SVAC3. 400W AC Powered Servo Drive. Accessories C IP IP IP C IP. Control Options* For more information, visit:

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1 Feedback E = Encoder board 3 = 3.5A cont, 7.4A peak, 120VA 1.8A cont, 5.4A peak, 220VA ontrol S = Basic version Q = Q Programming = EtherNet/ BLuA5-Si SVA3-S-E120 SVA3-S-E220 SVA3-Q-E120 SVA3-Q-E220 SVA3--E120 SVA3--E220 Encoder Output ANopen EtherNet/ Ethernet RS-422/485 Model Numbers RS-232 Input Voltage 120 = 120VA 220 = 220VA Series SVA Servo Series Si Programming SVA3-S-E120 Q Programming Servo Drive Model Numbers Servo Products Series BLuA Servo Series BLuA5-S Output urrent 5= 5.0 cont, 15A peak ontrol S = Basic Version Q = Q Programming QE = Q with more I/O Si = Si Programming Series SV Servo Series Feedback E = Encoder board (standard) F = Motion ontroller Feedback (MF) board Output urrent 7 = 7.0 ont, 14A Peak ontrol S = Basic version Q = Q Programming Si = Si Programming = ANopen = EtherNet/ BLuA5-Q BLuA5-QE BLuA5-Si SV7-S-RE SV7-S-AE SV7-S-AF SV7-S-RE SV7-Q-AE SV7-Q-AF SV7-Q-RE SV7-Q-EE SV7-Si-AE SV7-Si-AF E = Ethernet (optional) SV7--E (requires Q or control option) # SV7--EE ommunications A = RS-232 (standard) R = RS-485 (optional) = ANopen (optional) (requires control option) 85%k DISTRIBUTED BY: 404 Westridge76% Dr. Watsonville, A68%M #006BB3 Tel: %Y Fax: %K 16 #FFFFFF B Three drive series to cover a wide range of motors ommon features and control options ommon software tools for configuration and programming Multiple communication options, including: Servo Drives Ethernet, EtherNet/, RS-232/485 and ANopen SV7 Easy system commissioning and tuning using SVA3 preconfigured setup files BLuA5 Point-and-click programming with Si Servo Motors Programmer M Series omplex motion, multi-tasking, and third V Series party HMI support with Q Programmer Motors with NEMA and Metric frame sizes Torques from 0.84 to 64 in-lb

2 SVA3 Accessories Power Supplies Applied Motion offers two matched power supplies for use with the SV7 drives. A 24VD 150W (part number: PS150A24) and a 48VD 320W version (part number: PS320A48). These power supplies have current over load capability making them ideal for use with servo drives. 400W A Powered Servo Drive Operates from 120 or 220 VA Digital PID servo control Velocity and acceleration feedforward minimize position error throughout every move Digital DQ current loop provides wide bandwidth, precise current control Sine commutation for smooth, quiet motion PID output filter + derivative filter eliminate system resonances Jerk filter provides jerk free S curve motion Built-in regeneration (power dump) circuit 100 Mbit Ethernet Flexible control options Q Programmable version Break Out Boards: BOB-1 and BOB-2 BOB-1 is for use with all drives and expands the DB25F connector to screw terminals. BOB-2 is for use with the DB25M connector on the BLuA5-Si and -QE. A 3 foot cable included with both models. R-050 Regeneration lamp (for SV7) The R-050 regeneration clamp is for use where regeneration from the motor may be excessive for the power supply. In these cases, the R-050 is connected between the drive and power supply and absorbs regenerated energy. ontrol Options* Pulse & direction W/W pulse A/B quadrature Velocity (oscillator) mode Analog +/-10V torque, velocity, position Host commands (SL) Quick TunerTM software for setup operation Stand-alone Q ProgrammerTM for complex motion Quick TunerTM software for setup onditional processing Math functions Multi-tasking Register manipulation Encoder following Third-party HMI compatibility EtherNet/ onnects to industry s most popular PL s Same functions as Q model Braking resistor assembly - RA-100 For use with BLuA5 dynamic braking and regeneration circuits. For more information, visit: ommunications Ethernet Port The Ethernet port on all SVA3 drives is used for configuration, programming, and streaming SL and Q commands to one or more drives across 100 Mbit Ethernet networks (TP and UDP). EtherNet/ option: SV7--EE Allows drives to be commanded and queried over EtherNet/ industrial networks. *See back page for complete list of available model numbers. 2 15

