DACC-1001空调启动控制器

ADDC智能空调节能控制器
安科瑞顾静楠
1、概述
ADDC是一个面向楼宇和大型中央空调系统集中监控的直接数字控制器。

可以对楼宇中的冷冻站、热交换设备、空调系统、通风系统、给排水系统、等等设备进行监测和控制。

可以十分方便的组网，实现分散控制，集中管理。

ADDC有6DI、8AI、8DO、4AO共26个物理点，带扩展功能，支持标准Modbus协议，带联网功能。

与同类产品相比具有以下特点：
●既可以通过外部编程来开发应用，也可以依靠本机按键设置组态。

●支持在线调试和编程，极大的方便了自动工程师二次开发。

●利用ADDC的按键组态功能，就可以实现顺序控制，空调设备的恒温恒湿控制，连锁控制及报警等常规楼宇应用。

极大了方便用户，缩短工厂周期，降低了成本。

2、型号说明
3、技术参数
4、外形尺寸
主模块(ADDC-M)
主从联机安装图
5、接线方式
5.1ADDC-M接线
5.2ADDC-E接线图
注：在ADDC-M/E中接线端号13～16出厂默认为0～10V输入,端子号４～11默认为PT1000输入。

ADC100110-Bit µP Compatible A/D ConverterGeneral DescriptionThe ADC1001is a CMOS,10-bit successive approximation A/D converter.The 20-pin ADC1001is pin compatible with the ADC08018-bit A/D family.The 10-bit data word is read in two 8-bit bytes,formatted left justified and high byte first.The six least significant bits of the second byte are set to zero,as is proper for a 16-bit word.Differential inputs provide low frequency input common mode rejection and allow offsetting the analog range of the converter.In addition,the reference input can be adjusted enabling the conversion of reduced analog ranges with 10-bit resolution.Key Specificationsn Resolution 10bitsn Linearity error ±1LSBn Conversion time200µSFeaturesn ADC1001is pin compatible with ADC0801series 8-bit A/D convertersn Compatible with NSC800and 8080µP derivatives —no interfacing logic neededn Easily interfaced to 6800µP derivatives n Differential analog voltage inputsn Logic inputs and outputs meet both MOS and TTL voltage level specificationsn Works with 2.5V (LM336)voltage reference n On-chip clock generatorn 0V to 5V analog input voltage range with single 5V supplyn Operates ratiometrically or with 5V DC ,2.5V DC ,or analog span adjusted voltage reference n 0.3"standard width 20-pin DIP packageConnection DiagramOrdering InformationTemperature Range 0˚C to +70˚C −40˚C to +85˚C Order Number ADC1001CCJ-1ADC1001CCJPackage OutlineJ20AJ20ATRI-STATE ®is a registered trademark of National Semiconductor Corp.ADC1001Dual-In-Line PackageDS005675-11Top ViewJune 1999ADC100110-Bit µP Compatible A/D Converter©1999National Semiconductor Corporation Absolute Maximum Ratings(Notes1,2) If Military/Aerospace specified devices are required, please contact the National Semiconductor Sales Office/ Distributors for availability and specifications.Supply Voltage(V CC)(Note3) 6.5V Logic Control Inputs−0.3V to+18V Voltage at Other Inputs and Outputs−0.3V to(V CC+0.3V) Storage Temperature Range−65˚C to+150˚C Package Dissipation at T A=25˚C875mW Lead Temp.(Soldering,10seconds)300˚C ESD Susceptibility(Note10)800VOperating Conditions(Notes1,2) Temperature Range T MIN≤T A≤T MAX ADC1001CCJ−40˚C≤T A≤+85˚C ADC1001CCJ-10˚C≤T A≤+70˚C Range of V CC 4.5V DC to6.3V DCConverter CharacteristicsConverter Specifications:V CC=5V DC,V REF/2=2.500V DC,T MIN≤T A≤T MAX and f CLK=410kHz unless otherwise specified.Parameter Conditions MIn Typ Max Units Linearity Error±1LSB Zero Error±2LSB Full-Scale Error±2LSB Total Ladder Resistance(Note9)Input Resistance at Pin9 2.2 4.8KΩAnalog Input Voltage Range(Note4)V(+)or V(−)GND−0.05V CC+0.05V DC DC Common-Mode Error Over Analog Input Voltage Range±1⁄8LSB Power Supply Sensitivity V CC=5V DC±5%Over±1⁄8LSBAllowed V IN(+)and V IN(−)Voltage Range(Note4)AC Electrical CharacteristicsTiming Specifications:V CC=5V DC and T A=25˚C unless otherwise specified.Symbol Parameter Conditions MIn Typ Max Units T c Conversion Time(Note5)80901/f CLKf CLK=410kHz195220µsf CLK Clock