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火神Vulcan Model No. EV24-S-4FP-480

Vulcan Model No. EV24-S-4FP-480 联系：郑-工15 260 822 709 q72 827 45 85The Wireline Technologies，Inc滑轮RS-17-1008-05TIDELAND导航灯NAVIGATION LAMP\ML－300\TIDELAND\NAVIGATION/03－9100 莫尔斯灯CB4060-0088\雾笛及导航系统\GB-2LTIDELAND导航灯MLED-SEIES REV03TIDELAND导航灯FE-3BTIDELAND导航灯MaxiHALO-60MEDC手动报警按钮PBIJA4ASN7RMEDC手动报警按钮PBIJA4ASN7NMEDC手动报警按钮PBIJA4ASN7BMEDC手动报警按钮PBIJA4ASN7YMEDC手动报警按钮PBIJA4ASN7GMEDC手动报警按钮PBIJA4ASN7XMEDC手动报警按钮PBIJA4ASN7SMEDC手动报警按钮PBICA4ASN7RMEDC手动报警按钮PBICA4ASN7NMEDC手动报警按钮PBICA4ASN7BMEDC手动报警按钮PBICA4ASN7YMEDC手动报警按钮PBICA4ASN7GMEDC手动报警按钮PBICA4ASN7XMEDC手动报警按钮PBICA4ASN7SMEDC手动报警按钮PBULA4ASN7RMEDC手动报警按钮PBULA4ASN7NMEDC手动报警按钮PBULA4ASN7BMEDC手动报警按钮PBULA4ASN7YMEDC手动报警按钮PBULA4ASN7GMEDC声光报警器, 型号：CUISJ230T06RT*C1BRMEDC声光报警器BG2EDC1NRMEDC防爆感温探测器HEAT DETECTORMEDC 平台状态灯(Ex) SL5MEDC 手动报警站(Ex) BG2MEDC手动报警按钮 BG2I英国MEDC防爆手动按钮PBEB4B6B0DSN7RMEDC火灾报警器SM87BGMEDC指示灯XB11B02406RNBNNNRMEDC防爆灯SM87LU3AUL024RN3R3LNRMEDC防爆灯XB11AU02406RYBYNNNMEDC平台状态灯XB15UL 4WAY防爆灯SM87LU3AB024GN1T1BNR防爆灯SM87LU3AUL024GN3T3BNRMEDC防爆声光报警器C5UCTB0242RR+DB3英国MEDC防爆灯SM87LU1AUL024RN4T4BNR防爆灯SM87LU1AUL024GN4T4BNRMEDC防爆灯SM87LU1AB024GN1T1BNR手动报警按钮BGUL4C6C1DSN7RMEDC英国手动报警按钮BG1B4B6B1DSN6R MEDC手动报警按钮BGEB4B6B1DSN6R手动报警按钮BGWN4B6B1ASH6RMEDC状态指示灯SM87SLMEDC状态指示灯XB11SLMEDC防爆扩音器DB3D048N28NNMEDC状态灯SM87HXBMEDC灯SL15UL3B3R3Y1G0242B3BNDTN MEDC报警灯XB11XB13闪烁的灯塔MEDC报警器DB3MEDC扬声器DB14MEDC手动报警按钮DG2EMEDC英国PBEB5B4DSA7X英国MEDC手动按钮PBEB4B6B0DSN6R手动按钮PBUL4C6C0DSN7RSM87LEDAB024RN1R1LNNR品名HEDLAND流量计H794A-030Vulcan Model No. EV24-S-4FP-480 Hobart Model No. 00-421240-00003 Victaulic蝶阀DN40Victaulic蝶阀DN50Victaulic维特利蝶阀DN200马丁戴克 E-40 M/DSPM 4寸凡尔座P1057514寸凡尔胶皮P105763SPM 4寸凡尔体 P105741SPM顶部环 P100342SPM刮油环 P101883SPM压力环 P100343西门子控制器 LFL1.332 220V-240V西门子控制器 LFL1.333 220V-240V西门子控制器 LDU11.523A27 220V-240V SPM 4寸凡尔胶皮 2P110357铜环4P100650NOV 密封 648414308NOV 填料函 641116157HYPRO 水泵 9303-HM4C4.5寸凡尔胶皮 P105764(2P110363)LEWIS安全带 HCB-BSWACO 除砂器96-21-173SWACO 除泥器96-22-312SWACO 除泥器旋流筒弯头 96-22-582 SWACO 除泥器旋流筒96-22-221SWACO 除砂器旋流筒弯头50-15-029 SWACO 除砂器旋流筒弯 50-30-860SWACO 除泥器旋流筒卡箍 50-15-052 SWACO 振动筛弹簧 LW3S00079SWACO ALS 筛布固定螺栓EM3S90150-01 SWACO上部弹簧线轴RS3K80340SWACO 振动筛电机螺栓1407085SWACO 振动筛电机螺栓垫圈1345015 SWACO 振动筛电机螺栓1305372SWACO 振动筛电机螺栓1305345德瑞克除砂器 6066-54DERRICK；VIC-5-75；/S-420-S除砂器DERRICK液压缸14057-01-001 FLC-2000 DERRICK 液压缸 G0004678 FLC-503 DERRICK配件 G0001992德瑞克压力表 STR-350-1000DERRICK 除泥器 10523-01DERRICK 除泥器三角帽 10523-04DERRICK 电机SGX-5015 380/400VDERRICK配件14612-01DERRICK筛板14611-01DERRICK 螺栓G0003787DERRICK配件G0005479DERRICK 总成 14623-00NELES定位器 ND9102HXINELES 定位器 ND9106HXINELES定位器 ND9103HXNELES ND9102HX2/102MOORSIDE 垫片 P/N:RX24S-SS304EPCOS 电容 P/N:B32362-A3407-K030EPCOS 电容 P/N:B32362-A3207-K030威创压力传感器 5705BPSX1051LEWIS 安全带 HCB-1LEWIS 安全带 TYPE;MSPM润滑脂 P13336POWERNETICS ADC7283/24 230VAC 4.5A/24VDC 摩菲显示表 PV101-C-M02摩菲线束 PVW-PW-30PLT抛绳器 1005。

Yamato 便携式灭火器手册说明书

Yamato fire r manual
Yamato portable fire extinguisher manual. Yamato sa-17nr fire extinguisher manual.
HOME Products Portable Fire Extinguishers HOME Products Marine Systems FOAM PORTABLE-TYPE SF-10P SF-50 SF-150 SF-150H Gross weight 14.0kg 100kg 275kg 302kg Total height 65.2cm 100cm 120cm 120cm Capacity 9L 45L 150L 150L Discharge time 70sec. 110sec. 240sec. 240sec. Discharge range 6～10m 6～11m 7～17m 6～17m Home > Miscellaneous > Fire Extinguishers > Yamato Fire Extinguishers Below you can find all models Yamato Fire Extinguishers for which we have manuals available. Also view the frequenty asked questions at the bottom of the page for useful tips about your product. Is your model not on the list? reproductive system crossword answers Please contact us.Is your product defective and the manual offers no solution? Go to a Repair Café for free repair services.Frequently Asked QuestionsOur support team searches for useful product information and answers to frequently asked questions. If you find an inaccuracy in our frequently asked questions, please let us know by using our contact form. When should my fire extinguisher be replaced? Verified This depends on the brand and type of fire extinguisher. You can find the expiration date on a sticker on the cylinder body of the fire extinguisher. This was helpful (21) share My fire extinguisher was dented or damaged, can I still use it? Verified No! A dented or damaged fire extinguisher can be dangerous when used. Have it replaced. This was helpful (1) share Home > Miscellaneous > Fire Extinguishers > Yamato Fire Extinguishers > Yamato ACO-100B Fire Extinguisher Need a manual for your Yamato ACO-100B Fire Extinguisher? Below you can view and download the PDF manual for free. There are also frequently asked questions, a product rating and feedback from users to enable you to optimally use your product. aes education worksheet answers If this is not the manual you want, please contact us.Is your product defective and the manual offers no solution? Go to a Repair Café for free repair services. Let us know what you think about the Yamato ACO-100B Fire Extinguisher by leaving a product rating. Want to share your experiences with this product or ask a question? request for job appointment letter sample Please leave a comment at the bottom of the page.Are you satisfied with this Yamato product? Yes NoBe the first to rate this product Our support team searches for useful product information and answers to frequently asked questions. If you find an inaccuracy in our frequently asked questions, please let us know by using our contact form. When should my fire extinguisher be replaced? Verified This depends on the brand and type of fire extinguisher. You can find the expiration date on a sticker on the cylinder body of the fire extinguisher. This was helpful (21) My fire extinguisher was dented or damaged, can I still use it? Verified No! A dented or damaged fire extinguisher can be dangerous when used. Have it replaced.

