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AZX series
Brushed & Brushless, Extended Environment, Analog, Z-Drives (plug-in)
The 'X' is for Extended Environment. These plug-in servo drives are part of the Z-Drives family and are designed to operate in harsh environments including hot, cold, shock and vibration. All models operate with both brushed and brushless motors and inductive loads.
The AZX-series is part of our Extended Environment offering. Please see our Extended Environment page to see all options.
Models are categorized by command source:
- +/-10V Analog Command
- PWM & Direction Command
- Overview
- Downloads & Support
±10V Analog Command |
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Can't find exactly what you need? Consider a modified or custom solution...
Model Number |
Power |
Feedback |
Servo Drive Mode |
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Voltage (V) |
Rated (kW) |
Current (A) |
Iso Gnd |
Hall |
Enc |
Tach |
Torque |
Duty Cycle |
Voltage |
IR Comp |
Hall Vel |
Vel |
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AC |
DC |
Peak |
Cont. |
Peak |
Cont. |
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| {Model} | {InputVoltageACLow} - {InputVoltageACHigh} | {InputVoltageDCLow} - {InputVoltageDCHigh} | {Peak_Power} | {Cont_Power} | {Peak_Current} | {Cont_Current} | ||||||||||
PWM & Dir Command |
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Can't find exactly what you need? Consider a modified or custom solution...
Model Number |
Power |
Feedback |
PWM & Direction Type |
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Voltage (V) |
Rated (kW) |
Current (A) |
Iso Gnd |
Hall |
Direct PWM |
Torque Mode PWM |
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AC |
DC |
Peak |
Cont. |
Peak |
Cont. |
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| {Model} | {InputVoltageACLow} - {InputVoltageACHigh} | {InputVoltageDCLow} - {InputVoltageDCHigh} | {Peak_Power} | {Cont_Power} | {Peak_Current} | {Cont_Current} | ||||
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Designed to assist system compliance toward:
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Setup |
Switches and Potentiometers (Some models have fixed settings) |
Motors |
All models compatible with - Brushless, Brushed, Rotary, Voice Coil, Inductive Load. |
Command Source(s) |
±10V Analog: Drives accept single ended and differential signals. PWM & Direction (Torque Mode) - Products with 'DDC' and 'BDC' in the model number - The PWM signal is converted to an analog voltage in the drive. This voltage is used as the command signal into the current loop just like our other current mode products. This means the user does not have direct control of the output duty-cycle or switching frequency. Instead, the user's input duty-cycle controls the drive's output current. |
Power |
DC Voltage Range: 10 - 80 VDC |
Feedback |
Tachometer - Scaled to 60V max. Hall Sensors - Required for commutation of 3Φ brushless motors. ADVANCED Motion Controls servo drives are compatible with 120° and 60° Hall spacing. For selected drives the Hall sensors can also be used for velocity feedback in Hall Velocity mode. TTL Encoder - 5V incremental encoder feedback. On our analog servo drives, encoders are used for velocity feedback in Encoder Velocity mode. |
Mode |
Torque - The input command controls the output current (torque). The servo drive will adjust to disturbances and maintain the commanded current. This is the suggested mode if an external controller is used which can close the velocity or position loops. Duty Cycle (open loop) - The input command controls the output PWM duty cycle. This mode is used in simple applications where velocity feedback is not available and precise velocity control is not necessary. Similar to voltage mode but not as precise. Hall Velocity† - The input command controls the motor velocity. This mode uses the motor's Hall sensors for velocity feedback. Due to the low resolution of the Hall sensors, this mode is not recommended for low speed applications. In high speed applications this mode can provide excellent performance. Velocity† - The input command controls the motor velocity. Drives use high resolution feedback on the motor or load to close the velocity loop. |
† Hall Velocity mode is not available for every drive that uses Hall sensors for feedback. Therefore to provide you with more precise information, we have made a distinction between Velocity Mode and Hall Velocity Mode.
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