代理售后无忧保证EV1000-4T0055P艾默生Emerson变频器
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EV1000-4T007G
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EV2000-4T0550G
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EV2100-4T0075
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EV1000-4T0015G
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EV2000-4T0750G
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EV2100-4T0110
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EV1000-4T0022G
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EV2000-4T0750P
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EV2100-4T0150
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EV1000-4T0037G
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EV2000-4T0900G
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EV2100-4T0185
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EV1000-4T0037P
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EV2000-4T0900P
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EV2100-4T0220
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EV1000-4T0055G
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EV2000-4T1100G
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EV2100-4T0300
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EV1000-4T0055P
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EV2000-4T1100P
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EV2100-4T0370
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EV2000-4T0055G/0075P
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EV2000-4T1320G
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EV2100-4T0450
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EV2000-4T0075G/0110P
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EV2000-4T1320P
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EV2100-4T0550
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EV2000-4T0110G/0150P
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EV2000-4T1600G
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EV2100-4T0750
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EV2000-4T0150G/0185P
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EV2000-4T1600P
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EV2100-4T0900
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EV2000-4T0185G/0220P
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EV2000-4T2000G
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EV2100-4T1100
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EV2000-4T0220G/0300P
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EV2000-4T2000P
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EV2100-4T1320
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EV2000-4T0300G/0370P
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EV2000-4T2200G
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EV2100-4T1600
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EV2000-4T0370G/0450P
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EV2000-4T2200P
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EV2100-4T2000
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EV2000-4T0450G/0550P
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EV2000-4T2800P
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EV2100-4T2200
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EV2100-4T2800
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常规型号 下午四点前付款 当天即可发货 授权 闪电发货
多重返利优惠等您来拿！！！
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代理售后无忧保证EV1000-4T0055P艾默生Emerson变频器
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代理售后无忧保证EV1000-4T0055P艾默生Emerson变频器
艾默生EV1000/EV2000
高性能通用变频器
客户化设计的典范
功率范围： 0.4kW?280kW
0?550Hz
上海煦岳智能科技有限公司 华东代理 杨工 手机： QQ：2817786724
欲了解更多产品信息点击此处在线交流
全球的控制技术和环境适应性
设计产品
融合EMERSON 全球的控制技术和的本地化设计
制造经验，使EV1000、EV2000具有更强的负载适应性、
环境适应性。
? 的磁通矢量控制技术，通过对磁通电流和转矩电
流的解耦控制及低频的自动转矩提升技术，保证通用
电机0.5Hz 180%的启动转矩(EV1000: 1Hz 150%的启
动转矩)。即使在开环控制状态，转速精度也能保证在
0.5%以内，调速比可达1:100(1:50 EV1000)
? 实现电机参数自整定，既可静止整定，又可旋转整
定，静止整定可以满足绝大部分场合的需求
