TKQ2 双电源自动切换开关Series Dual Power Automatic Transfer Switches
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产品说明书
TKQ2 Series Dual Power Automatic Transfer Switches
Ⅰ Using Occasion
TKQ2 Series Intellectual dual power automatic transfer switches (A.T.S for short) is one of the newest scientific technology products. It is used in 50Hz, 400V AC power supplying system, with the function of automatic transfer between the normal power supply (N) and the reserved one (R), guarantee the reliability and safety of supplying power. This product is produced according to the standard of GB/T14048.00-2002、IEC60947-6-1 《Automatic Transfer Switch Electric》and 《Water-proof Norms of Tall Residential Building》, 《Fire-proof Norms of Building Design 》, 《Urgent Lighting Design Enchiridion》, 《Electric Design Norms of Residential Building》etc. It can be used widely in the places where the power cut is not allowed, such as hospital, shopping malls, bank, chemical plant, tall building, military device, fire protection etc.
Ⅱ Character
TKQ2 series A.T.S is different from the previous transfer switches, such as the power-load switch which combined with load-switches, transfer switches which combined with contactors. TKQ2 series A.T.S is made of two new-generation molded case circuit breakers (MCCB), which have high breaking capacity, with its own accessories; the single electricity machinery drive with mechanical interlock and intellectual controller.
It has the capacity of short circuit and over-load protection; over-voltage, under-voltage, lack of phase automatic transfer function, to guarantee the electricity distribution series operating reliably. It has the following characters:
1. There is a double-protection between the two circuit breakers. One is reliable mechanical interlocking mechanism; the other is the intellectual electric interlocking which core is MOTOROLA Single Chip Micyoco (SCM).
2. Over-load, under-load, lacking phase automatic transfer and intellectual alarm function. 3. Electricity machinery operating protection 4. The parameter can be set freely at the outside. 5. Small volume, easy to fit and use. 6. Energy saving, no noise running.
7. The switch has electric fire fighting controller. When the fire fighting center give a control signal to the auto controller, the two circuit breakers will come to the open state.
8. It has the computer interface, so it has the function of remote control, remote regulation, remote communicate and remote transport.
Ⅲ Working Condition 1. Ambient air temperature: 1) Upper limit: ≤+40℃ 2) Lower limit: ≥-10℃
The average temperature in 24 hours is not exceed +35℃. 2. Altitude: the altitude of install place is not exceed 2000m
3. Atmosphere condition: the relative humidity of the atmosphere is not exceed 50% when the
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ambient temperature is +40℃, and the lower temperature is, the higher humidity will be. When the lowest average temperature is 25℃ in the moistest month, the highest average humidity of this month is 90%, and the dew on the switch surface is also considered for the temperature changed.
Ⅳ. Model and Signification
TK Q 2
rated current of circuit breaker
grade frame current of circuit breaker R: self-input and self-recover S: self-input without self-recover F: utility-generator B: combined
design sequence number dual power Automatic Transfer Switches enterprise code
Ⅴ Specification
The main specifications are listed in sheet 1, and the special types can be communicated.
Ⅵ Main technology parameter
1. Rated working voltage of intellectual controller: AC 230V
2. The life time of the switch (N-R-N circulation) and character parameter are listed as sheet 2.
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Ⅶ. Externality and Installation dimension
The picture1 and picture2 are the externality, picture3 is the divided controller panel, and the installation dimension is list in sheet3.
The externality of holistic controller and installation dimension (picture1 and sheet3). Picture1
The externality of divided controller and installation dimension (picture2 and sheet3). Picture2
The dimension of divided controller (picture3)
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Picture3
Ⅷ Main structure and the working principle
TKQ3 series dual power automatic transfer switch is made of two molded case circuit breakers (MCCB), transporting structure electricity machinery with mechanical interlocks, intellectual controller etc, all the devices are installed on one panel. And the controller interior is intellectual
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auto controlling circuit, made of MOTOROLA single chip micyoco (SCM) and advanced, reliable electronic component.