3 SVA3 Dimensions ABDEF Inputs and Outputs Q Q 4 digital inputs 2 digital outputs 1 analog input 12 digital inputs 6 digital outputs 1 analog input Q 12 digital inputs 6 digital outputs 1 analog input Dimensions in inches Not to scale 3

4 Torque urves for 120 Volt SVA3 -in) Torque (oz SVA3-120 V Peak V ontinuous V Peak V ontinuous V Peak V ontinuous V Peak V ontinuous V Peak V ontinuous Speed (RPM) Torque urves for 220 Volt SVA3 SVA V Peak V ontinuous V Peak V ontinuous V Peak V ontinuous V Peak V ontinuous -in) Torque (oz Speed (RPM) 4

5 SVA3 Technical Specifications POWER AMPLIFIER: AMPLIFIER TYPE URRENT ONTROL OUTPUT URRENT INPUT POWER PROTETION REGENERATION AMBIENT TEMPERATURE HUMIDITY WEIGHT ONTROLLER: NON-VOLATILE STORAGE INPUTS/OUTPUTS: S models INPUTS/OUTPUTS: Q and models OMMUNIATION INTERFAE ENODER INTERFAE AGENY APPROVALS Digital MOSFET 16 khz PWM 4 quadrant d-q method SVA3-120: 0.5 to 3.5 A rms continuous, 0.5 to 7.4 A rms peak (2 seconds max, I2t limiting) SVA3-220: 0.5 to 1.8 A rms continuous, 0.5 to 5.4 A rms peak (2 seconds max, I2t limiting) SVA3-120: VA, Hz SVA3-220: VA, Hz" Over-voltage, under-voltage, over-temp, motor/wiring shorts (phase-to-phase, phase-to-ground) Built-in regeneration circuit, 10 watts max 0 to 40 º (32 to 104 ºF), must be mounted to suitable heatsink with adequate ventilation 90% max, non-condensing 22.4 oz Drive configuration and Q program stored in non-volatile memory 1, 2 inputs: Optically isolated, differential, 5-24 VD, minimum pulse width = 250 ns, maximum pulse frequency = 2 MHz. Function: step & direction, W/W step, A/B quadrature encoder 3 input: Optically isolated, differential, 5-24 VD. Function: motor enable 4 input: Optically isolated, differential, 5-24 VD. Function: alarm reset Note: any input that is not assigned to a dedicated function can be used for a home or registration sensor or for program branching Y1 output: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max. Function: brake relay Y2 output: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max. Function: fault, motion or tach Note: any output that is not assigned to a dedicated funtion is general purpose programmable Analog input: Single-ended. Range (resolution) is software selectable 0-5 VD (10 bits), +/-5 or 0-10 VD (11 bits), or +/-10 VD (12 bits). Software configurable offset, deadband and filtering. 1, 2 inputs: Optically isolated, differential, 5-24 VD, minimum pulse width = 250 ns, maximum pulse frequency = 2 MHz. Function: step & direction, W/W step, A/B quadrature encoder 3 input: Optically isolated, differential, 5-24 VD. Function: motor enable 4 input: Optically isolated, differential, 5-24 VD. Function: alarm reset IN1, IN2 inputs: Optically isolated, differential, 5-24 VD. Function: jogging IN3-IN6 inputs: Optically isolated, sinking w/ shared common, VD IN7, IN8 inputs: Optically isolated, differential, 5-24 VD. Function: W and W limits Note: any input that is not assigned to a dedicated function can be used for a home or registration sensor or for program branching. Y1 output: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max. Function: brake relay Y2 output: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max. Function: fault OUT1 output: Optical Darlington, sinking, 30 VD max, 100 ma max. Function: motion or tach OUT2, OUT3 outputs: Optical Darlington, sinking, 30 VD max, 100 ma max OUT4 output: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max Note: any output that is not assigned to a dedicated funtion is general purpose programmable Analog input: Single-ended. Range (resolution) is software selectable 0-5 VD (10 bits), +/-5 or 0-10 VD (11 bits), or +/-10 VD (12 bits). Software configurable offset, deadband and filtering. All models: Ethernet 100BASE-T, supports TP and UDP models only: EtherNet/ industrial networking Differential line receivers for incremental encoder (A/B quadrature) feedback, up to 2 MHz. 400 cpr min to 32,768 cpr max (1600 quadrature counts min to 131,072 quadrature counts max) RoHS E EN :2004, EN :2003 UL 508 5

