DDO-CRS-RS2-1中文资料
再生电阻 选型及接线
再生电阻的计算方法1
---根据各种条件，进行理论计算
根据负载大小，运转速度，加减速时间，马达型号等的不同，再生电阻的大小可以计算得出。详 细请参见山洋的RS2系列的说明书（M0008957D）的 附录部分15-9页。
实际上，此方法需要知道机器的整个动作，惯量，马达参数，减速时间等等情况。特别是减速时 间，负载惯量，摩擦等数据，往往客户很难给出。实际上客户很难根据这些公式计算出来。
50Ω
25Ω ×2个
100Ω ×2个
50Ω ×4个
根据驱动器容量的不同，外置再生电阻的连接方法： 1.对于15A-50A驱动器，可以将内置再生电阻从RB1和RB2端子拆下后，直接连接外置再生电阻 2.对于100A-150A驱动器，使用内置再生电阻时，短接RB1和RB4。
使用外置再生电阻时，拆下RB1和RB4之间的短接片，然后将外置再生电阻连接到RB1和RB2端子 3.对于300A驱动器，直接将外置再生电阻连接到RB1和RB2端子
驱动器电源为~220V，测量P和⊖ 之间的电压
电机减速停止时，在使用外置再生电阻情况下的波形如下： 产生的能量很快通过再生电阻得以消耗掉。
在不使用再生电阻时波形如下图： 产生的能量只能缓慢释放。 下图的情况下启停不太频繁，有足够时间将能量释放。 如果频繁地启停，在电压还没有放完的情况下又再次减速，则电压越来越高，严 重的话【过电压】报警。
实际所需的功率在220w或500w以上时，请跟山洋商量。 关于阻值：选得太小的情况下，驱动器元件的电流会增大，客户造成损坏。 阻值增大后，放电时间增长
关于PQM驱动器
常用的P6/30kw马达配置为 马达P60B2830KM+驱动器PQM1B600A +电源单元PQM0PA27000, 根据说明书的描述，电阻一般配5Ω，最大可配到3.4 Ω，2kw以内 具体的瓦数需计算
阵元到两CRS端口映射方案测试报告和建议
测试报告和建议
无线技术研究所 2012年12月
主要内容
• 测试方法 • 定点测试结果 • 拉网测试结果 • 结论和建议
测试方法
•
12.10-12 深圳福田爱立信D频段8阵元到2CRS映射方案外场补充测试
•
• •
三种测试方案的拉网测试和定点测试（不同方位角，不同UE到基站距离）：
测试点2
测试点3
测试点4
测试点5
测试点6
测试点7
测试点8
测试点9
测试点10 平均值
9.15
8.98
3.97
3.67
3.67
4.93 3.87
4.85
4.92 4.43
2.84
2.61 2.36
2.19
3.24 2.13
2.65
2.52 2.25
2.25
1.92 1.74
1.74
1.97 1.9
2.39
0.29 2.27 0.73
5.95 6.43 6.39
方案2-加扰100% 方案3-加扰100%
测试点4（基站法向-30度，距离基站100m）TM2/3吞吐量（Mbps）
180秒下行吞吐 量(Mbps) RSRP(dB) SINR(dB) CQI
方案1-空扰 方案2-空扰 方案3-空扰 方案1-加扰50% 方案2-加扰50% 方案3-加扰50% 方案1-加扰100%
-1.07 -1.54 -2.64
5.12 5.18 3.89
方案2-加扰100% 方案3-加扰100%
测试点8（基站法向0度，距离基站200m）TM2/3吞吐量（Mbps）
180秒下行吞吐 量(Mbps) RSRP(dB) SINR(dB) CQI
OSA CO2 传感器安装手册说明书
IntroductionThe OSA CO2 transmitter uses Infrared Technology to monitor CO2 levels within a range of 0 – 2000 ppm and outputs a linear 4-20 mA or 0-5/0-10 Vdc signal. The enclosure is designed to operate in outside conditions ranging from -40︒C to 70︒C (-40︒F to 158︒F). The enclosure can be used in humid or harsh conditions typically found in greenhouses, livestock pens or industrial areas. Options include an LCD, control relay, and resistive temperature sensor. Features include a back-lit LCD and user menu for easy installationBefore InstallationRead these instructions carefully before installing and commissioning the CO2 transmitter. Failure to follow these instructions may result in product damage. Do not use in an explosive or hazardous environment, with combustible or flammable gases, as a safety or emergency stop device or in any other application where failure of the product could result in personal injury. Take electrostatic discharge precautions during installation and do not exceed the device ratings.MountingMount in a desired location using 4 mounting screws(provided). Removed desired knock-out, connect conduit, make proper wiring connectionsThe cover is hooked to the base at the top edge and must be removed from the bottom edge first. Use a small screwdriver to carefully pry each bottom corner if necessary. If a security screw is installed on the bottom edge, then it may have to be loosened or removed also. Tip the cover away from the base and sit it aside.After the base is screwed to an electrical box or the wall using the appropriate holes, pull the wires through the wiring hole in the center of the pcb and then reinstall it in the enclosure base. Ensure the pcb is snapped into the base securely and correctly.WiringDeactivate the 24 Vac/dc power supply until all connections are made to the device to prevent electrical shock or equipment damage. Follow proper electrostatic discharge (ESD) handling procedures when installing the device or equipment damage may occur. Use 22 AWG shielded wiring for all connections and do not locate the device wires in the same conduit with wiring used to supply inductive loads such as motors. Make all connections in accordance with national and local codes.This is a 3-wire sourcing device. . The wires for the power connections come preconnected to the CDD with the connections made with the supplied wire nuts. The RED wire is +24 Vdc or the hot side of 24 Vac supply. The BLACK is the common. These connections also power the enclosure heaters.The device is reverse voltage protected and will not operate if connected backwards. It has a half-wave power supply so the supply common is the same as the signal common. Several devices may be connected to one power supply and the output signals all share the same common. Use caution when grounding the secondary of a transformer or when wiring multiple devices to ensure the ground point is the same on all devices and the controller.The analog output is available on the CO2 terminal. This signal is switch selectable for either voltage or 4-20 mA active output. In voltage mode the output is selectable for either 0-5 or 0-10 Vdc via the menu (the factory default is 0-5 Vdc). The current output operates in the active mode and does not require a loop power supply (the signalcurrent is generated by the transmitter and must not be connected to a powered input or device damage will result). Check the controller Analog Input to determine the proper connection before applying power. Both current and voltage signals are referenced to the COM terminal. The analog output signal is typically connected directly to the Building Automation System (B.A.S.) and used as a control parameter or for logging purposes.The optional relay output is on the N.O. RELAY terminals. The relay output is completely isolated and has a Normally Open (NO) signal. This signal can be used to directly control an alarm or ventilation fan.The two-wire temperature sensor output is available withvarious RTDs and thermistors to suit all controlapplications and is available on theTEMP terminals.Typical 4-20 mA wiring