1. Working principle of auto controller
The auto controller tests the three phases voltage of normal and reserved power supply in the same time, when the numerical is 110% higher than the rated one, the controller views it as over-voltage, 60~85% lower than the rated one is under-voltage (the user can set the specific parameter freely). The internal circuit judges the test result of the timely phase for six voltages margin. When the result passes the relay, it drives the related relay give the open and close orders to the electricity machinery operating structure. And the above test result will be showed by some LEDs on the panel. There are four working ways (“automatic and manual”, “normal power supply”, reserved power supply”, “release <reclose>”), transfer delay time and the under-voltage numerical can be set through six push button switches. The switches are installed on the panel.
2. Test and control function of auto controller 2.1 self-input and self-recover auto controller
TKQ2 is used for the auto transforming between the normal power supply and reserved power supply. In usual time, the power was supplied by the normal power supply, and when it become abnormal (any single phase is over-voltage, under-voltage, interrupted phase), the reserved power supply will work after the appropriate delay; when the normal power supply refined, it will work once again automatically.
Make sure the reserved power supply is no damaged. When it has some abnormal situation, the related LED on the panel will turn yellow, and the internal buzzer will offer an alarming signal to tell the user to restore.
The function of the self-input and self-recover auto controller (sheet 4)
2.2 自投不自复式auto controller
TKQ2 is used for the auto transforming between the normal power supply and reserved power supply. In usual time, the power was supplied by the normal power supply, and when it become abnormal (any single phase is over-voltage, under-voltage, interrupted phase), the reserved power supply will work after the appropriate delay; when the normal power supply refined, it can’t work once again automatically, unless the reserved power supply has some problem. The situation is also fit for the contrary condition.
Make sure the reserved power supply is no damaged. When it has some abnormal situation, the
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related LED on the panel will turn yellow, and the internal buzzer will offer an alarming signal to tell the user to restore.
The function of the 自投不自复式 auto controller (sheet 5)
2.3 power grid generating auto controller
TKQ2 is used for the auto transforming between the normal power supply and reserved power supply. In usual time, the power was supplied by the normal power supply, and when it becomes abnormal (any single phase is over-voltage, under-voltage, interrupted phase), the intellectual controller orders to release the electricity by offering a controlling request as well as a unloading order (when the generator’s capacity is limited, user can unload the unimportant section). When the generating voltage is up to 85% of the rated one, the power of power grid will be cut automatically after some delay, and after some other delays, the generating power supply will work automatically. When the normal power supply recovers, it will work automatically
The function of the电网发电式
auto controller (sheet 6)
Notice:
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QN-the normal power supply’s circuit breaker close QR-the reserved power supply’s circuit breaker close
t1- delay for open (the longest delay is 60s, the shortest is 0.5s, producing setting 1.5s) t2- delay for close (the longest delay is 60s, the shortest is 0.5s, producing setting 1.5s)
3. the wiring map of the second circuit (according to the map)
TKQ2-R (S.F) second circuit wiring map (100-225 type)
Notice:
the picture is for the reclose-open position
QN-the normal power supply’s circuit breaker QR-the reserved power supply’s circuit breaker R1-normal fuse R2: reserved fuse
M: operating electricity machinery PG: cable joint wire K1, K2: micro switch
JX: terminals (picture a: wring map for indicator lamp) JXN: special terminals for three-phase null line Fire control and alarm control are used for R.S type Generating control and unload order are used for F type
N (null line) must be jointed; otherwise the intellectual controller will be damaged. Users joint the circuit showed by dotted line, the others have been jointed.