6 BLuA5 Torque urves for SV7 atmodels) 48 VD Recommended Motors (220V 1000W A Powered Servo Drive operation Stand-alone Q ProgrammerTM for complex motion Quick TunerTM software for setup onditional processing Math functions Multi-tasking Register manipulation Encoder following Third-party HMI compatibility QE adds additional I/O Si ProgrammerTM point-and-click indexer software with built-in Quick TunerTM User-friendly GUI I/O and motion programming Operator interface available (MMI-01 or MMI-02) V B 48VD ont V B 48VD Peak V B 48VD ont Torque (oz-in) V B 48VD ont 150 V A 48VD Peak V A 48VD ont More curves available at Speed (RPM) SV7 Technical Specifications Pulse & direction W/W pulse A/B quadrature Velocity (oscillator) mode Analog +/-10V torque, velocity, position Host commands (SL) SiNet hub compatible Quick TunerTM software for setup V B 48VD Peak V B 48VD Peak ontrol Options* V B 60VD ont 200 Operates from 100 to 240 VA, 1 or 3 phase Digital PID servo control Velocity and acceleration feedforward minimize position error throughout every move Digital DQ current loop provides wide bandwidth, precise current control Sine commutation for smooth, quiet motion PID output filter + derivative filter eliminate system resonances Built-in regeneration (power dump) circuit Dynamic braking RS-232, RS-485 Flexible control options Si and Q Programmable versions V B 60VD Peak 250 POWER AMPLIFIER: All Models For more information, visit: ommunications RS-232 port Standard on all drives The RS-232 port is used for configuration, programming, and sending SL and Q commands to a single drive. RS-485 port Standard on all drives The RS-485 port can be used to stream SL and Q commands to one or more drives across a serial network. AMPLIFIER TYPE Digital MOSFET 16 khz PWM URRENT ONTROL 4 quadrant d-q method OUTPUT URRENT 0.5 to 7.0 A rms continuous, 0.5 to 14 A rms peak (2 seconds max, I2t limiting) INPUT POWER VD (external power supply required) PROTETION Over-voltage, under-voltage, over-temp, motor/wiring shorts (phase-to-phase, phase-to-ground) REGENERATION No internal regeneration circuit. R-050 external regeneration clamp may be required for applications with high load inertia and/or rapid deceleration AMBIENT TEMPERATURE 0 to 40 º (32 to 104 ºF), must be mounted to suitable heatsink with adequate ventilation HUMIDITY 90% max, non-condensing WEIGHT 10 oz ONTROLLER: All Models NON-VOLATILE STORAGE Drive configuration and Q program stored in non-volatile memory INPUTS/OUTPUTS 1, 2 inputs: Optically isolated, differential, 5 VD, minimum pulse width = 250 ns, maximum pulse frequency = 2 MHz. Function: step & direction, W/W step, A/B quadrature encoder 3 input: Optically isolated, sinking or sourcing, VD. Function: motor enable 4 input: Optically isolated, sinking or sourcing, VD. Function: alarm reset 5, 6 inputs: Optically isolated, sinking or sourcing, VD. Function: W and W jog inputs Note: inputs 3-6 have a shared common. 7, 8 inputs: Optically isolated, differential, VD. Function: W and W limits Note: any input that is not assigned to a dedicated function can be used for a home or registration sensor or for program branching. *See back page for complete list of available model numbers. ontinued on page

7 BLuA5 Dimensions Inputs and Outputs Q Q 7 digital inputs 3 digital outputs 2 analog inputs 15 digital inputs 7 digital outputs 3 analog inputs Q 7 digital inputs 3 digital Q outputs 2 analog Qinputs Q Q 15 digital inputs 7 digital outputs Dimensions in Inches Not to scale Torque urves for BLuA M VA Peak M VA Peak M VA Peak M VA Peak M VA ont M VA ont M VA ont M VA ont Torque (oz-in) Speed (RPM) 7

