SUMTOR HSC86A User manual

HSC86A
Digital hybrid servo driver
user's Guide
Address: No. 118-1, Liangdong Road, Liangxi District, Wuxi City
Phone: [phone]
Fax: [phone]
E-mail：[e-mail]
Http://www.sumtor.com
All copyrights must not be reproduced
【Please read this manual carefully before use to avoid damaging the drive】

HSC86AInstruction manual of hybrid servo driver
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table of Contents
一、Product Brief .........................................2
1. Overview ...............................................2
2. Features ...............................................2
3. Application field ......................................3
二、Electrical, mechanical and environmental indicators ...3
1. Electrical indicators ..................................3
2. Use environment and parameters .........................4
3. Mechanical structure size chart ........................4
4. Thermal considerations .................................4
三、Driver interface and wiring introduction ..............5
1. Interface description ..................................5
2. Control signal interface circuit .......................8
3. Control signal timing diagram ..........................9
4. Control signal mode setting ...........................10
5. Wiring requirements ...................................10
四、DIP switch setting ...................................11
五、Protective function ..................................13
六、common problem .......................................13
1.Common problems and solutions in the application .......13
2.Frequently asked questions about drives ................14
Our company product warranty terms .......错误！未定义书签。

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一、Product Brief
1.Overview
HSC86A is a new type of low-voltage hybrid servo product developed by our company based
on many years of experience in low-voltage servo systems. This product uses the latest
DSP digital processing chip and advanced variable current and variable frequency control
algorithm technology to provide a high level for equipment manufacturers. Cost-effective
hybrid servo drive solution. HSC86A has a compact structure, small size, saves space,
and reduces electromagnetic interference between lines; it adopts better vibration
technology and low heat generation technology, which effectively solves the problems
of heat, vibration and noise of motors and drivers. Environmental protection.
2.Features
●Working voltage: AC and DC universal, AC input voltage 24 ～80VAC, recommended
working voltage 60VAC
●Maximum continuous output current 8.0A (advanced stepping servo overload capability)
●Accepts differential and single-ended pulse / direction commands, and has three
control modes of position / speed / torque
●Adopt FOC magnetic field positioning control technology and space vector pulse width
modulation (SVPWM) closed-loop control technology
●Adopt advanced variable current technology and frequency conversion technology,
effectively reduce the heat of motor and driver
●The number of pulses per revolution can be set by debugging software or code extraction
(subdivision)
●With over-voltage, under-voltage, over-current and over-tolerance protection
functions
●Single / double pulse mode, optional pulse effective edge
●The maximum pulse frequency of the control command is 500KHz (the factory default
is 200KHz)
●Pulse, direction and enable signal input interface level is compatible with 4.5-28V

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●With serial port RS232 debugging function, but need to use the company's special
serial debugging cable
●Performance: stable speed, small overshoot, small tracking error, low heating of
motor and driver
3.Application field
Suitable for all kinds of small and medium-sized automation equipment and instruments,
such as: laser machines, inkjet machines, small and medium-sized engraving machines,
electronic processing equipment, automatic grasping equipment, special CNC machine
tools, packaging equipment and robots. It is especially effective in devices where users
expect low noise and high speed.
二、Electrical, mechanical and environmental indicators
1.Electrical indicators
parameter
HSC86A
Minimum
value
Typical
value
Maximum
unit
Continuous output current
0.5
-
13
A
Power supply voltage (AC / DC)
24
60
80
VAC
Logic input current
6
10
16
mA
Logic input voltage
4.5
5
28
Vdc
Pulse frequency
0
200
500
kHz
Pulse high width
1.5
-
-
uS
Position error control accuracy
-
±1
-
Pulse
Speed control accuracy
-
±2
-
rpm
Maximum acceleration (no load)
-
100
-
rpm /ms
Overvoltage protection voltage
90
VAC
Insulation resistance
100
-
-
MΩ

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Note: If the power input is DC, the input range is 24 ~ 110Vdc！！！
2.Use environment and parameters
cooling method
Natural cooling or forced air cooling
Use
environment
occasion
It cannot be placed beside other heat-generating equipment. Avoid dust, oil
mist, corrosive gas, excessive humidity and strong vibration. Combustible
gas and conductive dust are prohibited
temperature
-5℃～+45℃
humidity
40～90%RH
vibration
10～55Hz／0.15mm
Storage temperature
-20℃～+65℃
Use altitude
≤1000m
weight
约0.6KG
3.Mechanical structure size chart
The structure of HSC86A driver can match any type of two-phase hybrid motors of
Figure 1 Mechanical installation dimension drawing (unit: mm)
139
6
14.5
52
2-Φ4.5
97
151

