Overcurrent. Overvoltage. Undervoltage. Overheat. Overload. Overtravel. Single-Phasing. Regenerative resistor error. Position deviation error. Encoder feedback error. Excessive braking rate. EEPROM error

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

Input resistance: 20kΩ

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

22AWG cables

Blank: Communication RJ45 Port

Cooling through metal mount plate

8 Digital Inputs (Supports common anode or cathode connection)

1. Clear Alarm （A-CLR） 2. Positive limit switch (POT) 3. Negative limit switch (NOT) 4. Homing switch (HOME-SWITCH) 5. Emergency stop (E-Stop)

6 Digital Inputs (Supports NPN and PNP)

8 Digital Inputs (Supports common anode or cathode connection)

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

1. Alarm (ALM) 2. Servo ready (SRDY) 3. External brake off (BRK-OFF) 4. Positioning completed (INP) 5. Velocity at arrival (AT-SPEED) 6. Torque limiting command (TLC) 7. Zero speed position (ZSP) 8. Velocity coincidence (V-COIN) 9. Position command (P-CMD) 10. Velocity limit (V-LIMIT) 11. Velocity command (V-CMD) 12. Servo enabled (SRV-ST) 13. Homing done (HOME-OK) 14. Position comparison (CMP-OUT)

3 Digital outputs（3 double-ended, DO1~DO3）

After receiving Sync0 event, ELD3-EC immediately implements the control action which has a high synchronization performance.

50.0

73.0

4-φ3.5

47.0

48.8

75.7

33.5

13.5

Internal dynamic brake

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supports phase A/B/Z differential crossover frequency output Supports phase Z open collector crossover frequency output

Feedback Method Encoder: RS485 Protocol

RJ45/molex. Communication up to 128 axes to a host

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

In free running mode, ELD3-EC processes the process data sent by the master asynchronously. It only applies to asynchronous motion mode such as homing mode, protocol position mode, etc

External encoder input method: Differential input

ELD3-EC series servo drives support direct drive holding brake. Please connect BR+ and BR- to motor brake terminal to control the holding brake. There is no need for an external relay. Logic power circuit has to be connected to an external 24V power supply.

M: Without housing

IP ratings IP20

Up to 1000m above sea level

No corrosive gas, combustibles, dirt or dust.

Installation: 0-55℃ (Not frozen)

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supply power to drive’s control circuit. When main power supply is cut off, drive communication and IO will be maintained functional

Logic Power Circuit 24VDC

Control Circuit Power Supply 24VDC , -25%~+25%

Main power supply 48VDC (18-75VDC)

Main power supply 48VDC (18-75VDC)

DC power supply 24-70VDC

Motor Power Cable CABLE-RZD*M*-263 12AWG

Wire length available: 0.5m, 1.5m, 3m, 5m, 7m and 10m.

Please install the driver vertical to ground facing forward for better heat dissipation. Always install in rows and use heat insulation board to separate between rows. Cooling fans are recommended for drivers to achieve optimal performance.

CABLE-BMAD*M*-283-T(PJ)ROHS with battery kit for multiturn absolute encoder

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Peak Current (Arms) 2.5 12.5 25 50

Peak Current (A) 2.5 12.5 25 50

42 position comparison outputs

Profile Position Mode (PP) Cyclic Synchronous Position Mode (CSP) Homing Mode (HM)

IGBT SVPWM sinusoidal wave drive

ELD3-EC series servo drives use DI5 and DI6 as probe input terminals. DI5/DI6 is default as probe function if no other function is assigned to them.

Digital inputs and outputs can be set accordingly

Rated Current (Arms) 1 5 10 20

Rated Current (A) 1 5 10 20

Power Rating 50W 200W 400W 750W

Under 90%RH (Condensation free)

Safe Torque Off (STO) Available for all ELD3-EC series servo drives

Hall signal UVW + ABZ or RS485 encoder（Tamagawa protocol）BISS-C

Encoder #2

Please keep 30cm away from main power supply cable or motor power cable to avoid electromagnetic interference.

CABLE-BMD*M*-273-T(PJ)ROHS for single turn encoder

STO module (CN5 connector) consists of 2 input channels.