夏菲尔商用燃气99KW室内普排容积式热水器介绍

夏菲尔商用燃气99KW室内普排容积式热水器介绍1、产品主要参数：1.1机型：夏菲尔商用室内普排型燃气容积式热水器RSTD338-356A1.2适用能源：天然气（12T）2000Pa1.3额定热负荷：单台356MJ/h（99KW/h）；容量：338L1.4点火方式：交流全自动二级点火1.5热效率：＞88%（检测报告89.7%，国家标准75%）1.6燃气耗量：单台9.9方/小时1.7复热率（温升:△ｔ＝55℃）:1389L/h1.8安全阀设定压力：1MPa1.9气管接头尺寸：DN201.10水管接头尺寸：DN501.11产品外形尺寸：685×820×2145（mm）2、产品图片3、该项目产品的功能特点该产品是室内普排全自动系列，容量大、功率大，加热速度快、小时热水产率高，满足大量、多点、集中、持续供应热水的要求。

3.1自动点火，可靠性高：美国原装进口世界顶级燃气控制系统霍尼韦尔全自动控制点火、燃烧，停气后来气6分钟自动点火，系统稳定、操作简便、可靠性高。

3.2自动恒温控制，全自动运行：热水器采用自动恒温控制装置，一经开机便进入全自动运行状态，自动恒温、性能稳定、无需看管。

当水温低于设定温度，则燃气自动点燃进行加热；当水温达到设定温度，则热水器自动停机。

3.3燃气自动稳压功能：当燃气进气压力在一定范围内（不同气种范围不同）变化时，热水器的出口压力将保持稳定，维持热水器的热负荷不变。

3.4熄火保护功能：如因意外点不燃火或停气导致熄火，热水器都会自动切断燃气供应并关闭。

3.5超温自动断气：当热水器内的水温因异常达到85℃时，燃气自动切断，热水器自动停机。

出现此种情况时只有等待热水器温度降低后该装置才自动复位，再次加热需要重新启动热水器。

3.6温度/压力安全阀：当热水器的水温如意外达到93℃或水压超过0.8MPa，安全阀均会自动打开，泄放过高温度或过高压力。

3.7阳极镁棒采用超长设计，多镁棒配置强力保护内胆，有效延长内胆使用寿命。

清华消防QH400气体灭火控制器-使用说明书

QH400气体灭火控制器安装使用说明书杭州清华消防设备有限公司目录一、产品简介1.1外观尺寸 (2)1.2主要技术参数 (2)二、工作原理 (2)三、操作使用说明3.1主控制面板 (3)3.2区域控制面板 (4)3.3报警声响 (6)3.4LCD显示 (6)3.5菜单操作 (7)四、安装调试4.1安装调试主菜单 (8)4.2火灾报警控制器设置 (10)4.3气体灭火系统联动控制设计 (11)五、外接线说明 (12)六、用户须知6.1一般故障处理 (12)6.2注意事项 (13)6.3维护 (13)6.4运输贮存 (13)6.5开箱检查 (13)一、产品简介QH400气体灭火控制器（简称灭火控制器），依据国标《GB16806-2006消防联动控制系统》的设计规范，并运用总线技术设计而成的新产品。

每个保护区使用输入或输出总线模块的设备有：声光警报器、气体释放警报器、现场紧急启停按钮和现场“自动/手动”状态选择按钮。

以及用来控制同一个保护区内的“现场联动设备”（这些设备，用来关闭保护区域的防火门、窗和防火阀，停止通风空调系统等）的输入输出模块。

在钢瓶室中，对应保护区用输出模块来控制阀启动，接口模块来监视“瓶头阀”的气体喷洒工作情况。

液晶显示屏来显示灭火控制器的初始化状态和运行内容（通信、启动、故障、反馈）；每个分区有独立的延时显示、状态指示等。

一套灭火控制器最多可同时保护4个灭火保护区（简称保护区）。

1.1外观尺寸1.2主要技术参数主电：AC220V，50HZ备电：2×DC12V，4.5AH容量：4区（可选）；探测器总数＜100点最大工作电流2A，正常工作电流＜200mA环境温度：0～40℃相对湿度：≤95％（40℃）重量：10Kg二、工作原理1、检测输出线路状态，包括：线路断线、短路、输出等状态信息。

