JKHSD86
JKONGMOTOR
10 Pcs
Size: | |
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Availability: | |
JK-HSD86 is one of the models in Jkongmotor series easy servo drives which can take 20-80 VDC operating voltage
and output 0.1 -10A continuous load-based current. It is capable of driving NEMA 17, 23, 24 and 34 easy servo
motors (stepper motors with encoders) with the position loop closed in real time. Based on latest DSP technology and adopting Novo's advanced control algorithm, JK-HSD86 easy servo drive applies servo control on easy servo motors. When adopted with an easy servo motor, it combines features of both open loop steppers & brushless servo systems, and offers many unique advances features for excellent motion control system performance.
When an JK-HSD86 easy servo drive is implemented with a novo SC series easy servo motor, there is No Configuration Needed for almost all applications. The output resolution from JK-HSD86 with the output resolution defaulted to output resolution of 2,000 pulses per resolution (equal to 10 microstep in 2-phase stepper systems). Via DIP switches, a user can also easily change the output resolution to one of 15 output resolutions 400 to 51,200 (equal to 2-256 microstep in 2-phase stepper systems). With novo configuration software, ProTuner, an advanced user can also set custom settings of resolution, current & position loop parameters, idle current percentage, etc.
lStep and direction control
lClosed position loop for no loss of movement synchronization
lOperating voltage: 20-80 VDC
lLoad based output current of 0.1 - 10 A
lHigh torque at starting and low speed
lNo torque reservation
lHigh stiffness at standstill
lSignificantly reduced motor heating
lSmooth motor movement and extra low motor noise
lQuick response, no delay and zero settling time
lNo loss of steps; no hunting; no overshooting
lPlug-and-play and no tuning
With many unique advanced features, JK-HSD86 easy servo systems are ideal for many industries to upgrade stepper performance or replace brushless servo systems in many applications. Jkongmotor OEM clients have successfully implemented JK-HSD86 driven easy servo systems in applications such as small-to-large size CNC routers, CNC mills, plasmas, large-scale laser cutters / engravers, labeling equipments,robotics, gemstone processing machines, pick & place machines, X-Y tables.
JK-HSD86 is one of the models in Jkongmotor series easy servo drives which can take 20-80 VDC operating voltage
and output 0.1 -10A continuous load-based current. It is capable of driving NEMA 17, 23, 24 and 34 easy servo
motors (stepper motors with encoders) with the position loop closed in real time. Based on latest DSP technology and adopting Novo's advanced control algorithm, JK-HSD86 easy servo drive applies servo control on easy servo motors. When adopted with an easy servo motor, it combines features of both open loop steppers & brushless servo systems, and offers many unique advances features for excellent motion control system performance.
When an JK-HSD86 easy servo drive is implemented with a novo SC series easy servo motor, there is No Configuration Needed for almost all applications. The output resolution from JK-HSD86 with the output resolution defaulted to output resolution of 2,000 pulses per resolution (equal to 10 microstep in 2-phase stepper systems). Via DIP switches, a user can also easily change the output resolution to one of 15 output resolutions 400 to 51,200 (equal to 2-256 microstep in 2-phase stepper systems). With novo configuration software, ProTuner, an advanced user can also set custom settings of resolution, current & position loop parameters, idle current percentage, etc.
lStep and direction control
lClosed position loop for no loss of movement synchronization
lOperating voltage: 20-80 VDC
lLoad based output current of 0.1 - 10 A
lHigh torque at starting and low speed
lNo torque reservation
lHigh stiffness at standstill
lSignificantly reduced motor heating
lSmooth motor movement and extra low motor noise
lQuick response, no delay and zero settling time
lNo loss of steps; no hunting; no overshooting
lPlug-and-play and no tuning
With many unique advanced features, JK-HSD86 easy servo systems are ideal for many industries to upgrade stepper performance or replace brushless servo systems in many applications. Jkongmotor OEM clients have successfully implemented JK-HSD86 driven easy servo systems in applications such as small-to-large size CNC routers, CNC mills, plasmas, large-scale laser cutters / engravers, labeling equipments,robotics, gemstone processing machines, pick & place machines, X-Y tables.