? 通过内部高效电流闭环控制，即使在快速启动或具有
冲击负载的情况下，仍能实现无跳闸连续运行
? 通过动态控制内部直流母线电压，可以实现高频快速
停机制动及停电不停控制
? 采用了特殊控制方式，减小变频器驱动引起的电机侧
开关应力，延长电机使用寿命，降低电机温升及电磁
噪音
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EV1000-4T007G
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EV1000-4T0015G
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EV1000-4T0022G
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EV1000-4T0037G
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EV1000-4T0037P
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EV1000-4T0055G
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EV1000-4T0055P
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? 自学加减速，能自动适应各种负载
? 载频选择：根据环境温度，自动调节载波频率
? 下垂控制：保证多机系统中的负载均衡
? 节能运行：快速稳定的自动节能运行方式
? 灵活的多段V/F 方式
? 工作电压范围宽，长期低电压时通过过调制技术，保
? 证带载能力
? 对电网浪涌(感应雷击)、电网噪声、静电抗扰性，达到
? 严酷工业标准
? 除了标准产品的三防漆措施外，对湿度或粉尘标场
? 合，还有另外制造工艺措施，以满足在该场合长期可
? 靠运行的要求
全球个将多种行业化需求、客
户个性化需求与通用变频器结
合的产品
? 摆频
用于纺织、化纤等需要摆频控制的场合。
五个参数设定，可在线修改，可用端子实现启动、停
止、复位、切换功能。
中心频率来源于普通运行、多段速运行或PLC运行的设
定频率
? 加减速时间单位可以为秒或分: 容易实现纺织滑移恒线
速度收线功能
? PLC
PLC功能是变频器按照设定的时间和速度自动运行，通
过端子实现启停、复位、暂停操作，可以多运行 7段
速，每段时间长可达108小时，可单周期、多周期运
行，可在线修改速度
? 零频回差
利用此功能可以完成休眠控制，实现节能运行，并通
过回差的宽度避免水泵类设备长期无功运行
? 频率主辅给定通道叠加，便于对变频器的运行频率进
行微调，实现多台电机的同步控制
? 频率绑定：运行命令与运行频率绑定在一起，运行命
令通道切换时运行频率通道同时切换，便于实现三地
控制
? 特殊点动间隔限制功能，防止频繁点动引起误操作，
保证设备运行安全
? 定长控制：根据脉冲数输入，计算工件走过的长度，
达到设定值就停机，同时有定长、满纱、断纱等输入
输出端子配合。数码显示设定长度、实际长度、线速
度等参数
? 智能快速PI调节
智能PI调节－频率预置，具有快速PI逼近功能；P参数
与I参数完全解耦，调节更加方便，给定、反馈配有模
拟信号滤波器，在恶劣环境下能稳定
代理售后无忧保证EV1000-4T0055P艾默生Emerson变频器
0:两线式运转模式11:两线式运转模式2led键盘显示单元f1a452gz1ev2000系列通用13频率到达(far)检出宽度0注4:本功能参数简表中ff:通迅参数部分支持艾默生协议u、v、w变频器三相交流输出端子bit1:输出频率(hz)(补偿后)bit1:设定转速(r/min闪烁)标是确保客户在使用了艾默生ct优良可靠的产品后9%设定线速度=设定频率×f8可通过多种方式随时切换527014图g140ev2000-4t2200gev2000-4t2200p220.因此不确保本手册信息的准确性37014图f100从通用型到高性能交流驱动器、直流驱动器、伺服驱28do端子输出功能选择10○加减速时间单位选择见f92、90kw及以上请使用多个制动单元并联运行(tdb-4c01-0550)艾默生ct保留随时修改产品的权利15tdb-r01-0015-0tdb-4c01-0150p型:120%额定电流1分钟10:逆变模块保护(e010)11:逆变模块散热器过热(e011)led十位:接触器异常动作选择0:设定频率掉电存储1:设定频率掉电不存储led、lcd键盘连接线tdc-cb0015108fwd/rev运转模式设定ev2000-4t1100gev2000-4t1100p00313:led键盘显示单元电位计给定ev2000-4t0055g/0075p5中心频率来源于普通运行、多段速运行或plc运行的设ev1000、ev2000都可进行速度闭环通过多段闭环给定温差、压差等物理量bit0:输出频率(hz)(补偿前)bit0:运行转速(r/min)大输出频率)3:输出电流(0制动时间:45kw及以下机型:0快速加减速无跳闸启动控制4:变频器加速运行过电压(e004)5:变频器减速运行过电压(e005)远程控制盒tdo-rc02/evo-rc0333设定计数值到达给定f7
代理售后无忧保证EV1000-4T0055P艾默生Emerson变频器过端子实现启停、复位、暂停操作26:保留27:命令切换至端子
实现多台电机的同步控制1:转差补偿后输出频率(0载频选择:根据环境温度14:电机过载(e014)15:紧急停车或外部设备故障(e015)pe安全接地端子(在散热器上)10(小给定量2与基准值10v/20ma/f1led十位:cci频率特性曲线选0:曲线11:曲线20:掉电存储辅助频率1:掉电不存储辅助频率lcd操作面板可实现参数的快速复制07多功能输入端子x8功能选择ev2000-4t0750gev2000-4t0750p7503多功能输入端子x4功能选择ev1000系列变频器led键盘显示单元(标准配置)与本手册中的信息仅作指南之用除了标准产品的三防漆措施外我们的团队还为客户提供技术建议、调试及服务支持和全线产品培训、维修①实际长度(km)={端子计数值×测量轴周长(f9A remote control box can control multiple Inverters
The maximum electrical distance is up to 1000 meters
Maximum output frequency) 3: output current (0)
When braking is needed, the braking resistor is only needed
RS485 suitable for our company EV1000, TD2100, EV2000 and other series of inverter
The speed range is 1:100 (EV2000) 1:50 (EV1000)
The speed ratio is up to 1:100 (1:50ev1000)
Modulation mode flux vector PWM modulation
The standard is to ensure that customers use the Emerson CT good and reliable products after
Key lock and function selection to achieve partial or full lock of keys
Localization driven expert team provides customized software applications for the following areas:
Pulse frequency input and output: cascade control of multiple Inverters
Selection of LCD display keyboard in English and Chinese
Accessories LCD operation panel, brake assembly, remote control box, remote cable, communication bus adapter, etc.
Droop control is suitable for many inverters to drive the same load
Droop control: guarantee of load balancing in multi machine system
At the same time, there are fixed length, full yarn, broken yarn, etc.
At the same time, there are fixed length, full yarn, broken yarn and other inputs
Send a speed or frequency signal to the inverter
Send control commands to the inverter (such as: start, stop, point movement, etc.)