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60 and 86 bases. The company mainly recommends hybrid servo motors of 3.0NM, 4.5NM,
8.5NM and 12NM, and can also match the hybrid servo motors of other manufacturers. The
number of encoder lines can be 250 to 5000 lines, but you need to contact our company
to provide motor parameters and match related programs according to different motors.
If the customer has higher requirements for low-speed vibration or high-speed
performance, it is recommended to contact our company. Our company will write an
algorithm for matching the motor according to the motor parameters, and the motor will
show perfect performance.
4. Thermal considerations
The reliable working environment temperature of the driver is usually within -5 ℃~
45 ℃, when the driver is working, the temperature is within 65 ℃, and when the motor
is working, the temperature is within 70 ℃. If necessary, install a fan near the driver
to force heat dissipation to ensure that the driver works reliably Work within the
temperature range.
三、Driver interface and wiring introduction
1.Interface description
1.1Control port
Use green 6 + 4Pin 3.81mm spaced terminals
Pin number
signal
Features
Explanation
1
PUL+
Pulse positive input
Compatible with 4.5V ~ 28V level signals
2
PUL-
Pulse negative input
3
DIR+
Positive direction input
4
DIR-
Direction negative input
5
ENA+
Enable positive input

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6
ENA-
Enable negative input
7
ALM+
Alarm signal positive output
Open collector OC output, maximum
pull-up level 24V, maximum output
current 100mA
8
ALM-
Alarm signal negative output
9
PEND+
In-position signal positive
output
Open collector OC output, maximum
pull-up level 24V, maximum output
current 100mA
10
PEND-
In-position signal negative
output
1.2Motor and power input ports
Use green 6Pin 5.0mm spaced screw terminals
Terminal number
symbol
Name
Explanation
1
A＋
A-phase motor winding ＋
2
A－
A-phase motor winding－
3
B＋
B-phase motor winding ＋
4
B－
B-phase motor winding－
5
AC
AC input
24V~ 80Vac
6
AC
AC input
24V~ 80Vac
1.3Encoder port
Use green 6Pin 3.81mm interval with screw terminals (note the positive and negative poles
of the power supply, do not reverse the positive and negative poles !!!)
Pin number
signal
Function Description
1
EB+
Encoder signal B + input
2
EB-
Encoder signal B-input
3
EA+
Encoder signal A+ input
4
EA-
Encoder signal A-input
5
VCC
Driver + 5V output, power supply for encoder
6
EGND
Driver GND output, power supply for encoder

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1.4Serial RS232 / RS485 communication interface
It can be connected to the PC through a serial port adapter device (serial adapter
device is optional) and a dedicated serial cable (prohibited live plugging and
unplugging). The function and parameter settings of the driver can be set through the
PC software, such as the subdivision and current value and effective edge required by
the customer, and the resonance point can be eliminated and adjusted.
Terminal
number
Symbol
Name
Explanation
1
+5V
5V positive terminal
External STU only
2
TXD
RS232 transmitter
3
RXD
RS232 receiver
4
GND
5V power ground
0V
Note: The HSC86A serial cable must be a special cable of our company, depending on
the user's condition, please confirm before use to avoid damage.
1.5LED status indicator
The green LED is the power indicator. When the drive is powered on, the LED is always
on; when the drive is turned off, the LED is off. The red LED is a fault indicator. When
a fault occurs, the indicator flashes in cycles of 5 seconds; when the fault is cleared
by the user, the red LED is often off. The red LED flashes at a frequency of 2 Hz, with
the LED on for 200 ms and off for 300 ms. The number of red LED flashes within 5 seconds
represents different fault information, the specific relationship is shown in the
following table:
Serial
number
Number of
flashes
Red indicator flashing
waveform
Fault description
1
1
Overcurrent fault (I peak ≥25A)
2
2
Overvoltage fault (Vac≥90V)

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3
5
Tracking error out of tolerance fault
When the drive fails, the drive will stop and prompt the corresponding fault code.
The fault can only be cleared when the user needs to power off and re-power on. When
the drive fails, the drive will save the latest fault in the drive's EEPROM in the form
of a queue, and the drive will save up to 10 latest historical faults. The user can read
the corresponding fault code through the PC and the text display.
2.Control signal interface circuit
HSC86A driver signal input interface can be differential signal input, common anode signal
single-ended input and common cathode signal single-ended input, built-in high-speed photoelectric
isolation coupler; output is triode open collector OC output, interface connection method is as follows:-
Figure 2 Input signal differential connection
Figure 3 Input signal single-ended common anode connection

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Figure 4 Input signal single-ended common cathode connection
Note: The voltage range of the signal input interface in the figure is 4.5 ~ 28Vdc. No
matter whether it is single-ended connection or differential connection, no series
current limiting resistor is required. For the external pull-up voltage of the output
interface, the maximum is 28Vdc, and the maximum output current is 100mA. According to
the external pull-up voltage, select the appropriate pull-up resistor. If the external
pull-up voltage is 24Vdc, the pull-up resistor is 2K. If The external pull-up voltage
is 12Vdc, and the pull-up resistor is 1K. If it is a drive relay or motor holding brake
coil, please consult our application engineers.
3.Control signal timing diagram
In order to avoid some misoperations and deviations, PUL-, DIR- and ENA- should meet
certain requirements, as shown in the following figure：