When need the fire control cut the power urgently, please joint the on-off signal which showed by the fire center to the intellectual controller’s terminals.
picture a
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Normal reserved
Indicator lamp joint port
TKQ2-R (S.F) second circuit wiring map (400-800 type)
Notice:
The picture is for reclose-open position本图在再扣分闸位置 QN-the normal power supply’s circuit breaker QR-the reserved power supply’s circuit breaker R1-normal fuse R2: reserved fuse
M: operating electricity machinery PG: cable joint wire K1, K2: micro switch
JX1: terminals of exterior indicative lamp (picture b) JXN: special terminals for three-phase null line Fire control and alarm control are used for R.S type Generating control and unload order are used for F type
N (null line) must be jointed; otherwise the intellectual controller will be damaged. Users joint the circuit showed by dotted line, the others have been jointed.
When need the fire control cut the power urgently, please joint the on-off signal which showed by the fire center to the intellectual controller’s terminals.
Picture b
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normal normal reserved reserved
Indicator lamp joint port
Ⅸ. Installation and Regulation install the switch
To protect yourself and the electric device safety, please make sure to do the following things before use the ATS:
read the instruction carefully before installing and using ATS. ATS must be used in the normal working condition.
Check the circuit breaker, to see if their specifications are complied with the work condition before installation.
Before installing, measure the insulating resistance of the circuit breakers with 500V (Katherine Ohm meter)兆欧表 (please note that, when measuring the insulating resistance, please cut the second circuit lead which jointed to the circuit breaker, otherwise the auto transfer controller will be damaged). The resistance should not be less than 10MΩ when the ambient temperature is 20℃±5℃ and relative humidity is 50%~70%. Otherwise the circuit breaker must be dryinged, to make sure the insulating resistance achieve the standard require.
When installing, the safety distance of ATS must be complied with GB14048.1.
When installing, make sure there is no conductive abnormal things on the circuit breaker.
When installing, the conductive bus bar which connected to the ATS’s circuit breaker must be smooth. No attached mechanical strength is allowed to impose on the circuit breaker, avoiding to damage them and their motion character.
After install the switch, choose the leads with suitable section to joint the circuit breaer’s output and input terminals, according to the rated current. The four-pole circuit breaker can joint no lead, only to joint the input terminal. Make sure the null line must be joint correct, otherwise the intellectual controller and motor operating structure will be damaged. As for three-pole circuit breaker, there in a N line must be jointed to the N terminal on the switch body bracket.
Notice: the phase of the two circuit breakers must be coincident, and the switch body must be connected to the earth reliably.
2. manual control and regulation (self-input and self-recover)
When the normal, reserved and controller power supply are connected, the digital tube on the top of controller panel shows two numerical value rows; phase indicative lamps (A,B,C) flash circularly; state indicative lamps (three colors) show the normal power supply green (close), reserved power supply red (open), that means the ATS works under the good condition. If the state indicate lamps are yellow, there is a fault exist in the relative circuit. (three colors of the state indicative lamp respectively means three state: close-green; open-red; fault-yellow) Press the “normal power supply” button, QN circuit breaker close.
Press the “reserved power supply” button, QN circuit breaker open, and QR circuit breaker will close after delay t2.
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Press the “normal power supply” button, QR circuit breaker open, and QN circuit breaker close after delay t2. then press “cut (reclose)”button, the circuit breaker will be open instantly if it is close before electrifying.
Press “auto” button, it will come to the auto controlling state according to the using power supply. And the closing indicative lamp should be lighted or put out in the operating process.
The released indicative lamp can be tested if necessary. Open the transfer switch’s veil after circuit breaker is close, then press the urgent released button, the released indicative lamp on the intellectual controller will be lighted after the circuit breaker is 脱扣, and it will be put out after reclosing.
Notice: when a circuit breaker is 脱扣, the controller must be transferred to mutual, press “cut (reclose)” button to make the released circuit breaker reclose, then can be transferred to auto state, let the circuit close.
Ⅹ. Using method
After the above regulating, the normal TKQ2 system can be used. Before operating, if choose “self-input and self-recover”, only to press “auto” button, the auto indicative lamp on the panel will light, and the normal power supply is the preferential supply; if choose “self-input without self-recover”, you can select any one circuit power supply to work, only to press its button. The usage of the function key:
1. power supply key: cut and connect the power supply which is on the main panel.