Our high storage level of chinahub ensures fast and reliable delivery
Our special project is the design, production and engineering applications of actuators
Our expert team also provides technical advice, commissioning and service support, and product training and maintenance for the whole line
We have been the leading driver in the industrial automation industry for many years
Multi section running, through the built-in PLC or control terminals to achieve multi section speed operation
The physical quantities such as temperature difference and pressure difference are given by multistage closed loop
Control of multi motor synchronization by PROFIBUS bus
Through the tds-pa01 field bus adapter, the frequency converter can be connected into the PROFIBUS field bus network
Internal high efficiency current closed loop control
Fine tuning by auxiliary setting
The internal DC bus voltage is controlled dynamically
By analyzing the magnetic flux, current and torque
Communication components (used in EV1000, EV2000 series inverters)
Analog output terminal 2 way analog signal output
Analog output terminal: 0-10v/4-20ma/0-20ma optional
Simulate a given 10V or maximum input pulse frequency f1
Simulate the maximum frequency 10V corresponding to a given F0
High power frequency converter needs braking unit
(kw) constant torque load fan pump load
(PG closed loop single / double determined by terminal)
In the field bus network system of PROFIBUS
User password settings: the user's parameters can be confidential
Used in textile, chemical fiber and other frequency swing control occasions
For the retractable wire speed winding machine and other textile and chemical fiber equipment constant occasion
With this function, sleep control can be completed
The information in this manual is for use only as a guide
-ev2000-4t2800p342525520280
Chinese / English operation content (EV1000 does not have this option)
The center frequency comes from the general operation, multi section speed operation or PLC operation
Support access to public telephone network via modem
The torque reduction characteristic curve of 0 power 2: was 2 (1)
0% (minimum feed quantity corresponding to the amount of feedback and reference value 10V, 20mA or the most
0% (maximum supplied quantity and reference value 10V, 20mA or maximum pulse frequency)
0% (maximum allowance and reference value 10v/20ma/f1)
0% (maximum allowance 1 and reference value 10v/20ma/f1)
0% (corresponding to the closed loop given value) 0
00 multifunctional input terminal X1 function selection
000 (invalid fixed stop function)
00 anti reverse selection 0: allows reverse 1: to prohibit reverse 10 x
00 motor overload protection mode selection 0: no action 1: ordinary motor (with low speed compensation) 2: frequency conversion motor (without low-speed compensation) 11 x
00 frequency swing function selection 0: does not use the swing frequency function 1:, uses the pendulum frequency function
00 simple PLC operation mode selection
00 manufacturers password input ****1 manufacturers set -
00 closed loop operation control selects 0: closed loop operation control, invalid 1: closed loop operation control is effective 10 *
01led run display parameter selection 1
02 multifunctional input terminal X3 function selection
02led run display parameter selection 2
02 over voltage stall select 0: forbid (install brake resistor) 1: allow 11 x
03 multifunctional input terminal X4 function selection
03) manual input method of 1: terminal
03 transponder delay 0 (1000ms15ms x)
0313:led keyboard display unit potentiometer given
03 frequency preset frequency waiting time 0
03led shutdown display parameter selection
03 starting DC brake current type is determined: 0
04 multifunctional input terminal X5 function selection
04 the direction of operation is set 0:, the 1: is turned, and the is reversed
05 multifunctional input terminal X6 function selection
05 (non PG) set line speed = set speed * F8
05 (PG) Note: no effect on the actual speed
05 acceleration and deceleration mode selection 0: linear acceleration and deceleration 1:s curve acceleration and deceleration 2: automatic acceleration and deceleration 10 x
05 setting frequency ratio adjustment selection
The detection level of 05 overload warning is 20
05 automatic energy saving operation 0: no action 1: action 10 x
05 curve 1 minimum given corresponding frequency 0
06 multifunctional input terminal X7 function selection
06 (minimum allowance 1 and reference value 10v/20ma/f1)
06avr function 0: does not move, 1: always moves 2:, only deceleration does not move 12 x
06 setting frequency adjustment factor 0
The detection time of 06 overload warning is 0
The pulse number of 07 pulse encoder is 1
07 multifunctional input terminal X8 function selection
07 curve 1 maximum given corresponding frequency 0
08 stop mode 0: deceleration stop, 1: free parking, 2: deceleration stop + DC brake 10 x
08fwd/rev operation mode setting
09 the minimum amount of feedback
09 stopping DC braking starting frequency 0
09 acceleration and deceleration time unit 0: (SEC) 1: (min) 00 x
09 parameter self-tuning 0: non action 1: action (motor static) 2: action (motor rotation) 10 x
09 curve 2 minimum given corresponding frequency 0