Brand | Jkongmotor |
Model | JKHSD86 |
Driver Type | Closed-loop stepper motor drivers |
DC / AC | DC |
Suitable Motor | 86 Closed Loop Stepper Motors |
Input Voltage | 20 ~ 80VAC / 30 ~ 110VDC |
Output Current | 0.5 ~ 13A |
lStep and direction control
lClosed position loop for no loss of movement synchronization
lOperating voltage: 20-80 VDC
lLoad based output current of 0.1 - 10 A
lHigh torque at starting and low speed
lNo torque reservation
lHigh stiffness at standstill
lSignificantly reduced motor heating
lSmooth motor movement and extra low motor noise
lQuick response, no delay and zero settling time
lNo loss of steps; no hunting; no overshooting
lPlug-and-play and no tuning
Parameter | Min | Typical | Max | Unit |
Input Voltage(DC) | 24 | - | 90 | VDC |
Input Voltage(AC) | 20 | - | 60 | VAC |
Output current | 0 | - | 7.2 | A |
Pulse Signal Frequency | 0 | - | 200 | KHZ |
Logic Signal Current | 7 | 10 | 16 | MA |
Cooling | Natural Cooling or Forced cooling | |||
Operating Environment | Environment | Avoid dust, oil fog and corrosive gases | ||
Storage Temperature | -20℃ - 65℃ (-4℉ - 149℉) | |||
Ambient Temperature | 0℃ - 50℃ (32℉ - 122℉) | |||
Humidity | 40%RH - 90%RH | |||
Operating Temperature | 70℃ (158℉) Max | |||
(Heat Sink) | ||||
Weight | 580 g (20.5 oz) |
Brand | Jkongmotor |
Model | JKHSD86 |
Driver Type | Closed-loop stepper motor drivers |
DC / AC | DC |
Suitable Motor | 86 Closed Loop Stepper Motors |
Input Voltage | 20 ~ 80VAC / 30 ~ 110VDC |
Output Current | 0.5 ~ 13A |
lStep and direction control
lClosed position loop for no loss of movement synchronization
lOperating voltage: 20-80 VDC
lLoad based output current of 0.1 - 10 A
lHigh torque at starting and low speed
lNo torque reservation
lHigh stiffness at standstill
lSignificantly reduced motor heating
lSmooth motor movement and extra low motor noise
lQuick response, no delay and zero settling time
lNo loss of steps; no hunting; no overshooting
lPlug-and-play and no tuning
Parameter | Min | Typical | Max | Unit |
Input Voltage(DC) | 24 | - | 90 | VDC |
Input Voltage(AC) | 20 | - | 60 | VAC |
Output current | 0 | - | 7.2 | A |
Pulse Signal Frequency | 0 | - | 200 | KHZ |
Logic Signal Current | 7 | 10 | 16 | MA |
Cooling | Natural Cooling or Forced cooling | |||
Operating Environment | Environment | Avoid dust, oil fog and corrosive gases | ||
Storage Temperature | -20℃ - 65℃ (-4℉ - 149℉) | |||
Ambient Temperature | 0℃ - 50℃ (32℉ - 122℉) | |||
Humidity | 40%RH - 90%RH | |||
Operating Temperature | 70℃ (158℉) Max | |||
(Heat Sink) | ||||
Weight | 580 g (20.5 oz) |
JK-HSD86 for Nema 34 Driver Manual.pdf
JK-HSD86 for Nema 34 Driver Manual.pdf
1, Q: The motor does not turn and no holding torque:
A: ① check whether the power line is connected to the wrong voltage is too low, need to increase the voltage or correct the power line
② check whether the motor wiring is correct, if not correct motor wiring. Check if the motor wiring is correct, if not, correct the motor wiring.
③ Whether the enable signal is valid, resulting in the motor does not work.
④ Is the subdividing parameter correct?
⑤ Is the current parameter correct?
2Q:Motor does not rotate but has holding torque:
A: ① The phase sequence of motor wires is wrong, need to swap any two wires.
② Pulse signal input is wrong, need to check the pulse wiring.
3Q: The motor torque is too small:
A: ① Phase current setting is too small, need to set the phase current corresponding to the motor.
② acceleration is too fast, reduce the acceleration value
③ motor blocking, need to rule out mechanical problems
④ drive and motor mismatch, need to replace the appropriate drive
4Q:Motor steering error:
A: ① motor line phase sequence is wrong, need to swap any two wires
② motor line has a broken circuit, check and connect the right
5Q:The alarm indicator light is on:
A: ① Is the motor wire connected incorrectly
② Whether there is over-voltage and under-voltage conditions
③ Motor or driver is damaged
6Q:Motor acceleration blocking:
A: ① short acceleration time
② motor torque is too small
③ Low voltage or current
1, Q: The motor does not turn and no holding torque:
A: ① check whether the power line is connected to the wrong voltage is too low, need to increase the voltage or correct the power line
② check whether the motor wiring is correct, if not correct motor wiring. Check if the motor wiring is correct, if not, correct the motor wiring.
③ Whether the enable signal is valid, resulting in the motor does not work.
④ Is the subdividing parameter correct?
⑤ Is the current parameter correct?
2Q:Motor does not rotate but has holding torque:
A: ① The phase sequence of motor wires is wrong, need to swap any two wires.
② Pulse signal input is wrong, need to check the pulse wiring.
3Q: The motor torque is too small:
A: ① Phase current setting is too small, need to set the phase current corresponding to the motor.
② acceleration is too fast, reduce the acceleration value
③ motor blocking, need to rule out mechanical problems
④ drive and motor mismatch, need to replace the appropriate drive
4Q:Motor steering error:
A: ① motor line phase sequence is wrong, need to swap any two wires
② motor line has a broken circuit, check and connect the right
5Q:The alarm indicator light is on:
A: ① Is the motor wire connected incorrectly
② Whether there is over-voltage and under-voltage conditions
③ Motor or driver is damaged
6Q:Motor acceleration blocking:
A: ① short acceleration time
② motor torque is too small
③ Low voltage or current
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