GE Motor Protection System, LM10 specification

LM10 AND GE FANUC 90-30 WITH DEVICENET™

CHAPTER A:

ZEnter a value of 7 bytes under input resource and 1 byte under output resource.

This is the size of the slave status data and command data.

ZMake changes to the slave side settings.

ZUnder the General tab, set the MAC ID equal to the MAC ID of the slave device.

ZSelect the Polled option under the Connection 1 tab.

The input and output byte size are defined and connection type is Status and Control.

ZPlace the PLC online and download the hardware and logic to the PLC.

ZObserve the DeviceNet™ master module LEDs.

All three LEDs for NET POWER, MOD STATUS, and NET STATUS should turn solid green.

ZOpen a new Reference View Table to monitor and control the slave device, then add address %I00001 (Slave Status Bit Array). Addresses %I00001 to %I00064 will display the status of all slave devices connected to master card.

•For example, if the master card detects an LM10 slave device with MAC ID 1, then address %I00002 will read “1”. Similarly, if a slave is connected with MAC ID 2, then address %I00002 will read “2”.

ZStart the PLC.

The NS LED on the LM10 (MAC ID 1) will turn solid green once the connection is established, and address %I00001 will read “1”.

ZDouble-click on GE LM10 to view the data areas.

For Connection 1 inputs (to master), address %I00081 will display the status. For Connection 1 outputs (from master), address %Q00017 will contain the command for the slave.

ZAdd the %I00081 and %Q00017 registers to the Reference View Table.

The reference view table for the LM10 is shown below.

A–8	LM10 MOTOR PROTECTION SYSTEM – INSTRUCTION MANUAL

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GE Motor Protection System, LM10 instruction manual