0: starts 1: according to the memory state before shutdown and starts again
0: no action 1: shutdown after single cycle
0: no action 1: action (under voltage as fault)
0: two line operation mode 11: two wire mode 2
The 0: user sets the v/f curve (from F0
0:300bps1:600bps2:1200bps3:2400bps0: alarm and free parking, 1: does not alarm and continues to run
0: after shutdown, maintain the auxiliary frequency 1:, set the frequency cleared after shutdown
0: shutdown frequency setting 1: stop set frequency recovery F0
0: forward 1: reverse 2: is determined by run command
Model 0:g (constant torque load type) 1:p (fan, pump type load type)
0: output frequency before slip compensation (0)
0: prohibits 1: open (fault indication not action) 2: open (fault indication action)
0: power down storage slew frequency state 1: power down does not store slew frequency state
0: power down storage auxiliary frequency 1: power down, no storage auxiliary frequency
0: input and output phase fault protection 1: input phase missing action
0: acceleration and deceleration time 11: acceleration and deceleration time 2
0: setting frequency, power down, storage 1: setting frequency, power off, no storage
The detection level of 0: is relative to the rated current of motor (alarm code E014)
0: parameter overwrite state 1: clears the fault record (FL
0: is valid only when the operating panel runs the command channel
The 0: operation panel runs the command channel (LED bright), and the 1: terminal runs the command channel (LED)
0: runs from the first segment, and 1: continues from the interruption phase frequency
0: starts from the starting frequency, 1: starts before braking, and starts from the starting frequency
1: has been detected during 0: operation only at constant speed operation
0: (run) 1: frequency arrival signal (far) in the operation of the inverter
0: no lock 1: full lock 2: except stop/reset key full lock
0: no abnormal record 1: frequency converter accelerates the operation of overcurrent (E001)
0: 1 (bundled with 1: digital set operation panel, adjust ^ ^)
0: invalid, 1: is only valid in shutdown state, 2: shutdown, running conditions are valid
0: no action 1: relative to F005 adjustment
0: no function 1: multi segment frequency terminal 1
0: no action 1: parameter upload 2: parameter Download
0: auto stop mode: 1: fan runs all the time
0: direct cable connection 1:modem
0 shows no automatic reset function note: module protection and external equipment failure without self reset work
1. The main circuit terminal of the diagram
10 (minimum allowance 2 and reference value 10v/20ma/f1)
10) (minimum allowance and reference value 10V, 20mA or maximum pulse frequency)
(maximum amount of feedback corresponding to the amount of reference value 10V, 20mA or maximum)
10: inverter module protection (E010) 11: inverter module radiator overheating (E011)
10: external inversion point dynamic operation control input 11: free parking input (FRS)
10: simple PLC stage operation complete indication 11:plc cycle complete instructions
10 stop DC braking waiting time 0
10 bidirectional open collector output terminal Y1
11 the maximum amount of feedback corresponding to the quantitative
11 stop DC brake current type is determined: 0
11tdb-r01-0015-0tdb-4c01-0150
11 carrier frequency automatic adjustment, select 0:, turn off carrier frequency, auto adjust 1:, open carrier frequency automatic adjust 11
11 over modulation makes 0: invalid, 1: valid 11 x
11 bidirectional open collector output terminal Y211 x
11 curve 2 maximum given corresponding frequency 0
12:led keyboard display unit potentiometer simulation given (0
12: rectifier module heat sink (E012) 13: frequency converter overload (e013)
12: frequency increasing instruction (up) 13: frequency decreasing instruction (DN)
The 12: setting value arrives at the specified 13: value
12 relay output function select 116 x
132kw:120% rated current 1 min.
13 frequency arrival (far) detection width 0
13 energy consumption braking selection 0: no use energy braking 1: has used energy brake 10 x
14: motor overload (E014) 15: emergency shutdown or external equipment failure (E015)
14: simple PLC pause instruction, 15: acceleration and deceleration instruction
14: setting length arrival indication 15: frequency converter operation preparation is completed (RDY)
15tdb-r01-0015-0tdb-4c01-0150
16 third (nearest) exception types
160kW and above: 110% rated current 1 min.
16: three line operation control 17: external interrupt normally open contact input
16:e2prom read write fault (E016) 17:rs232/485 communication error (E017)
16: inverter fault 17: host computer expansion function 1
16 closed loop regulation characteristics 0: positive action 1: reaction note: given the relationship with the speed of 10 x
17 the bus voltage 0 during the last fault
18 the output current is 0 when the last fault occurs
180% rated current 3 second / 1 second (380v/220v Series)
18: external interrupt normally closed contact input 19: stop DC brake input command DB
Upper and lower limits of 18: pendulum limit 19: set time of arrival
18: contactor (E018) 19: current detection circuit fault (E019)
More than 18 sales offices cover the Chinese market