with 24 Vdc and all optionsTypical 0-5 Vdc wiring with 24 Vac for CO2 onlyREDBLACKBLACK REDStart-upVerify the transmitter is properly wired and connections are tight. Ensure the V/I switch is set for the correct signal type. Apply power and note that the CO2 sensor chamber light flashes on and off. The LCD will indicate the software version number, the output signal type, the relay setpoint (if installed), the CO2 measurement range and then the sensor will begin reading the CO2 level, output the correct analog signal and display the value on the LCD. The sensor operates on a 4 second interval and will update the output and display every 4 seconds.OutputThe CO2 output is scaled such that 4-20 mA (or 0-5/0-10 Vdc) equals 0 to Out_High as set in the Setup Menu. The factory default is 0-2000 ppm. Out_High can be changed from 1000 to 7500 ppm and the output signal is scaled accordingly. If using voltage output type, the factory default is 0-5 Vdc. If 0-10 Vdc is required, ensure it is selected in the menu.OperationThe CO2 analog signal is always available on the CO2 terminal and is connected to the B.A.S. analog input. The B.A.S. reads the CO2 voltage or current signal and calculates the actual CO2 ppm value using correct scaling for the CO2 range and signal type. This CO2 value can be used to control output ventilation devices or initiate alarms. The CO2 value is also displayed locally on the optional LCD.If the optional relay is installed it can directly control a small fan or alarm by setting the trip value and hysteresis to appropriate values. The relay status is not indicated on the device LCD.If the optional temperature sensor is installed it will also be wired to an analog input of the B.A.S. that is set for the specific resistance type. For example, this could be a 10 KΩ Type 7 thermistor, a 1000 ohm RTD or various other sensor values. The B.A.S. reads the resistance signal and converts it to a temperature value. The temperature sensor is completely isolated from the CO2 sensor and it’s value is not displayed on the device LCD.The optional override switch provides a dry contact closure to a digital input of the B.A.S. The switch status is not indicated on the LCD.The optional slide pot can be connected to an analog input of the B.A.S. and will provide a linear resistance signal such as 0-10 KΩ (for example) to be used as a setpoint control. The setpoint value is not shown on the LCD. CalibrationCalibration with gas requires a field calibration kit consisting of an LCD, a bottle of 1000 ppm CO2 gas, a tank pressure regulator with flow restrictor and the necessary tubing to connect to the device.Note that because of the Automatic Calibration Mode and other technology incorporated into the CDD series, only a single point 1000 ppm calibration is required to meet specified accuracy.Turn the regulator on/off knob fully off and attach it to the 1000 ppm CO2 gas bottle and firmly tighten it by hand. Remove the cover of the unit to be calibrated to expose the gas sensor chamber. The tubing from the gas bottle can be connected to either port on the chamber after the plastic cap is removed. Gently remove one cap and connect the tubing, note that strong shock or vibration can affect calibration.Ensure the device has been operating normally for at least five minutes before applying gas. Slowly turn the valve knob on the regulator to let the gas begin flowing.The regulator will restrict the flow rate to the specified 100 ml/min. After a brief period the gas will flow into the chamber and the CO2 reading on the LCD will begin to approach 1000 ppm. Wait 1 to 2 minutes until the CO2 reading stabilizes.Enter the Setup menu and use the <MENU> key to advance to Calibrat 1000 PPM. Press and hold the <SAVE> key for 2 seconds and the display will change to Waiting Calibrat then to Waiting 5 minute to indicate that the process of reprogramming the internal calibration setting is taking place.This calibration process takes about 5 minutes and the LCD will count down the minutes. Do not disturb the unit or the gas flow during this period. When calibration is complete the unit will display Calibrat Done.Press the <SAVE> key to return to normal operation and then the gas can be shut off.Disconnect the tubing and replace the cap on the sensor chamber as calibration is complete.Setup MenuThe menu has several items as shown below. To enter the menu, press and release the <MENU> key while in normal operation. This will enter the SETUP menu step 1, pressing the <MENU> key a second time advances to step 2. Each press of the <MENU> key advances the menu item. No values are saved or changed by using the <MENU> key. The <ROLL> key is used to make changes to program variables by scrolling through the available options. When a value is changed, use the <SAVE> key to save it to memory and advance to the next menu item.<MENU> Press and release the <MENU> key to enter the SETUP menu.1. Out High The default CO2 range is 0-2000 ppm. The span can be changed from 1000 to 7500 ppm in increments of 2000 ppm 500. Use the <ROLL> key to change the value and <SAVE> to save. The factory default is 2000 ppm.<MENU>2. Altitude The default is 0 feet. Change by using the <ROLL> key from 0 to 5000 feet in 500 ft increments. Change 0 Ft for CO2 local altitude correction and press <SAVE> to save a change.<MENU>3. Auto Cal Automatic Cal Mode default is ON to correct CO2 sensor drift to better than 10 ppm per year. ChangeON with the <ROLL> key and save using <SAVE>. ON is recommended for applications where the CO2 level will be close to normal (400 ppm) at least once per day. If a building is occupied 24 hours and theCO2 level is fairly constant then this should be set to OFF.