Frequency(Note8)1001260kHzClock Duty Cycle4060% CR Conversion Rate In Free-Running INTR tied to WR with4600conv/s Mode CS=0V DC,f CLK=410kHzt W(WR)L Width of WR Input(Start Pulse CS=0V DC(Note6)150ns Width)t ACC Access Time(Delay from C L=100pF170300ns Falling Edge of RD to OutputData Valid)t1H,t0H TRI-STATE®Control(Delay C L=10pF,R L=10k125200ns from Rising Edge of RD to(See TRI-STATE TestHi-Z State)Circuits)t WI,t RI Delay from Falling Edge300450ns of WR or RD to Reset of INTRt1rs INTR to1st Read Set-Up Time550400nsC IN Input Capacitance of Logic57.5pFControl InputsC OUT TRI-STATE Output57.5pFCapacitance(Data Buffers)2DC Electrical CharacteristicsThe following specifications apply for V CC=5V DC and T MIN≤T A≤T MAX,unless otherwise specified.Symbol Parameter Conditions MIn Typ Max Units CONTROL INPUTS[Note:CLK IN is the input of a Schmitt trigger circuit and is therefore specified separately]V IN(1)Logical“1”Input Voltage V CC=5.25V DC 2.015V DC (Except CLK IN)V IN(0)Logical“0”Input Voltage V CC=4.75V DC0.8V DC (Except CLK IN)I IN(1)Logical“1”Input Current V IN=5V DC0.0051µA DC(All Inputs)I IN(0)Logical“0”input Current V IN=0V DC−1−0.005µA DC(All Inputs)CLOCK INV T+CLK IN Positive Going 2.7 3.1 3.5V DC Threshold VoltageV T−CLK IN Negative Going 1.5 1.8 2.1V DC Threshold VoltageV H CLK IN Hysteresis0.6 1.3 2.0V DC (V T+)−(V T−)OUTPUTS AND INTRV OUT(0)Logical“0”Output Voltage I OUT=1.6mA,V CC=4.75V DC0.4V DCV OUT(1)Logical“1”Output Voltage I O=−360µA,V CC=4.75V DC 2.4V DCI O=−10µA,V CC=4.75V DC 4.5V DCI OUT TRI-STATE Disabled Output V OUT=0.4V DC0.1−100µA DCLeakage(All Data Buffers)V OUT=5V DC0.13µA DCI SOURCE V OUT Short to GND,T A=25˚C 4.56mA DCI SINK V OUT Short to V CC,T A=25˚C9.016mA DC POWER SUPPLYI CC Supply Current(Includes f CLK=410kHz,Ladder Current)V REF/2=NC,T A=25˚Cand CS=1 2.5 5.0mANote1:Absolute Maximum Ratings indicate limits beyond which damage to the device may occur.DC and AC electrical specifications do not apply when operatingthe device beyond its specified operating conditions.Note2:All voltages are measured with respect to GND,unless otherwise specified.The separate A GND point should always be wired to the D GND.Note3:A zener diode exists,internally,from V CC to GND and has a typical breakdown voltage of7V DC.Note4:For V IN(−)≥V IN(+)the digital output code will be all zeros.Two on-chip diodes are tied to each analog input(see Block Diagram)which will forward conductfor analog input voltages one diode drop below ground or one diode drop greater than the V CC supply.Be careful,during testing at low V CC levels(4.5V),as high level analog inputs(5V)can cause this input diode to conduct—especially at elevated temperatures,and cause errors for analog inputs near fullscale.The spec al-lows50mV forward bias of either diode.This means that as long as the analog V IN does not exceed the supply voltage by more than50mV,the output code willbe correct.To achieve an absolute0V DC to5V DC input voltage range will therefore require a minimum supply voltage of4.950V DC over temperature variations,initial tolerance and loading.Note5:With an asynchronous start pulse,up to8clock periods may be required before the internal clock phases are proper to start the conversion process.The start request is internally latched,see Figure3.Note6:The CS input is assumed to bracket the WR strobe input and therefore timing is dependent on the WR pulse width.An arbitrarily wide pulse width will holdthe converter in a reset