SS511、SS511B产品说明书

电源管理用户指南© Copyright 2009 Hewlett-Packard Development Company, L.P.Windows 是 Microsoft Corporation 在美国的注册商标。

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第一版：2009 年 6 月文档部件号：533499-AA1产品通告本用户指南介绍大多数机型的常用功能。

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目录1 电源控制和指示灯位置2 设置电源选项使用节能状态 (3)启动和退出待机模式 (3)启动和退出休眠模式 (4)使用电源表 (5)使用电源使用方案 (6)查看当前的使用方案 (6)选择不同的电源使用方案 (6)自定义电源使用方案 (6)设置退出等待模式时的密码保护 (7)3 使用外部交流电源连接交流电源适配器 (9)测试交流电源适配器 (10)4 使用电池电源显示电池的剩余电量 (12)放入或取出电池 (13)为电池充电 (14)管理电池电量不足的情况 (15)识别电池电量不足的情况 (15)解决电池电量不足的情况 (16)当有外部电源时解决电池电量不足的情况 (16)当有充电的电池时解决电池电量不足的情况 (16)当没有电源时解决电池电量不足的情况 (16)当笔记本计算机无法退出休眠模式时解决电池电量不足的情况 (16)校准电池 (17)步骤 1：为电池充足电 (17)步骤 2：禁用休眠和等待模式 (17)步骤 3：为电池放电 (17)步骤 4：为电池重新充足电 (19)步骤 5：重新启用休眠和等待模式 (19)节约电池电量 (20)存放电池 (21)处理废旧电池 (22)更换电池 (23)iii5 关闭笔记本计算机索引 (25)iv1电源控制和指示灯位置以下插图和表格标出并说明电源控件和指示灯位置。