<MENU>Items 4, 5 and 6 are only available if the Relay Option is installed, otherwise the menu skips directly to step 7.4. Relay SP The relay trip setpoint default is 1000 ppm. It can be changed from 500 to 5000 in 100 ppm increments.1000 ppm Save changes by using the <SAVE> key.<MENU>5. Relay Hy The relay hysteresis default is 50 ppm. This can be changed from 25 to 200 in 25 ppm increments. Use50 ppm the <SAVE> key to save any change.<MENU>6. Relay Use the <ROLL> key to toggle the relay ON or OFF for testing purposes. Press either <SAVE> orTest OFF <MENU> to turn the relay off and advance to the next item.<MENU>7. Out Type For voltage, the factory default output type is 0-5 Vdc. Use the <ROLL> key to change the value to 0-100-5 Vdc Vdc if necessary. Press the <SAVE> key to save. If the switch is set to mA, then 4-20 mA is displayed.<MENU>8. Output Use the <ROLL> key to toggle the output OFF (normal operation), MIN (minimum output) or MAXTest OFF (maximum output) for testing purposes. Press either <SAVE> or <MENU> to set it back to OFF and advance to the next item.<MENU>9. Calibrat This item is used for 1000 ppm gas calibration and is explained in the Calibration section.1000 PPM<MENU>Item 10 is only available if the cover is equipped with a viewable LCD, otherwise the menu skips directly to step 11.10. BackLite Use the <ROLL> key to enable or disable the LCD backlight. When enabled the backlight is always on, Enable when disabled it never lights. Press the <SAVE> key to save the setting. The factory default is Enable. <MENU>11. Restore Press the <SAVE> key to restore all factory defaults and calibration to original factory settings.Defaults<MENU>12. Menu Press <SAVE> to exit the menu and return to normal operation or <MENU> to repeat the menu.ExitGeneral SpecificationsPower Supply . . . . . . . . . . . . . 20 – 28 Vac/dc (non-isolated half-wave rectified)Consumption . . . . . . . . . . . . . . 100 mA max @ 24 Vdc, 185 mA max @ 24 Vac (with all options)Output Signals . . . . . . . . . . . . 4-20 mA active (sourcing), 0-5 Vdc or 0-10 Vdc (field selectable)Output Drive Capability . . . . . 550 ohms maximum for current output, 10 Kohm min for voltage outputOutput Resolution . . . . . . . . . . 10 bit PWMProtection Circuitry . . . . . . . . . Reverse voltage protected, overvoltage protectedOperating Conditions . . . . . . . 0-50 ︒C (32-122 ︒F), 0-95 %RH non-condensingWiring Connections . . . . . . . . Screw terminal block (14 to 22 AWG)Sensor Coverage Area . . . . . . 100 m2 (1000 ft2) typicalEnclosure . . . . . . . . . . . . . . . . Wall mount enclosure, 3.3”w x 4.7”h x 1.15”d (84 x 119 x 29 mm)CO2 SignalMeasurement Type . . . . . . . . . Non-Dispersive Infrared (NDIR), diffusion samplingMeasurement Range . . . . . . . . 0-2000 ppm standard, programmable up to 7500 ppmStandard Accuracy . . . . . . . . . ± 75 ppm @ 1000 ppm @ 22 ︒C (72 ︒F) compared to certified calibration gas Temperature Dependence . . . . 0.2 %FS per ︒CStability . . . . . . . . . . . . . . . . . . < 2 %FS over life of sensor (15 year typical)Pressure Dependence . . . . . . . 0.13 % of reading per mm HgAltitude Correction . . . . . . . . . Programmable from 0-5000 ft via keypadResponse Time . . . . . . . . . . . . < 2 minutes for 90 % step change typicalWarm-up Time . . . . . . . . . . . . < 2 minutesLCD DisplayResolution . . . . . . . . . . . . . . . . 1 ppm CO2Size . . . . . . . . . . . . . . . . . . . . . 1.4” w x 0.6” h (35 x 15 mm) alpha-numeric 2 line x 8 charactersBacklight . . . . . . . . . . . . . . . . Enable or disable via keypadOptional Temperature SignalSensing Element . . . . . . . . . . . Various RTDs and thermistors available as 2-wire resistance outputOptional Relay OutputContact Ratings . . . . . . . . . . . Form A contact (N.O.), 2 Amps @ 140 Vac, 2 Amps @ 30 VdcRelay Trip Point . . . . . . . . . . . Programmable 500-5000 ppm via keypadRelay Hysteresis . . . . . . . . . . . Programmable 25-200 ppm via keypadOptional Override Switch . . Front panel push-button available as two-wire dry-contact outputOptional Slide Pot . . . . . . . . Front panel pot available as two-wire resistive output, 0-10 KΩ standard。
二丁基二氯化锡-安全技术说明书MSDS
第1部分化学品及企业标识化学品中文名：二丁基二氯化锡化学品英文名：Dibutyltin dichlorideCAS号：683-18-1分子式：C8H18Cl2Sn分子量：303.84产品推荐及限制用途：工业及科研用途。
第2部分危险性概述紧急情况概述：吞咽会中毒。
皮肤接触有害。
造成严重皮肤灼伤和眼损伤。
吸入致命。
怀疑会导致遗传性缺陷。
长期或反复接触会对器官造成伤害。
对水生生物毒性极大并具有长期持续影响。
GHS危险性类别：急性经口毒性类别3急性经皮肤毒性类别4皮肤腐蚀/刺激类别1B急性吸入毒性类别2生殖细胞致突变性类别2特异性靶器官毒性反复接触类别1危害水生环境——急性危险类别1危害水生环境——长期危险类别1生殖毒性类别1B标签要素：象形图：警示词：危险危险性说明：H301吞咽会中毒H312皮肤接触有害H314造成严重皮肤灼伤和眼损伤H330吸入致命H341怀疑会导致遗传性缺陷H372长期或反复接触会对器官造成伤害H410对水生生物毒性极大并具有长期持续影响防范说明：•预防措施：——P264作业后彻底清洗。
——P270使用本产品时不要进食、饮水或吸烟。
——P280戴防护手套/穿防护服/戴防护眼罩/戴防护面具。
——P260不要吸入粉尘/烟/气体/烟雾/蒸气/喷雾。
——P271只能在室外或通风良好处使用。
——P284[在通风不足的情况下]戴呼吸防护装置——P201使用前取得专用说明。
——P202在阅读并明了所有安全措施前切勿搬动。
——P273避免释放到环境中。
•事故响应：——P301+P310如误吞咽：立即呼叫解毒中心/医生——P330漱口。
——P302+P352如皮肤沾染：用水充分清洗。
——P312如感觉不适，呼叫解毒中心/医生——P362+P364脱掉沾染的衣服，清洗后方可重新使用——P301+P330+P331如误吞咽：漱口。
不要诱导呕吐。
——P303+P361+P353如皮肤(或头发)沾染：立即脱掉所有沾染的衣服。
二步法硅烷交联聚乙烯抗预交联性的研究
二步法硅烷交联聚乙烯抗预交联性的研究发布时间：2021-04-26T03:06:24.238Z 来源：《中国科技人才》2021年第6期作者：高兵兵[导读] 为了改善聚烯的耐热和机械性能，行之有效的方法是化学交联改性[1]。
上海高分子功能材料研究所上海市 201314摘要：二步法硅烷交联聚乙烯主要在电线电缆料、管材料中广泛应用。
二步法硅烷交联聚乙烯在制备、保存、加工过程会出现预交联，导致制品缺陷。
本实验主要研究了二步法硅烷交联聚乙烯通过添加抗预交联剂MP-0防止预交联的方法，验证并有效。
关键词：二步法；硅烷交联聚乙烯；抗预交联聚乙烯作为五大通用塑料之一。
由于结构原因,聚乙烯不能承受较高的使用温度, 加之其机械强度较低，因而限制了它在许多领域的应用。
为了改善聚烯的耐热和机械性能，行之有效的方法是化学交联改性[1]。
聚乙烯化学交联改性技术通常有三种：辐照交联法、化学交联法、硅烷交联法。
硅烷交联法具有设备投资少，工艺通用性强，不受制品厚度限制，过氧化物用量低，耐老化性能好，所以人们更倾向于研究硅烷交联技术。