mode and the start of conversion is initiated by the low to high transition of the WR pulse(see Timing Diagrams).Note7:All typical values are for T A=25˚C.Note8:Accuracy is guaranteed at f CLK=410kHz.At higher clock frequencies accuracy can degrade.Note9:The V REF/2pin is the center point of a two resistor divider(each resistor is2.4kΩ)connected from V CC to ground.Total ladder input resistance is the sumof these two equal resistors.Note10:Human body model,100pF discharged through a1.5kΩresistor.3Typical Performance CharacteristicsTRI-STATE Test Circuits and WaveformsLogic Input Threshold Voltage vs Supply VoltageDS005675-14Delay From Falling Edge of RD to Output Data Valid vs Load CapacitanceDS005675-15CLK IN Schmitt Trip Levels vs Supply VoltageDS005675-16Output Current vs TemperatureDS005675-17DS005675-3t 1H ,C L =10pFDS005675-4t r =20nsDS005675-5t 0H ,C L =10pFDS005675-6t r =20ns 4TRI-STATE Test Circuits and Waveforms(Continued)Timing DiagramsDS005675-7Output Enable and Reset INTRDS005675-8*All timing is measured from the50%voltage points.5Timing Diagrams(Continued)Byte Sequencing For The20-Pin ADC1001Byte8-Bit Data Bus ConnectionOrder DB7DB6DB5DB4DB3DB2DB1DB0 MSB1st Bit9Bit8Bit7Bit6Bit5Bit4Bit3Bit2LSB2nd Bit1Bit0000000 Functional DescriptionThe ADC1001uses an advanced potentiometric resistive ladder network.The analog inputs,as well as the taps of this ladder network,are switched into a weighted capacitor array. The output of this capacitor array is the input to a sampled data comparator.This comparator allows the successive ap-proximation logic to match the analog difference input volt-age[V IN(+)−V IN(−)]to taps on the R network.The most sig-nificant bit is tested first and after10comparisons(80clock cycles)a digital10-bit binary code(all“1”s=full-scale)is transferred to an output latch and then an interrupt is as-serted(INTR makes a high-to-low transition).The device may be operated in the free-running mode by connecting INTR to the WR input with CS=0.To ensure start-up under all possible conditions,an external WR pulse is required dur-ing the first power-up cycle.A conversion in process can be interrupted by issuing a second start command.On the high-to-low transition of the WR input the internal SAR latches and the shift register stages are reset.As long as the CS input and WR input remain low,the A/D will remain in a reset state.Conversion will start from1to8clock peri-ods after at least one of these inputs makes a low-to-high transition.A functional diagram of the A/D converter is shown in Figure3.All of the inputs and outputs are shown and the major logic control paths are drawn in heavier weight lines.The conversion is initialized by taking CS and WR simulta-neously low.This sets the start flip-flop(F/F)and the result-ing“1”level resets the8-bit shift register,resets the Interrupt (INTR)F/F and inputs a“1”to the D flop,F/F1,which is at the input end of the10-bit shift register.Internal clock signals then transfer this“1”to the Q output of F/F1.The AND gate, G1,combines this“1”output with a clock signal to provide a reset signal to the start F/F.If the set signal is no longer present(either WR or CS is a“1”)the start F/F is reset and the10-bit shift register then can have the“1”clocked in, which allows the conversion process to continue.If the set signal were to still be present,this reset pulse would have no effect and the10-bit shift register would continue to be held in the reset mode.This