Open Collector Output Type Motor Drives QJ71E71-100 For Pulse Control

Loading Port:Shekou

Payment Terms:TT OR LC

Min Order Qty:1 kg

Supply Capability:2100 kg/month

Product Description:

4-axis, differential driver output type. Control unit: pulse.
Number of positioning data: 10 data / axis. Maximum pulse output: 4mpps. 40 pin
connector. Differential output.
Ideal solution for simple multi axis positioning.
Perfect match with stepper motor control gi71e71-100 reference manual. The
acceleration and deceleration are smooth and the speed changes slightly.
The speed of starting processing of positioning control is accelerated. Locate
the module.
Open collector output type qi71e71-100 differential driver output type
It can be divided into two types: open circuit collector output type and
differential driver output type
The output positioning module of the differential driver can reliably transmit
the high-speed command pulse (up to 4mpps) to the servo amplifier, and the
transmission distance can reach 10m to realize high-speed and high-precision
control.
(the maximum command pulse of open collector positioning module is 200kpps.)
Reduce system downtime and recovery time.
With a simple operation, you can back up all the data in the CPU to the memory
card gi71e71-100 reference manual. Through regular backup, the latest
parameters and programs can be saved to the memory card all the time. In case
of CPU failure, after replacing the CPU, the system can be restored through
simple operation and through the memory card with data backed up in advance.
As a result, there is no need to spend time managing backup data, and the
recovery time can be reduced when the system is down. Input and output points:
4096 points. Number of input and output components: 8192 points. Program
capacity: 200K steps. Processing speed: 0.0095 us. Program memory capacity:
800KB. Support USB and network. Support the installation of memory card.
High speed communication between multiple CPUs
The fixed scanning interruption time is shortened and the device is high-
precision. The minimum interval of fixed cycle interrupt program is reduced to
100US.
It can accurately obtain high-speed signal, and realize high-speed control
qj71e71-100 for parallel processing of device communication (cycle is 0.88ms).
The high-speed communication cycle between multiple CPUs is synchronized with
the motion control, so the operation efficiency can be maximized. In addition,
the performance of the latest motion control CPU is twice that of the previous
model

Ensure high-speed and high-precision machine control. Slot 1: no power supply
is required: install the large ans series PC module with a thousand. The base
plate of ANS series PLC. Qa1s series PLC 1 slot main base plate.
Ans series modules can be installed. rs-232 1ch。 rs-422/485 1ch。
Through qi71c24n (- 2) RS-232 serial communication, the programmable controller
can be programmed and monitored with programming tools.
Qi71c24n (- R2) has the function corresponding to the public telephone line
modem.
The modem used can be initialized, and the connection with the target equipment
can be processed. The communication can be carried out through remote equipment
and programming tools, modems and public telephone lines. Using the remote
password function,
The Q series programmable controller can be accessed illegally via the modem
function of ai71c24n (- R2). Serial communication module that can collect /
change data, monitor / manage, measure data collection, etc. of programmable
controller.
High speed and large capacity communication qj71e71-100 manual with maximum
speed of 230.4kbps and maximum 9960 words (during MC protocol communication).
The reading / writing qi71e71-100 Manual of the data in the programmable
controller can be executed by using the MC protocol through external devices
(PC, display, etc.).
By selecting the non sequential protocol and using the sequential program for
communication control, between the programmable controller and the external
equipment (bar code reader, measuring equipment, etc.),
Use the local protocol of the external device to communicate with it.