2、扫描面板按键状态，记录各个状态,置相应标志。

3、接受总线数据，进入数据功能处理。

5、回路扫描，对回路上的设备进行检测。

Ashcroft A4 自燃性和非燃性评估压力传感器说明书

m1. G ENERAL:may be caused by e2. O VERPRES S URE:Pressure spikesmay causef ollowing:4. W ARNING/AVERTIS S EMENT• D O NOT OPEN UNIT WHENENERGIZEDN E PAS OUVRIR L’APPAREILLORSQU’IL EST SOUS TENSION• S UBSTITUTION OF COMPONENTSMAY IMPAIR INTRINSIC SAFETYL A SUBSTITUTION DE COMPOSANTSPEUT COMPROMETTRE LASÉCURITÉ INTRINSÈQUE”• E XPLOSION HAZARD - DO NOTDISCONNECT WHILE CIRCUIT ISLIVE UNLESS AREA IS KNOWN TOBE NON-HAZARDOUSR ISQUE D’EXPLOSION. NE PASDÉBRANCHER TANT QUE LECIRCUIT EST SOUS TENSION, ÀMOINS QU’lL NE S’AGISSE D’UNEMPLACEMENT NON DANGEREUX• E XPLOSION HAZARD –SUBSTITUTION OF COMPONENTSMAY IMPAIR SUITABILITY FORCLASS I, DIVISION 2R ISQUE D’EXPLOSION – LASUBSTITUTION DE COMPOSANTSPEUT RENDRE CE MATÉRIELINACCEPTABLE POUR LESEMPLACEMENTS DE CLASSE I,DIVISION 2Enclosure Option “S”Enclosure Option “W”*Dimensions and construction details may vary based on product specified.Conduit styleelectricalterminationPower SupplyPower Supply Voltage Output SignalMin Max 4-20mA* 12V**30V* R efer to Ashcroft drawing #825A022 for supply voltage and load limit.** T he minimum voltage at the terminals is 12Vdc. However, the minimum supply voltage should be calculated using the following graph and formula.MountingThe A4 transmitter requires no s pecial mounting hardware, and can be m ounted in any plane with negligible position error. Although the unit can withstand normal vibration without damage or significanto utput effects, it is always good practice to mount the transducer where there is mini-mum vibration.For units with NPT type pressure fittings apply Teflon ® tape or an equivalent sealant to the threads before installing.When tightening, apply a wrench to the hex wrench flats located just above the pressure fitting. DO NOT tighten by using a pipe wrench on the housing.NoiseFor minimum noise susceptibility, avoid running the transducer’s cable in a con-duit that contains high current AC power cables. Where possible avoid running the cable near inductive equipment.Shielded CableUnits with shielded cable electrical ter-mination, connect the drain wire to theguard terminal on the read out device ormeasuring instrument, if available. In allother cases connect to the ground or to thepower supply negative terminal.Vent Tube (Cable Termination Only) The cable has a clear Teflon ® vent tube required at pressure ranges below 500 psi to provide atmospheric reference. Theopen end should be placed in a dry area.PO WER SUPPL Y4-20mAOR OTHER DE VICEA4 Wiring DiagramsZero and Span AdjustmentInstructions below apply to the particular configurations noted. While Zero adjustment is not normally necessary, it may be desir-able to trim out any offset in the system. However, proper Span calibration requires a pressure standard three to five times more accurate than the accuracy of the trans-ducer, and there may also be interaction of Span on Zero .A4 transducer has internal transient protection: for safety, limit line-to-ground voltage to 36 Vdc max.A4 configurations with enclosure “S” offer Zero and Span potentiometer access.Access to “Z” and “S” pots via the top (electrical termination end) of the unit is standard on all “S” enclosure units with 4-20mA output. Access is gained byremoving the black threaded cap, onceremoved you will see the pots indicatedby “Z” and “S” respectively as shownbelow. Using a small trim pot tool, youcan adjust zero ±10% of full scale andspan ±10% of full scale.Recalibration Instructions:1. Apply 0% full scale pressure.2. A djust the output using the zero adjust trim pot.3. Apply 100% full scale pressure.4. A djust the output using the span adjustment trim pot.5. Repeat steps 1 through 4 as necessary.Vmin = 12V+ (.022A x RL) (includes a 10% safety factor)RL = RS + RWRL = Loop Resistance (ohms)RS = Sense Resistance (ohms)RW = Wire Resistance (ohms)1000800600400200Loop Supply Voltage (Vdc)Loop Supply Voltage vs. Loop ResistanceL o o p R e s i s t a n c e (O h m s )HAZARDOUS AREA CERTIFICATIONSIntrinsically Safe (applies to 4-20mA) FM/CSA: Intrinsic Safety: C lass I, II and III Div.1 and 2,Groups A, B, C, D, F and G per entity requirements see Ashcroft drawing # 825A022Non-Incendive: C lass I, II and III Div. 2,Groups A, B, C, D, F and G, no barriers needed(4) PIN BENDIX STYLEELECTRICAL TERMINATION SHELL SIZE 8(B4), (H1), (L1), (P2)FLYING LEADS ELECTRICAL TERMINATION CONDUIT - 1/2 NPT MALE (C2), (C3), (C4)ELECTRICAL TERMINATION FORWELDED HOUSINGS ONLY INCLUDING EXPLOSION PROOF (EW), (E0), (E1), (E2) (CD), (DN), (D0), (D1), (D2)SHELL SIZE 8 (B4), (H1), (L1), (P2)PLASTIC MOLDED(F2), (P1)Pin # Voltage CurrentOutputOutputA (+) Power (+) PowerB (+) Output NoneC Field Gnd. Field Gnd.D (-) Power (-) Power(4) PIN BENDIX STYLE ELECTRICAL TERMINATION SHELL SIZE 8(B4), (H1), (L1), (P2)FLYING LEADS ELECTRICAL TERMINATION CONDUIT - 1/2 NPT MALE (C2), (C3), (C4)ELECTRICAL TERMINATION FOR WELDED HOUSINGS ONLY INCLUDING EXPLOSION PROOF (4) PIN BENDIX STYLE ELECTRICAL TERMINATION SHELL SIZE 8(B4), (H1), (L1), (P2)ELECTRICAL TERMINATIONS FOR WELDED HOUSINGS ONLY EXCLUDING EXPLOSION PROOFFLYING LEADS ELECTRICAL TERMINATION CONDUIT - 1/2 NPT MALE (C2), (C3), (C4)ELECTRICAL TERMINATION FOR WELDED HOUSINGS ONLY INCLUDING EXPLOSION PROOF123456784.3 FM INSTALLATION GUIDELINESINSTALLATION NOTES≥Voc OR Vt ≤30VDC Isc OR It ≤100mA Ca≥ 0.053uF + Ccable La ≥ 0.364uH + Lcable 1. T HE INTRINSIC SAFETY ENTITY CONCEPT ALLOWS THE INTERCONNECTION OF TWO INTRINSICALLY SAFE DEVICES FM APPROVED WITH ENTITYP ARAMETERS NOT SPECIFICALLY EXAMINED IN COMBINATION AS AS YSTEM WHEN: Uo OR Voc OR V≤t Vmax, Io OR Isc OR≤ It Imax, Ca OR Co ≥ Ci + Ccable, La OR ≥Lo Li +Lcable≤, Po Pi. 2. T HE NONINCENDIVE FIELD WIRING CONCEPT ALLOWS INTERCONNECTION OF NONINCENDING FIELD WIRING APPARATUS WITH ASSOCIATEDNONINCENDIVE FIELD APPARATUS USING ANY OF THE WIRING METHODS PERMITTED FOR NON3HAZARDOUS (UNCLASSIFIED) LOCATIONS WHEN: Uo OR Voc OR Vt Vmax, Io OR Isc OR It Imax, Ca OR Co + Ccable, La OR Lo Li +Lcable, Po Pi. 3. F OR DIVISION 1 INSTALLATIONS, THE CONFIGURATION OF ASSOCIATED A PPARATUS SHALL BE FM APPROVED UNDER ENTITY CONCEPT. 4. F OR DIVISION 2 INSTALLATIONS USING NONINCENDIVE FIELD WIRINGCONCEPTS THE ASSOCIATED APPARATUS SHALL BE FM APPROVED UNDER THE ENTITY CONCEPT OR NONINCENDIVE FIELD WIRING CONCEPT.INSTALLATION FOR FMINTRINSICALLY SAFE CLASS 1, GROUPS A, B, C & D &CLASS ll, GROUPS E, F & G &CLASS lll5. F OR DIVISION 2 INSTALLATIONS THE ASSOCIATED APPARATUS IS NOT R EQUIRED TO BE FM APPROVED UNDER ENTITY CONCEPT OR NONINCENDIVE FIELD WIRING CONCEPT IF THEA2X(4-20mA) & A4 SERIES PRESSURE TRANSDUCER IS INSTALLED IN ACCORDANCE WITH THE NATIONAL ELECTRICAL CODE (ANSI/NFPA 70) FOR DIVISION 2 WIRING METHODS EXCLUDING NONINCENDIVE FIELD WIRING. 6. C ONTROL EQUIPMENT CONNECTED TO THE ASSOCIATED APPARATUS SHALL NOT USE OR GENERATE MORE THAN 250VRMS OR VDC. 7. D IVISION 1 INSTALLATIONS SHOULD BE IN ACCORDANCE WITH ANSI/ISA RP12.06.01, ``INSTALLATION OF INTRINSICALLY SAFE SYSTEMS FORH AZARDOUS (CLASSIFIED) LOCATIONS’’ AND THE NATIONAL ELECTRICAL CODE (ANSI/NFPA 70). 8. A SSOCIATED APPARATUS MANUFACTURERS INSTALLATION DRAWING SHALL BE FOLLOWED WHEN INSTALLING THIS EQUIPMENT. 9. R UN SHIELDED INTERCONNECTION CABLE WITH SHIELD CONNECTED TO FM APPROVED ASSOCIATED APPARATUS GROUND.10.W ARNI NG – DO NOT OPEN WHEN ENERGIZED.11.W ARNI NG – DO NOT DISCONNECT EQUIPMENT UNLESS AREA IS KNOWN TO BE N ON-HAZARDOUS.4.4 CSA INSTALLATION GUIDELINESINSTALLATION NOTES:Vmax 30VDC Imax 100mA Ci = 0.053uF Li = 0.364uH 1. T HE INTRINSIC SAFETY ENTITY CONCEPT ALLOWS THE INTERCONNECTION OF TWO INTRINSICALLY SAFE DEVICES CSA CERTIFIED WITH ENTITY PARAMETERS NOT SPECIFICALLY EXAMINED IN COMBINATION AS A SYSTEM WHEN: Uo OR Voc Vmax, Io OR Isc Imax, Ca OR Co Ci + Ccable, La OR Lo Li +Lcable, Po Pi. 2. T HE NONINCENDIVE FIELD WIRING CONCEPT ALLOWS INTERCONNECTION OF NONINCENDING FIELD WIRING APPARATUS WITH ASSOCIATEDNONINCENDIVE FIELD APPARATUS USING ANY OF THE WIRING METHODS PERMITTED FOR NON3HAZARDOUS (UNCLASSIFIED) LOCATIONS WHEN: Uo OR Voc Vmax, Io OR Isc Imax,Ca OR Co + Ccable, La OR Lo Li +Lcable, Po Pi. 3. F OR DIVISION 1 INSTALLATIONS, THE CONFIGURATION OF ASSOCIATED APPARATUS SHALL BE CSA CERTIFIED UNDER ENTITY CONCEPT. 4. F OR DIVISION 2 INSTALLATIONS USING NONINCENDIVE FIELD WIRING CONCEPTS THE ASSOCIATED APPARATUS SHALL BE CSA CERTIFIEDUNDER THE ENTITY CONCEPT OR NONINCENDIVE FIELD WIRING CONCEPT.5. F OR DIVISION 2 INSTALLATIONS THE ASSOCIATED APPARATUS IS NOT REQUIRED TO BE CSA CERTIFIED UNDER ENTITY CONCEPT OR NONINCENDIVE FIELD WIRING CONCEPT IF THEA2X(4-20mA) & A4 SERIES PRESSURE TRANSDUCER IS INSTALLED IN ACCORDANCE WITH THE CANADIAN ELECTRICAL CODE (CEC, CAN/CSA3C22.1) FOR DIVISION 2 WIRING METHODS EXCLUDING NONINCENDIVE FIELD WIRING. 6. C ONTROL EQUIPMENT CONNECTED TO THE ASSOCIATED APPARATUS SHALL NOT USE OR GENERATE MORE THAN 250VRMS OR VDC. 7. A SSOCIATED APPARATUS MANUFACTURERS INSTALLATION DRAWING SHALL BE FOLLOWED WHEN INSTALLING THIS EQUIPMENT. 8. R UN SHIELDED INTERCONNECTION CABLE WITH SHIELD CONNECTED TO FM APPROVED ASSOCIATED APPARATUS GROUND.9.W ARNI NG – SUBSTITUTION OF COMPONENETS MAY IMPAIR INTRINSIC SAFETY 10.W ARNI NG – TO PREVENT IGNITION OF FLAMMABLE OR COMBUSTIBLE ATMOSPHERES, DISCONNECT POWER BEFORE S ERVICING.INSTALLATION FOR CSAINTRINSICALLY SAFE CLASS 1, GROUPS A, B, C & D &CLASS ll, GROUPS E, F & G &CLASS llI。