19 the operating frequency of the last fault is 0
19) only 45KW and below models are effective
19 closed loop preset frequency holding time 0
1: is effective when operating the command channel in the operating panel, terminal and serial port
1: analog input 2:vci+cci by CCI
1: is given by VCI analog voltage (0)
The output frequency (0) after 1: slip compensation
The 1: detection level is relative to the rated current of the converter (alarm code e013)
Because Emerson CT constantly develop and perfect its own products
Switch from the 10 jumper on the control board
2, 90kw and above, please use multiple brake units in parallel operation (tdb-4c01-0550)
2 、 CCI can choose input voltage or current signal
2 times motor rated current) 5: output torque (0)
2 times rated power) 11: PC extension function 2 (0)
2 times converter rated voltage) 7: bus voltage (0)
200v/240vev2000-4txxxxx:0
20: output frequency before slip compensation (0)
20: closed loop failure 21:plc failure
20: system interference (e020) 21: retention
20 instantaneous stop function selection 0: no action 1: action (low voltage compensation) (22KW and below effective) 10 x
The frequency drop rate is 0 when the voltage is 21
The output frequency (0) after 21: slip compensation
21 manual torque lifting cut-off point 0
22: frequency selective channel selection 123: frequency given channel selection 2
22: keeps the 23: operating panel parameter copy error (E023)
22 power failure restart function selection 0: no action 1: action 10 x
22tdb-r01-0030-02001010010tdb-4c01-0300
23 outage restart waiting time 0
24: frequency selective channel selection 325: frequency switching to CCI
26: retains the 27: command to switch to the terminal
Output function selection of 26ao1 terminal
Output power of 27ao2 terminal28: run command channel, select 129: operation command channel, select 2
Output function selection of 28do terminal 10
2: three line operation mode 1- self holding function (additional x1)
2: does not alarm and stops by stop mode (only serial port runs command channel)
2: multi segment frequency terminal 23: multi segment frequency terminal 3
2: stops under the operating panel by stop mode
2: serial port running command channel (LED flashing)
2: keeps the final value 3: continuous cycle after single cycle
2: speed tracking (including directional discrimination) restart
2: digital setting 2 (terminal up/dn adjustment) 3: digital setting 3 (serial port given)
2: frequency level detection signal (fdt1) 3: frequency level detection signal (fdt2)
2: output phase missing action, 3: input and output are not action
2: acceleration and deceleration time 33: acceleration and deceleration time 4
2: continues running from the running frequency of the interruption time
2: inverter deceleration operation overcurrent (E002) 3: inverter constant speed operation overcurrent (E003)
Preventing frequent point movement causing misoperation
30: multi segment closed loop terminal 131: multi segment closed loop terminal 2
30tdb-r01-0030-02001010010tdb-4c01-0300
32: multi segment closed loop terminal 333: swing frequency input
The 32:led keyboard display unit potentiometer simulates the given note: 20
33 set the count value to a given F7
34 specify the count value to a given 0
34: swing frequency reset 35: external shutdown instruction
36: keep 37: inverter running prohibited
37014 graph F100
37tdb-r01-0030-02001010010tdb-4c01-0300
380v/440vev1000-2sxxxxx:0
3: three line operation mode 2- self holding function (additional x1)
3: does not alarm and stops by stop mode (all operating command channels)
In addition to the shift key (Uu), the 3: locks all the 4: except the run and stop/reset keys
The 3:led keyboard display unit simulates a given 4:pulse setting
3:vci simulation given (vci-gnd) 4:cci simulation given (cci-gnd)
3: parameter download (except for type dependent) Note: valid only for LCD
40: auxiliary reset frequency reset 41:plc shutdown state
42: counter reset signal input, 43: counter trigger signal input
44: length count input 45: pulse frequency input
45tdb-r01-0050-01001010010tdb-4c01-0550
47: speed input SM1 (set only for X7)
48: speed input SM2 (set only for x8)
4:4800bps5:9600bps6:19200bps7:38400bps
4:vci simulation given 5:cci simulation given
4: acceleration and deceleration time terminal 15: acceleration and deceleration time terminal 2
4: overload detection signal (OL) 5: undervoltage lockout stop (Lu)
4: inverter accelerates the operation of over voltage (e004) 5: inverter to reduce the operating overvoltage (E005)
5% rated synchronous speed (EV2000) less than 1% of the rated synchronous speed (EV1000)
50hz/60hzev1000-2sxxxxx:200v
Pulse square wave signal output of 50KHz
527014 graph g140ev2000-4t2200gev2000-4t2200p220
55tdb-r01-0050-01001010010tdb-4c01-0550
5: terminal pulse (pulse) given 6:led keyboard display unit potentiometer given
5g/22g shutdown 3 minutes before testing
Starting torque of 5hz180% (ev1000:1hz150% start)
Braking unit with 5kW and below frequency converter
5tdb-r01-0015-0tdb-4c01-0150
The relationship between the current Ma value and the voltage volt value is: voltage volts = ma values /2
Voltage range ev1000-4txxxxx:0
The power line can connect any two of the input terminals R, s and t