2. set key: press this key, the system can be transferred among three states: normal→showing→set under-voltage percentage(A-1)→set cutting delay time(A-2)→set close delay time(A-3) →showing normally
3. auto key: press this key, the indicative lamp light, the system can be set at the self-input and self-recover state.
4. normal power supply key: press this key, the normal power supplier offer the power to the system, and it is at the self-input without self-recover state.
5. reserved power supply key: press this key, the reserved power supplier offer the power to the system, and it is at the self-input without self-recover state. 6. release key: press this key, the system will be released.
7. under the set state, the normal power supply key is used to add the set numeral (+key), and the reserved power supply is used for reduce the set numeral (-key).
Ⅺ. Analysis and remove the fault
If no response offered when start the switch, and the mechanical interlocking driver has no motion after pressing the indicative button, please check the power supply and connection of circuit breakers. Three-phase power supply and the N line must be jointed correctly; intellectual controller socket must be screw down, well contact.
When controller was power supplied, but the mechanical interlocking driver has no motion, please check the fuse of the auto controller, to see if it is burned-up for over-current of the motor operating structure. Please retry after taking another suitable fuse.
The fuse is burned-up frequently, please check the mechanical interlocking driver to see if it is locked. Please retry after some adjustment.
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Ⅻ. Other notice:
1. Check and maintain the switch termly according to the circuit breaker and mechanical interlocking driver.
2. Take the intellectual controller away before testing the switch’s frequency pressure.
3. If the switch is unused for a long time, it must be humidity-proof and dust-proof. Before it works, make sure regulate it as the above using method, and guarantee it can work normally. 4. Specific requests please tell the manufacturer, and note them when order.
5. This product has a 18 months labor warranty after outgoing. In this time, customers must regulate, use and maintain it under the set using condition. But if it is for the product quality problem, our company guarantees to mend, change, and even take it back.
ⅩⅢ. Order notice
Users must inform us the following requests:
1. name and type of the dual power transfer switch 2. rated current of the dual power transfer switch
3. the using way of dual power transfer switch (grid-grid or grid-generator) 4. installation way of the intellectual controller (combined or divided ) 5. if need combined fire protect motion(消防联动) , please point it out. 6. quantity Example:
order TKQ2-225L (three-poles) doulb-power supply auto transferred device.
rated current: 220A, grid-grid, combined controller, 60 sets. The order format should be written: TKQ2-BR 2250L-220A/3PA, 60 sets.
产品说明书
TKQ2系列双电源自动切换开关使用说明书
一. 适用范围
TKQ2系列智能型双电源自动切换开关(简称A.T.S)是我公司采用最新技术开发的高新科 技产品,适用于交流50HZ, 400V的双电源供电系统,可以完成常用电源(N)与备用电源(R)之间的自动切换,以保证供电的可靠性和安全性.本产品符合GB/T14048.11-2002, IEC60947-6-1《自动转换开关电器》标准, 也符合《高层民用建筑防水规范》,《建设设计防火规范》,《应急照明设计指南》,《民用建筑电气设计规范等》.广泛应用于医院,商场,银行,化工,高层建筑,军事设施,消防等不允许断电的重要场合.
二. 产品特点
TKQ2系列的A.T.S不同于以往的电源切换开关,如由负荷开关组成的电源负荷开关,接触器组成的电源切换开关.TKQ2系列A.T.S是由两台具有高分断能力的新一代塑壳断路器和其内部附件、带机械联锁的单电机传动机构,智能化控制器等组成.具有短路、过载保护、过压、欠压、缺相自动切换功能,以保证配电系统的高可靠性运行, 其特点是:
1. 两台断路器之间有可靠的机械联锁机械和以MOTOROLA单片机为核心的智能电气联锁双重保护.