晨曦液体冷却系统热泵分系列4TWR6018H1000A至4TWR6060H1000A产品数据说明书

Product DataSplit System Heat Pump4TWR6018H1000A Array 4TWR6024H1000A4TWR6030H1000A4TWR6036H1000A4TWR6042H1000A4TWR6048H1000A4TWR6060H1000AN o t e:“Graphics in this document are for representationonly.Actual model may differ in appearance.”August202022-1865-1H-E NProduct Specifications(a)Certified in accordance with the Unitary Air-conditioner equipment certification program which is based on AHRI standard210/240.(b)Calculated in accordance with N.E.C.Only use HACR circuit breakers or fuses.(c)Reference the outdoor unit ship-with literature for refrigerant piping length and lift guidelines.Reference the refrigerant piping software pub#32-3312-xx or refrigerant piping application guide SS-APG006-xx for long line sets or specialty applications(xx denotes latest revision).(d)The outdoor condensing units are factory charged with the system charge required for the outdoor condensing unit,ten(10)feet of tested connecting line,and the smallest rated indoor evaporative coil match.Always verify proper system charge via subcooling(TXV/EEV)or superheat(fixed orifice)per the unit nameplate.(e)25,30,35and50foot linesets available.For a complete listing of lineset options available from equipment or supply stores,refer to the Trane Residentialand Light Commercial Product Handbook.P r o d u c t S p e c i f i c a t i o n s(a)Certified in accordance with the Unitary Air-conditioner equipment certification program which is based on AHRI standard210/240.(b)Calculated in accordance with N.E.C.Only use HACR circuit breakers or fuses.(c)Reference the outdoor unit ship-with literature for refrigerant piping length and lift guidelines.Reference the refrigerant piping software pub#32-3312-xx or refrigerant piping application guide SS-APG006-xx for long line sets or specialty applications(xx denotes latest revision).(d)The outdoor condensing units are factory charged with the system charge required for the outdoor condensing unit,ten(10)feet of tested connecting line,and the smallest rated indoor evaporative coil match.Always verify proper system charge via subcooling(TXV/EEV)or superheat(fixed orifice)per the unit nameplate.(e)25,30,35and50foot linesets available.For a complete listing of lineset options available from equipment or supply stores,refer to the Trane Residentialand Light Commercial Product Handbook.P r o d u c t S p e c i f i c a t i o n s Sound Power LevelAccessory Description and UsageA n t i-S h o r t C y c l e T i m e r—Solid state timing device that prevents compressor recycling untilfive(5)minutes have elapsed after satisfying call or power e in area withquestionable power delivery,commercial applications,long lineset,etc.E v a p o r a t i o n D e f r o s t C o n t r o l—SPST Temperature actuated switch that cycles the condenseroff as indoor coil reaches freeze-up ed for low ambient cooling to30°F with TXV.R u b b e r I s o l a t o r s—Five(5)large rubber donuts to isolate condensing unit from transmittingenergy into mounting frame or e on any application where sound transmission needs tobe minimized.H a r d S t a r t K i t—Start capacitor and relay to assist compressor motor e in areas withmarginal power supply,on long linesets,low ambient conditions,etc.E x t r e m e C o n d i t i o n M o u n t K i t—Bracket kits to securely mount condensing unit to a frame orpad without removing any e in areas with high winds,or on commercial roof tops,etc.A H R I S t a n d a r d C a p a c i t y R a t i n g C o n d i t i o n sAHRI Standard210/240Rating Conditions1.Cooling80°F DB,67°F WB air entering indoor coil,95°F DB air entering outdoor coil.2.High Temperature Heating47°F DB,43°F WB air entering outdoor coil,70°F DB air enteringindoor coil.3.Low Temperature Heating17°F DB air entering indoor coil.4.Rated indoor airflow for heating is the same as for cooling.A H R I S t a n d a r d270R a t i n g C o n d i t i o n s—(Noise rating numbers are determiend with the unit incooling operations.)Standard Noise Rating number is at95°F outdoor air.Model NomenclatureOutdoor Units3 = 134 = 145 = 15Schematic DiagramsFigure 1. 1.5,2.5and 3.0TonModelsS c h e m a t i c D i a g r a m sFigure 2. 2.0,3.5,4.0and 5.0TonModelsS c h e m a t i c D i a g r a m sS c h e m a t i c D i a g r a m sOutline DrawingMechanical Specification OptionsG e n e r a lThe outdoor condensing units are factory charged with the system charge required for theoutdoor condensing unit,ten(10)feet of tested connecting line,and the smallest rated indoorevaporative coil match.This unit is designed to operate at outdoor ambient temperatures as highas115°F.Cooling capacities are matched with a wide selection of air handlers and furnace coilsthat are AHRI certified.The unit is certified to UL1995.Exterior is designed for outdoorapplication.C a s i n gUnit casing is constructed of heavy gauge,galvanized steel and painted with a weather-resistantpowder paint finish.The corner panels are prepainted.All panels are subjected to our1,000hoursalt spray test.R e f r i g e r a n t C o n t r o l sRefrigeration system controls include condenser fan,compressor contactor and low and highpressure switches.A factory supplied,field installed liquid line drier is standard.C o m p r e s s o rThe compressor features internal over temperature and pressure protection.Other featuresinclude:Centrifugal oil pump and low vibration and noise.C o n d e n s e r C o i lThe outdoor coil provides low airflow resistance and efficient heat transfer.The coil is protectedon all four sides by louvered panels.L o w A m b i e n t C o o l i n gAs manufactured,this system has a cooling capacity to55°F.The addition of an evaporatordefrost control permits operation to40°F.The addition of an evaporator defrost control with TXVpermits low ambient cooling to30°F.The addition of the BAYLOAM107A low ambient kit permits ambient cooling to20°F.T h e r m o s t a t s—Cooling only and heat/cooling(manual and automatic change over).Sub-base tomatch thermostat and locking thermostat cover.22-1865-1H-EN11Trane-by Trane Technologies(NYSE:TT),a global innovator-creates comfortable,energy efficient indoor environments for commercial and residential applications.For more information,please visit or .The AHRI Certified mark indicates Trane U.S.Inc.participation in the AHRI Certification program.For verification of individual certified products,go to ahridirectory. org.Trane has a policy of continuous data improvement and it reserves the right to change design and specifications without notice.We are committed to using environmentally conscious print practices.22-1865-1H-EN18Aug2020Supersedes22-1865-1G-EN(May2020)©2020Trane。