硅烷交联法又分一步法和二步法，用二步法硅烷交联法进行交联改性时,通常先将乙烯基硅烷通过熔融接枝反应接枝到聚乙烯的分子链上,生成硅烷接枝聚乙烯[2]，硅烷接枝聚乙烯与催化剂B 料按照一定比例混合挤出，再进行温水交联后，形成硅烷交联聚乙烯塑料。
二步法硅烷交联聚乙烯同样存在一些缺点，例如在接枝、保存、加工过程都会出现预交联反应，导致挤出表观差，得到的制品表面有疙瘩。
本实验将研究一种抗预交联剂MP-0对二步法硅烷交联聚乙烯预交联反应的影响。
1.实验部分1.1、主要原料线性低密度聚乙烯218WJ，沙特基础工业有限公司；乙烯基三甲氧基硅烷（A-171），南京化学试剂股份有限公司；过氧化二异丙苯（DCP），南京化学试剂股份有限公司；二月桂酸二丁基锡（DBTDL），杭州瑞科化工有限公司；抗预交联剂：MP-0；蒸馏水。
Steerer中文手册
Steerer简介此软件自1992年开始开发。
八年来经过不断的理论到实践和实践到理论的不断反复，此软件已成为一个经过实践严格考验过的优秀软件。
此软件的作者本人自1991年至1999年一直从事定向井现场施工，先后去过菲律宾和伊朗参加定向井水平井技术服务，足迹遍布国内各大油田的定向井水平井施工现场，有丰富的现场施工经验，确实知道现场需要，并有充分的机会和现场实例来进行软件的实践检验，在这种前提下开发出来的产品是绝对值得信赖的！为了适应世界软件技术的发展, 同时也为了在软件上与国际接轨，作者采用目前最先进的软件开发技术, 并大量吸取外国软件的优点, 结合现场实际, 开发了此Windows 版定向井钻井软件, 并将它命名为Steerer。
同期完成的配套软件是DDDB, DDDB包含了定向井数据库及定向井完井报告。
DDDB可与Steerer很好地共享数据。
基本功能全新的世界级的软件界面全面支持中英文全面支持公英制先进的打印机支持测地学计算（WMM2000 磁偏角计算和大地坐标转换）万能轨道设计定向井水平井计算及待钻井眼设计测斜数据误差椭圆计算邻井扫描水平投影图、垂直投影图、三维立体图及混合视图井身结构图钻井时间计划图可视平台优选自动平台基孔编辑弯接头及导向马达造斜率计算工具面计算定量钻具组合效果预测钻具组合及水力计算摩阻拉力和扭矩计算与MS Office兼容的打印输出智能在线帮助及标准Windows 帮助安装本软件可在Windows95，Windows98下运行。
单击屏幕左下角的“开始”按钮，选中“运行”命令，在弹出的窗口中输入“a:\setup”，并单击“确定”按钮，按系统提示进行安装。
安装完毕后，双击桌面上的“Steerer”图标，在版权对话框内输入密码并插入加密盘确认一次，以后无需加密盘即可运行。
井名打开文件对话框。
1.在文件名编辑框内输入要新建的井名单击“确定”按钮，软件将提示“文件不在，是否要建立？”，单击“是”，则此井已建立，井名将显示在标题栏上。
杜邦森 Torit 尘土、烟气与雾液收集器、过滤器及替代零件说明书
Collectors, Filters& Replacement PartsTHE MARKET LEADERFOR LONG-TERM V ALUEFor decades, Donaldson®T orit® has offered manufacturers advanced and reliable dust, fume and mist collectorsand filters engineered to provide outstanding filtration efficiency and energy savings. T he pairing of these industry-leading collectors and filters helps increase manufacturing efficiencies and cleaner environments for employees.When efficiency is maximized and employees are at their peak, so is the manufacturer’s productivity—andultimately, its bottom line. Donaldson T orit products can help safeguard that bottom line with innovative collectorsand filters, expertly engineered by its unparalleled team of R&D engineers to provide long-term value, rather thanshort-term savings.No other dust collection manufacturer can match Donaldson Torit’s filtration solutions in delivering clean air.SUPERIOR PERFORMANCEIntegrated collectors and filter media work together to offer the highest levels of efficiency andmaximize productivity.CONTINUALL Y EVOL VING FILTRATION SOLUTIONS1900 1980 19901915:Frank Donaldson foundsthe Donaldson Company, aprovider of filtration solutions.1Donaldson ToritDUST, FUME, & MIST - Collectors, Filters & Replacement PartsADV ANCED TECHNOLOGYAs the inventor of the cartridge collector, Donaldson®T orit® has led the way for continuous innovation with award-winning products such as T orit® PowerCore® dust collectors and filter packs.Proprietary Ultra-Web® nanofiber filter media – the first of its kind – was developed by Donaldson. On the market for three decades, this media technology increases filtration efficiency and simplifies maintenance. RELIABILITYThe leading worldwide provider of advanced filtration technology for almost 100 years.CUSTOMER SUPPORTUnmatched service and support at all stages—from up-front engineering to knowledgeable field resources to after-sales service. Worldwide support to provide customers with advanced solutions and service, no matter the location.2000 2005 2010 | 800-365-13312DUST, FUME, & MIST - Collectors, Filters & Replacement PartsTORIT® POWERCORE® COLLECTORSSMALLER. SMARTER.Torit® PowerCore® dust collectors with PowerCore® filter packs solve the industry’s need for better filtration, reduced operational cost, a smaller footprint and easier maintenance. Less steel and oil are required to manufacture and transport collectors that are 50 - 70 percent smaller than traditional collectors. Clean-side filter pack access and fewer, lighter filter packs mean faster, easier filter changes without tools or filter cages. An optimized airflow management system delivers optimal pulse cleaning while minimizing airflow restriction. Also, collectors are shipped with filter packs installed.Additionally, smaller sized Torit® PowerCore® collectors can eliminate the need for complicated ductwork or a large, energy-consuming central dust collection system. With greater flexibility, manufacturers can now optimize space on the plant floor while containing costs. Innovative PowerCore® filtration technology means reduced freight and installation costs, fewer filter pack changeouts, lower maintenance costs, and no entry requirements for filter pack changes.(13,600 cfm collectors)3Donaldson Torit | 800-365-1331 4POWERCORE LEADING THE WAY WITH POWERCOREPowerCore ® media technology is integral to the dramatic downsizing of the Torit ® PowerCore ® collector. PowerCore ® filter packs combine Ultra-Web ® nanofiber technology with Donaldson’s media configuration expertise, creating a new filtration structure unlike anything else in the industrial air filtration market.As a result, a more effective filtration area is packaged into smaller spaces. And just one Torit ® PowerCore ® filter pack replaces multiple cartridge or bag-style filters. With more media packed into a smaller space and a simplified airflow path, PowerCore ® filter packs provide high performance with a low pressure drop.HIGH PERFORMANCE FILTER MEDIA• One Torit PowerCore filter pack replaces multiple cartridge or bag-style filters • Fast and easy filter pack changes • Reduced maintenance • High filtration efficiency for reduced emissions• Reduced freight & installation costs • Technology proven in field applications for more than 10 yearse s e a l s F i l t er M e d i aFlutesD I RT Y A I R C L EA N A 23end, air is forced to pass through