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S10 SERIES LOW-VOLTAGE SERVO DRIVER

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hybrid servo driver The S10 Series Low-Voltage Servo Driver is a remarkable innovation in the field of servo technology. This advanced device offers a plethora of benefits and capabilities that are crucial in various applications. The low-voltage feature of the S10 Series ensures energy efficiency and safety.

Detail

hybrid servo driver

The S10 Series Low-Voltage Servo Driver is a remarkable innovation in the field of servo technology. This advanced device offers a plethora of benefits and capabilities that are crucial in various applications.

The low-voltage feature of the S10 Series ensures energy efficiency and safety. It allows for smooth operation even in environments where power consumption needs to be managed carefully. This makes it suitable for a wide range of devices and systems that require precise control and power management.

One of the key advantages of this servo driver is its high precision and accuracy. It enables fine-tuned movements and responses, making it ideal for applications where exact positioning and control are essential, such as in industrial robotics or precision machinery.

The S10 Series also offers excellent reliability and durability. It is designed to withstand the rigors of continuous use and harsh operating conditions, ensuring long-term performance and minimizing the risk of breakdowns. This reliability factor is crucial in industries where downtime can lead to significant losses.

Furthermore, its compatibility with a variety of systems and devices makes it highly versatile. It can be easily integrated into existing setups, providing a seamless upgrade or addition to enhance the functionality of the overall system.

In addition to these technical aspects, the S10 Series Low-Voltage Servo Driver is also supported by comprehensive documentation and technical support. This ensures that users can make the most of its capabilities and address any potential issues effectively.

In conclusion, the S10 Series Low-Voltage Servo Driver is a game-changer in the servo driver market. Its combination of low voltage, high precision, reliability, and versatility makes it an invaluable asset in various industries. As technology continues to progress, we can expect this servo driver to play an even more significant role in driving innovation and efficiency in countless applications.

 

 

Company name abbreviation Z:HONGDALEADER
Product type DRV:Drivers and related products
Product series S10:Low voltage servo driver series
Power level 200  400  750  1500  2000 
200W 400W 750W 1500W 2000W
Power supply type S1:Single-phase AC110V/50Hz~60Hz L:DC24V~DC48V
S2:Single-phase AC220V/50Hz~60Hz L2:DC24V
T2:Three-phase AC220V/50Hz~60Hz L3:DC36V
T3:Three-phase AC380V/50Hz~60Hz L4:DC48V
Function code D:With digital display
B:With braking function
C:With CanOpen communication function
R:With 485 communication function
P:With pulse input control
F:With pulse frequency division output

 

■ S10 series low-voltage servo driver features

· Fast response speed: The speed loop width is 1.2KHZ, and the feed forward control algorithm is optimized to improve dynamic response. The optimal setting time can reach 1ms.
· Standard communication protocol: Supports ModBus and CANopen communication protocols, compatible with multiple PLC, and cascaded use of multiple drives.
· Strong vibration suppression.
· Accurate control accuracy: Supports 17/23 bit absolute value encoders, with more precise command following and stopping, and positioning accuracy up to 1um.
· Multiple control modes: Contour position, speed, torque, pulse position, zero return to origin, analog speed, and analog torque.

 

 

■ Specifications

Model parameters ZDRV.S10 Series servo driver
ZDRV.S10-200L-RCB ZDRV.S10-400L-RCB ZDRV.S10-750L-RCB ZDRV.S10-1K5L-RCB
Rated input voltage 24Vdc~48Vdc
Output current Rated current(rms) 8Arms 15Arms 25Arms 40Arms
Peak current(peak) 34Ap 63Ap 88Ap 141Ap
Encoder Incremental (Singleendedor differential,5V)
Absolute value(RS485,5V)
Energyconsumption braking External brakingresistor,braking voltage set through software
Overvoltage alarm voltage DC65V±1V
Under voltage alarm voltage DC18V±1V
Overload time 2.5~3 times overload,maximum duration of 5 seconds
Coolingmethod Free cooling(Full poweroperation,auxiliary heat dissipation required)
General
functions
Digital input 4-way, supporting PNP and NPN connections, with a total of COM1 terminals
Highlevel 12V~30Vdc,low level 0~5Vdc,input impedance 5kQ
Digital input function According to requirements,it can be defined as:Enable,fault reset,positiveand negative limit,origin signal,
origin reset enable,emergency stop,zero position fixed,pulse prohibition,command direction reversal,etc
Analog input -10Vdc~+10Vdc
Analog input function Speed and torque control,which can be set through the upper computer
Digital output 2-way, OC gate output, maximum working voltage 30Vdc, maximum current 200mA
Pulse control Pulse+direction,A-phase+B-phase (Default 5V,24V level requires external resistance)
Protection function Undervoltage protection,overvoltage protection,overload protection,software overcurrent protection,
over temperature protection,hardware overcurrent protection,stall protection,blocking protection,
excessive positiondeviation,encoder disconnection protection,etc
Upper computer Can use 485 communication to connect to computer upper computer software,
set parameters,capture waveforms,and upgrade programs
Operation panel Configurable Zhongda handheld operation panel,setting parameters and readingdata
Bus control Modbus/RS485 Supports a maximum baud rate of 115.2K and
can communicatewith the controller using the Modbus RTUprotocol
CANopen Supports a maximum baud rate of 1M and can communicate with the controller using the CANopen protocol
Usage
environment
Working temperature -25~40℃; Derating usage above 40 degrees Celsius
Storage temperature -10℃~70℃
Humidity Below 90%RH, without condensation
Protection level IP20
Installation method Vertical or horizontal installation
Height Whenthe working altitude is above 1000 meters and below 1000 meters,a derating of 1.5%is requiredfor every
100 meters increase.The maximum working altitude is 4000 meters
Pressure 86kpa~106kpa

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