波士顿热水器公司 Greentherm T9800 SE 160 199 天然气液化石油气炼钢热水

EngineeringSubmittalSheetBosch Greentherm T9800 SE 160/199Gas Tankless Water HeaterThe system shall consist of ____ gas tankless water heater(s)model Greentherm T9800 SE 160/199 as manufactured by Bosch Thermotechnology.Water Heater shall be CSA/ANSI Z21.10.3 listed, and capable to operate with natural gas and propane gas. The Greentherm T9800 SE 160 Water Heater shall have an input of 160,000 BTU/Hr with natural or propane fuel. The Greentherm T9800 SE 199 Water Heater shall have an input of 199,000 BTU/Hr with natural or propane fuel. Water Heater shall have Low NOx emissions and be 2016 SCAQMD NOx certi ﬁ ed to rule 1146.2.CONSTRUCTIONWater Heater shall be gas ﬁ red, condensing tankless design with a segmented power burner and modulating gas valve.Primary heat exchanger/combustion chamber shall incorporate a multi pass copper tube and ﬁ n design. Secondary condensing heat exchanger shall incorporate a multi-pass stainless steel design. Heat exchangers shall be rated for maximum working pressure of 150 psig.The Water Heater shall be equipped with an active bypass valve to achieve water temperature stability of less than +/- 2 °F under constant ﬂ ow. On the cold water inlet connection the Water Heater shall be equipped with an externally accessible in-line water ﬁ lter.The Water Heater shall allow three methods of control: 1. Using the front mounted control panel with a highresolution LCD display and touch keys.2. Using a Bosch app available for iOS and Android when an optional wireless module is installed.3.Using an external wired remote with a high resolution LCD display and touch keys.These methods of control shall allow extensive self-diagnostic capabilities that incorporate a minimum of 38 separate fault codes.The Water Heater shall come equipped with power cord and shall operate on 120V/1/60Hz electrical service.INSTALLATIONAll aspects of installation of Water Heater system shall be in strict accordance with manufacturer’s instructions.Materials shall conform to all manufacturer’s recommendations including a manufacturer listed vent system. Equivalent ventlength shall be up to 60’ when using 2" pipe and 280’ when using 3" pipe.Water Heater will include a barometric pressure sensor that will be used to determine the altitude of installation and automatically implement combustion adjustments.Water Heater will have top mounted water connections and bottom mounted ﬂ ush ports.Water Heater shall include an ASME approved temperature/pressure relief valve with a setting of 150 psig. Water Heater shall require a minimum gas pressure of 3.5" W.C. of natural gas and 8.0" W.C. for propane.MODE OF OPERATIONThe outlet water temperature shall be shall be ﬁ eld adjustable between 100°F and 140°F.Water Heater shall be capable of maintaining the outlettemperature within an accuracy of ±2°F. This shall be accomplished by modulation of ﬁ ring rate and the use of the active bypass valve. WARRANTYThe water heater shall carry a limited warranty subject to the manufacturer’s warranty terms.The warranty terms are available on Bosch website:https:///products-bosch-thermotechnology/gas-tankless-water-heaters/¹) Input rating is based on sea level operation and need not be changed for operation up to 2000 ft (610 m) elevation. For operation at elevations above 2000 ft (610 m), input rating isautomatically reduced at the rate of 4 percent (US) or 10 percent (Canada) for each 1000 ft (305 m) above sea level.²) When converted to LPG the minimum input is 17 000 BTU/hr (5 kW).¹) With constant ﬂ ow.²) Can be reprogrammed to achieve 140 °F (60 °C).³) Requirements: Steady ﬂ ows, single unit installations, up to 140 °F (60 °C).⁴) Refers to activation point. Deactivation point value is 0.35GPM (1.3 l/min).⁵) Protection against water splashing.1) In accordance with the current CSA B149.1 Natural Gas and Propane Installation Code2) In accordance with the current ANSI Z223.1 / NFPA 54 National Fuel Gas Code3) A vent shall not terminate directly above a sidewalk or paved driveway that is located between two single family dwellings and serves both dwellings.4) Permitted only if veranda, porch, deck or balcony is fully open on a minimum of two sides beneath the ﬂ oor.* For clearances not speciﬁ ed in ANSI Z223.1 / NFPA 54 or CSA-B149.1, one of the following shall be indicated:a) A minimum clearance value determined by testing in accordance with section 2.20, or;b) A reference to the following footnote:“Clearance in accordance with local installation codes and the requirements of the gas supplier.”1) In accordance with the current CSA B149.1 Natural Gas and Propane Installation Code2) In accordance with the current ANSI Z223.1 / NFPA 54 National Fuel Gas Code3) A vent shall not terminate directly above a sidewalk or paved driveway that is located between two single family dwellings and serves both dwellings.4) Permitted only if veranda, porch, deck or balcony is fully open on a minimum of two sides beneath the ﬂ oor.* For clearances not speciﬁ ed in ANSI Z223.1 / NFPA 54 or CSA-B149.1, one of the following shall be indicated:a) A minimum clearance value determined by testing in accordance with section 2.20, or;b) A reference to the following footnote:“Clearance in accordance with local installation codes and the requirements of the gas supplier.”DISCLAIMERSpeciﬁ cations subject to change without notice. All dimensions shown on these engineering submittal sheets are for reference only and should not be used for ﬁ eld installation purposes. Please refer to current product installation manuals for detailed installation instructions and dimensions.。

