




1B30023H01
驱动器将首先以预设频率运行:
一定时间(F6.03)的横向操作(F6-02),以及
然后自动进入遍历模式。
1: 手动模式
如果多功能终端(Xi设置为No.33功能)
如果启用,驱动器将进入横向模式。如果
终端被禁用,驱动器将结束遍历操作
并在预横移频率下操作(F6.02)。
十位:横向操作幅度
0:可变幅度
横向工作振幅AW随
中心频率和变化率定义如下:
F6.04。
1: 固定振幅
横向工作振幅AW由大值确定
频率和F6.04。
百位:导线操作的启动模式
0:驱动器以以下频率启动和运行:
停止前的方向
1: 重启
千禧之地:保存导线操作
断电时的参数
在以下情况下,可以保存导线操作参数:
发生断电。当
百位设置为0。
0:保存
1: 不保存
注:
端子Xi(34号功能)可用于重置
遍历操作状态。
F6.02预导线频率范围:0.00Hz~650.0Hz
【0.00Hz】
F6.03保持时间
导线前频率
范围:0.0~3600.0s
【0.0s】
F6.02用于定义驱动器的工作频率
在进入遍历模式之前。
如果选择了自动启动模式,则F6.03用于定义
驱动器在预横移时运行的时间
频率如果选择手动启动模式,F6.03为
残废
参见图5-37。
F6.04横向振幅范围:0.0~50.0%【0.0%】
可变幅度:AW=中心频率×F6.04
固定振幅:AW=大工作频率
F0.05×F6.04
注:
横向操作频率受上限限制
以及频率下限。遍历操作将是
如果频率设置不正确,则异常。
F6.05抖动频率范围:0.0~50.0%(与
振幅)【0.0%】
如图5-37所示,如果
F6.05设置为0。
F6.06横向操作
循环范围:0.1~999.9s【10.0s】
F6.06定义了一个完整的横向操作循环
包括上升和下降过程。
注:
在横向模式下,不要选择自动Acc/Dec操作
模式,否则横向运行循环将为
不正常的
F6.07三角形上升时间
波动
范围:0~100.0%【50.0%】
导线运行上升时间=F6.06×F6.07。
导线作业下降时间=F6.06×(1-F6.07)
单位是第二。参见图5-37。
注:
您可以同时选择导线测量模式和S曲线,因此
遍历操作要平滑得多。
5.8终端功能(F7组)
F7.00多功能端子X1范围:0~43【0】
F7.01多功能终端X2范围:0~43【0】
F7.02多功能终端X3范围:0~43【0】
F7.03多功能端子X4范围:0~43【0】
F7.04多功能端子X5范围:0~43【0】
F7.05多功能终端X6范围:0~43【0】
F7.06多功能终端X7范围:0~47【0】
F7.07多功能终端X8范围:0~48【0】
多功能输入端子X1~X8的功能为:
广阔的您可以根据以下条件选择X1~X8的函数:
通过设置F7.00~F7.07应用程序。请参阅
表5-5。
表5-5多功能选择
设置功能
0无功能
1预设频率1
2预设频率2
3预设频率3
4 Acc/Dec时间1
第5章参数介绍61
EV2000系列通用变速驱动用户手册
设置功能
5 Acc/Dec时间2
6.外部故障信号常开输入
7.外部故障信号常闭输入
8复位信号
9向前点动操作
10个用于反向点动操作的外部端子
11滑行停止(FRS)
12频率上升(up)
13频率缓降(DN)
14.暂停PLC操作
15 Acc/Dec禁止
16三线操作控制
17外部中断信号常开
输入
18外部中断信号常闭
输入
19直流注入制动指令(DB)
20闭环禁用
21 PLC禁用
22频率选择器1
23频率选择器2
24频率选择器3
25频率基准通过端子输入
CCI强制
26保留
27.强制启用终端控制模式
28控制模式选择器1
29控制模式选择器2
30预设闭环参考1
31预设闭环参考2
32预设闭环参考3
33开始横向操作
34.重置横向运行状态
35外部停止命令
36保留
37驾驶操作禁止
38保留
39长度清理
40辅助参考频率清除
41重置PLC停止状态
42计数器清零信号输入
43计数器触发信号输入
44.输入长度信号
45脉冲输入
46单相速度测量输入
47速度测量输入SM1(仅设置为
X7)
48速度测量输入SM2(仅适用于X8)
表5-5中列出的功能介绍:
1~3:设定速度基准
多可通过以下方式设置8个速度基准:
端子K3、K2和K1的开/关组合。
表5-6端子的开/关组合
K3 K2 K1频率组
1B30023H01

1B30023H01
The drive will first operate at preset frequency of
traverse operation (F6.02) for certain time (F6.03), and
then enter traverse mode automatically.
1: Manual mode
If the multi-function terminal (Xi is set to No.33 function)
is enabled, the drive will enter traverse mode. If the
terminal is disabled, the drive will end traverse operation
and operate at the pre-traverse frequency (F6.02).
Ten’s place: traverse operating amplitude
0: variable amplitude
Traverse operating amplitude AW changes with the
central frequency and the change rate is defined by
F6.04.
1: Fixed amplitude
Traverse operating amplitude AW is determined by Max
frequency and F6.04.
Hundred’s place: start mode of traverse operation
0: The drive starts and runs at the frequency and
direction before it stops
1: Restart
Thousand’s place: saving the traverse operating
parameters upon power outage
The traverse operating parameters can be saved when
power outage occurs. The function is effective when the
hundred’s place is set at 0.
