Bus Type | Poll |
| Maximum Number of Nodes | Up to 64 (including Master) MAC Identifiers |
| System Features | Insertion/Removal of Node, Available in Voltage On Status |
| Diagnosis Function | Module: Checks duplicated station / Checks CRC error SyCon: Detects defective station / Checks bus off / Auto-scan function XG5000: Monitors high-speed link |
| Data Process Unit | Word |
| Send/Receive Period | 10/20/50/100/200/500ms, 1/5/10s (Default:20ms) |
| Maximum Communication Point | Send: 2048 Points, 256bytes Receive: 2048 Points, 256 bytes |
| Maximum Block Number | 64 (Setting Range: 0 - 63) |
| Maximum Point Number per Block | 2048 Points (256 bytes) |
Resources
Application Notes
| Title | Summary | Related Links |
|---|---|---|
| AN-XGB-100 Introduction to the LS Electric XGB family of PLC’s. | Introduction to the LS Electric Systems XGB family of PLC’s and free XG5000 programming software... |  |
| AN-XGB-101 Introduction to the LS Electric XGB E Type PLC | Introduction to the LS Electric XGB E Type PLC... | |
| AN-XGB-102 Introduction to the LS Electric XGB SU Type PLC | Introduction to the LS Electric XGB SU Type PLC... | |
| AN-XGB-103 Introduction to the LS Electric XGB M Type PLC | Introduction to the LS Electric XGB M Type PLC... | |
| AN-XGB-104 Introduction to the LS Electric XGB U Type PLC | Introduction to the LS Electric XGB U Type PLC... | |
| AN-XGB-105 LS Electric XG5000 Programming software | Introduction to the LS Electric XG5000 PLC programming software | |
| AN-XGB-106 Download and Install XG5000 | Downloading and installing the free XGB XG5000 programming software… |  |
| AN-XGB-107 Build an XGB PLC Program | Building an XGB PLC program… | |
| AN-XGB-108 Download an XGB Program | Downloading and Testing an XGB PLC program… | |
| AN-XGB-109 E / SU Type - Quick Start Guide | The quick start guide is intended to show basic setup and programming... |  |
| AN-XGB-110 M Type - Quick Start Guide | The quick start guide is intended to show basic setup and programming... | |
| AN-XGB-111 U Type - Quick Start Guide | The quick start guide is intended to show basic setup and programming... | |
| AN-XGB-112 E and SU Type Discrete Memory Addressing | Explanation of the XGB E and SU Type PLC Discrete I/O Addressing… | |
| AN-XGB-113 M Type Discrete Memory Addressing | Explanation of the XGB M Type PLC Discrete I/O Addressing… | |
| AN-XGB-114 U Type Discrete Memory Addressing | Explanation of the XGB U Type PLC Discrete I/O Addressing… | |
| AN-XGB-115 XGB E Type PLC Option Board Discrete Addressing | Explanation of the XGB E Type PLC Option Board Discrete I/O Addressing… | |
| AN-XGB-116 XGB SU Type PLC Expansion I/O Discrete Addressing | Explanation of the XGB SU Type PLC Expansion Hardware Discrete I/O Addressing… | |
| AN-XGB-117 XGB M Type PLC Expansion I/O Discrete Addressing | Explanation of the XGB M Type PLC Expansion Module I/O Addressing… | |
| AN-XGB-118 XGB U Type PLC Expansion I/O Discrete Addressing | Explanation of the XGB U Type PLC Expansion Module I/O Addressing… | |
| AN-XGB-119 Wiring the TG7-1H40S Terminal Board to XBM-DN32H | A diagram of how to wire the TG7-1H40S terminal board to the XBM-DN32H PLC using a smart link cable C40HH-xxSB-XBI. | |
| AN-XGB-120 XGB PLC Discrete I/O Configuration | Configuring Discrete I/O Modules and Identifying the Discrete Addresses… | |
| AN-XGB-121 XGB PLC Analog Input Module Configuration | Configuring and using Analog Input Modules… | |
| AN-XGB-122 XGB PLC Thermocouple Module Configuration | Configuring and Using Thermocouple Modules… | |
| AN-XGB-123 XGB PLC Analog Output Module Configuration | Configuring and using Analog Output Modules… | |
| AN-XGB-124 XGB PLC Ethernet Module Setup | Configuring the Ethernet module for Modbus TCP… | |
| AN-XGB-125 XGB PLC Ethernet Modbus Address Mapping | Mapping XGB PLC addresses to Modbus addresses… | |
| AN-XGB-126 XGB PLC Thermocouple Module Ladder Example | Using the XGB thermocouple module in ladder logic… | |
| AN-XGB-127 XGB PLC Analog Input Module Ladder Example | Using the XGB analog input module in ladder logic… | |
| AN-XGB-128 XGB PLC Analog Output Module Ladder Example | Using the XGB analog output module in ladder logic… | |
| AN-XGB-129 Wiring the XBM-DN32H for Positioning Control | A diagram of how to wire the XBM-DN32H PLC for positioning control... | |
| AN-XGB-130 XGB PLC PID Functionality | Configuring and using the XGB PLC’s PID loop functionality… | |
| AN-XGB-131 Assigning XGB PLC Addresses to Variables | Using XG5000 to assign variable names to PLC addresses… | |
| AN-XGB-132 Configuring an XGB PLC and IMO HMI for XGB Dedicated Protocol | Using XG5000 and iView Developer to configure a connection between the PLC and HMI using XGB Dedicated Protocol… | |
| AN-XGB-133 Configuring an XGB PLC and IMO HMI for Modbus RTU Protocol | Using XG5000 and iView Developer to configure a Modbus RTU connection between the PLC and HMI… | |
| AN-XGB-134 Configuring an XGB PLC and IMO HMI for Modbus TCP Protocol | Using XG5000 and iView Developer to configure a Modbus TCP Ethernet connection between the PLC and HMI… | |