the filter media into an adjacent flute.the dirty air side of the filter pack.The now filteredair exits the filter pack through a flute that is open on the clean air side of the filter pack.REPLACESUP TOONEPOWERCORE FILTER PACKTGfilter packVHfilter packCPfilter packcartridge filtersTHREETWENTY 8-ft. long bag filtersSIX8-ft. long bag filtersDUST, FUME, & MIST - Collectors, Filters & Replacement Parts CARTRIDGE COLLECTORSDownflo®EvolutionDowndraftBenchDownflo®WorkStationDownflo®OvalFume CollectorsAT-3000T-2000™Weld BenchEasy-T runk™Porta-T runk™Extraction Arms(750-80,000 cfm)(1,189 - 5,096 m3/h)(700 - 3,000 cfm)(1,189 - 5,096 m3/h)(4,500 - 22,000 cfm)(7,644 - 37,370 m3/h)(90 - 102,000 cfm)(153 - 173,262 m3/h)T-2000(890 cfm)(1,512 m3/h)Weld Bench(2,000 - 3,000 cfm)(3,397 - 5,096 m3/h)(750 - 780 cfm)**(1,274 - 1,325 m3/h)The DFE is asmaller cartridgecollector with fewerfilters. Airflowmanagementdirects incomingair to an intelligentdropout zonefor reducedfilter loading,and MaxPulse™Cleaning Systemwith a triagonalfilter delivers 27%more cleaningenergy to filtrationmedia.Self-containeddust collectorbench forgrinding andfinishingoperations.Designedspecifically forin-plant areaswhere dirty and/ornoisy operationsare out in theopen – grinding,sanding, chipping,batch mixing orwelding.DFO is a one-of-a-kind series ofcartridge dustcollectors withoval-shapedfilter technology,proprietaryfilter media andpulse cleaningthat providesup to 25% moreairflow capacitythan same-sizedround cartridgecollectors.T-2000 andAT-3000 ceiling-mount, self-contained sourcecollectors capturefume generatedin moderate-to-heavy weldingapplications.Weld Benchprovides highcapture velocitythat assuresfume captureand eliminatesthe need forextraction arms.Offeringcompact,portablefiltration ofsmoke, dustand fumesthat resultfrom weldingand grindingapplications,Easy-Trunkprovides built-in manual pulsefilter cleaning.Porta-Trunk isa static filtersystem.THE INVENTOR OF THE CARTRIDGE COLLECTORAs the inventor of the cartridge collector, Donaldson® Torit® has led the way with continuous innovation, such as the award-winning Downflo® Oval dust collection technology. No other manufacturer comesclose to matching the innovation and breadth of technical expertise that Donaldson Torit incorporates intoits cartridge collectors.Donaldson Torit engineers its cartridge collectors to capture the broad spectrum of dust particles that can inhibit the production environment. From portable to central collectors, to source and ambient collectors,to booth-type collectors and weld benches, Donaldson Torit provides the most complete range of cartridge collectors that cost-effectively enhance productivity and manufacturing efficiency.5Donaldson Torit | 800-365-1331 6DUST, FUME, & MIST - Collectors, Filters & Replacement PartsULTRA-WEB ® MEDIA TECHNOLOGYTHE INVENTOR OF ULTRA-WEBProven for 30 years, advanced and improved many times over, proprietary Ultra-Web is the nanofiber media technology that outperforms all others; it delivers longer filter life, cleaner air, and greater savings.Donaldson ® Torit ® offers a complete line of Ultra-Web cartridge filters that last twice as long as or more than commodity cellulose and cellulose/synthetic (80/20) blend medias. The Ultra-Web surface-loading technology is scientifically proven to provide a lower operating pressure drop over a longer period of time, which allows the filter to last longer while requiring less energy.ULTRA-WEBOUTPERFORMS 3 DECADES OF LEADERSHIP & OVER 5 MILLION FILTERS SOLDUltra-Web nanofiber media is the mostoptimized and cost-effective choice available for most all dust and fume collection applications.Experience the Ultra-Web advantage:• Increased surface loading • Enhanced dust cake release • Better cleaning efficiency • Lower cost per cfm • Available for all popular brands of dust collectorsRF and LPBaghouse Unimaster®Dalamatic®Cased —DLMCInsertable—DLMVIRD DustCollectorModularBaghouse(2,000 - 197,000 cfm) (3,397 - 334,634 m3/h)(120 - 10,000 cfm)(204 - 16,987 m3/h)(170 - 85,000 cfm)(289 - 144,385 m3/h)(1,350 - 5,000 cfm)(2,293 - 8493 m3/h)(1,150 - 65,000 cfm)(1,953 - 110,412 m3/h)The award-winning RF and LP are larger baghouses that combine cyclone style pre-separation and baghouse filters in one collector. They also provide non-compressedair cleaning. The RF uses low pressure cleaning while the LP uses reverse air cleaning.The UMA is acomplete unitthat is suited forintermittent dutyapplications wherecompressed air isnot available. Thisunit uses a superiorshaker design toclean the bags foroptimized airflow.Everything neededis packaged inone compact unit(including fan andcontrols).The Dalamaticline of collectorsuses envelope-shaped bags thatprovide extra snapduring pulsing foruse in especiallychallenging dustapplications. TheDLMC is a stand-alone collectorwith hopper, whilethe DLMV comeswithout hopper foruse in bin ventingand transfer pointapplications.The IRD is aneconomical,continuous dutycollector for wooddust applications.This easy-to-installcollector, completewith fan, comes witheverything needed tostart clearing the air.Just assemble, hookup ductwork and letit go.Designed for fast,easy installation andsimple, reliable dustcollection, ModularBaghouses providehigh performancefiltration inapplications withhigh air volumesand heavy dustloading.7Donaldson Torit | 800-365-1331 8DUST, FUME, & MIST - Collectors, Filters & Replacement PartsDURA-LIFE ™ FILTER MEDIA TECHNOLOGYThese photos were taken with a scanning electron microscope of bag media used in a collector that was filtering fly ash. Note the amount of dust that embeds