Measuring electric and magnetic fields simultaneouslyComplete Measurement Systemwith Dual Electric and Magnetic FieldProbe for Frequencies up to 100 MHzCovers Most Industrial EquipmentFast and Reliable MeasurementsExtremely Easy to UseLow Cost, Compact and Lightweight RMS DetectionApplications- RF Heat Sealers and Vinyl Welders - Semiconductor Process Equipment and Glass Deposition - RF Induction Heating - Dielectric Dryers and Heaters -Plasma Generation SystemsNSTS 0110-E0271A 1 / 4 Subject to changet a b l i s h e d 1981DESCRIPTIONThe Narda Models NIM-511 and NIM-513 combine an un-precedented ease of operation with powerful measurement capabilities. It provides the industrial plant manager and safety professional with an accurate and inexpensive solution for proving compliance with regulations that cover exposure to RF radiation. Both models provide a complete measurement system comprised of an extremely easy to operate meter and a probe that contains sensors to measure both the electric (E) and magnetic (H) field components of an electromagnetic wave.OPERATIONThe NIM-511 and the NIM-513 were designed to make measurements a simple process that does not allow the most common mistakes to happen.NO CHANGING PROBES TO MEASURE THE ELECTRIC AND MAGNETIC FIELDS - the probe contains two sets of sensors that separately measure each field. Simply press the E/H Field key combination to change the field that you are measuring.NO RANGE CHANGES - the meter automatically displays a numeric value over the probe’s entire measurement range.NO CONFUSING SCALES - simply read the digital display, including the unit of measure.NO DIFFICULT ZEROING - Auto Zero is executed repeti-tively every 15 minutes.NO FORGETTING THAT YOU ARE IN THE MAXIMUM HOLD MODE - the meter clearly displays the word “Max” when you are in the maximum hold mode. APPLICATIONSMajor safety standards worldwide require that both the electric and the magnetic field components (E and H fields) be measured for equipment operating below 300 MHz. Most high power industrial equipment operates at one of the frequencies allocated for Industrial, Scientific, and Medical (ISM) applications. Two ISM frequencies - 27.12 MHz and 13.56 MHz – are used extensively. The majority of heat sealers and induction heaters operate at 27.12 MHz while most semiconductor processing equipment operates at 13.56 MHz. The NIM-513 operates from 10 MHz to 42 MHz and is adjusted to the reference calibration frequency at 27.12 MHz. The NIM-511 has a much broader sensor that operates from 300 kHz to 100 MHz and is adjusted to the reference calibration frequency at 13.56 MHz.RF energy can cause the body to be heated beyond its ability to thermally regulate itself. Since 1987 OSHA has had the authority to cite employers for exceeding the limits specified by “state-of-the-art, scientific standards.” OSHA has chosen the IEEE C95.1-2005 Standard for enforcement of non-ionizing radiation safety. This IEEE standard includes many changes from earlier standards and is considerably more complex. The Maximum Permissible Exposure (MPE) limits for Controlled Environ-ments are:Table: IEEE C95.1-2005 exposure limits for controlled environmentFor countries which follow the ICNIRP recommendationsthe exposure limits are 1 mW/cm2 for the frequencies mentioned above.FrequencyE Field(mW/cm2)H Field(mW/cm2)13.56 MHz 4.89 54.427.12 MHz 1.22 13.640.68 MHz 1.00 6.04NSTS 0110-E0271A 2 / 4Subject to changeSPECIFICATIONSNIM-511 NIM-513 DISPLAY AND FUNCTIONSDisplay type Transflective LCD, monochrome, LED backlight Display size 4 cm (1.5”), 128 x 64 dotsRefresh rate 400 msResult display E-field or H-field value (selectable, 4 digits)Result units mW/cm2, W/m2, V/m, A/mResult types (isotropic, RSS) ACT - displays the actual valueMAX - holds the maximum of the measured values AVG - displays the 6 min time averaged result SPATIAL - displays a spatially averaged resultHold Hold button to freeze the value that is currently displayed Zeroing Automatic zeroing after power-on and repetitively every 15 min MEASURINGField type Electric (E-) field and magnetic (H-) fieldFrequency range 300 kHz to 100 MHz 10 MHz to 42 MHzMeasurement range E-field: 0.1 to 100 mW/cm2 (20 to 614 V/m) H-field: 0.2 to 200 mW/cm2 (0.073 to 2.3 A/m)CW damage level 50 W/cm2Sensor type Two diode based systems for E-field and H-field Directivity Isotropic (Tri-axial)Readout mode / spatial assessment Combined 3-axes (RSS) UNCERTAINTYFlatness of frequency response Calibration uncertainty not included E-field:±************±1.5 dB (300 kHz to 100 MHz)H-field:±************±0.6 dB (300 kHz to 100 MHz)E-field:±************±1.0 dB (10 MHz to 42 MHz)H-field:±************±0.6 dB (10 MHz to 42 MHz)Calibration uncertainty±0.5 dBLinearityReferred to 10 mW/cm² ±1 dB(0.5 to 2 mW/cm²) ±0.5 dB(2 to 100 mW/cm²)Isotropic response ±1 dBTemperature response +0.8 dB (10°C to 40°C)CALIBRATIONCalibration frequencies 0.5/ 13.56/ 27.12/ 90 MHz13.56/ 27.12/ 40.68 MHz Recommended calibration interval 24 monthsNSTS 0110-E0271A 3 / 4Subject to changeThis product is protected by the following patents: United States Patent US6084551 ® Names and Logo are registered trademarks of Narda Safety Test Solutions GmbH and L3 Communications Holdings, Inc. - Trade names are trademarks of the owners.Narda Safety Test Solutions GmbH Sandwiesenstrasse 772793 Pfullingen, Germany Phone: +49 (0) 7121-97 32-777 Fax: +49 (0) 7121-97 32-790 E-Mail:********************www.narda-sts.deNarda Safety Test Solutions 435 Moreland RoadHauppauge, NY 11788, USA Phone: +1 631 231-1700 Fax: +1 631 231-1711E-Mail:*******************Narda Safety Test Solutions Srl Via Leonardo da Vinci, 21/23 20090 Segrate (Milano), Italy Phone: +39 02 2699871 Fax: +39 02 26998700E-mail:********************www.narda-sts.itGENERAL SPECIFICATIONS Battery NiMH rechargeable batteries, 2 x AA size (Mignon), 2500 mAh, included Operation time Approx. 22 hours Charging time2 hoursBattery level display 100%, 80%, 60%, 40%, 20%, 10%, low level (< 5%) Temperature range OperatingNon-operating (transport)-10 °C to +50 °C -30 °C to +70°CHumidity 5 to 95 % RH @ ≤28 °C, non condensing≤26 g/m³ absolute humidity (IEC 60721-3-2 class 7K2) Size (h x w x d) Meter Probe Cable1.5” x2.0” x 8.1” (38 x 52 x 205 mm) 16 inches long (410 mm) 44 inches long (1.1 m) Weight Meter Probe0.66 lbs (300 g) 0.68 lbs (310 g)Accessories (included) Hard case, power supply, rechargeable batteries, shoulder strap, operating manual, certificate of calibration Country of originGermanyORDERING INFORMATIONModel/ DescriptionPart Number (P/N)NIM-511 Industrial Field Meter (0.3 to 100 MHz) 2400/511 NIM-513 Industrial Field Meter (10 to 42 MHz)2400/513NIM-511 and NIM-513 include:- NIM-510 Basic unit- NIM-511 or NIM-513 E/H Field Probe - Hard case- Power supply, 9VDC, 100V-240VAC - Shoulder strap, 1 m - Operating manual- Certificate of calibrationACCESSORIESTest generator, 27 MHz, hand-held 2244/90.38 Protective pouch for the basic unit 2403/90.01NSTS 0110-E0271A 4 / 4 Subject to change。