logic therefore allows for wide CS and WR signals and the converter will start after at least one of these signals returns high and the internal clocks again provide a reset signal for the start F/F.After the“1”is clocked through the10-bit shift register(which completes the SAR search)it causes the new digital word to transfer to the TRI-STATE output latches.When this XFER signal makes a high-to-low transition the one shot fires,set-ting the INTR F/F.An inverting buffer then supplies the INTR output signal.Note that this SET control of the INTR F/F remains low for aproximately400ns.If the data output is continuously en-abled(CS and RD both held low),the INTR output will still signal the end of the conversion(by a high-to-low transition),because the SET input can control the Q output of the INTR F/F even though the RESET input is constantly at a“1”level. This INTR output will therefore stay low for the duration of the SET signal.When data is to be read,the combination of both CS and RD being low will cause the INTR F/F to be reset and the TRI-STATE output latches will be enabled.Zero and Full-Scale AdjustmentZero error can be adjusted as shown in Figure1.V IN(+)is forced to+2.5mV(+1⁄2LSB)and the potentiometer is ad-justed until the digital output code changes from000000 0000to0000000001.Full-scale is adjusted as shown in Figure2,with the V REF/2 input.With V IN(+)forced to the desired full-scale voltage less11⁄2LSBs(V FS−11⁄2LSBs),V REF/2is adjusted until the digital output code changes from1111111110to111111 1111.6Functional Description(Continued)Typical Application DS005675-9Note11:V IN(−)should be biased so that V IN(−)≥−0.05V when potentiom-eter wiper is set at most negative voltage position.FIGURE1.Zero Adjust CircuitDS005675-10FIGURE2.Full-Scale AdjustDS005675-1 7Block DiagramDS005675-13 Note12:CS shown twice for clarity.Note13:SAR=Successive Approximation Register.FIGURE3.8Physical Dimensions inches(millimeters)unless otherwise notedLIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT AND GENERAL COUNSEL OF NATIONAL SEMICONDUCTOR CORPORATION.As used herein:1.Life support devices or systems are devices orsystems which,(a)are intended for surgical implantinto the body,or(b)support or sustain life,andwhose failure to perform when properly used inaccordance with instructions for use provided in thelabeling,can be reasonably expected to result in asignificant injury to the user.2.A critical component is any component of a lifesupport device or system whose failure to performcan be reasonably expected to cause the failure ofthe life support device or system,or to affect itssafety or effectiveness.National SemiconductorCorporationAmericasTel:1-800-272-9959Fax:1-800-737-7018Email:support@National SemiconductorEuropeFax:+49(0)180-5308586Email:europe.support@Deutsch Tel:+49(0)180-5308585English Tel:+49(0)180-5327832Français Tel:+49(0)180-5329358Italiano Tel:+49(0)180-5341680National SemiconductorAsia Pacific CustomerResponse GroupTel:65-2544466Fax:65-2504466Email:sea.support@National SemiconductorJapan Ltd.Tel:81-3-5639-7560Fax:81-3-5639-7507 Cavity Dual-In-Line Package(J)(Side Brazed)Order Number ADC1001CCJ or ADC1001CCJ-1NS Package Number J20AADC100110-BitµPCompatibleA/DConverter National does not assume any responsibility for use of any circuitry described,no circuit patent licenses are implied and National reserves the right at any time without notice to change said circuitry and specifications.。