It cuts off the motor current supply by blocking of PWM control signal from the power module. When the motor current is cut off, the motor will still move under inertia and stops gradually.

Storage: -20-80℃ (Condensation free);

30 times smaller than motor inertia

Profile Torque Mode (PT) Cyclic Synchronous Torque Mode (CST)

One-click tuning, Single parameter tuning, Black box, Zero tracking control

Driver tuning through Motion Studio Ver. 2.3. Parameters tuning in current loop, position loop, velocity loop; Modify I/O signal and motor parameters; Variables(velocity, position deviation, etc.) monitoring using step diagrams

Modbus USB2.0 (No need to connect driver to power supply)

USB Type-C Modify or read driver parameters without connecting to main power supply

Profile Velocity Mode (PV) Cyclic Synchronous Velocity Mode (CSV)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

End vibration suppression

Overcurrent. Overvoltage. Undervoltage. Overheat. Overload. Overtravel. Single-Phasing. Regenerative resistor error. Position deviation error. Encoder feedback error. Excessive braking rate. EEPROM error

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

Input resistance: 20kΩ

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

22AWG cables

Blank: Communication RJ45 Port

Cooling through metal mount plate

8 Digital Inputs (Supports common anode or cathode connection)

1. Clear Alarm （A-CLR） 2. Positive limit switch (POT) 3. Negative limit switch (NOT) 4. Homing switch (HOME-SWITCH) 5. Emergency stop (E-Stop)

6 Digital Inputs (Supports NPN and PNP)

8 Digital Inputs (Supports common anode or cathode connection)

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

1. Alarm (ALM) 2. Servo ready (SRDY) 3. External brake off (BRK-OFF) 4. Positioning completed (INP) 5. Velocity at arrival (AT-SPEED) 6. Torque limiting command (TLC) 7. Zero speed position (ZSP) 8. Velocity coincidence (V-COIN) 9. Position command (P-CMD) 10. Velocity limit (V-LIMIT) 11. Velocity command (V-CMD) 12. Servo enabled (SRV-ST) 13. Homing done (HOME-OK) 14. Position comparison (CMP-OUT)

3 Digital outputs（3 double-ended, DO1~DO3）

After receiving Sync0 event, ELD3-EC immediately implements the control action which has a high synchronization performance.

50.0

73.0

4-φ3.5

47.0

48.8

75.7

33.5

13.5

Internal dynamic brake

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supports phase A/B/Z differential crossover frequency output Supports phase Z open collector crossover frequency output

Feedback Method Encoder: RS485 Protocol

RJ45/molex. Communication up to 128 axes to a host

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

In free running mode, ELD3-EC processes the process data sent by the master asynchronously. It only applies to asynchronous motion mode such as homing mode, protocol position mode, etc

External encoder input method: Differential input

ELD3-EC7020B* 10 100 5

ELD3-EC7020B* 10 100 5

ELD3-EC7020B* 10 100 5

ELD3-EC series servo drives support direct drive holding brake. Please connect BR+ and BR- to motor brake terminal to control the holding brake. There is no need for an external relay. Logic power circuit has to be connected to an external 24V power supply.

M: Without housing

IP ratings IP20

Up to 1000m above sea level

No corrosive gas, combustibles, dirt or dust.

Installation: 0-55℃ (Not frozen)

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supply power to drive’s control circuit. When main power supply is cut off, drive communication and IO will be maintained functional

Logic Power Circuit 24VDC

Control Circuit Power Supply 24VDC , -25%~+25%

Main power supply 48VDC (18-75VDC)

Main power supply 48VDC (18-75VDC)

DC power supply 24-70VDC

Motor Power Cable CABLE-RZD*M*-263 12AWG

Wire length available: 0.5m, 1.5m, 3m, 5m, 7m and 10m.

Please install the driver vertical to ground facing forward for better heat dissipation. Always install in rows and use heat insulation board to separate between rows. Cooling fans are recommended for drivers to achieve optimal performance.

CABLE-BMAD*M*-283-T(PJ)ROHS with battery kit for multiturn absolute encoder

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Peak Current (Arms) 2.5 12.5 25 50

Peak Current (A) 2.5 12.5 25 50

42 position comparison outputs

Profile Position Mode (PP) Cyclic Synchronous Position Mode (CSP) Homing Mode (HM)

IGBT SVPWM sinusoidal wave drive

ELD3-EC series servo drives use DI5 and DI6 as probe input terminals. DI5/DI6 is default as probe function if no other function is assigned to them.