操作手册彩色扫描声纳CSH-5LCSH-8L型号www.furuno.co.jpPub. No. O ZS-13190-C1 DATE OF ISSUE: Nov. 2010iii目录前言............................................................................................................................v i 系统配置....................................................................................................................v ii 1.操作概述.............................................................................................................1-11.1控制单元......................................................................................................................1-11.2遥控器（选用件）........................................................................................................1-21.3基本操作步骤...............................................................................................................1-31.3.1开启电源............................................................................................................1-31.3.2降下传感器........................................................................................................1-31.3.3发射...................................................................................................................1-41.3.4调整控制单元的背光..........................................................................................1-51.3.5选择显示模式.....................................................................................................1-61.3.6选择显示量程.....................................................................................................1-81.3.7调整增益............................................................................................................1-91.3.8收回传感器和关闭电源......................................................................................1-91.4设置倾斜角................................................................................................................1-101.4.1开启/关闭自动倾斜...........................................................................................1-101.4.2海底和倾斜角...................................................................................................1-121.4.3如何分辨鱼群回波和海底回波..........................................................................1-121.4.4注意事项..........................................................................................................1-131.4.5海面鱼群的倾斜角............................................................................................1-131.4.6适当的倾斜角...................................................................................................1-141.5确定目标的距离和方位...............................................................................................1-141.6“声纳”菜单概述......................................................................................................1-151.6.1操作步骤..........................................................................................................1-151.6.2“声纳”菜单说明............................................................................................1-162.微调声纳画面......................................................................................................2-12.1消除多余回波...............................................................................................................2-12.2清晰显示海面鱼群........................................................................................................2-22.3抑制海底曳尾...............................................................................................................2-22.3.1AGC..................................................................................................................2-22.3.2脉冲长度............................................................................................................2-32.3.3第二AGC.........................................................................................................2-32.4抑制浅水渔场中的海底和海面反射...............................................................................2-42.5抑制声纳干扰和噪讯....................................................................................................2-52.5.1确定噪讯源........................................................................................................2-52.5.2使用干扰抑制功能抑制噪讯...............................................................................2-52.5.3使用噪讯限制功能抑制噪讯...............................................................................2-52.5.4通过TX 周期抑制干扰.....................................................................................2-62.6选择波束宽..................................................................................................................2-72.6.1水平波束宽........................................................................................................2-72.6.2垂直波束宽........................................................................................................2-72.7探测微弱回波...............................................................................................................2-72.8回波平均......................................................................................................................2-7iii3.高级声纳操作......................................................................................................3-13.1跟踪鱼群（目标锁定）.................................................................................................3-13.2通过听觉探测鱼群........................................................................................................3-33.3鱼群警报.......................................................................................................................3-43.4测量鱼群速度................................................................................................................3-53.4.1输入鱼群标记.....................................................................................................3-53.4.2删除单个鱼群标记..............................................................................................3-63.5重新定位鱼群以便观察.................................................................................................3-63.6事件标记和本船位置标记..............................................................................................3-73.6.1事件标记.............................................................................................................3-73.6.2输入本船位置标记..............................................................................................3-83.6.3删除事件标记.....................................................................................................3-83.7集体删除标记................................................................................................................3-93.8功能键(F1-F4)...........................................................................................................3-103.8.1操作功能键.......................................................................................................3-103.8.2根据渔场或目标鱼群编程.................................................................................3-103.8.3编程特定功能...................................................................................................3-113.8.4确认功能键程序................................................................................................3-123.9抑制颠簸摇晃造成的影响（减摇装置）......................................................................3-134.回声测深仪模式..................................................................................................4-14.1选择量程.......................................................................................................................4-14.2调节增益.......................................................................................................................4-24.3画面递进速度................................................................................................................4-34.4测量深度.......................................................................................................................4-34.5抑制干扰.......................................................................................................................4-44.6抑制低电平噪讯............................................................................................................4-44.7消除微弱回波................................................................................................................4-54.8“测深仪”菜单上的其它项目......................................................................................4-65.标记和数据.........................................................................................................5-15.1正常显示上的标记和数据..............................................................................................5-15.2回声测深仪和音频显示上的标记和数据........................................................................5-56.屏幕说明.............................................................................................................6-16.1海底回波.......................................................................................................................6-16.2鱼群..............................................................................................................................6-26.3海面反射.......................................................................................................................6-36.4尾迹..............................................................................................................................6-36.5旁波瓣导致的假回波.....................................................................................................6-46.6噪讯和干扰...................................................................................................................6-47.“标记”和“系统”菜单....................................................................................7-17.1“标记”菜单................................................................................................................7-17.2“系统”菜单................................................................................................................7-3 iv8.维护与故障排除..................................................................................................8-18.1一般维护......................................................................................................................8-18.2清洁设备......................................................................................................................8-18.3船体单元维护...............................................................................................................8-28.3.1润滑点，锌板.....................................................................................................8-28.3.2手动升起传感器.................................................................................................8-38.4更换保险丝..................................................................................................................8-48.5更换风扇......................................................................................................................8-48.6故障排除......................................................................................................................8-58.7错误消息......................................................................................................................8-68.8诊断测试......................................................................................................................8-78.8.1选择诊断测试.....................................................................................................8-78.8.2诊断测试说明.....................................................................................................8-8规格......................................................................................................................SP-1 菜单树..................................................................................................................AP-1索引........................................................................................................................IN-1v前言尊敬的 CSH-5L/CSH-8L 用户：承蒙惠购 FURUNO CSH-5L/CSH-8L 彩色扫描声纳。