DACC-1011空调智能操纵器
产品概述
DACC-1011空调智能操纵器由深圳市德瑞亚科技进展研发生产，是一款集温湿度监测、温控节能、湿度操纵、空调来电自动启动、空调故障监测操纵、故障告警输出为一体的通用型空调智能操纵器。

该产品能兼容市场上所有品牌的空调，性能优越、安装便利，普遍应用于机房、基站、室外变电站、档案室、仓库等场所。

工作模式
本产品基于机房、基站、室外变电站等室内环境数据，通过设备自身的智能温湿度操纵模块分析，利用自学习到的空调开启和关闭红外信号，产生相应的操纵输出。

同时，通过传感器对空调运行状态进行实时搜集用于反馈空调操纵输出指令，并作为操纵成功判定依据，有效保证了对空调操纵的靠得住性。

在确保知足环境制冷需求的情形下，使空调以高效节能方式运行。

产品特点
高度集成：集大尺寸LCD、入口数字温湿度传感器、空调状态监测操纵为一体，体积小巧、外观精美。

功能全面：同时具有温湿度监测、智能温湿度操纵、空调状态监测与纠正、来电自动启动、周期操纵、制冷量不足报警、故障报警输出等8
大功能。

中文界面：采纳大尺寸LCD屏幕，全中文界面，实时信息、告警状态一目了然，操作便利易用。

独立运行：纯硬件设备，可独立运行，不必上位机软件即可完成所有参数设置。

断电经历：断电后会自动经历之前各类工作参数，当通电后无需从头设置即可正常工作。

保护方便：面板、接线端子分离设计，布线系统结构灵活、标准，安装容易、美观，保护方便；
雷击防护：RS485通信端口能经受并超过国标GB9043关于通信线的雷击浪涌
抗扰度最高测试标准。