Digital inputs and outputs can be set accordingly

Rated Current (Arms) 1 5 10 20

Rated Current (A) 1 5 10 20

Power Rating 50W 200W 400W 750W

Under 90%RH (Condensation free)

Safe Torque Off (STO) Available for all ELD3-EC series servo drives

Hall signal UVW + ABZ or RS485 encoder（Tamagawa protocol）BISS-C

Encoder #2

Please keep 30cm away from main power supply cable or motor power cable to avoid electromagnetic interference.

CABLE-BMD*M*-273-T(PJ)ROHS for single turn encoder

STO module (CN5 connector) consists of 2 input channels.

It cuts off the motor current supply by blocking of PWM control signal from the power module. When the motor current is cut off, the motor will still move under inertia and stops gradually.

Storage: -20-80℃ (Condensation free);

30 times smaller than motor inertia

Profile Torque Mode (PT) Cyclic Synchronous Torque Mode (CST)

One-click tuning, Single parameter tuning, Black box, Zero tracking control

Driver tuning through Motion Studio Ver. 2.3. Parameters tuning in current loop, position loop, velocity loop; Modify I/O signal and motor parameters; Variables(velocity, position deviation, etc.) monitoring using step diagrams

Modbus USB2.0 (No need to connect driver to power supply)

USB Type-C Modify or read driver parameters without connecting to main power supply

Profile Velocity Mode (PV) Cyclic Synchronous Velocity Mode (CSV)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

End vibration suppression

Overcurrent. Overvoltage. Undervoltage. Overheat. Overload. Overtravel. Single-Phasing. Regenerative resistor error. Position deviation error. Encoder feedback error. Excessive braking rate. EEPROM error

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

Input resistance: 20kΩ

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

22AWG cables

Blank: Communication RJ45 Port

Cooling through metal mount plate

8 Digital Inputs (Supports common anode or cathode connection)

1. Clear Alarm （A-CLR） 2. Positive limit switch (POT) 3. Negative limit switch (NOT) 4. Homing switch (HOME-SWITCH) 5. Emergency stop (E-Stop)

6 Digital Inputs (Supports NPN and PNP)

8 Digital Inputs (Supports common anode or cathode connection)

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

1. Alarm (ALM) 2. Servo ready (SRDY) 3. External brake off (BRK-OFF) 4. Positioning completed (INP) 5. Velocity at arrival (AT-SPEED) 6. Torque limiting command (TLC) 7. Zero speed position (ZSP) 8. Velocity coincidence (V-COIN) 9. Position command (P-CMD) 10. Velocity limit (V-LIMIT) 11. Velocity command (V-CMD) 12. Servo enabled (SRV-ST) 13. Homing done (HOME-OK) 14. Position comparison (CMP-OUT)

3 Digital outputs（3 double-ended, DO1~DO3）

After receiving Sync0 event, ELD3-EC immediately implements the control action which has a high synchronization performance.

50.0

73.0

4-φ3.5

47.0

48.8

75.7

33.5

13.5

Internal dynamic brake

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supports phase A/B/Z differential crossover frequency output Supports phase Z open collector crossover frequency output

Feedback Method Encoder: RS485 Protocol

RJ45/molex. Communication up to 128 axes to a host

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

In free running mode, ELD3-EC processes the process data sent by the master asynchronously. It only applies to asynchronous motion mode such as homing mode, protocol position mode, etc

External encoder input method: Differential input

ELD3-EC7005B* 10 100 5

ELD3-EC7005B* 10 100 5

ELD3-EC7005B* 10 100 5

ELD3-EC series servo drives support direct drive holding brake. Please connect BR+ and BR- to motor brake terminal to control the holding brake. There is no need for an external relay. Logic power circuit has to be connected to an external 24V power supply.

M: Without housing

IP ratings IP20

Up to 1000m above sea level

No corrosive gas, combustibles, dirt or dust.