HD 火灾保护有限公司产品说明书

BLADDER TANK PROPORTIONING SYSTEM PRE-PIPEDTANK MOUNTING Vertical or HorizontalTYPECONCENTRATE For Vertical Tank 140 liters STORAGE CAPACITY to7500 liters (36 TO 2000 Gallon (US)) For Horizontal Tank 140 liters to 15000 liters (36 to 4000 Gallon (US))MAXIMUM WORKING 12 Bar (175PSI) PRESSURE FACTORY HYDRO As per ASME codeTEST PRESSURE VESSELCarbon Steel as per ASME CONSTRUCTION Code Section VIII Div 1, forunfired pressure vessels CE MarkOptional ASME “U” STAMP OptionalBLADDER Buna-NEXTERNAL PIPING Water side: Carbon Steel seamless pipe sch 40Foam concentrate side:Stainless Steel sch 40RATIO Wafer type with Stainless CONTROLLER Steel 304/CF8 standardsupply Optional: Stainless Steel 316/CF8M or Bronze Optional - Flanged Type VENT AND DRAIN Ball valveAPPROVALS UL-Listed or FM Approved OPTIONAL SUPPL Y Refer to page 3FINISHRed RAL 3000ORDERING Specify:INFORMATION 1) Tank type, vertical orhorizontal2) Storage capacity3) Model number , size of ratiocontroller with flowand pressure 4) Type of foam concentrate to be used and percentage of induction required 5) Optional items 6) UL or FM ApprovalRequirementTECHNICAL DATAAPPLICATIONThe Bladder Tank Foam Proportioning System utiliseswater pressure to inject foam concentrate into water supply and automatically proportions foam concentrate over wide range of flow and pressure, with very low pressure drop. This system does not require a foam concentrate supply pump.SPECIFICATIONThe Bladder Tank Foam Proportioning Systems are available with vertical and horizontal bladder tanks. The carbon steel tanks are designed and constructed in accordance with ASME Code Section Vlll Div.1 for unfired pressure vessels. The maximum working pressure is 12 Bar (175 PSI). The vertical tank assembly is supported by legs welded to tank with provision for anchoring. The horizontal tanks are supported by two saddles welded to the tank and drilled for anchoring. Tank is provided with lifting lugs.The system is supplied with pressure vessel, bladder , fill and drain valve for water and foam concentrate, ratio controller and vent valve. Ladder and sight gauge assembly are supplied as optional items on request.All valves are labeled showing normal working position and function.All tanks are oversized for allowing thermal expansion of the foam concentrate, if any.PRINCIPLE OF OPERATIONThe instructions for filling are provided with the equipment. Once the main water flow is established and water inlet and foam outlet valves are opened, the water enters the area between vessel wall and bladder , applying pressure to the bladder . The foam concentrate is forced out of the bladder through the foam concentrate outlet pipe and into the ratio controller through metering orifice. The concentrate pressure and water inlet pressure at ratio controller will be same, as the main water supply pressure is utilised to expel the foam from the bladder . The water flowing through the ratio controller jet creates a low pressure area common both to down stream water and foam concentrate. This injects the concentrate in to the ratio controller through an accurate sized orifice proportioned to water venturi. This ensures correct proportioning over a wide range of flow condition.The bladder tank proportioning system operates on same principle as that of a balance pressure proportioning system. In bladder system, the bladder is used as diaphragm to separate the water and foam concentrate within the tank. The foam concentrate is injected into the ratio controller utilising water pressure.The system is also supplied with foam concentrate control valve as an optional item. The valve allows concentrate flow only when minimum of 2.1 kg/sq.cm. water pressure is established in the system. For pressure drop and flow characteristics refer catalogue of ratio controller .HD FIRE Bladder tanks and proportioners are UL Listed and FM Approved with various HD foam concentrates, refer indivisual listing and approval data.“U’ stamp (American Society & Mechanical EngineersASME) code stamp. This ASME certification is optional.Bladder tanks 900 Liters and larger are CE marked on conformance with the European Pressure EquipmentDirrctries. CE marking is optional.SELECTION OF HORIZONTAL /VERTICAL BLADDER TANKSAdvantages of Horizontal bladder tanks (i) Better stability than vertical tank in earthquake prone area (ii) Easier to refill than vertical tanks (iii) Easy to transport, store and install (iv) Large CapacityAdvantages of Vertical bladder tanks(i) Require less floor space than horizontal tanksINSTALLATION, INSPECTION AND MAINTENANCEAn installation, inspection and maintenance manual is packed with each unit. The manual provides detail schematic, initial procedure, inspection and maintenance procedures. The instruction manual must be read carefully and followed during installation and commissioning of the system.After few initial successful tests an authorised person must be trained to perform inspection and testing of the system. It is recommended to carry out physical inspection of the system regularly, the inspection should verify that no damages have taken place to any component and all the valves are in their proper position as per the system requirement. The system should be fully tested at least once in a year and in accordance with applicable NFPA code or in accordance to the guidelines of the organisation having local jurisdiction.Do not turn off the system or any valve to repair or test the system, without placing a roving Fire Patrol in the area covered by the system. The patrol should continue until the system is put back in service. Also inform the local security personnel and the control room so that a false alarm is not signalled.CAUTION1) Do not weld on the tank as it may damage the bladder fitted inside the tank.2) Release pressure before an inspection and maintenance of the system.3) Sight gauge is not pressure tight, so before taking concentrate level reading, tank pressure must be released.4) The bladder tank is to be installed under a shade to avoid direct sunlight on the equipment.5) While designing a foam system, step shall be takento allow for removal of the internal centre tube(s). The centre tubes are full length and/or height ofthe bladder tank.6) ASME Code may require over pressure protection before pressurising the system. HD FIRE does not supply an over pressure relief valve with the tanks. It shall be the owner’s responsibility to provide over pressure protection for thetank in accordance to ASME Code.7) Foam concentrate filling procedure mustbe followed. Incorrect filling procedure may damage the bladder . HD product have limited warranty and incorrect fill procedure will void the warranty.NOTE1) The foam concentrate is to be filled in the bladdervery carefully to avoid rupture of bladder.The filling guidelines provided with the equipmentmust be strictly adhered.2) Air supply with regulator (0 to 1.0 kg/sqcm)required during filling procedure, to be arrangedby installer / user.3) Water supply at 0-1.5 kg/sqcm required fortank filling during commissioning, to be arrangedby installer / user.4) Concentrate fill pump need to be arranged byinstaller / user.5) A minimum length of 5 (five) times the pipediameter of unobstructed straight pipelineshould be provided at the inlet and outlet of theratio controller, where pipe diameter is thenominal size of the ratio controller.6) For FM Approval of Bladder tank is applicableonly FM Approved Bladder tank, Ratio Controller, Foam Concentrate and Dischage Deviceareinstalled.7) Concentrate control valve is requirement forFM Approval and is not permited by UL.Hence Tanks will be either UL Listed or FMApproved.8) Multiple Ratio Proportioners cannot be usedif it is UL Listed Bladder tank.9) FM Approved Bladder tank permits maximumtwo Ratio Controllers.10) Each tank is designed & tested for specifictype of foam concentrate, hence specify in order the concentrate type to be used.OPTIONAL SUPPLY• Sight gauge with shut off and drain valve (glass or polycarbonate material)• Ladder• Pressure Guages• Concentrate control valve• Filling kit with Foam concentrate fitting pump• Stainless steel pipe for water supply side• Stainless steel pipe & valve standard supply SS304/CF8. Optional is SS316/CF8M or SS316L • Painting as per specific requirement• Seismic designed tanks • Custom design for higher rating, material and dimension• Coal Tar epoxy internal coating, standard supply or any other paint as per customer requirement• Ratio controller material Bronze, Stainless steel CF8, CF8M• Relief valve is not included in standard supply it is optional as per specific customer requirement• Corrotion alloance.RELIEF VALVE (OPTIONAL SUPPLY)(i) Thermal Relief valve(ii) Full flow, as per ASME(iii) Full flow, ASME “U” StampedLISTING & APPROVAL1) Bladder tank proportioning system is UL Listed orFM Approved as pre-piped system.2) Listing and Approval is valid only when used inthe manner as outlined in the applicable Listing andApproval.3) Concentrate supply valve is standard supplywith FM Approved Bladder tank.4) CE marking is optional.5) ASME “U“ stamp is optional.SHIPPING DETAILSi) All the tank openings will be plugged for shipping. ii) All pre-piped pipes, valves, pressure gauges, sight gauge etc will be packed separately for shipping. iii) Tank will be mounted on pallet with crate all over as standard packing system of HD FIRE. For anycustom packing requirement contact HD Sales.* Concentrate control valve is standard supply with FM Approved Bladder tank and not supplied with UL Listed as UL do not allow Concentrate control valve.* Concentrate control valve is standard supply with FM Approved Bladder tank and not supplied with UL Listed as UL do not allow Concentrate control valve.* V1 is standard supply with FM Approval and not supplied with UL Listed as UL do not allow Concentrate control valve.* V1 is standard supply with FM Approval and not supplied with UL Listed as UL do not allow Concentrate control valve.LIMITED WARRANTYHD FIRE PROTECT PVT. L TD. hereby referred to as HD FIRE warrants to the original purchaser of the fire protection products manufactured by HD FIRE and to any other person to whom such equipment is transferred, that such products will be free from defect in material and workmanship under normal use and care, for two (2) years from the date of shipment by HD FIRE. Products or Components supplied or used by HD FIRE, but manufactured by others, are warranted only to the extent of the manufacturer’s warranty. No warranty is given for product or components which have been subject to misuse, improper installation, corrosion, unauthorized repair , alteration or un-maintained. HD FIRE shall not be responsible for system design errors or improper installation or inaccurate or incomplete information supplied by buyer or buyer’s representatives.HD FIRE will repair or replace defective material free of charge, which is returned to our factory, transportation charge prepaid, provided after our inspection the material is found to have been defective at the time of initial shipment from our works. HD FIRE shall not be liable for any incidental or consequential loss, damage or expense arising directly or indirectly from the use of the product including damages for injury to person, damages to property and penalties resulting from any products and components manufactured by HD FIRE. HD FIRE shall not be liable for any damages or labour charges or expense in making repair or adjustment to the product. HD FIRE shall not be liable for any damages or charges sustained in the adaptation or use of its engineering data & services. In no event shall HD Fire’s product liability exceed an amount equal to the sale price.The foregoing warranty is exclusive and in lieu of all other warranties and representation whether expressed, implied, oral or written, including but not limited to, any implied warranties or merchantability or fitness for a particular purpose. All such other warranties and representations are hereby cancelled.NOTICE :The equipment presented in this bulletin is to be installed in accordance with the latest publication standards of NFPA or other similar organisations and also with the provision of government codes or ordinances wherever applicable.The information provided by us is to the best of our knowledge and belief, and consist of general guidelines only. Site handling and installation control is not in our scope. Hence we give no guarantee for result and take no liability for damages, loss or penalties whatsoever , resulting from our suggestion, information, recommendation or damages due to our product.Product development is a continuous programme of HD FIRE PROTECT PVT. L TD. and hence the right to modify any specification without prior notice is reserved with the company.D-6/2, ROAD NO. 34, WAGLE INDUSTRIAL ESTATE, THANE 400 604, INDIA.• TEL: + (91) 22 2158 2600 • FAX: +(91) 22 2158 2602•EMAIL:***************• WEB: HD FIRE PROTECT PVT . LTD.Protecting What Matters Most to You。

福州莱斯特塑料焊接科技有限公司SKC热风焊枪SKC-NS1600 3400使用手册说明书

SKC系列热风焊枪/塑料焊枪SKC HOT AIR WELDING GUN/PLASTIC WELDING GUNSKC-NS1600/3400使用手册USER’S GUIDECE认证CE CERTIFICATE福州莱斯特塑料焊接科技有限公司LEADER SAEMIN INTERNATIONAL CORP.,LTDSKC-NS1600/3400热风焊枪HEAT GUNSKC系列热风焊枪是我司自主开发研制的一类新型手动热风工具，产品通过了CE认证，在国内处于领先水平。

该系列产品采用双重绝缘、恒温控制、连续可调；适用于PVC、PP、PE、PVDF、EVA、ECB、TPO等各种热熔性塑料的焊接，也可用于热成型、热收缩、干燥、点燃等作业。

SKC heat gun s eries are sort of our company’s new style manual hot air welding tools which on top of technology and got CE certificate This heat guns is double insulation,constant temperature controlled and continuously adjustable.It is suitable for welding hot plastic material like PVC,PP,PE,PVDF,EVA,ECB,TPO,and so on,it is also used for thermos forming,shrinking,drying,igniting operation.在使用之前，请仔细阅读该操作指南并妥善保存以便将来参考。

Please read operating instructions carefully before use and keep it for further reference.一、产品应用/Application◆焊接：各种热塑性塑料，部分弹性体和改性沥青片材、软管、型材、内衬层、涂层材料、薄膜、泡沫塑料和边角部分的材料；主要的焊接方式有：搭接焊接、使用焊条焊接、贴带式焊接、熔合焊接和对接焊；◆加热：用于成型、弯曲和热塑性材料半成品和塑料粒子的封装；◆干燥：潮湿的表面；◆热收缩：用于热缩套管、薄膜、条带、锡焊套管和模塑产品；◆锡焊：用于铜管的焊接、锡焊接和金属薄片的焊接；◆除霜：用于冷冻的水管；◆活化/溶解：用于不含粘结剂的溶剂、热熔胶；◆点燃：木屑、纸张、火炉内的木炭或稻草。

防停工,防火灾 FLIR T440热像仪：电气检查的理想工具 - 美国菲力尔FLIR红外热像仪

应用案例杜伊斯堡成功案例电气系统专家EGI公司于1980年在杜伊斯堡成立。

如今，EGI公司为其工业技术、商业技术和建筑技术领域的客户提供电气装置服务。

公司经DIN EN ISO 9001、DIN 14675 和OHSAS 18001认证，现有40多名员工。

自2005年以来，Michael Weight就一直担任公司总经理，他加强了公司的管理和工程能力。

此外，他还专注于拓展商业模式，并认为热成像检查可带来新的发展机遇。

附加服务：热成像检查Michael Weight解释说，“我时常自问，我们可提供的服务中，哪一项服务需要用到客户本身不具备防停工，防火灾FLIR T440热像仪：电气检查的理想工具热成像已经成为众多行业电气检查的一种重要工具。