超低功耗：1.2W超低功耗。

典型应用
技术参数。

acu1000中文说明书第一章引言1.1目的本说明书旨在提供对ACU1000的详细介绍和操作指南，以帮助用户正确安装、使用和维护ACU1000。

1.2范围本说明书包括ACU1000的技术参数、工作原理、安装要求、操作步骤、故障排除等内容。

用户在使用ACU1000时应仔细阅读并按照说明书的指导操作。

第二章技术参数2.1外观尺寸ACU1000的外观尺寸为220mm×150mm×80mm，重量为1.5kg。

2.2电源要求ACU1000的工作电压为220VAC，功率为50W。

2.3工作环境ACU1000适用于温度为-10℃～40℃，相对湿度为≤85%RH的环境，不建议在高湿度、高温度、高海拔等特殊环境使用。

第三章工作原理ACU1000是一种智能控制器，能够自动控制空调设备的运行。

它通过内置的传感器和智能算法，实现对环境温度、湿度的监测和控制。

第四章安装要求4.1安装位置ACU1000应安装在通风良好、温度稳定的环境中，远离热源和湿度较高的地方。

4.2连接电源将ACU1000的电源线连接到220VAC电源插座上，并确保插座接地良好。

4.3连接空调设备将ACU1000的输出线与空调设备的控制接口相连，确保连接牢固。

第五章操作步骤5.1开机将ACU1000的电源开关置于打开位置，等待ACU1000启动并显示正常。

5.2设置温度使用ACU1000的控制按钮或遥控器，设置所需的温度范围和湿度范围。

5.3开启空调按下ACU1000的空调开关按钮或遥控器中的开机按钮，空调设备将开始运行。

5.4调整运行模式根据需要，使用ACU1000的模式选择按钮或遥控器中的模式选择功能，调整空调设备的运行模式。

5.5关机按下ACU1000的空调开关按钮或遥控器中的关机按钮，空调设备将停止运行。

第六章故障排除6.1故障现象ACU1000无法正常启动或显示异常。

6.2故障解决方法6.2.1检查电源连接是否正常，确保插座接地良好。

Owner’s Manual SAFETY CONSIDERATIONSInstalling,starting up,and servicing air-conditioning equipmentcan be hazardous due to system pressures,electrical components,and equipment location(roofs,elevated structures,etc.).Only trained,qualified installers and service mechanics shouldinstall,start-up,and service this equipment.Untrained personnel can perform basic maintenance functionssuch as cleaning coils.All other operations should be performedby trained service personnel.When working on the equipment,observe precautions in theliterature and on tags,stickers,and labels attached to theequipment.Follow all safety codes.Wear safety glasses and work gloves.Keep a quenching cloth and fire extinguisher nearby whene care in handling,rigging,and setting bulkyequipment.Read these instructions thoroughly and follow all warnings orcautions included in literature and attached to the unit.Consultlocal building codes and National Electrical Code(NEC)forspecialRecognize safety information.This is thesafety-alert symbol When you see this symbol on the unit and in instructions or manuals,be alert to the potential for personal injury.Understand these signal words:DANGER,WARNING, and CAUTION.These words are used with the safety-alert symbol.DANGER identifies the most serious hazards which will result in severe personal injury or death.WARNING signifies hazards which could result in personal injury or death.CAUTION is used to identify unsafe practices which may result in minor personal injury or product and property damage.NOTE is used to highlight suggestions which will result in enhanced installation, reliability,or operation.Kit Contents:Confirm that all the following parts are included. No.Description Qty Remarks1Wired Remote Controller1n/a2Installation and owner’smanual1n/a3Screws3M4X20(for mount-ing on the wall)4Wall plugs3For wall mounting5Screws2M4X25(for mount-ing on the wall)6Plastic screw bars2For fixing on theswitch box7The connective wires group124AWGField Supplied Components:Prepare the following on site.Description Qty Type RemarksSwitch Box1n/a n/aWiring Tube(insulating sleeve andtightening screw)1n/a n/aS This manual contains installation procedures for the wire controller only.Refer to the indoor unit Installation Manual for connecting the Wire Controller and the Indoor Unit.S Install the wire joint(5p)to the appointed position of the electric controlling box.S The wired controller circuit is a low voltage circuit.Never connect it with a standard220V/380V circuit or place it in the same wiring tube as the circuit.The interval must be more than 11.8-19.7in.(300~500mm).S The shield cable must be connected stable to the ground or the transmission may fail.S Do not extend the shield cable by cutting.If necessary,use a Terminal Connection Block to connect.S After finishing the connection,do not use a Meggar to perform the installation check to the signal wire.CONTROLLER INDICATOR NAMES ANDFUNCTIONS1.OPERATION MODE INDICATIONPress the MODE button to select the following modes:AUTO,COOL,DRY ,HEAT,FAN ONLY ,and AUTO.The HEAT mode does not exist on the cooling only model.2.TIMERAdjust the ON time or ONLY ON time setting and the ONindicator displays.Adjust the OFF time or the ONLY OFF time and the OFF indicator displays.If the ON and OFF timer are both set,both the ON and OFF indicators display.3.FOLLOW MEAfter the temperature is set,the temperature sensor inside the wire controller compares the two temperatures.The air temperature around the wire controller determines the unit’s temperature setting.This function is available in the COOLING,HEATING,and AUTO modes.4.ON/OFF INDICATORThe icon displays when the indicator is on.5.FAN SPEED INDICATORThere are four fan modes:low,middle,high,and auto.NOTE :Some models do not have the middle fan option.6.LOCKPress the “LOCK”button to disable the other buttons.Press again to enable the other buttons.7.TEMPERATURE DISPLAY ZONEThe zone displays the set temperature.Press the YB temperature buttons to adjust the setting.In the fan mode,the temperature button does not appear.INSTALLATION METHODWhen a wired remote controller is needed,add a small5-way terminal and secure an infrared emitter with gumwater near the receiver on the switch board.Connect the anode and cathode A and B,and+5V,GND,RUN to,C,D,E to the switch board.WIRED CONTROLLER