Installation: 0-55℃ (Not frozen)

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supply power to drive’s control circuit. When main power supply is cut off, drive communication and IO will be maintained functional

Logic Power Circuit 24VDC

Control Circuit Power Supply 24VDC , -25%~+25%

Main power supply 48VDC (18-75VDC)

Main power supply 48VDC (18-75VDC)

DC power supply 24-70VDC

Motor Power Cable CABLE-RZD*M*-263 12AWG

Wire length available: 0.5m, 1.5m, 3m, 5m, 7m and 10m.

Please install the driver vertical to ground facing forward for better heat dissipation. Always install in rows and use heat insulation board to separate between rows. Cooling fans are recommended for drivers to achieve optimal performance.

CABLE-BMAD*M*-283-T(PJ)ROHS with battery kit for multiturn absolute encoder

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Peak Current (Arms) 2.5 12.5 25 50

Peak Current (A) 2.5 12.5 25 50

42 position comparison outputs

Profile Position Mode (PP) Cyclic Synchronous Position Mode (CSP) Homing Mode (HM)

IGBT SVPWM sinusoidal wave drive

ELD3-EC series servo drives use DI5 and DI6 as probe input terminals. DI5/DI6 is default as probe function if no other function is assigned to them.

Digital inputs and outputs can be set accordingly

Rated Current (Arms) 1 5 10 20

Rated Current (A) 1 5 10 20

Power Rating 50W 200W 400W 750W

Under 90%RH (Condensation free)

Safe Torque Off (STO) Available for all ELD3-EC series servo drives

Hall signal UVW + ABZ or RS485 encoder（Tamagawa protocol）BISS-C

Encoder #2

Please keep 30cm away from main power supply cable or motor power cable to avoid electromagnetic interference.

CABLE-BMD*M*-273-T(PJ)ROHS for single turn encoder

STO module (CN5 connector) consists of 2 input channels.

It cuts off the motor current supply by blocking of PWM control signal from the power module. When the motor current is cut off, the motor will still move under inertia and stops gradually.

Storage: -20-80℃ (Condensation free);

30 times smaller than motor inertia

Profile Torque Mode (PT) Cyclic Synchronous Torque Mode (CST)

One-click tuning, Single parameter tuning, Black box, Zero tracking control

Driver tuning through Motion Studio Ver. 2.3. Parameters tuning in current loop, position loop, velocity loop; Modify I/O signal and motor parameters; Variables(velocity, position deviation, etc.) monitoring using step diagrams

Modbus USB2.0 (No need to connect driver to power supply)

USB Type-C Modify or read driver parameters without connecting to main power supply

Profile Velocity Mode (PV) Cyclic Synchronous Velocity Mode (CSV)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

End vibration suppression

Overcurrent. Overvoltage. Undervoltage. Overheat. Overload. Overtravel. Single-Phasing. Regenerative resistor error. Position deviation error. Encoder feedback error. Excessive braking rate. EEPROM error

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

Input resistance: 20kΩ

2 analog inputs（AI1/AI2）,-10V~+10V, Max. voltage: ±12V

22AWG cables

Blank: Communication RJ45 Port

Cooling through metal mount plate

8 Digital Inputs (Supports common anode or cathode connection)

1. Clear Alarm （A-CLR） 2. Positive limit switch (POT) 3. Negative limit switch (NOT) 4. Homing switch (HOME-SWITCH) 5. Emergency stop (E-Stop)

6 Digital Inputs (Supports NPN and PNP)

8 Digital Inputs (Supports common anode or cathode connection)

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

Please prepare switching power supply with output of 12-24VDC, current≥ 100mA;

1. Alarm (ALM) 2. Servo ready (SRDY) 3. External brake off (BRK-OFF) 4. Positioning completed (INP) 5. Velocity at arrival (AT-SPEED) 6. Torque limiting command (TLC) 7. Zero speed position (ZSP) 8. Velocity coincidence (V-COIN) 9. Position command (P-CMD) 10. Velocity limit (V-LIMIT) 11. Velocity command (V-CMD) 12. Servo enabled (SRV-ST) 13. Homing done (HOME-OK) 14. Position comparison (CMP-OUT)

3 Digital outputs（3 double-ended, DO1~DO3）

After receiving Sync0 event, ELD3-EC immediately implements the control action which has a high synchronization performance.

