WGG2光学高温计说明书

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美高定高温热敏传感器温度测试仪说明书

e- 1 -Easy-to-use, intuitive operationAll instrument controls may be performed from the front panel. The heat source is positioned away from the panel. This design helps to protect the operator.The main functions on the CTC series are designed with one-key-one-function logic. This means that there are no sub-menus or difﬁ cult to remember multiple keystrokes neces-sary to access primary functions.The easy-to-read, backlit display features dedicated icons, which help in identifying instrument conditions and oper-ational steps.CTC-140 heating/cooling blockThe model CTC-140 features Peltier elements. In 1834, JeanPeltier, a French physicist found that an ’’opposite thermo-couple effect’’ could be observed when an electric currentwas connected to a thermocouple. Heat would be absorbedat one of the junctions and discharged at the otherjunction. This effect is called the ’’PELTIER EFFECT’’.The practical Peltier element (electronic heating pump) con-sists of many elements of semiconductor material that is con-nected electrically in series and thermally in parallel. Thesethermoelectric elements and their electrical interconnectionsare mounted between two ceramic plates. The plates serveto mechanically hold the overall structure together and toelectrically insulate the individual elements from one another.employ the MVI, thus avoiding such stability problems. TheMVI circuitry continuously monitors the supply voltage andensures a constant energy ﬂ ow to the heating elements.The CTC-140 A does not require the MVI circuitry becausethe Peltier elements are energized with a stabilized DC vol-tage.Set temperatureThe ’’Up’’ and ’’Down’’ arrow keys allow the user to set theexact temperature desired with a resolution of 0.1°C or °F.Instrument setupsThe CTC series stores the complete instrument setup, inclu-ding: engineering units, stability criteria, resolution, displaycontrast, slope (ramp) rate, auto step settings, and maximumtemperature.Re-calibration/adjustmentsThe CTC series has a very easy and straightforward proce-dure for re-calibration/adjustment. There is no need for ascrewdriver or PC software. The only thing you need is areliable reference thermometer.Place the probe in the calibrator and follow the instructionson the display. Third-party labs and calibration facilities willbe able to perform this function if a certiﬁ cate from an inde-pendent source is necessary. Of course, AMETEK can pro-vide you with a traceable calibration certiﬁ cate from our labswhen you require a higher level of conﬁ dence.Fast heating and coolingThe CTC-320 A and the CTC-650 A contain an innovativeheating block proﬁ le. This design heats up in the CTC-320 Ato maximum temperature in just 4 minutes and the CTC-650A in only 10 minutes. The fast performance of the heatingblock is due to the special proﬁ le that minimizes mass andyet, still accepts an insertion tube with a 1-inch outer dia-meter. This design is a balanced compromise between tem-perature stability / homogeneity and rapid heating / cooling.Deep immersion depthThe model CTC-320 B and CTC-650 B models offer a deeperimmersion depth of 200 mm (7.9 in.). If you have liquid-ﬁ lledsensors or other sensors that require a deeper immersiondepth, look for the B versions. While the units do not heat andcool as quickly as their shorter counterparts, they offer thecapability to accommodate longer sensors.MVI - Improved temperature stabilityMVI stands for ’’Mains power Variance Immunity’’.Unstable mains power supplies are a major contributor toon-site calibration inaccuracies. Traditional temperature cali-brators often become unstable in production environmentswhere large electrical motors, heating elements, and otherdevices are periodically cycled on and off. The cycling ofsupply power can cause the temperature regulator to performinconsistently leading to both inaccurate readings and un-stable temperatures.The CTC series calibrators CTC-320 A/B and CTC-650 A/B- 2 -an RS-232 serial interface and the AMECAL-TEMPERATURE software. This WINDOWS ®-based software allows the user to customize his or her calibration routines. The software is easy-to-use so you do not have to be a programmer to con ﬁgure your own calibration procedures.Stability indicatorThe bold checkmark (√) on the display indicates that the calibrator has reached the desired set temperature and is stable. The operator may change the stability criteria and establish a greater sense of security in the calibration results. A convenient countdown timer is activated ﬁ ve minutes before the unit reaches stability.Automatic switch testOperators can save a lot of time using the automatic ther-moswitch test function to ﬁ nd values for