MR511 热线型半导体气敏元件MR511型气敏元件通过气体吸附在金属氧化物半导体表面而产生热传导变化及电传导变化的原理，由白金线圈电阻值变化测定气体浓度。

MR511由检测元件和补偿元件配对组成电桥的两个臂，遇可燃性气体时检测元件电阻减小，桥路输出电压变化，该电压变化随气体浓度增大而成比例增大，补偿元件起参比及温度补偿作用。

特点高灵敏度,大信号输出初期稳定时间短，响应速度快良好的重复性，工作稳定可靠优良的抗烟雾、乙醇蒸气干扰能力功耗低、微型化设计、应用民用、工业现场的天然气、液化气、煤气、烷类等可燃性气体的浓度检测。

可燃性气体泄漏报警器可燃性气体探测器元件结构基本测试电路技术指标项目技术参数工作电压 3.0±0.1 V工作电流@80±10mA0.3%甲烷>100 mV0.2%丁烷>80 mV 灵敏度0.1%氢气>30 mV线形度0~5 % 响应时间 (90%) 小于10秒恢复时间 (90%)小于30秒使用环境-20－+60℃低于95%RH储存环境-30—+80℃低于95%RH外形尺寸Φ12mmX10mm灵敏度特性及响应恢复特性长期稳定性在空气中每年漂移小于10mV ，在0.3%CH4中每年漂移小于10mV 。

