What are the main parameters on TeSysT ?
Contents
1. j RO10 Schneider 15 LP Electric RESOLUTION What are the main parameters on TeSysT l Type of publication iv BM Best know Method BKM li Troubleshooting guide Il Product Product range Product family TesysT LTMR Ill Introduction This document describes you which are the main parameters to control before downloading a configuration on TesysT You can find a complete description for all functions in the user manual These Prints Screen match with PowerSuite V2 5 0 0 and Patch V2 1 available on Schneider electric website Page 1 9 j RO10 Schneider 0 LP Electric RESOLUTION IV Description m Product Settings LTM CONF Default MEA Telemecanique Controller File Edit Link Settings Tools View Help EY d eM D m i E S B TeSys T Device Information amp Settings amp Custom Lagic Reference Catalog Not Known Firmware Not Known ot Known Select current range Network and Control ot Known vo Itag e ot Known If AC control voltage set the Input configuration ot Connected according to Control voltage COO ja os 7 Reference Catalog Not Known Firmware Not Known Control Voltage Not Known Digital 1 0 Not Known State Not Connected Device Settings Current Range 0 4 8A Network Modbus Control Voltage 24 DC Input Configuration None bte The configuration of th2. HMI Language selection Language English w Motor Run LED Red O Green Current Display All Average Current F L1 Current C L2 Current C L3 Current d L1 Current Ratio C L2 Current Ratio C L3 Current Ratio F Average Current Ratio Current Phase Imbalance Ground Current Start Stats much parameters Page 9 9 Yoltage Display All Average Voltage L1 L volts L2 L3 Volts L3 L1 Volts voltage Phase Imbalance Power Display All d Power Factor Il C Active Power C Reactive Power d Power Consumption
3. O Fault amp Warning validation Fault level signals a fault after time delay if level crossed over Warning level signals a warning without time delay if level crossed over Note principle identical for other current voltage power and power factor protection Page 7 9 Scheider RO10 V2 0 RESOLUTION m Communication setting Allow configuration Byte order for double word from Network Bigendian for XBTN410 Network Comm Loss management gt Bigendian CLittleendian Network Address 1 B Baudrate Configuration Control Ill Comm Loss Fault Warning Fault Time Seconds HMI Address Bigendian Littleendian Baudrate 19700 v HMI Control Parity PowerSuite control Comm Loss Fault Fall Back LD1 LO OFF v d Warning Display Settings Note Same principle for HMI setting Page 8 9 Schneider m HMI Display setting Display Settings Display All Contrast Thermal overload Display All Thermal Capacity Thermal Capacity Remaining Time En Trip Control Mode d Temperature Sensor e t OF Status Display All C Date F Time C Operating Time C Frequency d Start Per Hour F Motor Status Display Selection by parameter type Note it is more efficient to select a short list of relevant parameters rather than selecting to Contrast of display R010 V2 0 RESOLUTION
4. e inputs is necessary to optimize the response of the A Fgequency and Voltage of the control source is not known the inputs configuration LTMCONF WX Disconnected Page 2 9 RO10 Scbneider a EJ Electric RESOLUTION m Motor and Control Settings 1 3 Nominal Voltage 40 2 volts Phase Sequence A B C Phases C 1 Phase 23 Phase Nominal Power kiloWatts Horsepower Seconds Direct Transit Transit Time Rapid Cycle Lockouts Seconds d Star Delta Step 1 to Step 7 Level 0 FLC Step 1 to Step 2 Time Seconds Contactor Rating 810 0 S amps ate Can a a be AS i C am A dg 7 Pc id y gt fn 7 w w EC rd y hs Control Mode Note important parameters in red Page 3 9 RO10 Schneider we EJ Electric RESOLUTION m Motor and Control Settings 2 3 Control Mode Note The behavior of the Bump transfer function can be affected by communication networks with cyclic data exchange Following a Bump transfer Ehe LTMR can indeed restart the motor automatically due to the cyclic communication The PLC application program must take this into account to avoid unexpected motor starts Reset Mode Auto groupl No of Resets Automatic Reset Time Seconds Auto group Mo of Resets Reset Time Seconds Auto groups No of Resets Reset Time Seconds Note important parameters in red Page 4 9 RO10 Sc
5. hneider 2 LP Electric RESOLUTION i m Motor and Control Settings 3 3 Note important parameters in red Auto groups No of Resets Reset Time g Seconds Load CT Ratio Load CT Ratio Nane y Primary Turns Number of Passes 1 Passes Secondary Turns Ground CT Ratio Ground CT Ratio Primary Turns H Turns Secondary Turns T n Diagnostic ON OFF Diagnostic Wiring Error Fault Warning Fault Page 5 9 ONIS Scbneider a LP Electric RESOLUTION m Thermal Settings 1 2 hermal Overload Trip Type finverseThermal Aux Fan Cooled Trip Class 3 x 5 a mus Def D Time 10 2 SEM s g Amps Det Dime 10 Seconds nable Warning Warning Level o Thermal Capacity Fault Reset Level Trip Level Note important parameters in red Page 6 9 Scbpelder RESOLUTION m Thermal Settings 2 2 Fault amp warning validation Select type of sensor Motor Temperature Protection Motor Temperature Protection Enable PE100 C Fault Fault Level C Warning Warning Level Select Fault amp Warning level according to application Motor m Protection setting principle Fault time Delay for the Fault Fault Fault Time 5 3 Secs L Warning Fault Level FLC Warning Level 200 WV FL
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