8 BLuA5 Technical Specifications POWER AMPLIFIER: AMPLIFIER TYPE URRENT ONTROL OUTPUT URRENT INPUT POWER PROTETION REGENERATION AMBIENT TEMPERATURE HUMIDITY WEIGHT 3-phase sinusoidal PWM switching at 16 khz 4 quadrant d-q method Up to 5 A rms continuous, up to 15 A rms peak (2 seconds max, I2t limiting) VA, 50/60 Hz, 1-phase or 3-phase Over-voltage (400 VD on D bus), under-voltage (100 VD on D bus), over-temp (75 º), motor/wiring shorts (phase-to-phase, phase-to-ground), regeneration error (based on regeneration values input by user), encoder failure (differential encoders only), Hall sensor failure 50 Watt internal shunt resistor, connector for external high-power shunt resistor 0 to 40 º (32 to 104 ºF), must be mounted to suitable heatsink with adequate ventilation 90% max, non-condensing S and Q models: 35.1 oz QE and Si models: 44 oz ONTROLLER: NON-VOLATILE STORAGE INPUTS/OUTPUTS: S and Q models INPUTS/OUTPUTS: QE and Si models OMMUNIATION INTERFAE ENODER INTERFAE AGENY APPROVALS Drive configuration and programs stored in non-volatile memory 1, 2 inputs: Optically isolated, differential, 5 VD 3-7 inputs: Optically isolated, single-ended w/ shared common, VD Y1-Y3 outputs: Optical Darlington, sinking w/ shared common, 30 VD max, 100 ma max Analog inputs: Two single-ended inputs can be wired together as one differential input. Range is software selectable 0-5 VD, +/-5, 0-10 VD, or +/-10 VD. Software configurable offset, deadband and filtering on differential input only 1, 2 inputs: Optically isolated, differential, 5 VD 3-7 inputs: Optically isolated, single-ended w/ shared common, VD IN1-IN6 inputs: Optically isolated, single-ended w/ shared common, VD IN7, IN8 inputs: Optically isolated, differential, VD Y1-Y3 outputs: Optical Darlington, sinking w/ shared common, 30 VD max, 100 ma max OUT1-OUT4 outputs: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max Analog inputs: Two single-ended inputs can be wired together as one differential input. Range is software selectable 0-5 VD, +/-5, 0-10 VD, or +/-10 VD. Software configurable offset, deadband and filtering on differential input only. Note: Si Programming does not support the analog input(s). RS-232 for configuration, programming and serial communications to a single drive RS-485 for serial communications to one or more drives on a serial network Differential line receivers for incremental encoder (A/B quadrature) feedback, up to 2 MHz. 50 cpr min to 8192 cpr max (200 quadrature counts min to 32,768 quadrature counts max) RoHS E 8