50.0

73.0

4-φ3.5

47.0

48.8

75.7

33.5

13.5

Internal dynamic brake

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supports phase A/B/Z differential crossover frequency output Supports phase Z open collector crossover frequency output

Feedback Method Encoder: RS485 Protocol

RJ45/molex. Communication up to 128 axes to a host

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

EtherCAT slave ID Mode F Range 0~32767 Default 2 Unit - Activation After restart

In free running mode, ELD3-EC processes the process data sent by the master asynchronously. It only applies to asynchronous motion mode such as homing mode, protocol position mode, etc

External encoder input method: Differential input

ELD3-EC7010B* 10 100 5

ELD3-EC7010B* 10 100 5

ELD3-EC7010B* 10 100 5

ELD3-EC series servo drives support direct drive holding brake. Please connect BR+ and BR- to motor brake terminal to control the holding brake. There is no need for an external relay. Logic power circuit has to be connected to an external 24V power supply.

M: Without housing

IP ratings IP20

Up to 1000m above sea level

No corrosive gas, combustibles, dirt or dust.

Installation: 0-55℃ (Not frozen)

No more than 3m for CN1 and 20m for CN2.

For CN1, ≥0.14mm2, CN2≥0.25mm2, shielding layer needs to be grounded.

Supply power to drive’s control circuit. When main power supply is cut off, drive communication and IO will be maintained functional

Logic Power Circuit 24VDC

Control Circuit Power Supply 24VDC , -25%~+25%

Main power supply 48VDC (18-75VDC)

Main power supply 48VDC (18-75VDC)

DC power supply 24-70VDC

Motor Power Cable CABLE-RZD*M*-263 12AWG

Wire length available: 0.5m, 1.5m, 3m, 5m, 7m and 10m.

Please install the driver vertical to ground facing forward for better heat dissipation. Always install in rows and use heat insulation board to separate between rows. Cooling fans are recommended for drivers to achieve optimal performance.

CABLE-BMAD*M*-283-T(PJ)ROHS with battery kit for multiturn absolute encoder

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Dimension H*L*W(mm) 76*50*33.5mm

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Mechanical resonance suppression. Supports up to 3 filters,50Hz~4000Hz

Peak Current (Arms) 2.5 12.5 25 50

Peak Current (A) 2.5 12.5 25 50

42 position comparison outputs

Profile Position Mode (PP) Cyclic Synchronous Position Mode (CSP) Homing Mode (HM)

IGBT SVPWM sinusoidal wave drive

ELD3-EC series servo drives use DI5 and DI6 as probe input terminals. DI5/DI6 is default as probe function if no other function is assigned to them.

Digital inputs and outputs can be set accordingly

Rated Current (Arms) 1 5 10 20

Rated Current (A) 1 5 10 20

Power Rating 50W 200W 400W 750W

Under 90%RH (Condensation free)

Safe Torque Off (STO) Available for all ELD3-EC series servo drives

Hall signal UVW + ABZ or RS485 encoder（Tamagawa protocol）BISS-C

Encoder #2

Please keep 30cm away from main power supply cable or motor power cable to avoid electromagnetic interference.

CABLE-BMD*M*-273-T(PJ)ROHS for single turn encoder

STO module (CN5 connector) consists of 2 input channels.

It cuts off the motor current supply by blocking of PWM control signal from the power module. When the motor current is cut off, the motor will still move under inertia and stops gradually.

Storage: -20-80℃ (Condensation free);

30 times smaller than motor inertia

Profile Torque Mode (PT) Cyclic Synchronous Torque Mode (CST)

One-click tuning, Single parameter tuning, Black box, Zero tracking control

Driver tuning through Motion Studio Ver. 2.3. Parameters tuning in current loop, position loop, velocity loop; Modify I/O signal and motor parameters; Variables(velocity, position deviation, etc.) monitoring using step diagrams

Modbus USB2.0 (No need to connect driver to power supply)

USB Type-C Modify or read driver parameters without connecting to main power supply

Profile Velocity Mode (PV) Cyclic Synchronous Velocity Mode (CSV)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

Less than 0.5G (4.9m/s2) 10-60Hz (non-continuous working)

End vibration suppression