短期储存（两周内）30分钟即可稳定，如长期储存（一年），则需老化5小时才可稳定。

注意事项 △元件的灵敏度要定期用标准气样校准。

△应尽量避免接触浓度为5%以上的可燃性气体。

当偶然接触到高浓度的可燃性气体时, 应重新校准零点和灵敏度。

△在调试过程中, 应严格控制加热电压或电流, 不得超过4.0V 以免烧毁元件。

△长期停止使用要放置在干燥、无腐蚀性气体的环境中。

△元件谨防振动、跌落及机械损伤。

使用元件前请详细参看本说明。

元件测试步骤1、试验装置：a、试验箱材料为金属或玻璃，不吸附气体，箱体积为每对元件大于1升。

b、推荐红外气体分析仪测量气体浓度。

c、箱内气体应搅拌，但不可直接对着元件。

DESCRIPTIONThe System Sensor 1151low profile ionization type smoke detectors are specifically designed to meet the performance requirements of fire detection/alarm systems.The 1151ion-ization detector uses a state-of-the-art,dual unipolar sensing chamber.The detector is designed to provide open area de-tection and,when installed in a two-wire base,is compatible with FCI fire alarm control panels.The detector’s operation and sensitivity can be tested in place.The 1151detector is of plug-in construction and plugs into the same base as the System Sensor 2151photoelectronic smoke detector,making both models interchangeable.Bases are available for two-wire,four-wire,120V AC four-wire op-eration and also with an audible sounder.Two visible LEDs on each detector flash every ten seconds indicating that power is being applied to the detector.The LEDs light steadily when the detector is in alarm.A remote LED annunciator is available as an optional accessory.The 1151detector is Listed for use inside ducts up to a ve-locity of 500FPM.Functional testing is performed by placing a test magnet against the cover.The LED on the detector should light within 30seconds.Field metering of detector sensitivity may be performed with the aid of a voltmeter and Test Kit,MOD 400R.APPROV ALSSPECIFICATIONSSensitivity1.9%/ft.(nominal)Operating voltage 15-32VDC peak Standby current200uA max.avg.Operating temperature 32to 120o F (0to 49o C)Relative humidity 10to 93%(non-condensing)Air velocity 500feet per minute maximum Construction Off-white flame retardant plastic Diameter 4inches (10.2cm)Height 1.7inches (4.2cm)Weight3.6oz.(104g)1151SYSTEM SENSORLOW PROFILE,IONIZATION PLUG-IN SMOKE DETECTOR9020-0582/Ver.1.116Southwest Park,Westwood,MA 02090USA TEL:(781)471-3000FAX:(781)471-3099Specifications are provided for information only,are not intended to be used for installation purposes,and are believed to be accurate.However,no responsibility is assumed by Fire Control Instruments,Inc.for their use.Specifications subject to change without notice.©2003All Rights ReservedFEATURESUnique Dual Unipolar Sensor Provides Exceptional Stability Low Profile ConstructionEasy plug-in of the Head to Base Tamper-resistant Feature Test Switch360o View Angle Of Alarm LEDs Compatible with FCI Control Panels Audible Sounder Base (Optional)Field Metering of Detector Sensitivity Removable Insect Screen and Cover for Field CleaningInsect-resistant Screening (.020"/.508mm openings)An ISO 9001CertifiedCompanyMOUNTINGOn a4-inch square box with or without plasterring.Minimum depth1.5inches.On a3.5-inch octagonal box.Minimum depth1.5inches.INSTALLATIONPlace the detector into the detector base.Turn the de-tector clockwise until the detector locks into place. To use the tamper-proof feature,break the smaller tab on the scribed line in the tamper proof tab located on the detector mounting bracket.Install the detector.To re-move the detector from the base when using the tam-per-proof feature,insert the blade of a small screwdriver into the hole on the side of the base and push the plastic lever away from the detector head.This will allow the detector to be rotated counterclockwise for removal.NOTE:The decorative ring must be re-moved in order to remove the head when using the tam-per-proof feature.The tamper-proof feature may be defeated perma-nently by breaking the plastic lever off the base. NOTE:The number of two-wire smoke detectors which can be accommodated per zone varies with dif-ferent control panels.Consult the control panel in-struction manual to determine the capacity.Refer to NFPA72,Chapter5-3,“Smoke Sensing Fire Detectors”for spacing,location of detectors and other guidelines.TESTINGDetectors may be tested in the following ways: Place a test magnet against the detectoras directed in the installation instructions.The detector should go into alarm within30seconds.Field metering of detector sensitivity may beperformed with the aid of a voltmeter and Test Kit,MOD400R.For the complete procedure,refer to the Installation and MaintenanceInstructions furnished with each detector.MAINTENANCECleaning programs should be adapted to the individ-ual environment.We recommend at least an annual cleaning of the unit.The detector screen and cover as-sembly can be removed,revealing the sensing cham-ber.A vacuum cleaner can be used to remove dust from the screen,cover and sensing chamber.For the com-plete procedure,refer to the Installation and Mainte-nance Instructions furnished with each detector.2of29020-0582 ORDERING AND TECHNICAL INFORMATIONModel Contacts Description1151Ionization DetectorB110LP Base,Two-wireB112LP Form A&C Base,four-wire,24VDC operationB114LP Form A,C&Supv.Base,four-wire,120V AC operationB401BH Base,four-wire,with audible sounderRA-400Z Remote Alarm IndicatorPAM-1Form B End of Line Relay,24VDCMOD400R Test Kit。