9 BLuA5 Technical Specifications POWER AMPLIFIER: AMPLIFIER TYPE 3-phase sinusoidal PWM switching at 16 khz URRENT ONTROL 4 quadrant d-q method OUTPUT URRENT Up to 5 A rms continuous, up to 15 A rms peak (2 seconds max, I2t limiting) INPUT POWER VA, 50/60 Hz, 1-phase or 3-phase PROTETION Over-voltage (400 VD on D bus), under-voltage (100 VD on D bus), over-temp (75 º), motor/wiring shorts (phase-to-phase, phase-to-ground), regeneration error (based on regeneration values input by user), encoder failure (differential encoders only), Hall sensor failure REGENERATION 50 Watt internal shunt resistor, connector for external high-power shunt resistor AMBIENT TEMPERATURE 0 to 40 º (32 to 104 ºF), must be mounted to suitable heatsink with adequate ventilation HUMIDITY 90% max, non-condensing WEIGHT S and Q models: 35.1 oz QE and Si models: 44 oz ONTROLLER: NON-VOLATILE STORAGE Drive configuration and programs stored in non-volatile memory INPUTS/OUTPUTS: S and Q models 1, 2 inputs: Optically isolated, differential, 5 VD 3-7 inputs: Optically isolated, single-ended w/ shared common, VD Y1-Y3 outputs: Optical Darlington, sinking w/ shared common, 30 VD max, 100 ma max Analog inputs: Two single-ended inputs can be wired together as one differential input. Range is software selectable 0-5 VD, +/-5, 0-10 VD, or +/-10 VD. Software configurable offset, deadband and filtering on differential input only INPUTS/OUTPUTS: QE and Si models 1, 2 inputs: Optically isolated, differential, 5 VD 3-7 inputs: Optically isolated, single-ended w/ shared common, VD IN1-IN6 inputs: Optically isolated, single-ended w/ shared common, VD IN7, IN8 inputs: Optically isolated, differential, VD Y1-Y3 outputs: Optical Darlington, sinking w/ shared common, 30 VD max, 100 ma max OUT1-OUT4 outputs: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max Analog inputs: Two single-ended inputs can be wired together as one differential input. Range is software selectable 0-5 VD, +/-5, 0-10 VD, or +/-10 VD. Software configurable offset, deadband and filtering on differential input only. Note: Si Programming does not support the analog input(s). OMMUNIATION INTERFAE RS-232 for configuration, programming and serial communications to a single drive RS-485 for serial communications to one or more drives on a serial network ENODER INTERFAE Differential line receivers for incremental encoder (A/B quadrature) feedback, up to 2 MHz. 50 cpr min to 8192 cpr max (200 quadrature counts min to 32,768 quadrature counts max) AGENY APPROVALS RoHS E SV7 300W D Powered Servo Drive Operates from 24 to 80 VD Digital PID servo control Velocity and acceleration feedforward minimize position error throughout every move Digital DQ current loop provides wide bandwidth, precise current control Sine commutation for smooth, quiet motion PID output filter + derivative filter eliminate system resonances Jerk filter provides jerk free S curve motion RS-232, RS-485, ANopen, Ethernet Flexible control options Si and Q Programmable versions ontrol Options* Pulse & direction W/W pulse A/B quadrature Velocity (oscillator) mode Analog +/-10V torque, velocity, position Host commands (SL) SiNet Hub compatible Quick TunerTM software for setup Stand-alone operation Q Programmer for complex motion Quick Tuner software for setup onditional processing Math functions Multi-tasking Register manipulation Encoder following Third-party HMI compatibility Si ProgrammerTM with built-in Quick TunerTM Point-and-click indexing software User-friendly GUI I/O and motion programming Operator interface available (MMI-01 or MMI-02) TM TM ANopen protocols DS301 and DSP402 Profile Position, Profile Velocity, and Homing modes Up to 127 axes per channel Execute stored Q programs EtherNet/ onnects to industry s most popular PL s Same functions as Q model *See back page for complete list of available model numbers. 8 For more information go to ommunications Ethernet option: SV7-Q-EE The Ethernet option board allows the SV7-Q-EE to be commanded and queried over standard 100Mbit Ethernet using the SL and Q languages. ANopen option: SV7--E The ANopen option board used with the SV7--E allows the drive to be connected to a ANopen network along with other ANopen drives. Drives can be controlled and interrogated over the network. RS-485 option: SV7-Q-RE, SV7-S-RE The RS-485 option board adds the ability to stream SL and Q commands to one or more drives on a serial network. RS-232 port: standard on all but Ethernet drives Example: SV7-S-AF The RS-232 port is used for configuration, programming, and serial communications with a single drive. EtherNet/ option: SV7--EE Allows drives to be commanded and queried over EtherNet/ industrial networks. 9

10 SV7 Dimensions Inputs and Outputs Q Q 8 digital inputs 4 digital outputs 2 analog Qinputs 8 digital inputs 4 digital outputs Q 8 inputs 4 digital Q outputs 2 analog inputs 8 digital inputs 4 digital outputs 2 analog inputs Q SLOT 0.16 WIDE, FULL R Q 8 digital inputs 4 digital outputs 2 analog inputs Dimensions in Inches Not to scale Recommended Motors (220V Models) Torque urves for SV7 at 24 VD -in) Torque (oz V B 24VD Peak V B 24VD ont V B 24VD Peak V B 24VD ont V B 24VD Peak V B 24VD ont V A 24VD Peak V A 24VD ont Speed (RPM) More curves available at 10