into the needled polyester bag compared to Dura-Life ™.FOR TWICE THE LIFEThe most significant advancement in baghouse filter technology is the development of Dura-Life ™ bag filters. Bags made from Dura-Life ™ media have increased efficiency, longer life, and lower maintenance costs.Dura-Life media – compared to standard polyester media – is engineered with a unique hydro-entanglement process that uses water to blend the fibers. This process creates a more uniform material with smaller pores, which results in better surface loading and superior cleaning.NEEDLED POL YESTER BAGClean Air Side DURA-LIFE ™ BAGClean Air Side300X300XWSOLONGEST LIFE OPTION ModularMediaFilter™Mini-Mist Centrifugal(450 - 5,550 cfm) (764 - 9,428 m3/h)(1,000 - 6,000 cfm)(1,699 - 10,192 m3/h)(300 - 1,200 cfm)(510 - 2,038 m3/h)(100 - 1,000 cfm)(170 - 1,699 m3/h)WSO mist collector is the only collector that filters three typesof mist (water, smoke, oil) in one collector – simply by tailoringthe filter. Designed to collect water-soluble coolant, straight oil, and the most challenging –oily smoke – from a variety of machining operations and other industrial processes. The WSO design has several configurations such as machine mountable, stand mount, ducted cellular and central system to meet your plant requirements.Modular MediaFilter providesflexible, high performancemist collection for applicationssuch as grinding, wetgrinding, wet machining,rubber machining, die castingand soldering. Availablein vertical and horizontalmodels, Modular MediaFiltercollectors are expandable toadapt to changing needs suchas smoke, dust and fumefiltration, saving the cost of anew filtration system.Designed to collectcoolant mists fromCNC machining,grinding, turning,milling and drillingoperations, compactMini-Mist collectorsare effective aloneor can be integratedinto larger machiningoperations.Centrifugalcollectors offercompact, highefficiency andeconomical mistcollection. They canbe used to reclaimmist in applicationsthat processpetrochemicalsor syntheticcoolants. They areparticularly effectiveat handling veryheavy mist loadingconcentrations.9Donaldson Torit | 800-365-1331 10SYNTEQ XP MEDIA WITH RESIN-FREE BINDING FIBERS• Fast and easy filter pack changes• Engineered blend of small and large fibers, with proprietary, resin-free bonding system • S mall fibers are scientifically proven toincrease efficiency through superior draining • L arge fibers provide structural support and clear drain channels to sustain performance in the most challenging applications •P roprietary bonding system stabilizes pore structure for optimum performance and longer life• Available for many brands of mist collectors500X11Donaldson Torit | 800-365-13311213 Donaldson ToritMETALWORKING APPLICATIONSDFO on Grinding74,000 cfm (125,700 m 3/h)DFO on Plasma Cutting5,000 cfm (8,493 m 3/h)DFO on Welding Fumes53,000 cfm (90,028 m 3/h)Left: outside Right: insideTG on Plasma Cutting 2,300 cfm (3,90 m 3/h)DWS ON Custom Hand Grinding 38,500 cfm (65,398 m 3/h) | 800-365-1331 14VH on Blasting14,000 cfm (23,781 m 3/h)VH on Grinding9,000 cfm (15,288 m 3/h)DFO on Metal Grinding 31,000 cfm (52,658 m 3/h)DFO on Laser Cutting 3,100 cfm (5,266 m 3/h)TG on Plasma Cutting3,400 cfm (5,775 m 3/h)DFO on Thermal Spray 8,500 cfm (14,439 m 3/h)DFO on MetallizingPowder Flame20,500 cfm (34,822 m 3/h)DFO & CYCLONE on Thermal Spray 4,800 cfm (8,154 m 3/h)15 Donaldson ToritMIST APPLICATIONSWSO at M3 Achining Center1,200 cfm (2,038 m 3/h)DMC on Machining 800 cfm (1,359 m 3/h)WSO on Oil Mist20,000 cfm (33,973 m 3/h)DMC on Wet Machining390 cfm (662 m 3/h)WSO - Horizontal Grinder850 cfm (1,444 m 3/h)MODULAR MEDIAFILTER ™ on Grinding2,000 cfm (3,397 m 3/h)WSO on Cold Forming 1,200 cfm (2,038 m 3/h) | 800-365-1331 16PROCESSING/POWDER& BULK APPLICATIONSDFO on Plastics Routing16,000 cfm (27,184 m 3/h)CPC on Milk Powder 1,200 cfm (2,038 m 3/h)DFE on Rubber Hose Cutting2,800 cfm (4,757m 3/h)DLMC on Rock Crushing41,000 cfm (69,645 m 3/h)DFO on Paint & Pigment 1,200 cfm (2,038 m 3/h)MB on Glass Processing 25,000 cfm (42,466 m 3/h)DLMC on Paper Dust 27,000 cfm (45,864 m 3/h)DWS on Granite Finishing22,000 cfm (37,370 m 3/h)17 Donaldson ToritGRAIN & NUT APPLICATIONSRF - Grain Terminal 61,000 cfm (103,618 m 3/h)RF - Grain Terminal34,000 cfm (57,754 m 3/h)LP on Almond Dust 300,000 cfm (509,595 m 3/h)DFO on Corn Husking & Sorting28,500 cfm (48,412 m 3/h)LP on Nut Dust 280,000 cfm (475,622 m 3/h)CPV - Direct Bin Venting Distributor Head2,400 cfm (4,077 m 3/h)CPC - Grain Tripper Conveyor18,700 cfm (31,765 m 3/h) | 800-365-1331 18CEMENT APPLICATIONSCPV - Multiple Cement Silos4,800 cfm (8,154 m 3/h)CPV - Feed Hopper350 cfm (595 m 3/h)CPV - Bucket Elevator 1,200 cfm (2,038 m 3/h)CPV - Weigh Belt Feeder800 cfm (1,359 m 3/h)CPV - Pneumatically Filled Storage Bin 1,200 cfm (2,038 m 3/h)DFO - Concrete Roof Manufacturer3,000 cfm (5,096 m 3/h)CPV - Multiple Cement Silos4,800 cfm (8,154 m 3/h)19 Donaldson ToritRF - Wood Furniture Facility 403,000 cfm (684,556 m 3/h)LP on Wood Dust 160,000 cfm (271,784 m 3/h)RF - Cabinet Shop48,500 cfm (82,385 m 3/h)UMA - School Wood Shop 2,000 cfm (3,397 m 3/h)DFO on Sawdust57,500 cfm (97,692 m 3/h)IRD - Wood Shop5,000 cfm (8,493 m 3/h)CPC - Furniture Manufacturing 5,400 cfm (9,173 m 3/h)FS on Woodworking20,000 cfm (33,973 m 3/h) | 800-365-1331 20DUST, FUME, & MIST - Collectors, Filters & Replacement PartsORIGINAL EQUIPMENT MANUFACTURERSCUSTOM SOLUTIONS FOR OEMSOEMs have come to rely on Donaldson ® T orit ® to solve their filtration issues. Donaldson T orit offers flexible solutions customized to OEMs across a wide range of