Specifications subject to change without notice.516 01 2305 00SS 5/13/2015RHS 036−072SINGLE PACKAGE ROOFTOP HEAT PUMP UNITWITH R −410A REFRIGERANTELECTRICAL DATA SUPPLEMENTFOR MODELS PRODUCED ON OR AFTER MAY 18, 2015 ONLY!NOTE : Read the entire instruction manual before starting the installationThis supplement only applies to RHS036−072 units manufactured on or after May 18, 2015. To confirm the date of manufacture of a RHS unit, locate the unit nameplate and check the second thru fifth digits of the Serial Number. If the number listed in the 2nd thru 5th digits of the Serial Number is 1521 or higher KEEP THIS DOCUMENT and use it along with the furnished Installation Instructions. The Serial Number is located directly below the unit’s Model Number.SERIAL NUMBER NOMENCLATUREC150230SAFETY CONSIDERATIONSImproper installation, adjustment, alteration, service,maintenance, or use can cause explosion, fire,electrical shock or other conditions which may cause personal injury or property damage. Consult a qualified installer, service agency, or your distributor or branch for information or assistance. The qualified installer or agency must use factory −authorized kits or accessories when modifying this product. Refer to the individual instructions packaged with the kits or accessories when installing.Follow all safety codes. Wear safety glasses and work gloves. Use quenching cloths for brazing operations and have a fire extinguisher available.Read these instructions thoroughly and follow all warnings or cautions attached to the unit. Consult local building codes and appropriate national electrical codes (in USA, ANSI/NFPA70, National Electrical Code (NEC); in Canada, CSA C22.1) for special requirements.It is important to recognize safety information. This is the safety −alert symbol . When you see this symbol on the unit and in instructions or manuals, be alert to the potential for personal injury.Understand the signal words DANGER, WARNING,CAUTION, and NOTE. 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 suggestionswhich will result in enhanced installation, reliability, or operation.2516 01 2305 00SSSpecifications subject to change without notice.Table 1 – RHS036−072 Unit Wire/Fuse or HACR Breaker Sizing DataU N I TN O M . V -P h -H ZIFM-TYPEELEC. HTRNO C.O. or UNPWR C.O.CRHEATER***A00Nom (kW)FLANO P .E.w/ P .E. (pwrd fr/unit)MCAMAX FUSE or HACR BRKR DISC. SIZEMCAMAX FUSE or HACR BRKR DISC. SIZE FLA LRA FLA LRA R H S 036208/230-3-60DD −STDNONE −−2530259727302799101A 3.3/4.49.2/10.637/3945/4535/37106/10839/4045/5037/39108/110102A 4.9/6.513.6/15.642/4550/5040/43111/11344/4750/5043/45113/115103B 6.5/8.718.1/20.948/5150/6046/49115/11850/5350/6048/51117/120104B 7.9/10.521.9/25.353/5760/6050/54119/12255/5960/6052/56121/124105A 12.0/16.033.4/38.567/7370/8063/69130/13669/7570/8065/71132/138MEDNONE −−23/2330/3022/2212625/2530/3024/24128101A 3.3/4.49.2/10.635/3645/4533/34135/13736/3845/4535/36137/139102A 4.9/6.513.6/15.640/4245/5038/40140/14242/4450/5040/42142/144103B 6.5/8.718.1/20.946/4950/5043/46144/14748/5150/6045/48146/149104B 7.9/10.521.9/25.350/5450/6047/51148/15152/5660/6050/53150/153105A 12.0/16.033.4/38.565/7170/8061/66159/16567/7370/8063/68161/167HIGHNONE −−26/2630/3026/2616228/2840/4028/28164101A 3.3/4.49.2/10.638/3945/4536/38171/17340/4150/5039/40173/175102A 4.9/6.513.6/15.643/4650/5042/44176/17845/4850/5044/46178/180103B 6.5/8.718.1/20.949/5250/6047/50180/18351/5460/6049/52182/185104B 7.9/10.521.9/25.354/5860/6051/55184/18756/6060/6053/57186/189105A 12.0/16.033.4/38.568/7470/8064/70195/20170/7670/8066/72197/203460-3-60DD −STDNONE −−1215124913151350106A 6.07.22125205622252257107A 8.810.62630246027302561108A 11.513.83030286331352964109A 14.016.83335316634353367MEDNONE −−1115106312151264106A 6.07.22020197021252071107A 8.810.62425237425252475108A 11.513.82830267729302778109A 