11 Torque Recommended urves for Motors SV7 (220V at Models) 48 VD Torque (oz-in) V B 60VD Peak V B 60VD ont V B 48VD Peak V B 48VD ont V B 48VD Peak V B 48VD ont V B 48VD Peak V B 48VD ont V A 48VD Peak V A 48VD ont More curves available at Speed (RPM) SV7 Technical Specifications POWER AMPLIFIER: All Models AMPLIFIER TYPE URRENT ONTROL OUTPUT URRENT INPUT POWER PROTETION REGENERATION AMBIENT TEMPERATURE HUMIDITY WEIGHT Digital MOSFET 16 khz PWM 4 quadrant d-q method 0.5 to 7.0 A rms continuous, 0.5 to 14 A rms peak (2 seconds max, I2t limiting) VD (external power supply required) Over-voltage, under-voltage, over-temp, motor/wiring shorts (phase-to-phase, phase-to-ground) No internal regeneration circuit. R-050 external regeneration clamp may be required for applications with high load inertia and/or rapid deceleration 0 to 40 º (32 to 104 ºF), must be mounted to suitable heatsink with adequate ventilation 90% max, non-condensing 10 oz ONTROLLER: All Models NON-VOLATILE STORAGE INPUTS/OUTPUTS Drive configuration and Q program stored in non-volatile memory 1, 2 inputs: Optically isolated, differential, 5 VD, minimum pulse width = 250 ns, maximum pulse frequency = 2 MHz. Function: step & direction, W/W step, A/B quadrature encoder 3 input: Optically isolated, sinking or sourcing, VD. Function: motor enable 4 input: Optically isolated, sinking or sourcing, VD. Function: alarm reset 5, 6 inputs: Optically isolated, sinking or sourcing, VD. Function: W and W jog inputs Note: inputs 3-6 have a shared common. 7, 8 inputs: Optically isolated, differential, VD. Function: W and W limits Note: any input that is not assigned to a dedicated function can be used for a home or registration sensor or for program branching. ontinued on page 12 11

12 SV7 Technical Specifications (ontinued) ONTROLLER (ONT): All Models INPUTS/OUTPUTS (ONT) Y1 output: Optical Darlington, NPN/sinking, 30 VD max, 100 ma max. Function: brake relay Y2 output: Optical Darlington, NPN/sinking, 30 VD max, 100 ma max. Function: motion or tach Y3 output: Optical Darlington, NPN/sinking, 30 VD max, 100 ma max. Function: fault Note: outputs Y1-Y3 have a shared common. Y4 output: Optical Darlington, sinking or sourcing, 30 VD max, 100 ma max Note: any output that is not assigned to a dedicated funtion is general purpose programmable. Analog input: Single-ended. Range (resolution) is software selectable 0-5 VD (10 bits), +/-5 or 0-10 VD (11 bits), or +/-10 VD (12 bits). Software configurable offset, deadband and filtering. OMMUNIATION INTER- FAE ENODER INTERFAE AGENY APPROVALS SV7-x-Ax: RS-232 for programming and serial communications SV7-x-RE: RS-232 for programming and serial communications, RS-485 for serial communications SV7-Q-EE: Ethernet for programming and serial communications SV7--E: RS-232 for programming, ANopen for communications SV7--EE: Ethernet for programming, EtherNet/ for network communications" Differential line receivers for incremental encoder (A/B quadrature) feedback, up to 2 MHz. 400 cp min to 32,768 cpr max (1600 quadrature counts min to 131,072 quadrature counts max) RoHS E EN :2004, EN :2003" Software for All Drives Quick Tuner Used for setup and configuration of the drive. For more information about Quick Tuner TM, visit the Applied Motion Products website. Q Programmer Q Programmer TM is used to create and edit stand-alone programs for Q version drives. These programs can include multi-tasking, math, register manipulation, encoder following, and more. Si Programmer Intended for use in stand-alone applications, Si Programmer provides a user friendly, point-and-click, graphical interface that doesn t require any previous programming experience. urrently available on SV7 and BLuA5 servo drives only. All software applications run on Windows 7, Windows Vista, P, 2000, NT, ME,

13 Servo Motor Data V Series Motors: Economical package M Series Motors: NEMA frame sizes High torque density 2048 line (8192 count) incremental Metric frame sizes encoder 2000 line (8000 count)incremental encoder Part # Supply Voltage Frame Size Rated Power (Watts) ont. Peak Torque (in-lb) Rated Peak Speed (rpm) Torque onstant (in-lb/a) Voltage onstant (V/krpm) Rotor Inertia (oz-in-sec -2 ) M VD 40 mm E-04 M VD 60 mm E-03 V A VD NEMA E-04 V B VD NEMA E-03 V B VD NEMA E-03 V B VD NEMA E-03 M VD 60 mm E-03 M VD 60 mm E-03 V A VA NEMA E-04 V B VA NEMA E-03 M VA 40 mm E-04 M VA 60 mm E-03 V B VA NEMA E-03 V B VA NEMA E-03 M VA 60 mm E-03 V VA NEMA E-02 M VA 60 mm E-03 V B VA NEMA E-03 M VA 60 mm E-03 V VA NEMA E-02 M VA 80 mm E-03 M VA 80 mm E-02 13