断电可导致生产停工，损失昂贵。

但远不只此。

除了生产损失，还存在更大的危险：火灾。

一个小小的电气问题可能造成极其严重的后果。

电网运行效率变低，产生热量会消耗能源。

如果对此置若罔闻，热量可能会无限上升，连接处会开始熔化。

除此之外，火花四射，容易引发火灾。

保险公司现在将其纳入考虑范围，要求进行常规的热检查。

这就给致力于该领域的专家们提供了新的发展机遇。

位于杜伊斯堡的EGI公司就很好地抓住了这个机遇。

具备MSX技术的热图像：与标准热图像相比，MSX技术可探测更多重要细节。

不具备MSX技术的热图像的额外专业知识。

电气装置的热检查是个绝好的机会。

”2007年，Michael Weight调查了热像仪市场，获得不同制造商的信息，并对贸易展览会上的各种热像仪进行了测试。

FLIR系统：市场决策焦点和技术领导者FLIR系统很快进入热像仪全球市场领导者的候选名单。

“从最开始我要寻找的就不是一个玩具，而是一台精心设计、分辨率高的热像仪。

”FLIR T360的图像质量和精美设计给Michael Weight留下了深刻的印象。

培训时间M i c h a e l W e i g h t 回忆道：“2008/2009年正值经济危机中期，我们新开展的热成像业务举步维艰。

Uniflux Fired Heater Specification (Offshore Appli

1.0 GENERAL DESCRIPTIONThe heater shall be a complete factory-assembled, forced draft, all convection unit including heat exchanger, burner equipment, blower, gas train, stack, piping connections, and steel supports. The heater shall be of complete factory assembled design, with minimum field bolt-up assembly required. Field welding shall not be necessary. Unit shall be a Uniflux type.Coil surface shall be sufficient to provide heat transfer at rated efficiency. Finned coils are acceptable. Efficiency shall increase for lower heat load conditions. Accessories shall include a fuel gas pressure regulator, fuel safety shutoff valves, electronically linked fuel and air control valve with actuator and self -checking ultraviolet flame safety detection system.The heater shall be designed to have two distinctive sections. A combustion chamber where the gas is burned and a heat exchanger portion where heat is transferred from the hot products of combustion to thereplaced with an alloy 330 liner. In this case, the pins and washers are upgraded to 309 stainless steel, and 310 stainless steel, respectively.4.0 BURNERS:Type: The burner shall be a gas fired high intensity, forced air type having a short flame length. Exit velocity of the burner shall be above 200 ft/s. Burners with a long, lazy flame are unacceptable.Excess Air: Burner is to operate at a ten percent excess air at maximum firing rate.Construction: The burner shall be of all metal construction, refractory materials are not to be used. The burner shall be of sealed construction.Burners shall be capable of rapid transition from maximum fire to minimum fire to accommodate sudden process demand changes.A separate pilot and main burner is unacceptable. The main burner shall utilize an integral pilot. NoA first-out annunciator shall be included for troubleshooting purposes. A timed bypass-mode shall be built in to the system logic to allow testing of safety switches and devices without causing a heater shut-down.Pressure gages and switches will have 316 stainless steel instrument valves to allow in-place testing of each device.A fusible loop will be included to perform a safety shutdown in case of fire.MATERIAL OF CONSTRUCTION:All materials shall be new and of the highest quality.Heater Shell: Carbon steel minimum shell thickness 1/4” with fiber insulation lining and stainless steel inner liner.Process Coil: ASTM Certified pipe of material suitable for service. Any process specific metallurgical10.0 FACTORY PAINTING:The heater shall be cleaned in accordance with SSPC-SP 10 and given one coat of an inorganic zinc primer (approximately 2 mils DFT) and one coat of a high build epoxy (approximately 4-6 mils DFT) and a final coat of polyurethane (approximately 2 mils DFT). This provides a highly durable, corrosion preventing coating with a good appearance.11.0 STRUCTURAL STEEL:The supporting structure on the heater shall be designed in accordance with the latest edition of AISC Manual for a the appropriate wind velocity for the operating location.12.0 CONTROL PANEL:The control panel shall be free standing type with terminal strips for final connections between controls and heating unit. Panel shall meet NEMA construction standards. Control panel shall have exterior indicatingwith the foregoing remedies. The same obligations and conditions shall extend to replacement parts furnished by Company hereunder. Company shall have the right of disposal of parts replaced by it.ANY ITEM OF THE PRODUCT(S) WHICH IS NOT MANUFACTURED BY COMPANY (such as valves, instrumentation and electrical devices) IS NOT WARRANTED BY COMPANY,the express warranty, if any, of the manufacturer thereof.THIS STATES PURCHASER’S EXCLUSIVE REMEDY AGAINST COMPANY AND ITS SUPPLIERS RELATING TO THE PRODUCT(S), WHETHER IN CONTRACT OR IN TORT OR UNDER ANY OTHER LEGAL THEORY, AND WHETHER ARISING OUT OF WARRANTIES, REPRESENTATIONS, INSTRUCTIONS, INSTALLATIONS OR DEFECTS FROM ANY CAUSE.have no obligation as to any product which has been improperly stored or handled, which has been operated with non-specified process, which has experienced coking, plugging, or corrosion due to process irregularities, or which has not been operated or maintained according to instructions in Company or supplier furnished manuals.。

板式换热器的流程组合

1、对于板型对称、冷热介质流量相当的情况，宜采用等程布置，使介质流向为全逆流，获得最大的平均温差；2、两侧流量相差较大时，流量小的一侧应采用多程布置，以提高流速，增强换热效果；3、一般情况下，在选择流程时，尽可能采用单程(全并联)，使设备在使用时拆卸维修都比较方便。

若要采用多流程，各流程中通常安排相同的流道数；4、当两侧不等程时，逆流和顺流会交替出现；5、流道数的确定受板间流速的影响，而板间流速的选取有一定的范围，同时还受到允许压降的制约；6、当板间流速一定时，流道数的多少取决于流量的大小。

ARD艾瑞德板式换热器（江阴）有限公司拥有世界上最先进的设计和生产技术以及最全面的换热器专业知识，一直以来ARD艾瑞德板式换热器（江阴）有限公司致力于为全球50多个国家和地区的石油、化工、工业、食品饮料、电力、冶金、造船业、暖通空调等行业的客户提供高品质的板式换热器，目前已有超过50，000台的板式换热器良好地运行于各行业，ARD艾瑞德板式换热器（江阴）有限公司已发展成为可拆式板式换热器领域的全球领导者。

ARD艾瑞德板式换热器（江阴）有限公司同时也是板式换热器配件（换热器板片和换热器密封垫）领域全球排名第一的供应商和维护商。

能够提供世界知名品牌（包括：阿法拉伐/AlfaLaval、斯必克/SPX、安培威/APV、基伊埃/GEA、传特/TRANTER、舒瑞普/SWEP、桑德斯/SONDEX、艾普尔.斯密特/API.Schmidt、日阪/HISAKA、风凯/FUNKE、萨莫威孚/Thermowave、维卡勃Vicarb、东和恩泰/DONGHWA、艾克森ACCESSEN、MULLER、FISCHER、REHEAT等）的所有型号的板式换热器板片和垫片。

全球约有1/5的板式换热器正在使用ARD 艾瑞德板式换热器（江阴）有限公司提供的换热器配件或接受ARD艾瑞德板式换热器（江阴）有限公司的维护服务（包括定期清洗、维修及更换配件等维护服务）。

全球指挥者PEG系列电暖器安装说明说明书

WARRANTY Please refer to the specification sheet at www.globalcommander.ca.
WIRING DIAGRAM
CAUTION
High-Limit
Heating Element
Thermostat
High-Limit
ting Element
1 800 463-7043 • www.globalcommander.ca
INSTALLATION INSTRUCTIONS Electric Baseboard Heater PEG Series
THE INSTALLATION MUST BE EXECUTED BY A QUALIFIED TECHNICIAN
CORNERS AND BLANK SECTIONS Install blank sections and corners the same way as heating unit of this series. Use ‘‘BX’’cable to run wiring into these options.
RISK OF ELECTROCUTION
IMPORTANT INSTRUCTIONS
When using electrical appliances, basic precautions should always be taken to reduce the risk of fire, electric shock, and injury, including the following: Read all instructions before using this heater.
- A heater has hot and arcing or sparking parts inside. Do not use it in areas where gasoline, paint, or flammable liquids are used or stored.