BUTTONS NAMES ANDOPERATIONS1.MODE BUTTONPress this button to change the operation mode in the following sequence:AUTO,COOL DRY ,HEAT,FAN,and back to AUTO.Remark:The COOLING ONLY model does not have a HEAT mode.2.TIMER ON BUTTONPress this button to activate the TIMER ON function.With every press,the time increases 0.5h.After 10h,the time increases in 1h increments.To cancel,set to ”0.0”.3.TIMER OFF BUTTONPress this button to activate the TIMER OFF function.With every press,the time increases 0.5h.After 10h,the time increases in 1h increments.To cancel,set to ”0.0“.4.FOLLOW ME BUTTON/I-FEEL BUTTONWhen in the COOL,HEAT or AUTO mode,press this button to activate the FOLLOW ME function.Press again to deactivate.5.ELECTRICAL HEATER BUTTON/HEATER BUTTON Press this button in the HEAT mode to deactivate the electrical heater function.6.RESET BUTTON (hidden)Use a .039inch (1mm)stick and place in the hole to cancel the current setting.The wire controller should revert to its original setting.7.ON/OFF BUTTONWhen the unit is off,press this button and the indicator displays,the wire controller powers on and sends the setting information to the indoor PCB.When on,press this button,the indicator turns off and sends the instruction.If the TIMER ON or TIMER OFF function has been set,it cancels the setting and sends instructions to power off the unit.8.ADJUST BUTTON YPress and hold the button and the temperature increases 2F (1C)every 0.5second.9.ADJUST BUTTON BPress and hold the button and the temperature decreases 2F (1C)every 0.5second.10.SWING BUTTONPress the START SWING button to start the function and the button again to stop.11.ECONOMY OPERATION BUTTON /SLEEP BUTTON Press this button to operate the indoor unit in the ECONOMY mode.Press this button again to exit this mode (this button may be ineffective for some models).12.FAN SPEED BUTTONPress this button consecutively and the fan speed will cycle in the following direction:AUTO,LOW,MEDIUM,HIGH.13.LOCK BUTTON(hidden)Press the LOCK button and all the current settings are locked.The wire controller will not accept any operation except the LOCK e LOCK when you want to prevent the setting from being changed.Press the LOCK button again to cancel the LOCK mode.USING METHODAUTOMATIC OPERATIONConnect power to the unit and the indoor operation lamp flashes.1.Press the MODE button and select AUTO.2.Press”Y”and”B”,set the temperature you want,generally it is around62F(17C)~88F(30C).3.Press the ON/OFF button and the operation lamp lights.The air conditioner operates in the AUTO mode and the indoor fan mode is AUTO and can not be changed.AUTO displays on the LCD. Press the ON/OFF button again to stop.4.The ECONOMY operation is valid in the AUTO mode.COOL/HEAT/FAN MODE OPERATION1.Press the MODE button,select COOL,HEAT or the FAN ONLY mode.2.Press the temperature adjust button to select the setting temperature.3.Press the FAN SPEED button to select the speeds:HIGH/MID/LOW/AUTO.4.Press the ON/OFF”button and the indoor unit operation lamp lights and operates in the selected mode.Press the ON/OFF button again and it stops.Remark:When in the FAN mode the temperature can not be set.DRY OPERATION1.Press the MODE button and select the DRY mode.2.Press the temperature adjust button to select the setting temperature.3.Press the ON/OFF button and the indoor unit operation lamp lights and it works in the DRY mode.Press the ON/OFF button again and it stops working.4.In the DRY mode the ECONOMY operation and fan speed are ineffective.TIMER SETTINGTimer on only1.Press the TIME ON button and it displays SET on the LCD along with H and ON to indicate it is waiting for the TIMER ON setting.2.Press the TIMER ON button repeatedly to adjust the time setting.3.Press this button and hold to increase the time by0.5h.After 10h,the time increases by1h.4.After setting0.5second,the wire controller sends the TIMER ON information and it is finished.Timer off only1.Press the TIME OFF button and it displays SET on the LCD and H and ON to indicate it is waiting for the TIMER ON setting.2.Press the TIME OFF button repeatedly to adjust the time setting.3.Press this button and hold and the time increases by0.5h.After 10h,the time increases by1h.4.After setting0.5second,the wire controller sends the TIMER OFF information and it is finished.TIMER OFF AND TIMER OFF BOTH1.Set the TIMER ON time as detailed in the corresponding step1 and2.2.Set the TIMER OFF time as described in the corresponding step1and2.3.The TIMER OFF time must be longer than the TIMER ON time.4..05seconds after setting,the wire controller sends the information and the setting is finished.CHANGE TIMERIf you need to change the timer’s time,press the corresponding button to do so.To cancel the timer,change the time to0.0. NOTE:The timer’s time is relative and it delayed after the setting time(for example,setting time is8:05A.M).So when the timer is set,the standard time can be adjusted.TECHNICAL INDICATION AND REQUIREMENT EMC and EMI comply with the CE certification requirements.Copyright2015CAC/BDP S7310W.Morris St.S Indianapolis,IN46231Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations.Catalog No:OMKSACN0101-01 Replaces:NEWEdition Date:02/15。