2. 具有过压、欠压、缺相自动切换和智能报警功能. 3. 具有操作电机智能保护功能. 4. 参数可在外部自由设定. 5. 体积小巧, 安装使用方便. 6. 节能、无噪音运行.
7. 本开关备有消防控制电器,当消防控制中心给一控制信号进入自动控制器,两台断路器都进入分闸状态.
8. 留有与计算机联网的接口,以备实现遥控、遥调、遥信、遥传.
三. 正常工作条件
周围空气温度: 上限值不超过+40℃; 下限值不超过-10℃; 24小时的平均值不超过+35℃. 海拔: 安装地点的海拔不超过2000m
大气条件: 大气的相对湿度在周围最高温度+40℃时不超过50%, 在较低的温度下可以有较高的湿度,在最湿月的平均最低温度+25℃时,该月的平均最大相对湿度为90%, 并考虑到因温度变化在表面上的凝露.
四. 型号及含义
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五. 产品规格
主要规格如表1所示,特殊要求可协商供货. 表1
六. 主要技术参数
智能控制器的额定工作电压为AC230V
开关的使用寿命(N-R-N循环)及性能参数见表2.
七. 外形和安装尺寸
外形见图1、图2, 分体式控制器面板见图3,安装尺寸见表3. 整体式外形与安装尺寸图(见图1和表3) 图1
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分体式外形与安装尺寸图(见图2和表3) 图
2
分体式控制器尺寸图(见图3) 图3
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八. 主要结构和工作原理
TKQ2双电源自动切换开关由两台塑壳断路器,带机械联锁电机传动机构、智能化控制器等组成,所有器件安装在一块金属底板上,控制器内部采用MOTOROLA单片机和先进可靠的电子元器件组成的智能化自动控制电路. 1. 自动控制器的工作原理简述如下:
自动控制器对常用电源和备用电源的三相电同时进行检测,高于额定值的110%即判为过电压,低于60~85%(具体参数由用户自行设定)则按欠压处理.内部电路对六个电压幅值及进性相位的检测结果进行判断,处理结果通过延时后,驱动相应的指令继电器向电动操作机构发出分闸、合闸指令.上述检测结果同时用若干个发光二极管在面板上显示.通过面板上的六个按钮开关可以设定四种工作模式(“自动手动”、“常用电源”、“备用电源”、“脱扣(再扣)”)、转换延时时间及欠电压值. 2. 自动控制器的检测与控制功能如下: 自投自复式自动控制器
TKQ2用于常用电源和备用电源之间的自动切换.平时由常用电源供电,当常用电源发生 异常(任一相电压过电压、欠电压、断相)时,经适当延时切换到备用电源供电;当常用电源恢复正常后,则又自动返回换接到正常电源供电.
备用电源平时必须正常完好,当备用电源出现异常时,自动控制器面板上对应的发光二极管变成黄色,并由内部蜂鸣器向外部发出报警信号,提醒用户必须立即修复.
自投自复式自动控制器的功能见表4 表4
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TKQ2用于常用电源和备用电源之间的自动切换.平时由常用电源供电,当常用电源发生 异常(任一相电压过电压、欠电压、断相)时,经适当延时切换到备用电源供电;当常用电源恢复正常后,不能自动返回换接到正常电源供电;除非备用电源出现异常才进行切换,反之亦然.
备用电源平时必须正常完好,当备用电源出现异常时,自动控制器面板上对应的发光二极管变成黄色,并由内部蜂鸣器向外部发出报警信号,提醒用户必须立即修复.
自投不自复式自动控制器的功能见表5
电网发电式自动控制器
TKQ2用于常用电源和备用电源之间的自动切换.平时由常用电源供电,当常用电源发生 异常(任一相电压过电压、欠电压、断相)时,智能控制器发出发电控制指令请求发电,并发出卸载指令(在发电机容量不够时,由用户选择卸去部分非重要负载),当发电电压达到额定电压的85%时,经一定的延时后自动切断电网电源,再经延时自动切换到发电电源供电;当常用电源恢复正常后,则又自动返回换接到正常电源供电.