DEWE2-A4功率分析仪(1)

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莱斯特科技热风焊枪使用说明书

莱斯特科技Lesite Technology 热风焊枪Hot Air Welding GunLST1600LST3400LST2000使用说明书Manual使用前请仔细阅读本操作说明书。

只有正确操作才能确保产品长期可靠、无故障地运行。

每支热风焊枪出厂前都要进行100%性能和安全的双重测试,多种风嘴、多种型号满足不同加热的应用场合，深度契合客户的设备所需。

应用范围注意事项以下是热风枪的不同应用：- 屋面高分子卷材和沥青的焊接 - 防水布和广告布焊接- PVC地板焊接 - 塑料及容器制造中的热塑性硬性材料的加工- 热塑性塑料的成型 - 烘干潮湿表面- 粘合剂及热熔胶的活化和脱落 - 所有种类的烘干和预热过程请在拆机维修前确认已关机并拔掉电源插头，以免被机器内部裸露的电线或元件带电伤人。

焊机运行时产生高温高热，在不正确使用时有可能会引发火灾或爆炸，特别是在靠近可燃材料或可爆炸性气体时。

请不要接触风管及风嘴（在焊接工作时或焊机工作后尚未完全冷却时），也不要将风嘴对着人以免烫伤。

电源电压必须与焊机上标明的额定电压（230V）相符，并可靠接地，要将焊机连接至带保护接地导线的插座。

为保证操作人员的安全及设备可靠运行，在施工现场电源必须安装稳压电源和漏电保护器。

焊机必须在操作人员一直看管的情况下使用，否则有可能因高温而引发燃烧或爆炸。

严禁焊机在水中、泥泞的场地上施工使用，避免浸水、雨淋或受潮。

应用范围LST1600A LST1600SLST1600D LST1600ELST3400LST2000LST1600技术参数型号LST1600A LST1600S频率调温范围噪音马达过热保护认证230 V / 120 V50 / 60 Hz1600 W20 - 620 ℃Max 180 L/min≤ 65 Db1.1 Kg有刷φ 65 mm标配开环CE一年230 V / 120 V50 / 60 Hz1600 W20 - 620 ℃Max 180 L/min≤ 65 Db1.05 Kg有刷φ 58 mm标配开环CE一年型号LST1600D LST1600E频率调温范围噪音马达过热保护认证230 V / 120 V50 / 60 Hz1600 W20 - 620 ℃Max 180 L/min≤ 65 Db1.1 Kg有刷φ 65 mm标配闭环CE一年230 V / 120 V50 / 60 Hz1600 W20 - 620 ℃Max 180 L/min≤ 65 Db1.05 Kg有刷φ 58 mm标配开环CE一年LST1600主要部位1、风筒2、外罩3、防震垫4、手柄5、温控按钮6、电源开关7、电源线LST3400技术参数LST3400主要部位型号LST3400频率调温范围噪音马达过热保护认证230 V / 120 V 50 / 60 Hz 3400 W 20 - 620 ℃Max 360 L/min ≤ 65 Db 1.2 Kg 有刷φ 65 mm 标配开环CE 一年1、风筒2、外罩3、防震垫4、手柄5、温控按钮6、电源开关7、电源线LST2000技术参数LST2000主要部位型号LST2000频率调温范围重量过热保护温度控制质保230 V / 120 V 50 / 60 Hz 1600 W 20 - 620 ℃≤ 65 Db 2.4 Kg φ 42 mm 标配3m 开环CE 一年1、风筒2、手柄3、风管接口4、电源线5、温控按钮操作步骤连接电源1.开机步骤2.关机步骤打开主开关向右旋转调温电位计向左旋转调温电位计关闭主开关等待3分钟预热旋转电位计到0位等待5分钟拔出电源线加热元件更换清洁空气过滤器产品配件20mm扁嘴120°扁嘴40mm扁嘴90°扁嘴5mm扁嘴圆快速焊嘴三角快速焊嘴点焊嘴LST1600/3400/2000中文质量保证· 本产品自向消费者销售之日起保证12个月的保质期。

Crude_Units 美国科罗拉多矿业大学

• Configuration — May be as many as three columns in series
Crude Stabilizer/Preflash Column
• Reduce traffic in the Atmospheric Column
Atmospheric Column Vacuum Column
• Reduce traffic in the Atmospheric Column
Atmospheric Column Vacuum Column
• Reduced pressure to keep temperaroduct Yield Curves – Cut Point, Overlap, & Tails
• Crude Stills
Historically the oldest refining process Only the first step in crude oil processing
• Purpose
To recover light materials Fractionate into sharp light fractions
Refining Overview – Petroleum Processes & Products, by Freeman Self, Ed Ekholm, & Keith Bowers, AIChE CD‐ROM, 2000
10
Crude Electrostatic Desalting
Drawing by Milton Beychok /wiki/File:Desalter_Diagram.png
8

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Failure Mechanisms Identiﬁed/Quantiﬁed
n n n n n n n n n n
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Corrosion - broad area or localized Pitting - broad area or localized Erosion - broad area or localized Discriminates between interior and exterior wall thinning Swelling Ovality Bulging Axial and circumferential flaws Other deformations Coke or scale build-up
n
ห้องสมุดไป่ตู้
Remaining Life Engineering Assessment
n n
n n n n n
n
Provides Fitness-for-Service and remaining life engineering assessments in accordance with API 579 and ASME FFS-1/2007 Performs analysis and assessment of heater components in accordance with Section 5 (Local Metal Loss) and Section 10 (Creep); includes Monte Carlo simulation to account for variability in operating conditions Provides comprehensive assessment of current and future operating risk for each furnace tube utilizing 100% of inspection data
n n
Features and Capabilities
FTIS
Damage patterns are illustrated in 2D and 3D graphics to allow for recognition of damage patterns.
3D Convection Coil Layout

Passionate About Reliability
LifeQuest™ Heater
Inspection Reports
n
Patented color 2D and 3D graphics illustrate most severe damage in intuitive format n Patented 2D and 3D color plots of full serpentine heater coil in “wall thickness” and “internal profile” formats n Minimum wall thickness readings in tabular format n Computer-generated CAD drawing of piping coil layout with overlay of inspection results n Data archival for future comparison
LifeQuest™ Heater Visualization and Assessment Software
Platform for delivery of FTIS inspection and remaining life assessment results
n
Complete Analysis and Assessment Capabilities
n n n n
n
Flexibility for manual or automatic import of past operating conditions, inspection histories and materials information for rapid assessment Deterministic calculations of remaining life on foot-by-foot basis utilizing API 579 Final output of “system risk curve” displaying remaining life in hours versus probability of failure Acceptable level of risk, tube removal and turnaround planning determinable based upon results Combinable with heater performance monitoring and process modeling for extensive heater reliability management Costs 4-6% of coil repair or replacement; clients frequently comment, “This service saves signiﬁcant future downtime and maintenance costs.”
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Quest Integrity Group’s ﬁred heater reliability and asset integrity solution
Provides 100% coverage of axial length in coils Provides 100% overlapping coverage of coil components utilizing 48 to 168 transducers n Inspects heater coils of any length n Inspects pipe or tube diameters between 3 - 14 inches (76-355mm) NPS n Negotiates unlimited short radius x 1D 180° return bends n Travels and functions bi-directionally n Negotiates plugged headers (mule ears) with contoured inserts (radial inserts, shoe horns) ™ n Provides exceptionally high quality data n Determines axial positioning of ﬂaw locations n Calculates Fitness-for-Service and remaining life of Firedcoils Heater/Piping Inspections utilizing LifeQuest Heater
Advanced Engineering Assessment
n n n
You can view inspection data using LifeQuest Viewer. LifeQuest Heater software can be purchased for in-house analysis, or analysis can be completed by Quest Integrity Group engineers.
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Beneﬁts
Reduced Operational Risk n Improves heater reliability and decreases failure risk through convection, radiant and cross-over coil inspection n Enables operators to make real-time decisions about coil readiness n Improves maintenance accuracy Cost-Effectiveness n Extends life of ﬁred heater coils n Eliminates need for most conventional NDT methods n Requires no scaffolding or heater box entry Time Efﬁciency n Minimizes ofﬂine status with time efﬁcient inspections n Travels at approximate speeds of 2 ft/s (0.6m/s) enabling inspection of 2,000 ft (610m) coil in 15 minutes and all coils in furnace within 1 day n Generates ﬁeld report typically within 24 hours of inspection completion
Fired Heater Reliability and Asset Integrity Solutions
n
FTIS™ Ultrasonic Intelligent Pig Inspection Technology LifeQuest™ Heater Remaining Life Assessment Solution Integrated Solution Set for Fired Heater Coils – Convection and Radiant Sections