the ’’Open ’’ and ’’Close ’’ temperatures. Additionally, this feature displays the hysteresis (deadband) between the two points. The feature ensures a very high repeatability when testing thermo-switches. Simply press the »SWITCH TEST « key to activate the function.Auto steppingThis feature saves manpower. The operator may stay inthe control room, or another remote location, monitoring the output from the sensor-under-test while the CTC series cali-brator is placed in the process and automatically changes the temperature using a programmed step value and rate. Up to 9 different temperature steps may be programmed, including the hold time for each step.This feature is also ideal for burning-in new sensors prior to installation; this minimizes initial drift and allows for initialtesting. It is also useful for testing temperature data loggers.The software features prompts, menus, and help functions that guide you through the con ﬁ guration process.The AMECAL-TEMPERATURE software supports automatic calibration for all JOFRA dry-block calibrators equipped with an RS-232 serial data interface including the JOFRA DTI-1000 digital thermometer. For semi-automatic cali-brations, the software also supports liquid baths, ice points, or other dry-block heating and cooling sources. Using the software ’s ’’SCENARIO ’’ function allows for combining instru-ments in virtually any con ﬁ guration.The calibration data collected may be stored on a PC for laterrecall or analysis.Maximum temperatureFrom the setup menu, the user can select the maximum temperature limit for the calibrator. This function prevents damage to the sensor-under-test caused by the application of excessive temperatures. The feature also aids in reducing drift resulting from extended periods of exposures to high temperatures. This feature can be locked with an accesscode.- 3 -AMECAL-TEMPERATURE softwareListed are the minimum hardware requirements needed for running the AMECAL-TEMPERA TURE calibration software.• INTEL TM 486 processor(PENTIUM TM 200 MHz recommended)• 16 MB RAM (32 MB recommended)• 40 MB free disk space on hard disk prior to installation • Standard VGA (640 x 480, 16 colors) compatible screen (800 x 600, 256 colors recommended)• CD-ROM drive for installation of the program • 1 or 2 free RS-232 serial ports, depending on con ﬁ gurationMains speci ﬁ cationsVoltage CTC-140/320/650......115V(90-127) 230V(180-254)Voltage CTC-650 B...............115V(100-127) 230V(200-254)Frequency ..............................................................45 - 65 Hz Power consumption (max.) CTC-140 A.......................150 VA Power consumption (max.) CTC-320 A.....................1150 VA Power consumption (max.) CTC-320 B......................600 VA Power consumption (max.) CTC-650 A/B.................1150 VA Temperature rangeCTC-140 AMaximum..........................................................140°C (284°F)*********************°C (32°F)...........-30°C (-22°F)**********************°C (73°F)...............-17°C (1°F)**********************°C (104°F)...........-2°C (28°F)CTC-320 A/B..............................50 to 320°C (122 to 608°F)CTC-650 A/B .............................50 to 650°C (122 to 1202°F)Resolution (user-selectable)Selectable ........................................................1° or 0.1°C/°F StabilityCTC-140 A.................................................+0.05°C (+0.09°F)CTC-320 A/B................................................+0.1°C (+0.18°F)CTC-650 A/B ...............................................+0.1°C (+0.18°F)Measured after the stability indicator has been on for 10 minutes. Measuring time is 30 minutes.Time to stability (approximate)All models .............................................................10 minutes AccuracyCTC-140 A.....................................................+0.5°C (+0.9°F)CTC-320 A/B.................................................+0.5°C (+0.9°F)CTC-650 A/B ...............................................+0.9°C (+1.62°F)Speci ﬁ cation when using the internal reference. (Load 4 mm OD reference probe in the center of the insert).Immersion depthCTC-140 A (insulation included).................. 