空调断电启动器|空调来电自启动|空调停电自动启动器应用KTR-AC-001
在市电停电再来电的时候，服务器等机房相关设备自动启动而机房空调则不能自启动，造成机房温度超高进而酿成事故。

即市电停电后，空调机停止运行；当市电来电后，空调机无法自行启动，需要人工干预遥控器才能开机。

对于无人值守的机房，空调机自身的这一缺陷危及到机房内其它设备的正常运行，也给维护人员带来许多额外的工作量。

相对于智能较高、性能更好的精密空调而言，由于成本较高等原因，对于广大中小机房而言无疑是个巨大的负担。

空调来电启动器AC-001适用在需要空调24小时开机的场所，比如：电脑机房、自动银行换钞间、移动联通等运营商户外基站、电力系统变电站、户外箱站、温室、仓库、生物制药厂、无菌室、洁净厂房、学校图书馆、档案馆、文物馆、仓储中心、医院血站、疾病防控中心、环保监测部门的冷库、智能楼宇等需要温室监测的场所和领域。

开拓者红外空调启动器是专门针对中小型机房而设计的。

这里所谓机房的特征是：它需要长时间使用一般的民用空调机来作为空气温度调节，通常情况下无人值守。

一旦遇到断电，空调机即停止工作，即使外界电网恢复供电，一般的空调机都不会自动检测来电并自动启动。

本产品就是用来解决这个问题的。

空调启动器功能简单，稳定性高，适用于一般中小型机房。

如果是电源环境比较恶劣，又需要实时、异地掌控机房温湿度情况的，建议使用专业的机房空调设备。

AC-101 空调控制器
分体空调节能控制广泛应用与电力行业，酒店行业，办公楼、宿舍楼，移动基站等分体空调大量应用的场所。

在分体空调控制领域，本公司产品众多，方案全面，现拥有空调自启动器、空调切换器、空调集中控制方案、分体空调节能方案等。

空调集中控制器功能说明：
[1] 能够通过红外线方式像空调遥控器一样开启/关闭空调和设置空调工作状态；
[2]在一个建筑物内，所有AC-101控制器能够通过485总线方式组成网络，实现多空调集中远程控制
[3]AC-101控制器，可依据现场需要监测环境温度，设定空调定时定温启动，周期启动，按温度点启动等。

空调集中控制器功能特点：
1、通过红外遥控实现对空调的控制；
2、实现空调的温度、运行模式、扫风、风速等状态的控制；
3、可设定通讯地址1-255，通讯波特率9600；
4、实时测量环境温度；
5、测温精度高、低功耗、高稳定性；
6、可适用于多种品牌多种型号的空调。

7、适合各类仓库、机房、酒店、办公楼、宿舍楼等多空调需要集中控制的场所。

此外，专业提供机房监控报警系统、UPS监控报警系统、空调自启动器、空调切换器、空调集中监控、分体空调节能解决方案、温湿度传感器等设备和解决方案。

专利名称：一种简易型空调自启动控制器专利类型：实用新型专利
发明人：陈珑,徐刚强
申请号：CN201521046337.2
申请日：20151215
公开号：CN205245457U
公开日：
20160518
专利内容由知识产权出版社提供
摘要：本实用新型公开了一种简易型空调自启动控制器,其特征是，包括：电源转换单元，用于将220V市电转换为直流电压；检测单元，通过检测该直流电压，以在该直流电压消失并超出预定时间后再次输入时，输出一检测信号；耦接至空调面板的开机按钮的开关器件；控制单元，响应于该检测信号以控制所述开关器件闭合，并经延时后断开该开关器件。

本实用新型能够实现空调来电自启。

申请人：杭州万联网络科技有限公司
地址：310012 浙江省杭州市西湖区西城纪商务大厦1号楼907室
国籍：CN
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