Contents

Multilin LM10 Motor Protection System Instruction ManualGE Consumer & Industrial 1601-0165-A6 2008 GE Multilin Incorporated. All rights reserved 1 INTRODUCTION Table of Contents2 INSTALLATION 3 INTERFACE 6 MISCELLANEOUS 4 FUNCTIONALITY5 COMMUNICATIONS APPENDIX INDEX A-17 1-IV 1.1 Description LM10 Motor Protection System Chapter 1 Introduction1.1.1 The LM10 Relay 1.2.2 Current and Voltage Inputs 1.2.1 Features1.2 Overview 1.2.3 Relay Outputs 1.2.5 Block Diagram 1.2.4 Power SupplyFIGURE 1-1 Functional Block Diagram 1.3.3 Switches 1.3 Features1.3.2 LED Indicators 1.3.1 Programming and Display Unit FIGURE 1-2 LM10 Features Changes to switch settings will not take effect until power is cycledDIP Switch Position Baud Rate Table 1-1 LM10 Order Codes 1.4 Ordering1.4.1 Order Codes LM10 PHASE CURRENT SpecificationsGROUND FAULT 1.5.1 Protection Elements POWER SUPPLY POWERPOWER FACTOR 1.5.3 Control Functions 0 to 120 CONTACT INPUTStop, Reset, DeviceNet control 200 to Thermal overload CT 1.5.5 CT DimensionsGround fault CT 1.5.6 Outputs SERIAL COMMUNICATIONS EnvironmentalApprovals/Certification 1.5.8 1-12 2.1.1 DeviceNet LM10 Motor Protection System Chapter 2 Installation2.1 Wiring 2.1.2 RS232 Port 2.1.3 Control Terminals Table 2-1 Control Connections 2.1.5 Wiring Diagram 2.1.4 Sensor Pack Input FIGURE 2-4 LM10 Wiring Diagram CHAPTER 2 INSTALLATION 2.2 Mounting 2.2.1 LM10 Mounting FIGURE 2-6 LM10 Backplate Dimensions 2.2.2 PDU Door MountFIGURE 2-7 PDU Door-mount Dimensions 3.1.1 Liquid Crystal Display LM10 Motor Protection System Chapter 3 Interface3.1 PDU Operations 3.1.2 LEDs power factor, kW, average current, and current unbalance. Pressing the History button again advances to the next history record 3.2.1 Main Startup Screen 3.2.3 Configuration Menu3.2 PDU Screens and Menus 3.2.2 History Record and Status Screens Run 2 to Run 1 delay between forward and reverse or between speeds 3.3.1 Description 3.3 EnerVista LM10 Software3.3.2 Functional Details Table 3-1 EnerVista Hot Keys LM10 Motor Protection System Chapter 4 Functionality 4.1 Overcurrent Fault Conditions4.1.1 Descriptions FIGURE 4-1 Cold Motor Trip Curves FIGURE 4-2 Hot Motor Trip Curves CHAPTER 4 FUNCTIONALITY FIGURE 4-3 Trip Curve with Jam and Stall Enabled 4.1.2 Trip Curves ExampleFIGURE 4-4 Cool Down Times Page 4.2.1 Overview 4.2 Configuration SettingsTable 4-1 LM10 Programmable Parameters CONFIGURATION SETTINGSCHAPTER 4 FUNCTIONALITY 4.2.2 Main Menu4-30 4.2.3 Language PATH Configuration Ø ENGLISH/SPANISHPATH Configuration ØØ CTs & CPTs 4.2.4 CTs and CPTs PATH Configuration ØØØØ Run 1 Setup 4.2.6 Run 1 and Run 2 SetupPATH Configuration ØØØ Starter Type 4.2.5 Starter Type Δ = phase current - average current PATH Configuration ØØØØØØ Other Settings 4.2.8 Other SettingsPATH Configuration ØØØØØ Time Delays 4.2.7 Time Delays Maintained off DevNet Fault onReset Run Hrs Auto Restart off 4.2.9 Auxiliary Relay Faults PATH Configuration ØØØØØØØ Aux Relay Faults 4.2.10 Passcode and Login PATH Configuration ØØØØØØØØ Aux Relay Faults PATH Configuration ØØØØØØØØØØ Factory Default 4.2.12 Factory DefaultPATH Configuration ØØØØØØØØØ Run Operations 4.2.11 Run Operations Run, Fault 4.3 Status Values4.3.1 Main Menu Range This value can be reset via the Reset Run Hrs configuration setting Range Overcurrent, Gr. Fault, Jam, Stall CuUnbalance, LdLoss, DevNet 4.4 History Values4.4.1 Last Trip Data Fault, Dev Stop, Voltage, Aux Sense Range 0.0 to 3200.0 A Motor Status Running AUX Sense 1 Fault4.5 Motor Start/Stop Logic Motor Stop RUN1 Switch Input Motor RUN CommandsMotor STOP Commands RUN1 PDU Command 4-44 5.1.1 Description LM10 Motor Protection System Chapter 5 Communications5.1 DeviceNet Operations 5.1.2 Poll Data Table 5-3 Poll Data Group Table 5-1 Poll Data GroupTable 5-2 Poll Data Group Table 5-4 Poll Data Group 5.1.5 DeviceNet Object 5.1.3 Identity object5.1.4 Message Router