14.016.83235308033353181HIGHNONE −−1315128114151382106A 6.07.22225218823252289107A 8.810.62630249227302693108A 11.513.83030289531352996109A 14.016.83435329835353399575-3-60DD −STD NONE −−1015103512151237MED NONE −−8157381015940HIGHNONE−−81584210151044See: Legend and Notes for Table 1 on page 6.Specifications subject to change without notice.516 01 2305 00SS3U N N O M . V TYPECRHEATER***A00Nom (kW)FLAMCAFUSE or HACR BRKR DISC. SIZEMCAFUSE or HACR BRKR DISC. SIZE FLA LRA FLA LRA R H S 048208/230-3-60DD −STDNONE −−2630269428402896102A 4.9/6.513.6/15.643/4650/5042/44108/11045/4850/5044/46110/112103B 6.5/8.718.1/20.949/5350/6047/50112/11551/5560/6049/52114/117105A 12.0/16.033.4/38.568/7570/8064/70127/13370/7770/8067/72129/135104B+104B 15.8/21.043.8/50.581/9090/9076/84182/19583/9290/10079/86184/197MEDNONE −−24/2430/3023/2312326/2630/3026/25125102A 4.9/6.513.6/15.641/4350/5039/41137/13943/4550/5041/43139/141103B 6.5/8.718.1/20.947/5050/5044/47141/14449/5250/6046/49143/146105A 12.0/16.033.4/38.566/7270/8062/67156/16268/7470/8064/70158/164104B+104B 15.8/21.043.8/50.579/8780/9074/81211/22481/8990/9076/83213/226HIGHNONE −−27/2740/4027/2715929/2940/4029/29161102A 4.9/6.513.6/15.644/4750/5043/45173/17546/4950/5045/47175/177103B 6.5/8.718.1/20.950/5450/6048/51177/18052/5560/6050/53179/182105A 12.0/16.033.4/38.569/7670/8066/71192/19871/7780/8068/73194/200104B+104B 15.8/21.043.8/50.582/9190/10078/85247/26084/9290/10080/87249/262460-3-60DD −STDNONE −−1315134714201448106A 6.07.22225215423252255108A 11.513.83030296131353062109A 14.016.83435326435353365108A+108A 23.027.7485045102495046103MEDNONE −−1215116113151262106A 6.07.22125196822252069108A 11.513.82930277530302876109A 14.016.83335307834353179108A+108A 23.027.7465043116475044117HIGHNONE −−1315137914201480106A 6.07.22225218623252287108A 11.513.83030299331353094109A 14.016.83435329635353397108A+108A 23.027.7485045134495046135575-3-60DD −STD NONE −−1115113913151341MED NONE −−91584211151044HIGHNONE−−91594611151148See: Legend and Notes for Table 1 on page 6.4516 01 2305 00SSSpecifications subject to change without notice.U N N O M . V TYPECRHEATER***A00Nom (kW)FLAMCAFUSE or HACR BRKR DISC. SIZEMCAFUSE or HACR BRKRDISC. SIZE FLA LRAFLA LRA R H S 060208/230-3-60DD −STDNONE −−294028121314530123102A 4.9/6.513.6/15.646/4850/5044/46135/13748/5050/6046/48137/139104B 7.9/10.521.9/25.356/6060/7053/57143/14658/6260/7056/59145/148105A 12.0/16.033.4/38.571/7780/8067/72154/16073/7980/8069/75156/162104B+104B 15.8/21.043.8/50.584/9290/10079/86209/22286/9490/10081/88211/224104B+105A 19.9/26.555.2/63.898/109100/11092/102231/249100/111100/12594/104233/251MEDNONE −−30/3045/4029/2918632/3245/4532/31188102A 4.9/6.513.6/15.647/4950/6045/47200/20249/5160/6047/49202/204104B 7.9/10.521.9/25.357/6160/7055/58208/21159/6360/7057/60210/213105A 12.0/16.033.4/38.572/7880/8068/73219/22574/8080/8070/76221/227104B+104B 15.8/21.043.8/50.585/9390/10080/87274/28787/9590/10082/89276/289104B+105A 19.9/26.555.2/63.899/110100/11093/103296/314101/111110/12595/105298/316HIGHNONE −−30/3045/4029/2918632/3245/4532/31188102A 4.9/6.513.6/15.647/4950/6045/47200/20249/5160/6047/49202/204104B 7.9/10.521.9/25.357/6160/7055/58208/21159/6360/7057/60210/213105A 12.0/16.033.4/38.572/7880/8068/73219/22574/8080/8070/76221/227104B+104B 15.8/21.043.8/50.585/9390/10080/87274/28787/9590/10082/89276/289104B+105A 19.9/26.555.2/63.899/110100/11093/103296/314101/111110/12595/105298/316460-3-60DD −STDNONE −−1520145816201659106A 6.07.22425236525302466108A 11.513.83235307233353173109A 14.016.83640347537403576108A+108A 23.027.7505046113516047114108A+109A 25.530.7536050119546051120MEDNONE −−1520159016201691106A 6.07.22425239725302498108A 11.513.8323530104333532105109A 14.016.8364034107374035108108A+108A 23.027.7505046145516048146108A+109A 25.530.7536050151546051152HIGHNONE −−1520159016201691106A 6.07.22425239725302498108A 