industries.Donaldson T orit’s reputation has been built on its problem solving, quality solutions, and commitment tocustomers’ satisfaction even after the sale. And Donaldson T orit’s worldwide network allows it to provide local support that’s responsive and comprehensive – no matter where it’s needed.A dedicated team of OEM account managers and engineers stands ready to solve even the most complex filtration issue.PLASMA CUTTINGDonaldson Torit engineers can provide a unique,integral pre-separator for spark reduction in laser and plasma cutting.AIRFLOW MODELING ABRASION MODELING STRUCTURAL ANALYSISOnly Donaldson Torit provides sophisticated engineering analysis tools to ensure proper airflow management, extended filter life, and reduced maintenance costs.RAIL GRINDINGCustom designs that accommodate unique customer space constraints are available.MOBILE MINING APPLICATIONDonaldson Torit can design solutions to accommodate customer space constraints and integrate additionalfiltration technologies tailored to customer needs.21 Donaldson ToritEASY DUCT ™DELTA P AND DELTA P PLUS CONTROLSHEPA & 95% DOP FILTERSEasy Duct ductwork eliminates time-consuming operations likeriveting, cutting, brazing, and welding for standard length piping. Easy Duct can be assembled and taken apart with no special tools, saving ducting each time a floor plan changes.Delta P or Delta P Plus Controls are a key element of dust collector maintenance, measuring pressure drop across the filters to determine when servicing is needed.Recommended for all continuous-duty dust collection systems, Delta P monitors pressure drop so that filters are cleaned only when necessary, reducing compressed air usage and prolonging filter life.Providing a high filtration efficiency of 99.97% at 0.3 microns, HEPA filters can be used as afterfilters for dust, fume and mist collection. Alsoavailable are panel filters with 95% DOP media or 95% ASHRAE media.ROTARY VALVESFANSCAGESRotary Valves offer an economical solution for automated handling of most discharge dust. Available in three models: high pressure, low pressure, and sweeper valves. Rotary valves provide continuous dust disposal that keeps hoppers and collectors operating at peak performance, thereby reducing dust collector maintenance time and cost.Torit Backward Inclined (TBI) direct drive fans are available in sizesranging from 3 hp to 30 hp. The TBI fan mounts directly to the clean-air plenum of the dust collector,eliminating costly transition ducting. Torit Radial Blade (TRB) fans are an economical, dependable radial fan with a direct-drive design to eliminate maintenance on fan bearings and belts. The TRB isavailable in sizes from 1 hp to 10 hp.Replacement cages are available for Donaldson Torit baghouse collectors as well as many other popular makes and models. Cages are available in galvanized or stainless steel for ambient, high temperature, or highly corrosive environments. | 800-365-1331 22DUST, FUME, & MIST - Collectors, Filters & Replacement PartsREPLACEMENT FILTERSCALL 800-365-1331 FOR LIVE SUPPORTVISIT • AZO ®• Buhler • Carter Day • DCE• Flex-Kleen • Golfetto • Kice • MAC • MikroPul • Murphy • Pneumafil • Steelcraft ®• Wheelabrator •+ Many others• AAF ®• Aercology ®• Airflow ® Systems • Clemco ®• Environmental Systems Designs • Farr • Geoff • MAC• Micro Air ®• Nordson • Pneumafil • Robovent ®• Steelcraft ®• Trion ®• UAS ®• Wheelabrator • + Many othersfor baghouse collectors for cartridge collectorsTel 800-365-1331 (USA)Tel 800-343-3639 (within Mexico) **************************** Donaldson Company, Inc.ToritP.O. Box 1299 Minneapolis, MN 55440-1299 U.S.A.General Brochure (10/13)© 2010 Donaldson Company, Inc. All Rights Reserved. Information in this document is subject to change without notice. Donaldson Torit, Torit PowerCore, Ultra-Web, and the color blue are registered trademarks of Donaldson Company, Inc. Contains Donaldson proprietary technology.Global Support• Facilities in 37 countries• 40 manufacturing plants and 14 distribution centers Leading T echnology• Over 1,000 engineers and scientists worldwide • Broad range of innovative collectors and filters • 100s of filter media formulations Experience and Service• Technical expertise and support• Ready-to-ship filters and parts within 24 hoursCall Donaldson®T orit® to get cleaner air today:800-365-1331 。
ODS(臭氧层破坏物质)清单
CH3CF2Cl
1-氯-1,1-二氟乙烷
-
0.065
(HCFC-151)
C2H4FCl
一氯一氟乙烷
2
0.003-0.005
(HCFC-221)
C3HFCl6
六氯一氟丙烷
5
0.015-0.07
(HCFC-222)
C3HF2Cl5
五氯二氟丙烷
9
0.01-0.09
(HCFC-223)
(HCFC-22)
CHF2Cl
一氯二氟甲烷
1
0.055
(HCFC-31)
CH2FCl
一氯一氟甲烷
1
0.02
(HCFC-121)
C2HFCl4
四氯一氟乙烷
2
0.01-0.04
(HCFC-122)
C2HF2Cl3
三氯二氟乙烷
3
0.02-0.08
(HCFC-123)
C2HF3Cl2
二氯三氟乙烷
3
0.02-0.06
第六类 含氢溴氟烃
ቤተ መጻሕፍቲ ባይዱCHFBr2
二溴一氟甲烷
1
1
按照《议定书》及相关修正案规定，禁止生产和使用。
CHF2Br
一溴二氟甲烷
1
0.74
CH2FBr
一溴一氟甲烷
1
0.73
C2HFBr4
四溴一氟乙烷
2
0.3-0.8
C2HF2Br3
三溴二氟乙烷
3
0.5-1.8
C2HF3Br2
二溴三氟乙烷
3
0.4-1.6
第六类 含氢溴氟烃
1.1
主要用途为加工助剂、清洗剂和试剂等。按《议定书》规定，自2010年1月1日起，除特殊用途外，全面禁止生产和使用。
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
