GT530 Series Systematic Vector Inverter

GT530 series inverter is a systematic vector inverter, which is a new generation platform product of YiDrive Electric, adopting open-loop vector and V/F control mode, with power range covering 0.75kW~850kW.
GT530 has advanced control performance such as large torque at low frequency, self-recognition of motor parameters, optimal acceleration and deceleration control, wave-by-wave current limiting, etc.; it has powerful I/O expansion function, and it can be customised for customers to expand the capacity of process control card, etc.; it has functions to meet different process requirements such as multi-segment speed control, simple PLC control, PI control, fixed-length control, sag control, automatic energy-saving operation, and flexible frequency setting.frequency, various frequency combination methods and combination algorithms, and a series of practical functions.

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GT530 series inverter is a systematic vector inverter, which is a new generation platform product of YiDrive Electric, adopting open-loop vector and V/F control mode, with power range covering 0.75kW~850kW.


GT530 has advanced control performance such as large torque at low frequency, self-recognition of motor parameters, optimal acceleration and deceleration control, wave-by-wave current limiting, etc.; it has powerful I/O expansion function, and it can be customised for customers to expand the capacity of process control card, etc.; it has functions to meet different process requirements such as multi-segment speed control, simple PLC control, PI control, fixed-length control, sag control, automatic energy-saving operation, and flexible frequency setting.frequency, various frequency combination methods and combination algorithms, and a series of practical functions.



Excellent performance


High precision of speed regulation, wide speed range

Large torque at low speed, small speed pulsation.

Excellent current control ability: when the load has an instantaneous sudden change, the frequency converter can maintain sufficient torque output ability, not tripping operation.

Wave-by-wave current limiting: it can limit the motor current at a certain level without affecting the output torque.

High accuracy of self-tuning motor parameters

It can accurately identify the motor parameters and realise high-performance vector control.

It can achieve static self-learning and dynamic self-learning to adapt to different working conditions.

It can realise accurate adjustment of motor parameters under long-distance cable.

Rich and comprehensive application functions

Flexible multi-stage V/F curves; multi-stage speed control: 16 stage speeds are realised

Simple PLC application: up to 16 stages per cycle, each stage running frequency, time, direction can be set, the time unit can be set (up to 6500 minutes), the

Pause, reset and deactivation operations can be performed via the terminals, and operation can be switched with other methods.

Frequency binding and switching: Bundling the operation command and the frequency setting channel can realise the binding combination between three operation command channels and six frequency setting channels, which is convenient for synchronous switching.

Frequency source and command source selection: Frequency source and command source selection can be realised through multi-function terminals, which is convenient for flexible switching of various controls.

Powerful communication function: standard built-in RS485 communication interface, can be used as a host.

Automatic energy-saving operation: maintain the output torque under the premise of the same, to achieve the best energy-saving effect, used in variable torque loads or other light load occasions

Built-in brake unit; powerful expansion capability

Installation: wall-mounted, embedded, cabinet type



Product Applications


 It can be used for the drive of automatic production equipment such as machine tools, cables, textiles, paper, food, packaging, chemical industry, municipal engineering, etc. It meets the needs of different industrial equipment for performance and function.


Technical specification


项目

标准规范

输入

额定电压,频率

三相,380Vac-440Vac;50Hz/60Hz(5.5kW-450kW);   三相,380Vac;50Hz/60Hz(500kW-850kW)
单相,200V-220Vac;50Hz/60Hz

允许电压工作范围

单相电压:220Vac(-10%~15%)或三相电压380Vac(-10%~15%);   电压失衡率:<3%;频率:±5%

输出

输出电压

0~输入电压

频率

0Hz~550Hz

过载能力

G型:150%额定电流60s;   P型:120%额定电流60s

主要控制功能

控制方式

开环矢量控制(SVC),V/F控制

调速范围

1:100(SVC)

起动转矩

0.50Hz时150%额定转矩

运行转速稳态精度

≤±0.5%额定同步转速

频率精度

数字设定:±最高频率×0.01%;模拟设定:±最高频率×02%

频率分辨率

数字设定:0.01Hz;模拟设定:最高频率×0.1%

转矩提升

自动转矩提升,手动转矩提升0.1%~30.0%

V/F曲线

1种用户设定V/F曲线方式

加减速曲线

二种方式:直线加减速、自动加减速方式;四种加减速时间,时间单位(分/秒)可选,最长可设定时间600分钟

直流制动

直流制动开始频率:0.00~60.00Hz;制动时间:0.0~30.0s;制动电流:0.0~100.0%;

点动

点动频率范围:0.10Hz~50.00Hz;点动加减速时间0.1~60.0s可设,点动间隔时间可设

多段速运行

通过内置 PLC 或控制端子实现多段速运行

内置PI

可方便地构成闭环控制系统

自动节能运行

根据负载情况,自动优化 V/F 曲线,实现节能运行

自动电压调整(AVR)

当电网电压变化时,能自动保持输出电压恒定

自动限流

对运行期间电流自动限制,防止频繁过流故障跳闸

自动载波调整

根据负载特性,自动调整载波频率;可选

客户化功能

定长控制

到达设定长度后变频器停机

下垂控制

适用于多台变频器驱动同一负载的场合

瞬停不停机控制

瞬时掉电时, 通过母线电压控制, 实现不间断运行

捆绑功能

运行命令通道与频率给定通道可以任意捆绑, 同步切换

运行功能

运行命令通道

操作面板给定、 控制端子给定、 串行口给定, 可通过多种方式切换

频率给定通道

数字给定、 模拟电压给定、 模拟电流给定、 脉冲给定、 串行口给定, 可通过多种方式随时切换

辅助频率给定

实现灵活的辅助频率微调、 频率合成

脉冲输出端子

0~50kHz的脉冲方波信号输出, 可实现设定频率、 输出频率等物理量的输出

模拟输出端子

2路模拟信号输出,分别可选0/4~20mA或0/2~10V,可实现设定频率、输出频率等物理量的输出

操作面板

LED显示

可显示设定频率、输出频率、输出电压、输出电流等多种参数

 

 

环境

保护功能

输入缺相保护(可选)、输出缺相保护(可选)、过流保护、过压保护、欠压保护、过热保护、过载保护等

使用场所

远离电磁辐射源的场合;
无油雾、腐蚀性气体、易燃性气体等场合;
金属粉末、尘埃、油、水等异物不会进入变频器内部的场所;
无放射性物质、易燃物质场所;无有害气体及液体的场所;
盐分少的场所;无阳光直射的场所。

海拔高度

1000m以下无需降额使用,1000m以上每增加100m,需降额1%,最高使用海拔高度为3000m;

环境温度

一般在-10℃~+50℃运行,温度超过40℃需降额使用,40℃每增加1℃,需要降额1.5%;

湿度

小于95%RH, 无水珠凝结

振动

小于5.9m/s² (0.6g)

存储温度

-20℃ ~ +60℃

污染等级

PD2

结构

防护等级

IP20

冷却方式

强制风冷

 

安装方式

壁挂式、柜式、嵌入式

 

效率

≥93%

 

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