电网发电式自动控制器的功能见表6
表6 注:
QN合表示常用电源的断路器合闸; QR分表示备用电源的断路器分闸;
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t1: 分闸延时(最长延时60秒,最短延时0.5秒,出厂整定1.5秒) t2: 合闸延时(最长延时60秒,最短延时0.5秒,出厂整定1.5秒)
3. 二次回路接线图(见图)
TKQ2-R(S.F)二次回路接线图(100-225型
)
注: 本图在再扣分闸位置 QN: 常用电源断路器 QR: 备用电源断路器 R1: 常用保险丝 R2: 备用保险丝 M: 操作电机 PG: 电缆连接线 K1、K2: 微动开关
JX: 接线端子(指示灯接线见图形a) JXN: 三极零线专用端子
消防控制、报警信号用于R.S型 发电控制、卸载指令用于F型
N中线必须接妥,否则会对智能控制器造成损害 虚线中由用户连接,其它导线已接好
需要消防控制紧急断电时,请将消控中心输出的开关信号接入智能控制器的端子
.
100-225型指示灯接线端 图a
TKQ2-R(S.F)二次回路接线图(400-800型)
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注: 本图在再扣分闸位置 QN: 常用电源断路器 QR: 备用电源断路器 R1: 常用保险丝 R2: 备用保险丝 M: 操作电机 PG: 电缆连接线 K1、K2: 微动开关
JX1: 外接指示灯接线端子(见图b) JXN: 三极零线专用端子
消防控制、报警信号用于R.S型 发电控制、卸载指令用于F型
N中线必须接妥,否则会对智能控制器造成损害 虚线中由用户连接,其它导线已接好
需要消防控制紧急断电时,请将消控中心输出的开关信号接入智能控制器的端子
.
400-800型指示灯接线端 图b
九. 安装与调整 1.开关的安装
为了保证您的人身安全及电气设备的安全,ATS在投入运行前,请用户务必做到: 1) ATS在安装使用前必须认真阅读本使用说明书 2) ATS必须在正常工作条件下投入使用
3) 安装前先检查ATS上使用的断路器规格是否符合使用要求
4) 安装前先用500V兆欧表测量ATS上使用的断路器的绝缘电阻(请注意:测量绝缘电阻时,
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应断开连在断路器上的二次回路导线,否则将会损坏自动切换控制器),在周围空气温度20℃±5℃和相对湿度50%~70%下应不小于10MΩ. 否则断路器必须烘干,待绝缘电阻达到规定要求后方能使用.
5) 安装时,ATS的安全距离应符合GB14048.1国家标准
6) 安装时,请注意不能有导电的异物落入ATS上的断路器上
7) 安装时,与ATS上的断路器连接的导电母线,在连接时应平整,不能有附加的机械应力强制
在断路器上,以免损坏断路器及动作特征.
8) 开关安装后,应根据额定电流的大小选用合适截面积的导线将断路器的输入、输出端子接
好.对于四极断路器不必再另外接线,只要将断路器输入端子接妥,整个TKQ2的工作电源就接好了.但是必须注意,N线不能接错,否则将会烧坏智能控制器及电动操作机构.对于三极断路器则还需加一根N线到开关本体支架的N端子上.
注意: 两个断路器输入端子的相序必须一致,开关本体的保护接地可靠接妥.