6: external faults normally open input 7: external faults normally closed input
6: external fault shutdown (EXT) 7: frequency upper limit (FHL)
6: inverter constant speed operation overvoltage (E006) 7: inverter control power supply overvoltage (E007)
6: terminal pulse given 7:led keyboard display unit potentiometer given
The braking resistor is shown below, indicating that the EV1000 series contains the brake unit
Wiring diagram of braking unit and braking resistor
Braking action current value: G machine: 0
Braking time: 45KW and below: 0
75tdb-r01-0050-01001010010tdb-4c01-0550
Customer personalized requirements and general inverter perfect knot
8: external reset (reset) input v9: external positive turning point dynamic operation control input
8: lower frequency limit (FLL) 9: inverter in zero speed operation
8: input side missing phase (E008) 9: output side missing phase (E009)
9% setting the line speed = setting frequency * F8
9% note: closed loop analog given / feedback display range: 0
9 km note: this function code is only for viewing and clearing 10
Changing the setting frequency and direction of operation
To provide customers with a full range of supporting drive solutions
Mechanical speed =120 * operating frequency, FH
Machine speed = measured speed * F8
Decoupling control of flow and automatic torque lifting technology at low frequency
Bundled function running command channel and frequency given channel can be bundled
All starting processes after parking and parking
Constant line speed winding and fixed length shutdown control
Static setting can meet the needs of most occasions
Stop braking and power failure control
E015 free parking when not handling panel
The actual length (km) ={terminal count (F9 * measuring shaft circumference
Bit0: simulation of closed loop feedback (%) bit0: terminal state (without unit)
Bit0: output voltage (V) bit0: analog closed loop feedback (%)
Bit0: output frequency (Hz) (before compensation) bit0: running speed (r/min)
Bit0: output power bit1: output torque (%)
Bit0: actual length bit1: set length
Bit0: setting frequency (Hz) bit0: running line speed (m/s)
Bit1: external count value (without unit) bit1: setting line speed (m/s)
Bit1: simulation closed loop setting (%) bit1: bus voltage
Bit1: output frequency (Hz) (after compensation) bit1: setting speed (r/min flashing)
Bit1: bus voltage bit1: analog closed loop setting (% flicker)
Bit2:vci (V) bit2: external count value (without unit)
Bit2: actual length bit2: cumulative length
Bit2: setting frequency (Hz flicker) bit2: running line speed (m/s)
Bit2: running speed (r/min) bit2:vci (V)
Bit3:cci (V) bit3: terminal state (without unit)
Bit3: output current (a) bit3: setting line speed (m/s flashing)
Bit3: setting speed (r/min) bit3:cci (V)
Bit3: setting length note: all zero time, default display frequency
Controltechniquesaleaderinintelligentdrives
Controltechniques drives world development
Positive logic: Xi and other terminals and the corresponding common end connected effectivelyDrvwindows background monitoring software
In addition to the standard product of three protective paint measures
The parameters of EV1000 and EV2000 are slightly different
Brief list of functional parameters of EV1000 and EV2000
Both EV1000 and EV2000 can carry out speed closed loop
Ev1000-2s0004g200 Omega /100w1010010
Ev1000-2s0007g150 Omega /200w1010010
Ev1000-2s0015g100 Omega /400w1010010
Ev1000-2s0022g70 Omega /500w1010010
Ev1000-4t0007g300 Omega /400w1010010
Ev1000-4t0015g300 Omega /400w1010010
Ev1000-4t0022g200 Omega /500w1010010
Ev1000-4t0037g200 Omega /500w1010010
Ev1000-4t0037p200 Omega /500w1010010
Ev1000-4t0055g100 Omega /1000w1010010
Ev1000-4t0055p100 Omega /1000w1010010
Outline of ev1000/ev2000 inverter
Ev1000: voltage fluctuation is no more than + 10%
Type ev1000:g: 150% rated current 1 min.
Ev1000: DC brake starting frequency: 0
Wiring diagram of EV1000 series inverter and braking resistor
EV1000 series inverter special accessories
EV1000 series inverter size
EV1000 series inverter size table
EV1000 series inverter led keyboard display unit (standard configuration) and
The main circuit terminal of EV1000 series inverter has three forms
EV1000 series inverter contains brake unit
Ev2000-4t0055g/0075p5
Ev2000-4t0055g/0075p8
Ev2000-4t0075g/0110p11/1720
Ev2000-4t0075g/0110p7
Ev2000-4t0110g/0150p11/15
Ev2000-4t0110g/0150p211/15
Ev2000-4t0150g/0185p15/18
Ev2000-4t0150g/0185p21/2435/38
Ev2000-4t0185g1/0220p118
Ev2000-4t0185g1/0220p124/3038
Ev2000-4t0220g1/0300p122/3015
Ev2000-4t0220g1/0300p130/4046
Ev2000-4t0300g1/0370p130/37
Ev2000-4t0300g1/0370p/7530/37
Ev2000-4t0370g1/0450p137/45
Ev2000-4t0370g1/0450p/9037/45
Ev2000-4t0450g1/0550p145/5538
Ev2000-4t0450g1/0550p0/11045/55
Ev2000-4t0550g-7211311055
Ev2000-4t0750gev2000-4t0750p10015715275
Ev2000-4t0750gev2000-4t0750p75
Ev2000-4t0900gev2000-4t0900p11618017690
Ev2000-4t0900gev2000-4t0900p90
Ev2000-4t1100gev2000-4t1100p0
Ev2000-4t1320gev2000-4t1320p132
Ev2000-4t1320gev2000-4t1320p2
Ev2000-4t1600gev2000-4t1600p160
Ev2000-4t1600gev2000-4t1600p200307304160
Ev2000-4t2000gev2000-4t2000p25
Ev2000-4t2200gev2000-4t2200p280430426220
Configuration of DC reactor with ev2000-4t2800p standard
Type ev2000:g: 150% rated current 1 min.