UINT = 16 bit unsigned integer Baud Rate, value 0 to 2 125, 250, and 500 kbps 5.1.6 Assembly ObjectDevice outputs see format and mapping below Assembly Object, Class Code 4, Instance see below Data Formats for Device InputsCHAPTER 5 COMMUNICATIONS Assembly Object, Class Code 4, Instance Connection Object, Class Code 5, Services 5.1.7 Connection ObjectConnection Object, Class Code 5, Attributes Connection Object, Class Code 5, Instance 2 polled input/output connection 5.1.9 Overload Object 5.1.8 ACK Handler ObjectUSINT = 8-bit unsigned integer UINT = 16-bit unsigned integer 5.1.10 Extension Object UINT = 16-bit unsigned integer Name/Description 5.1.11 Data Formats F2 Ground FaultF7 Power Transformer F1 Full Load Current 16-bit unsigned integer F10 Auxiliary Sense 2 / Run2-Run1 Time Delays F11 Auxiliary Relay Faults 16-bit bitmaskF9 Auxiliary Sense 1 / Run1-Run2 Time Delays F12 Starter Type F16 Run1-Run2 and Run2-Run1 Time Delay 16-bit unsigned integer F14 Other Settings 16-bit BitmaskF15 Poll Data Group enumeration 16-bit unsigned integer F17 Trip Class F23 16-bit Unsigned Integer F21 Motor Status 8-bit BitmaskF22 Motor Status 16-bit bitmask F24 Status Word 16-bit bitmask F25 Input Switch Status 16-bit value use only lower byte 5.1.12 Special Application Sent by scanner CANID, MACID, 0x0E, 0x64, 0x01 5.2 Serial Port 5.2.1 Description 5-64 6.1.1 Release Dates LM10 Motor Protection System Chapter 6 MiscellaneousRevision History 6.1.2 Changes to the Manual Add Assembly Object, Class Code 4, Instance 105 Poll Data Group Table 6-4 Changes to Manual Since Release A3Change to Assembly Object, Class Code 4, Instance 101, Attribute Changes to Connection Object, Class Code 5, Instance 2 polled 6.2 Warranty 6.2.1 GE Multilin Warranty 6-68 WARRANTYCHAPTER 6 MISCELLANEOUS A.1 DeviceNet Overview LM10 Motor Protection System Appendix AA.1.1 Description A.1.2 Controller Area Network CAN A.1.3 DeviceNet Operations A.1.5 Pre-defined Master/Slave Connection Set A.1.6 DeviceNet FeaturesA.1.4 Explicit Messaging and Input/Output I/O Messaging A.1.7 Maximum Cable Lengths for DeviceNet Table A-2 Drop Cable Length Specification A.1.8 DeviceNet Specification HighlightsTable A-1 Trunk Cable Length Specification Description The Object Model Device Profiles A.2 LM10 and GE Fanuc 90-30 with DeviceNet A.2.3 Network ConfigurationA.2.4 Configuration Procedure A.2.1 Overview Z Select GE LM10 under GE Multilin A.2.5 Polling Input/Output ConnectionZ Also, set the Scan Interval and Reconnect Time Page Phase A values are displayed in %I00105 223 ⋅ 0.1 amps A.2.6 COS Change of State Input/Output Connection A.2.7 Cyclic Input/Output Connection A.2.8 Explicit Messaging Monitoring Data Rung 3 has a Block Move word, 3 blocks Login Configuration Level to the LM10 FIGURE A-1 Ladder Logic for Data Monitoring Making Setting Changes FIGURE A-2 Ladder Logic for Login Configuration Login User Level to the LM10 FIGURE A-3 Ladder Logic for Setting Changes FIGURE A-4 Ladder Logic for Login User A.3 LM10 and Allen-Bradley SLC500 via DeviceNet A.3.2 System SetupA.3.4 Setting Up the DeviceNet Network A.3.1 Description A.3.5 Changing the Mode of Operation A.3.6 Configuring the Slave Device A.3.7 Control and Monitoring of the LM10 A.3.8 Explicit Messaging with the LM10 Relay A.3.9 Data Table Layout Table A-3 Status Codes Provided by ODVA SpecificationTable A-4 Data Table Layout Table A-5 Data to Get Trip Class A.3.10 Ladder LogicTable A-6 Data for Explicit Message Response, M1 Transferred to N20 Table A-8 Data for Explicit Message Response, M1 Transferred to N20 Table A-7 Data to Get Motor Run TimeInstance, and Attribute FIGURE A-9 Ladder Logic, Rungs 0000 to A-25 FIGURE A-10 Ladder Logic, Rungs 0006 to A-26 FIGURE A-11 Ladder Logic, Rungs 0009 to A-27 A-28 Index Page LM10 MOTOR PROTECTION SYSTEM - INSTRUCTION MANUAL INDEX LM10 MOTOR PROTECTION SYSTEM - INSTRUCTION MANUAL