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A4N Network Servo Drives

A4N network servo drives——Power range:100W-7.5KW Speed ring bandwidth 1.2KHz; Support MODBUS RTU and EtherCAT communication protocols

Order No.:A4N-B1012-M200/A4N-B1015-M200/A4N-B2012-M200/A4N-B2015-M200/A4N-B4012-M200/A4N-B4015-M200/A4N-B7512-M200/......

Specification:A4N network servo drives——Power range:100W-7.5KW Speed ring bandwidth 1.2KHz; Support MODBUS RTU and EtherCAT communication protocols; Support two channel probe assist function, latched position; Optional support 2500 line incremental encoder and 17Bit bus absolute encoder; Support vibration suppression, rigid class selection, inertia recognition.

Product Description

A4N standard servo driver

Power range: 100W-7.5KW

Speed ring bandwidth 1.2KHz

Support high speed pulse input control mode, differential mode 500KHz, collector mode 200KHz;

Support MODBUS RTU and CANopen communication protocols;

Support two channel probe assist function, latched position

Optional support 2500 line incremental encoder and 17Bit bus absolute encoder;

Support vibration suppression, rigid class selection, inertia recognition.


Technical Spec
DescriptionA4S/A4N
0.1/0.2/0.4/0.75/1.0/1.5/2.0/2.3/3.0/4.5/5.5/7.5(KW)
 Basic specificationInput power supply  Main power supplyA TypeSingle phase/three phaseAC220V,±10%,50/60Hz Position control modeMaximum input pulse frequencyDifferential mode:500KHz
Open collector mode:200KHz
C TypeSingle phase/three phaseAC220V,±10%,50/60Hz
Three phaseAC380V,±10%,50/60Hz
Pulse command modePulse + direction、A+B phase orthogonal pulse、CW/CCW
E TypeThree phaseAC380V,±10%,50/60Hz
  Control power supplyA TypeSingle phaseAC220V,±10%,50/60HzCommand control modeExternal pulse instruction /16 segment communication register control instruction
C TypeSingle phaseAC220V,±10%,50/60Hz
Single phaseAC380V,±10%,50/60Hz
Feedforward compensation0~1000%(Set resolution 1%)
E Type    Single phaseAC380V,±10%,50/60HzPosition error setting0~32767 Instruction unit
(Set resolution to 1 instruction unit)
Encoder feedbackBus absolute encoder (17bit encoder)
Rotary encoder (type C and type E) interface reserved
Electronic gear ratioElectronic gear ratio N/M times,N:1~10000
(2500 wire photoelectric encoder):1~65535
(17-bit bus encoder):1/200<N/M<200
Cooling modeFan cooling (Type A natural cooling below 750W)
Control modeFOC(Magnetic Field Positioning Control) and SVPWM(Space vector modulation)
 Speed control modeAnalog inputVoltage range-10V~+10V(resolution 12 bits)
Communication functionStandard ModBus protocol, support broadcast, optional support CANopen/EtherCAT protocol
babout 24K
Sampling frequency1KHz
Brake resistanceA TypeNo built-in brake resistance(100W-400W)
500,50W(750W-1.0KW)
Command control modeExternal analog instruction
8 internal speed commands
32 segment communication register control instruction
C Type1000,80W
E Type400,100WInstruction smoothing modeLow-pass filtering, smoothing time constant
Torque limitationInternal parameters/external simulations
Protection functionOvervoltage, undervoltage, overcurrent, overload, overheat, overspeed, communication anomalies, register anomalies, encoder errors, etc
 Torque control modeAnalog inputVoltage range10V~+10V(resolution 12 bits)
Display and operation5-digit LED display, 5-button operation/DC bus indicatorInput impedanceabout 24K
Sampling frequency1KHz
Parameter settingKey or MagicWorks Tuner software
Command control modeExternal analog instruction /32 segment communication control instruction
 propertyRate of velocity variation
(at rated speed)
Rate of load variation0 to 100%: less than 0.1%
Instruction smoothing modeLow-pass filtering, smoothing time constant
Rate of voltage variationRated voltage±10%:0%
Velocity eyeInternal parameters/external simulations
Rate of temperature variation25±25℃:±0.1% or less

Input/output signalEncoder outputOutput typeDifferential output, Z-phase collector output
Digital inputA4S:7 DI;A4N:6 DI
Driving limit in the forward direction, driving limit in the reverse direction, latch signal, origin signal, etc. The valid logic level can be entered through the software configuration parameter pin function
Digital outputA4S:4 DO;A4N:3 D0
Servo ready, alarm output, brake release, command complete output, positioning complete output, speed arrival, torque arrival, torque limit, etc. Pin functions can be assigned through software configuration parameters to output valid logic levels.
Analog inputA4S:2 AI
A4N: -
Analog output-




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