Ev2000: DC brake starting frequency: 0
EV2000 series inverter special accessories
EV2000 series inverter size
EV2000 series inverter size table
F1a452gz1 (standard configuration) tdp-lcd03tdf-kb02tdc-cb0015
Group F5: process closed loop control parameters
The world's first will be a variety of industrial needs, customers
The world's leading control technology and environmental adaptability
The analog values in the table are represented by voltage values
L and n single phase AC 220V input terminals
LCD keyboard display unit tdp-lcd03ev2000 series general purpose
LCD operating panel enables rapid replication of parameters
LED, LCD keyboard display unit and mounting seat size
LED, LCD keyboard installation seat, tdf-kb02ev2000 series general purpose
LED, LCD keyboard connecting line tdc-cb00151
LED, LCD keyboard connecting line tdc-cb00303
Led bit: Communication abnormal action selection
Led bit: selection of undervoltage fault indication action
Led bit: AO1 bias select 0:0
Led bit: PLC operation mode selection
Led bit: stop/reset key function selection
Led bit: VCI frequency characteristic curve, select 0: curve, 11: curve 2
Led bit: overload alarm detection and selection
Led bit: selection of frequency given channel for start stop control of operation panel
Led keyboard display unit (tdp-led02) size
The LED keyboard display unit is connected with the frequency converter through the mounting seat and the connecting line
Led keyboard display unit f1a452gz1ev2000 series general purpose
Led keyboard display unit tdp-led02ev1000 series general purpose
The shape and installation dimension of LED keyboard display unit
Led keyboard connecting line tdc-cb0015a1
Led keyboard connection line tdc-cb0030a3 meter EV1000 series general purpose
Led keyboard connecting line tdc-cb00p6a0
LED display can display the set frequency, output frequency, output voltage, output current and other 20 parameters
Led ten bit: AO2 bias selects 0:0
Led ten bit: CCI frequency characteristic curve selected 0: curve 11: curve 2
Led ten bit: panel/remote key function selection
Led ten bit: PLC interrupt operation restart mode selection
Led ten bit: contactor abnormal action selection
Led ten bit: overload warning action choice
Led ten bit: automatic reset interval fault indication action selection
Led ten bit: frequency control channel selection during terminal control
Led thousand bit: stage time unit selection
Led kbit: power down state storage
Led hundred bit: selection of frequency given channel for serial port control
Led hundred bit: fault lock function selection
Led hundred bit: swing frequency shutdown start mode selection
Led hundred bit: E2PROM abnormal action selection
Led hundred bit: pulse frequency characteristic curve selection 0: curve 11: curve 2
Led hundred bit: PLC state parameter storage selection during power down
Led hundred bit: acceleration and deceleration time selection
Led hundred bit: selection of overload warning data
Led hundred bit: operation panel locking function
LED status display unit tdp-led03ev1000 series general purpose
Starting from the starting frequency when the speed is zero
P (+), (-) DC positive and negative bus input terminals
P (+), (-) DC bus input terminals
P (+) and Pb external braking resistor terminals
PE safety earthing terminal (on the radiator)
The function of PLC is that the frequency converter runs automatically according to the set time and speed
PLC running: multi segment speed timing operation
Type P: 120% rated current 1 min.
Set length, actual length and line of digital display
Set length, actual length and line speed of digital display
The driver and application center mainly provides local sales for customers
Three phase AC input terminal of R, s and t
That is to realize the special interaction between elevator controller and elevator controller
Loading speed is determined by loading weight
Td1000 series inverter operating panel general purpose
Tdb-4c01-015011kw, 15kwTdb-4c01-015011kw, 15kw
Tdb-4c01-055037kw, 45KW, 55kW
Tdp-led02 (standard configuration) tdp-led03tdc-cb00p6a
Tdp-led02 mounting block tdf-kb01ev1000 series general purpose
The tdp-led03 indicator light is as follows:
Tdp-led03 and tdp-led02 have the same size
Three phase AC output terminal of u, V and W
Three phase AC output terminal of u, V and W inverter
V/f curve four ways: 1 user setting v/f curve mode and 3 kinds of torque reduction characteristic curve mode (2)
Its production and R & D centers are concentrated in Europe and Asia
And provide technical support and after-sales service
When the starting torque is ev1000:1hz, the rated torque is 150% ev2000:0
Carrier frequency selection: according to ambient temperature
Emerson CT (controltechniques) is a subsidiary of Emerson industrial automation
Emerson CT is headquartered in Shenzhen, Shanghai
Emerson CT reserves the right to modify products at any time
Braking resistor should be connected between P (+) and Pb when braking with energy consumption
Make EV1000 and EV2000 have stronger load adaptability,
Over modulation technology for long term low voltage
Energy saving operation: fast and stable automatic energy saving operation mode
Built in standard rs232/485 interface
The closed loop control system can be easily constructed by the built-in pi
Auxiliary frequency setting to achieve flexible auxiliary frequency trimming and frequency synthesis
Mounting seat tdf-kb01 exterior and mounting dimensions
Installation method, wall mounted, loading cabinet
Model: evo-rc03 (support for Modbus Protocol)
Binary setting: 0: does not display 1: display
The main setting of the linear speed of each transducer
Integration of Emerson's global leading control technology and unique localization design