14 Servo Motor Extension ables ENODER ETENSION ABLE FOR V SERIES MOTORS VA-EN-A-06-6 ft VA-EN-A ft MOTOR ETENSION ABLE FOR V SERIES MOTORS VA-MTR-A-06-6 ft VA-MTR-A ft ENODER ETENSION ABLE FOR M SERIES MOTORS BLUEN-A-04-4 ft BLUEN-A ft BLUEN-A ft MOTOR ETENSION ABLE FOR M SERIES MOTORS for use with BLuA5 Drives BLUMTR-FA-04-4 ft BLUMTR-FA ft BLUMTR-FA ft MOTOR ETENSION ABLE FOR M SERIES MOTORS for use with SV7 and SVA3 Drives BLUMTR-A-04-4 ft BLUMTR-A ft BLUMTR-A ft 14

15 SVA3 Accessories Power Supplies Applied Motion offers two matched power supplies for use with the SV7 drives. A 24VD 150W (part number: PS150A24) and a 48VD 320W version (part number: PS320A48). These power supplies have current over load capability making them ideal for use with servo drives. 400W A Powered Servo Drive Operates from 120 or 220 VA Digital PID servo control Velocity and acceleration feedforward minimize position error throughout every move Digital DQ current loop provides wide bandwidth, precise current control Sine commutation for smooth, quiet motion PID output filter + derivative filter eliminate system resonances Jerk filter provides jerk free S curve motion Built-in regeneration (power dump) circuit 100 Mbit Ethernet Flexible control options Q Programmable version Break Out Boards: BOB-1 and BOB-2 BOB-1 is for use with all drives and expands the DB25F connector to screw terminals. BOB-2 is for use with the DB25M connector on the BLuA5-Si and -QE. A 3 foot cable included with both models. R-050 Regeneration lamp (for SV7) The R-050 regeneration clamp is for use where regeneration from the motor may be excessive for the power supply. In these cases, the R-050 is connected between the drive and power supply and absorbs regenerated energy. ontrol Options* Pulse & direction W/W pulse A/B quadrature Velocity (oscillator) mode Analog +/-10V torque, velocity, position Host commands (SL) Quick TunerTM software for setup operation Stand-alone Q ProgrammerTM for complex motion Quick TunerTM software for setup onditional processing Math functions Multi-tasking Register manipulation Encoder following Third-party HMI compatibility EtherNet/ onnects to industry s most popular PL s Same functions as Q model Braking resistor assembly - RA-100 For use with BLuA5 dynamic braking and regeneration circuits. For more information, visit: ommunications Ethernet Port The Ethernet port on all SVA3 drives is used for configuration, programming, and streaming SL and Q commands to one or more drives across 100 Mbit Ethernet networks (TP and UDP). EtherNet/ option: SV7--EE Allows drives to be commanded and queried over EtherNet/ industrial networks. *See back page for complete list of available model numbers. 2 15

16 Servo Drive Model Numbers SVA3-S-E120 Series SVA Servo Series 3 = 3.5A cont, 7.4A peak, 120VA 1.8A cont, 5.4A peak, 220VA Input Voltage 120 = 120VA 220 = 220VA Feedback E = Encoder board Model Numbers SVA3-S-E120 Q Programming Si Programming RS-232 RS-422/485 Ethernet EtherNet/ ANopen Encoder Output ontrol S = Basic version Q = Q Programming = EtherNet/ SVA3-S-E220 SVA3-Q-E120 SVA3-Q-E220 BLuA5-Si SVA3--E120 SVA3--E220 Series BLuA Servo Series SV7-S-RE Series SV Servo Series Output urrent 7 = 7.0 ont, 14A Peak Output urrent 5= 5.0 cont, 15A peak ontrol S = Basic Version Q = Q Programming QE = Q with more I/O Si = Si Programming Feedback E = Encoder board (standard) F = Motion ontroller Feedback (MF) board BLuA5-S BLuA5-Q BLuA5-QE BLuA5-Si SV7-S-AE SV7-S-AF SV7-S-RE SV7-Q-AE SV7-Q-AF SV7-Q-RE ontrol S = Basic version Q = Q Programming Si = Si Programming = ANopen = EtherNet/ ommunications A = RS-232 (standard) R = RS-485 (optional) = ANopen (optional) (requires control option) E = Ethernet (optional) (requires Q or control option) SV7-Q-EE SV7-Si-AE SV7-Si-AF SV7--E SV7--EE 404 Westridge Dr. Watsonville, A Tel: Fax: DISTRIBUTED BY: B