DOMINANT Semiconductors• High brightness surface mount LED.• 120° viewing angle.• Small package outline (LxWxH) of 2.8 x 3.2 x 1.8 mm.• Qualified according to JEDEC moisture sensitivity Level 2.• Compatible to both IR reflow soldering and TTW soldering.DOMINANT SemiconductorsPart Ordering Number Chip Technology /ColorViewingAngle °Luminous Intensity @IF=20mAIv (mcd)DDH-CRS-PQ2-1 AlInGaP 120 45.0 – 112.5 • DDH-CRS-P1 Hyper-red, 640nm 45.0 – 56.0• DDH-CRS-P2 56.0 – 71.5• DDH-CRS-Q1 71.5 – 90.0• DDH-CRS-Q2 90.0 – 112.5 DDH-SRS-QR2-1 71.5 – 180.0 • DDH-SRS-Q1 71.5 – 90.0• DDH-SRS-Q2 90.0 – 112.5 • DDH-SRS-R1 112.5 – 140.0 • DDH-SRS-R2 140.0 – 180.0 DDS-CRS-PQ2-1 AlInGaP 120 45.0 – 112.5 • DDS-CRS-P1 Super-red, 632nm 45.0 – 56.0• DDS-CRS-P2 56.0 – 71.5• DDS-CRS-Q1 71.5 – 90.0• DDS-CRS-Q2 90.0 – 112.5 ** Not for new design.DDS-CRS-QR2-1 71.5 – 180.0 • DDS-CRS-Q1 71.5 – 90.0• DDS-CRS-Q2 90.0 – 112.5 • DDS-CRS-R1 112.5 – 140.0 • DDS-CRS-R2 140.0 – 180.0 DDS-SRS-QR2-1 71.5 – 180.0 • DDS-SRS-Q1 71.5 – 90.0• DDS-SRS-Q2 90.0 – 112.5 • DDS-SRS-R1 112.5 – 140.0 • DDS-SRS-R2 140.0 – 180.0 DDR-CRS-QR2-1 AlInGaP 120 71.5 – 180.0 • DDR-CRS-Q1 Red, 625nm 71.5 – 90.0• DDR-CRS-Q2 90.0 – 112.5 • DDR-CRS-R1 112.5 – 140.0 • DDR-CRS-R2 140.0 – 180.0 ** Not for new design.DDR-CRS-RS2-1 112.5 – 285.0 • DDR-CRS-R1 112.5 – 140.0 • DDR-CRS-R2 140.0 – 180.0 • DDR-CRS-S1 180.0 – 224.0 • DDR-CRS-S2 224.0 – 285.0 DDR-SRS-RS2-1 112.5 – 285.0 • DDR-SRS-R1 112.5 – 140.0 • DDR-SRS-R2 140.0 – 180.0 • DDR-SRS-S1 180.0 – 224.0 • DDR-SRS-S2 224.0 – 285.0DOMINANT SemiconductorsPart Ordering Number Chip Technology /ColorViewingAngleLuminous Intensity @IF=20mAIv (mcd)DDR-TRS-TU2-1 Ts AlInGaP 120 285.0 – 715.0 • DDR-TRS-T1 Red, 625nm 285.0 – 355.0 • DDR-TRS-T2 355.0 – 450.0 • DDR-TRS-U1 450.0 – 560.0 • DDR-TRS-U2 560.0 – 715.0DDA-CRS-RS2-1 As AlInGaP 120 112.5 – 285.0 • DDA-CRS-R1 Amber, 615nm 112.5 – 140.0 • DDA-CRS-R2 140.0 – 180.0 • DDA-CRS-S1 180.0 – 224.0 • DDA-CRS-S2 224.0 – 285.0DDA-SRS-ST2-1 180.0 – 450.0 • DDA-SJS-S1 180.0 – 224.0 • DDA-SJS-S2 224.0 – 285.0 • DDA-SJS-T1 285.0 – 355.0 • DDA-SJS-T2 355.0 – 450.0DDO-CRS-RS2-1 As AlInGaP 120 112.5 – 285.0 • DDO-CRS-R1 Orange, 605nm 112.5 – 140.0 • DDO-CRS-R2 140.0 – 180.0 • DDO-CRS-S1 180.0 – 224.0 • DDO-CRS-S2 224.0 – 285.0 DDO-SRS-ST2-1 180.0 – 450.0 • DDO-SRS-S1 180.0 – 224.0 • DDO-SRS-S2 224.0 – 285.0 • DDO-SRS-T1 285.0 – 355.0 • DDO-SRS-T2 355.0 – 450.0 DDY-CRS-QR2-1 As AlInGaP 120 71.5 – 180.0 • DDY-CRS-Q1 Yellow, 587nm 71.5 – 90.0• DDY-CRS-Q2 90.0 – 112.5 • DDY-CRS-R1 112.5 – 140.0 • DDY-CRS-R2 140.0 – 180.0 ** Not for new designDDY-CRS-RS2-1 112.5 – 285.0 • DDY-CRS-R1 112.5 – 140.0 • DDY-CRS-R2 140.0 – 180.0 • DDY-CRS-S1 180.0 – 224.0 • DDY-CRS-S2 224.0 – 285.0 DDY-SRS-ST2-1 180.0 – 450.0 • DDY-SRS-S1 180.0 – 224.0 • DDY-SRS-S2 224.0 – 285.0 • DDY-SRS-T1 285.0 – 355.0 • DDY-SRS-T2 355.0 – 450.0DOMINANT SemiconductorsPart Ordering Number Chip Technology /ColorViewingAngleLuminous Intensity @IF=20mAIv (mcd)DDY-TRS-TU2-1 Ts AlInGaP 120 285.0 – 715.0 • DDY-TRS-T1 Yellow, 590nm 285.0 – 355.0• DDY-TRS-T2 355.0 – 450.0• DDY-TRS-U1 450.0 – 560.0• DDY-TRS-U2 560.0 – 715.0DDG-CRS-PQ2-1 As AlInGaP 120 45.0 – 112.5 • DDG-CRS-P1 Green, 572nm 45.0 – 56.0• DDG-CRS-P2 56.0 – 71.5• DDG-CRS-Q1 71.5 – 90.0• DDG-CRS-Q2 90.0 – 112.5DDG-SRS-QR2-1 71.5 – 180.0 • DDG-SRS-Q1 71.5 – 90.0• DDG-SRS-Q2 90.0 – 112.5• DDG-SRS-R1 112.5 – 140.0• DDG-SRS-R2 140.0 – 180.0NOTE:1. All part number above comes in a quantity of 2000 units per reel.2. Other luminous intensity groups are also available upon request.3. Luminous intensity is measured with an accuracy of ±11%.4. Wavelength binning is carried for all units as per the wavelength-binning table. Only onewavelength group is allowed for each reel.5. An optional Vf binning is also available upon request. Binning scheme is as per following table.DOMINANT SemiconductorsWavelength Grouping.Color Group Wavelength distribution (nm) DDH; Hyper-red Full 636 - 646DDS; Super-red Full 625 – 640DDR-CJ, -SJ; Red (AS) DDR-TJ; Red (TS) FullFull620 – 630620 - 635DDA; Amber FullWX 610 – 621 610 – 615 615 – 621DDO; Orange FullWXYZ 600 – 612 600 – 603 603 – 606 606 - 609 609 - 612DDY; Yellow FullWXYZ 582 – 594 582 – 585 585 – 588 588 - 591 591 - 594DDG; Green FullWXYZ 564.5 – 576.5 564.5 – 567.5 567.5 – 570.5 570.5 – 573.5 573.5 – 576.5Dominant wavelength is measured with an accuracy of ±1 nm.Electrical Characteristics at Ta=25°C.Vf @ If = 20mA Vr @ Ir = 100uA Part Number Typ. (V) Max. (V) Min.(V) DDA, DDS, DDR-CJS, DDR-SJS, DDGDDH, DDO, DDY-CJS, DDY-SJS2.1 2.3 12DDR-TJS, DDY-TJS 2.2 2.6 12 Forward voltage, Vf is measured with an accuracy of ±0.1 V.DOMINANT SemiconductorsVf Binning.Vf Bin @ 20mA Forward Voltage (V)01 1.55 … 1.8502 1.85 … 2.1503 2.15 … 2.4504 2.45 … 2.75Forward voltage, Vf is measured with an accuracy of ±0.1 VAbsolute Maximum Ratings.Maximum Value Unit DC forward current. 30 mA Peak pulse current; (tp ≤ 10 µs, Duty cycle = 0.005) 1000 mA Reverse voltage. 5 V LED junction temperature. 125 °C Operating temperature. -40 … +100 °C Storage temperature. -40 … +100 °C Power dissipation ( at room temperature ) 75 mWDOMINANT Semiconductors Recommended Solder PadDOMINANT SemiconductorsRelative intensity vs. forward current. Forward current vs. forward voltage.Relative Intensity vs. WavelengthDOMINANT SemiconductorsTaping And Orientation.Reels come in quantity of 8000 units or 2000 units.Reel diameters are 330 mm and 180 mm respectively.DOMINANT Semiconductors Recommended Sn-Pb IR-Reflow Soldering Profile.Recommended Pb Free IR-Reflow Soldering Profile.元器件交易网DOMINANT SemiconductorsNOTE.All the information published is considered to be reliable. However, DOMINANTSemiconductors does not assume any liability arising out of the application or use of anyproduct described herein.DOMINANT Semiconductors reserves the right to make changes at any time without noticeto any products in order to improve reliability, function or design.DOMINANT Semiconductors products are not authorized for use as critical components inlife support devices or systems without the express written approval from the managingdirector of DOMINANT Semiconductors.18/08/05 DomiLED AlInGaP DDx-xRS - Catalogue-v4 Page 11 of 11。