2. 手动控制器调试(以自投自复为例)
接通常用电源和备用电源及控制器电源,此时控制器面板上部的数码管显示两组数值;相位指示灯(A、B、C)循环闪烁;状态指示灯(三色)显示常用电源为绿色(合闸),备用电源为红色(分闸),表示智能控制器检测到六相电压均在正常范围内,ATS正常工作.若状态指示灯显示为黄色,则表明该路电源故障.(注:状态指示灯的三种颜色分别对应三种状态: a 合闸-绿色; b 分闸-红色; c 故障-黄色; 后面的说明里不再提示灯的颜色变化,请用户仔细对照)
按一下“常用电源”按钮, QN断路器合闸
按一下“备用电源”按钮,QN断路器分闸,经t2延时后QR断路器合闸
再按一下“常用电源”按钮,QR断路器分闸,经t2延时后QN断路器合闸.按一下“断电(再扣)”按钮,如果通电前有某个断路器处于合闸位置,则该断路器立即分闸.
按一下“自动”按钮,则根据当时使用的电源进入自动控制状态.上述操作过程中合闸指示灯应正确的点亮或熄灭.
必须时还可以作脱扣指示灯的测试,即断路器合闸后打开切换开关的面罩,按下该断路器的紧急脱扣按钮,断路器脱扣后智能控制器上的脱扣报警指示灯应点亮,再扣后指示灯熄灭.
注意: 当一台断路器脱扣后,必须将控制器上的功能转换至手动状态,操作“断电(再扣)”按钮,使脱扣的断路器再扣,然后才可转换至自动状态将断路器合闸.
十 使用方法
经过上述调试,工作正常的TKQ2系统即可投入使用.正式投入使用前,若是选择自投自复状态,则须按下“自动”键,面板上自动指示灯点亮,这是常用电源是优先电源;若是选择自投不自复状态,则可以选择一路电源供电,按一下该电路电源的按钮即可.
功能键用途如下:
1 电源键: 此键可切断和打开主控板供电电源.
2 设定键: 按下此键,可依次使系统在三个状态之间切换 正常---显示----设定 欠压百分
比(A-1)----设定切断延时时间(A-2)----设定合闸延时时间(A-3)----正常显示. 3 自动键: 按下此键,指示灯亮,可使系统设定在自投自复状态.
4 常用电源键: 按下此键,可使系统切换在常用电源供电,并使系统设定在自投不自复状态. 5 备用电源键: 按下此键,可使系统切换在备用电源供电,并使系统设定在自投不自复状态. 6 脱扣键: 按下此键,使系统供电脱扣.
7 在设定状态下, 常用电源用来加大设定值(+键) 备用电源用来减少设定值(-键)
产品说明书
十一 故障分析与排除
开机后无反应,按指令按钮后机械连锁传动机构不动作,请检查断路器的电源及接线情况.三相电源及中性线必须接妥,智能控制器上的接插件应插紧拧牢,接触良好.
通电后控制器有电,但机械连锁传动机构不动作时,请检查自动控制器上的熔丝管是否因电动机构电流太大而烧毁.用合适的熔丝管更换后再试.
经常烧毁熔丝请检查机械连锁传动机构是否有卡死现象,适当调整后再试.
十二 其他注意事项
应根据所选用的断路器及机械连锁传动机构的要求定期检查与保养. 若要求对开关进行工频耐压实验,请将智能控制器脱离后进行/
长期不使用的产品应注意防潮,防尘,在使用前应按前述内容进行调试.正常动作后方可投入进行.
用户如有特殊要求,请与制造商联系,并在定货时说明.
本产品自出厂之日起18个月内实行保修,保修期内用户按本产品规定使用要求进行调整,使用与维护保养,但因产品本身质量问题而无法使用时,本厂负责修理,更换甚至退货.
十三 定货须知
用户定货时必须说明:
a) 双电源切换装置的名称及型号; b) 双电源切换装置的额定电流(A)
c) 双电源切换装置的使用方式(电网-电网或电网-发电机); d) 智能型控制器的安装方式(连体式或分体式); e) 若需消防联动,请说明 f) 数量.
例: 订购TKQ2---225L(三级) 双电源自动切换装置, 额定电流200A, 电网-电网,控制器为联体式, 60台,应写为:TKQ2 B R 225L---200A/33PA 60台.
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