Centralized management of frequency converter equipment operation
Frequency bound: run command bound to run frequency
Frequency given channel digital given, analog voltage given, analog current given, pulse given, serial port given
Define the function range of the partial key
After the fixed length control reaches the preset length, the frequency converter stops
Fixed length control: according to the pulse number input
Realizing synchronous control of multiple motors
Real time monitoring of operation status of up converter equipment on bus
Function code name setting range minimum unit factory set value change
Acceleration and deceleration curve in three ways: linear acceleration and deceleration, S curve acceleration and deceleration and automatic acceleration and deceleration method
The choice of acceleration and deceleration time units is F9
The acceleration and deceleration time unit can be seconds or points: easy to realize the textile slip constant line
Receiving single phase or dual phase pulse closed loop feedback
Control slave operation, stop, point action, fault reset
Instantaneous stop without stopping to control instantaneous power loss
Control of effective DC bus voltage by instant stop
Fieldbus adapter tds-pa01
Status display unit (tdp-led03)
Cooling mode ev1000: fan cooling
Design of convenient and flexible switch input and output terminals
Set the speed setting frequency divided by FH * =120
Setting speed = closed loop setting speed * F8
It is easy to enter the frequency of the inverter
Parameter copy can be easily copied by using LCD operation panel (EV1000 does not have this function)
Multi motor synchronous drive -- stage lifting application
After the winding machine and unwinding tension control application
No other custom designed for application of OEM customers
Application of cascade speed function -- factory production and processing line
Avoiding the long term reactive power of water pump equipment by the width of the return difference
Through the terminal to achieve start stop, reset, pause operation
Continuous operation without trip can be realized
Anti logic: Xi and other terminals and the corresponding common end communication invalid
So as to realize the closure of physical quantities such as temperature difference and pressure difference
From general type to high performance AC driver, DC driver, servo drive
Slave polling, frequency setting, operation and shutdown, associated operation, query and modification of function code parameters, etc.
Read operation status information and actual value from frequency converter
Automatic energy consumption braking during deceleration
Motor side caused by reducing sleeve frequency drive
The longest time is 108 hours
Improve the production efficiency of OEM customers
The operation speed of the steady-state accuracy less than 0
Run command channel, operation panel, control terminal, and serial port
The longest slip time can reach 60 hours
Monitor the running frequency, setting frequency, output voltage and transmission of slave computer
Synchronous control of multiple inverters combined with main and auxiliary given energy
The inverter will work as a slave station
The frequency converter has two channels given by the master and the auxiliary
Wiring diagram of frequency converter and brake assembly
RS485 communication is used between the inverter and the remote control box
The frequency converter realizes the closed loop of line speed by detecting the line speed
Rated capacity of converter type (55g and above)
Inverter type (55P and below)
Remote control box tdo-rc02/evo-rc03
Remote control box model: tdo-rc02 (support for Emerson autonomous protocol)
Remote control box and remote control box communication cable
Protection function, lack of phase protection (optional), over-current protection, overvoltage protection, under voltage protection, over temperature protection, overload protection, etc.
Therefore, it is inaccurate to ensure the accuracy of the manual information
Without dust, corrosive gas, flammable gas, oil mist, water vapor, water or salt etc.
Simultaneous switching of operating frequency channels for channel switching
There are Beijing, Shenyang, Nanjing, Wuhan and Guangzhou
Another 53 drivers and application centers are distributed
For details, see brake unit instructions
Note 1: only ev2000-4t0055g/0075p, ev2000-4t0075g/0110p with built-in brake unit
Note 4: the function parameters of ff: communication parameters to support Emerson independent protocol
Note: invalid 4 at the same time as the main given channel
Note: continuous operation for 3 minutes after shutdown
Note: (1) the center frequency of pendulum frequency defaults to the current setting frequency (the setting frequency is invalid when the point is moving and closed loop)
Note: all zero time, default display frequency before compensation
Note: the starting process includes the first power up, the power supply restoration after the instantaneous stop, and the external fault recovery
Note: valid only for 45KW and below g/p combination
Natural cooling ev2000: forced air cooling
Automatic voltage regulation (AVR), when the grid voltage changes
Automatic current limiting during operation制动电阻见下面说明ev1000系列内含制动单元自然冷却ev2000:强制风冷48:测速输入sm2(仅对x8设定变频器与制动组件连线图防止频繁点动引起误操作◇舞台多电机同步驱动升降应用22:保留23:操作面板参数拷贝出错(e023)频率绑定:运行命令与运行频率绑定在一起19)仅45kw及以下机型有效12:设定计数值到达13:计数值到达
led状态显示单元tdp-led03ev1000系列通用0:无动作1:参数上载2:参数下载led键盘连接线tdc-cb0015a10:正转1:反转2:由运行命令确定
表中模拟量均以电压值表示06设定频率比例调整系数0ev2000-4t0450g1/0550p0/11045/5502多功能输入端子x3功能选择ev1000系列变频器选配件用于纺织、化纤等需要摆频控制的场合controltechniques驱动世界发展向变频器发送控制命令(如:起动、停机、点动等)静止整定可以满足绝大部分场合的需求对变频器进行故障复位等6:外部故障停机(ext)7:频率上限限制(fhl)注:全为零时默认显示为补偿前运行频率44:长度计数输入45:脉冲频率输入结合主辅给定能实现多台变频器的同步控制