0: save
1: not save
Note:
Terminal Xi (No. 34 function) can be used to reset the
traverse operating status.
F6.02 Pre-traverse frequency Range: 0.00Hz~650.0Hz
【0.00Hz】
F6.03 Holding time of
Pre-traverse frequency
Range:0.0~3600.0s
【0.0s】
F6.02 is used to define the drive’s operating frequency
before entering traverse mode.
If auto-start mode is selected, F6.03 is used to define
the time when the drive operates at pre-traverse
frequency. If manual start mode is selected, F6.03 is
disabled.
Refer to Fig. 5-37.
F6.04 Traverse amplitude Range:0.0~50.0%【0.0%】
variable amplitude: AW = central frequency × F6.04
Fixed amplitude: AW = Max operating frequency
F0.05×F6.04
Note:
The traverse operating frequency is restricted by the upper
and lower limit of frequency. Traverse operation will be
abnormal if the frequency is set incorrectly.
F6.05 Jitter frequency Range:0.0~50.0%(ratio to
amplitude)【0.0%】
As shown in Fig. 5-37, there is no jitter frequency if
F6.05 is set to 0.
F6.06 Traverse operating
cycle Range:0.1~999.9s【10.0s】
F6.06 defines a complete cycle of traverse operation
including rising and falling processes.
Note:
In traverse mode, do not select auto Acc/Dec operating
mode, otherwise the traverse operating cycle will be
abnormal.
F6.07 Rising time of triangle
wave
Range:0~100.0%【50.0%】
Rising time of traverse operation=F6.06×F6.07.
Falling time of traverse operation=F6.06×(1-F6.07)
The unit is second. Refer to Fig. 5-37.
Note:
You can select traverse mode and S curve at the same, thus
the traverse operation is much more smoother.
5.8 Function of Terminals(Group F7)
F7.00 Multi-function terminal X1 Range:0~43【0】
F7.01 Multi-function terminal X2 Range:0~43【0】
F7.02 Multi-function terminal X3 Range:0~43【0】
F7.03 Multi-function terminal X4 Range:0~43【0】
F7.04 Multi-function terminal X5 Range:0~43【0】
F7.05 Multi-function terminal X6 Range:0~43【0】
F7.06 Multi-function terminal X7 Range:0~47【0】
F7.07 Multi-function terminal X8 Range:0~48【0】
The functions of multi-function input terminal X1~X8 are
extensive. You can select functions of X1~X8 according
to your application by setting F7.00~F7.07. Refer to
Table 5-5.
Table 5-5 Multi-function selection
Setting Functions
0 No function
1 Preset frequency 1
2 Preset frequency 2
3 Preset frequency 3
4 Acc/Dec time 1
Chapter 5 Parameter Introductions 61
EV2000 Series Universal Variable Speed Drive User Manual
Setting Functions
5 Acc/Dec time 2
6 External fault signal normally-open input
7 External fault signal normally-close input
8 RESET signal
9 Forward jog operation
10 External terminals for reverse jog operation
11 Coast-to-stop(FRS)
12 Frequency ramp up (UP)
13 Frequency ramp down(DN)
14 Pause the PLC operation
15 Acc/Dec prohiBit
16 3-wire operation control
17 External interrupt signal normally-open
input
18 External interrupt signal normally-close
input
19 DC injection braking command (DB)
20 Close-loop disabled
21 PLC disabled
22 Frequency selector 1
23 Frequency selector 2
24 Frequency selector 3
25 Frequency reference is input via terminal
CCI forcibly
26 Reserved
27 Terminal control mode is forcibly enabled
28 Control mode selector 1
29 Control mode selector 2
30 Preset close-loop reference 1
31 Preset close-loop reference 2
32 Preset close-loop reference 3
33 Start traverse operation
34 Reset the traverse operating status
35 External stop command
36 Reserved
37 Drive operation prohiBiting
38 Reserved
39 Length clearing
40 Auxiliary reference frequency clearing
41 Reset PLC stopping status
42 Counter’s zero-clearing signal input
43 Counter’s trig signal input
44 Input the signal of length
45 Pulse input
46 Single-phase speed measuring input
47 Speed measuring input SM1(only set for
X7)
48 Speed measuring input SM2(only for X8)
Introductions to functions listed in Table 5-5:
1~3: setting speed reference
Up to 8 speed references can be set through different
ON/OFF combinations of terminals K3, K2 and K1.
Table 5-6 On/Off combinations of terminals
K3 K2 K1 Frequency setting
OFF OFF OFF Common operating
frequency
OFF OFF ON Preset frequency 1
OFF ON OFF Preset frequency 2
OFF ON ON Preset frequency 3
ON OFF OFF Preset frequency 4
ON OFF ON Preset frequency 5
ON ON OFF Preset frequency 6
ON ON ON Preset frequency 7
The frequency references will be used in MS speed
operation and simple PLC operation. Take MS speed
operation for example:
Definitions of terminals X1, X2 and X3:
After setting F7.00 to 1, F7.01 to 2 and F7.03 to 3,
terminals X1, X2 and X3 can be used in MS speed
operation, as shown in Fig. 5-39.
speed7
K3
Output freq.
speed1
speed2
speed3
speed4
speed5
speed6
Speed
command
K1
K2
Common
operating
freq.
Time
Fig. 5-39 Multi-step speed operation
In Fig. 5-40, terminal control is selected. The operating
direction can be controlled by K4 and K5. Common
operating frequency and preset frequency 1~7 can be
selected through different On/Off combinations of K1, K2
and K3.
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