PHASE MOTION CONTROL Supported Models Size 2
Open the catalog to page 1New AC drive AxN NEW AC DRIVE AXN HAS BEEN 100% DEVELOPED BY PHASE MOTION CONTROL AND IS THE PERFECT PARTNER FOR U3 SERIES SERVOMOTORS AS WELL AS FOR TK SERIES TORQUE MOTORS. AxN means a complete current range between 15 Arms and 110 Arms in 4 sizes, together with several interfaces: analogue (+/-10V), fieldbus (CANOpen and EtherCAT), pulse and direction. AxN is featuring a complete set of analogue and digital I/Os and a multiport encoder interface for the most common digital protocols (EnDat, Hiperface) as SinCos, TTL or resolver. Basic concepts behind AxN are: robustness (all internal components...
Open the catalog to page 3Phase Motion Control New AC drive AxN New AC drive AxN has been developed by Phase Motion Control and is the perfect partner for U3 brushless motors and for TK torque motors. AxN means a complete power range between 15 Arms to 200 Arms in 4 sizes, together with several built in interface: analogue (+/-10V), fieldbus (CANOpen and EtherCAT), pulse and direction. Basic concepts Robustness: all internal components are soldered and all the connectors have been designed in order to stand even the worst environmental conditions in terms of vibrations and mechanical stresses. Flexibility: mounting possible...
Open the catalog to page 4General Purpose Interface » Nr.2 programmable differential / 4 single ended analog input ± 10 V (1mV resolution) » Nr.2 programmable analog outputs 0-10V (1mV resolution) » Nr.8 programmable digital inputs » Nr.4 programmable digital outputs Profile position mode Profile velocity mode Interpolated position Mode Torque Mode Homing mode Cyclic Synchronous Position mode (CSP) Cyclic Synchronous Velocity mode (CSV) Cyclic Synchronous Torque mode (CST) Field Weakening Capability Main software features » » » » Internal PLC – LogicLab IEC61131-3 Integrated Development Enviroment. Configuration and control...
Open the catalog to page 5Phase Motion Control New design power connector Easy wiring connection Higher robustness Multiple ground connections
Open the catalog to page 6Hardware connections Assemble EtherCAT IN/OUT CAN / Auxiliary Encoder Terminals High Speed I/0 Terminals » 4 Analog Input » 2 Analog Output » 8 Digital Input » 4 Digital Output Main Encoder Terminals Tf\rr\ ri\ai Programmable Display Module Debug LED Multifunction Buttons » 3 Analog Input » 2 Analog Output » 8 Digital Input » 2 Digital Output Auxiliary Power Supply Terminals System Relay Terminals Motor Output Power Terminals PE Terminals Cable Support Totally in electrical cabinet Heatsink system out of electrical cabinet Flexible Installation Form Standard Cabinet Installation Through Panel...
Open the catalog to page 7Phase Motion Control AxN Size 2 Technical specifications (1) Symbol AxN 15.30.4 Units (1) Test performed with full option control card and firmware 1.8.197 (3) V, = 380 Vac, I— = /, Tamb = 40°C, Comm.Freq.8kHz, Including input rectifier losses (4) PWM frequency will automatically decrease at Zero speed, in order to keep Nominal current output
Open the catalog to page 8Motor Feedback Options Hardware Configuration Processor speed: 80 MIPS pC + FPGA / 120 MIPS pC + FPGA Extreme Version (Optional) Task frequency: » Current /drive monitoring: 1 MHz » Position/speed loop: 8 kHz » PLC fast task: 8 kHz » PLC slow task: 15.625 Hz to 1 kHz user-programmable Position loop mode available Target position register: 32 or 64 bits Full digital control Id/Iq, updated 16 kHz
Open the catalog to page 9Technical specifications (1) Symbol AxN 22.44.4 AxN 35.70.4 AxN 50.100.4 Units (1) Test performed with full option control card and firmware 1.8.197 (3) vn = 380 Vac, iout = /, Tamb = 40°C, Comm.Freq.8kHz, Including input rectifier losses (4) PWM frequency will automatically decrease at Zero speed, in order to keep Nominal current output
Open the catalog to page 10Motor Feedback Options Hardware Configuration Processor speed: 80 MIPS pC + FPGA / 120 MIPS pC + FPGA Extreme Version (Optional) Task frequency: » Current /drive monitoring: 1 MHz » Position/speed loop: 8 kHz » PLC fast task: 8 kHz » PLC slow task: 15.625 Hz to 1 kHz user-programmable Position loop mode available Target position register: 32 or 64 bits Full digital control Id/Iq, updated 16 kHz
Open the catalog to page 11Phase Motion Control Technical specifications (1) Symbol AxN 70.140.4 Units (1) Test performed with full option control card and firmware 1.8.197 (3) Vin = 380 Vac, Iuut = In, Tamb= 40°C, Comm.Freq.8kHz, Including input rectifier losses (4) PWM frequency will automatically decrease at Zero speed, in order to keep Nominal current output
Open the catalog to page 12Motor Feedback Options Hardware Configuration Processor speed: 80 MIPS pC + FPGA / 120 MIPS pC + FPGA Extreme Version (Optional) Task frequency: » Current /drive monitoring: 1 MHz » Position/speed loop: 8 kHz » PLC fast task: 8 kHz » PLC slow task: 15.625 Hz to 1 kHz user-programmable Position loop mode available Target position register: 32 or 64 bits Full digital control Id/Iq, updated 16 kHz
Open the catalog to page 13Phase Motion Control Technical specifications (1) Symbol AxN 90.150.4 AxN 110.200.4 Units (1) Test performed with full option control card and firmware 1.8.197 (3) V.n = 380 Vac, Iuut = I, Tamb= 40°C, Comm.Freq.8kHz, Including input rectifier losses (4) PWM frequency will automatically decrease at Zero speed, in order to keep Nominal current output
Open the catalog to page 14Motor Feedback Options Hardware Configuration Processor speed: 80 MIPS pC + FPGA / 120 MIPS pC + FPGA Extreme Version (Optional) Task frequency: » Current /drive monitoring: 1 MHz » Position/speed loop: 8 kHz » PLC fast task: 8 kHz » PLC slow task: 15.625 Hz to 1 kHz user-programmable Position loop mode available Target position register: 32 or 64 bits Full digital control Id/Iq, updated 16 kHz
Open the catalog to page 15Installation, Configuration and Control Tool for Programmable Motion Control Platforms. 0 Target info K P All parameters B P Core f* Motor It) f Incoder B P Absolute Analogue Traces B p HallsensorsTrates B (5 Incremental I races W P Sensorless P llertncal field Onoitatron B P Mender : E 0 Aualiaiy P Incremental Traces P Monitor p Monitor B P Torque Loop E P Speed Pos Loop B P DevreeControl B p Fieldbus M P System B £\ Alarms App'if Jtion Se'ection App'icatioo Configuration £3 Monitor page ^ Feedback encoder £3 Motor |P Brake unit ^ Space Speed Control Loop Q Motion Control Application _Q CANOpen...
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