11.513.8323530104333532105109A 14.016.8364034107374035108108A+108A 23.027.7505046145516048146108A+109A 25.530.7536050151546051152575-3-60DD −STD NONE −−1215124514201447MED NONE −−1015105212151254HIGHNONE−−1115116313151365See: Legend and Notes for Table 1 on page 6.Specifications subject to change without notice.516 01 2305 00SS5U N N O M . V TYPECRHEATER***A00Nom (kW)FLAMCAFUSE or HACR BRKRDISC. SIZEMCAFUSE or HACR BRKRDISC. SIZE FLA LRAFLALRAR H S 072208/230-3-60STDNONE −−325030159345032161102A 4.9/6.513.6/15.649/5160/6046/48173/17551/5360/6048/50175/177104B 7.9/10.521.9/25.359/6360/7055/59181/18461/6570/7058/62183/186105A 12.0/16.033.4/38.573/8080/8069/75192/19875/8280/9071/77194/200104B+104B 15.8/21.043.8/50.586/9590/10081/88247/26088/9790/10083/91249/262104B+105A 19.9/26.555.2/63.8101/111110/12594/104269/287103/113110/12596/106271/289MEDNONE −−35/3550/5034/3421237/3750/5036/36214102A 4.9/6.513.6/15.652/5460/6050/52226/22854/5660/6052/54228/230104B 7.9/10.521.9/25.362/6670/7059/63234/23764/6870/8061/65236/239105A 12.0/16.033.4/38.577/8380/9072/78245/25179/8580/9075/80247/253104B+104B 15.8/21.043.8/50.590/9890/10084/92300/31392/100100/10086/94302/315104B+105A 19.9/26.555.2/63.8104/115110/12597/107322/340106/116110/125100/109324/342HIGHNONE −−35/3550/5034/3421237/3750/5036/36214102A 4.9/6.513.6/15.652/5460/6050/52226/22854/5660/6052/54228/230104B 7.9/10.521.9/25.362/6670/7059/63234/23764/6870/8061/65236/239105A 12.0/16.033.4/38.577/8380/9072/78245/25179/8580/9075/80247/253104B+104B 15.8/21.043.8/50.590/9890/10084/92300/31392/100100/10086/94302/315104B+105A 19.9/26.555.2/63.8104/115110/12597/107322/340106/116110/125100/109324/342460-3-60STDNONE −−1420137715201478106A 6.07.22325228424302385108A 11.513.83135299132353092109A 14.016.83535339436403495108A+108A 23.027.7495045132505046133108A+109A 25.530.7526049138536050139MEDNONE −−162015104172016105106A 6.07.2253023111263025112108A 11.513.8333531118343532119109A 14.016.8374035121384036122108A+108A 23.027.7505047159516048160108A+109A 25.530.7546050165556052166HIGHNONE −−162015104172016105106A 6.07.2253023111263025112108A 11.513.8333531118343532119109A 14.016.8374035121384036122108A+108A 23.027.7505047159516048160108A+109A 25.530.7546050165556052166575-3-60STD NONE −−1115106413151266MED NONE −−1215127914201481HIGHNONE−−1215127914201481See: Legend and Notes for Table 1 on page 6.Legend and Notes for Table 1LEGEND:BRKR−Circuit breakerCO−Convenience outletDD−Direct drive (indoor fan motor)DISC−DisconnectFLA−Full load ampsIFM−Indoor fan motorLRA−Locked rotor ampsMCA−Minimum circuit ampsMOCP−MAX FUSE or HACR BreakerPE−Power exhaustUNPWR CO−Unpowered convenient outlet NOTES:1.In compliance with NEC requirements for multimotorand combination load equipment (refer to NEC Ar-ticles 430 and 440), the overcurrent protective device for the unit shall be fuse or HACR breaker. Canadian units may be fuse or circuit breaker.2.Unbalanced 3-Phase Supply VoltageNever operate a motor where a phase imbalance in supply voltage is greater than 2%. Use the following formula to determine the percentage of voltage imbal-ance.% Voltage Imbalance= 100 x max voltage deviation from average voltageaverage voltageExample: Supply voltage is 230-3-60AB = 224 vBC = 231 vAC = 226 vAverage Voltage =(224 + 231 + 226)=68133=227Determine maximum deviation from average voltage.(AB) 227 – 224 = 3 v(BC) 231 – 227 = 4 v(AC) 227 – 226 = 1 vMaximum deviation is 4 v.Determine percent of voltage imbalance.% Voltage Imbalance= 100 x4227= 1.76%This amount of phase imbalance is satisfactory as it is below themaximum allowable 2%.IMPORTANT: If the supply voltage phase imbalance is more than2%, contact your local electric utility company immediately.Copyright 2015 International Comfort ProductsLewisburg, Tennessee 37091 USA6516 01 2305 00SSSpecifications subject to change without notice.。