115 mm (4.5 in.)CTC-320 A/ CTC-650 B................................110 mm (4.3 in.)CTC-320 B/ CTC-650 B................................190 mm (7.5 in.)Heating timeCTC-140-17 to 23°C (1 to 73°F).............................................4 minutes 23 to 140°C (73 to 284°F).......................................9 minutes CTC-320 A50 to 320°C (122 to 608°F).....................................4 minutes CTC-650 A50 to 650°C (122 to 1202°F).................................10 minutes CTC-320 B50 to 320°C (122 to 608°F)...................................20 minutes CTC-650 B50 to 650°C (122 to 1202°F).................................37 minutesCooling timeCTC-140 A100 to 0°C (212 to 32°F).......................................10 minutes 0 to -15°C (32 to 5°F)............................................16 minutes 140 to 100°C (284 to 212°F)...................................2 minutes CTC-320 A320 to 100°C (608 to 212°F).................................16 minutes CTC-650 A650 to 100°C (1202 to 212°F)................................28 minutes CTC-320 B320 to 100°C (608 to 212°F).................................22 minutes CTC-650 B650 to 100°C (1202 to 212°F)................................62 minutes Switch input (dry contact)Test voltage ...............................................Maximum 5 VDC Test current ................................................Maximum 2.5 mA - 4 -Instrument dimensionsCTC-140 A, CTC-320 A, CTC-650 AL x W x H:..............241 x 139 x 325 mm (9.5 x 5.5 x 12.8 in.)CTC-320 B, CTC-650 BL x W x H:..............241 x 139 x 408 mm (9.5 x 5.5 x 16.1 in.)Instrument weightCTC-140 A..........................................................6.5 kg (14 lb)CTC-320 A............................................................5 kg (11 lb)CTC-650 A.........................................................6.4 kg (14 lb)CTC-320 B.........................................................6.7 kg (15 lb)CTC-650 B.......................................................10.4 kg (23 lb)Insert dimensionsCTC-140 ADiameter x length...........19 mm (0.75 in.) x 100 mm ( 3.9 in.)CTC-320 A, CTC-650 ADiameter x length.................26 mm (1 in.) x 120 mm (4.7 in.)CTC-320 B, CTC-650 BDiameter x length.................26 mm (1 in.) x 200 mm (7.9 in.)Weight of non-drilled insert (approximate)CTC-140 A.........................................................73 g (2.6 oz)CTC-320 A......................................................164 g (5.8 oz)CTC-650 A.....................................................506 g (17.8 oz)CTC-320 B......................................................277 g (9.8 oz)CTC-650 B.....................................................858 g (30.3 oz)Shipping (+ std. accessories + carrying case)Weight: CTC-140 A .......................................12.9 kg (28.4 lb)Weight: CTC-320 A.......................................12.2 kg (26.8 lb)Weight: CTC-650 A..........................................13.6 kg (30 lb)Weight: CTC-320 B.......................................13.9 kg (30.6 lb)Weight: CTC-650 B.......................................17.6 kg (38.7 lb)Size: LxWxH...........507 x 232 x 415 mm (20 x 9.1 x 16.3 in.)Shipping (+ std. accessories but no carrying case)Weight: CTC-140 A .........................................9.9 kg (21.8 lb)Weight: CTC-320 A.........................................9.2 kg (20.2 lb)Weight: CTC-650 A.......................................10.6 kg (23.3 lb)Size: (A) LxWxH...410 x 250 x 370 mm (16.1 x 9.8 x 14.6 in.)Weight: CTC-320 B..........................................10.9 kg (24 lb)Weight: CTC-650 B.......................................14.6 kg (32.1 lb)Size: (B) LxWxH..480 x 235 x 440 mm (18.9 x 9.3 x 17.3 in.)Shipping (carrying case only)Weight: ..............................................................5.0 kg (11 lb)Size: LxWxH...........507 x 232 x 415 mm (20 x 9.1 x 16.3 in.)MiscellaneousOptional: Serial data interface ...........RS-232C (9-pin Male)Operating temperature.......................0 to 40°C (32 to 104°F)Storage temperature........................-20 to 50o C (-4 to 122o F)Humidity ............................................................0 to 90% RH Protection class ..............................................................IP-10CE Conformity..............................EN61326-1 : 1997/A1:1998EN61010-1 : 1993/A2:1995Automatic switch testFinds switching temp. .......................Open, close, hysteresis Slope rate, programmable ............................0.1 to 9.9 °C/°F Auto steppingProgrammable....................................................Up to 9 steps Dwell time on each step..................................Programmable Enhanced stabilityUnstable mains protection.................................MVI Circuitry Stability indication............................................Yes, in display Multi-information displayStability indicator..........................................Clear checkmark Countdown timer before stable...............................5 minutes Temperature.........................SET and READ simultaneously Alphanumeric messages...................................................Yes Calibration status icons.....................................................Yes Training mode (heating/cooling block disabled)Simulation of all functions.................................................Yes Simulating heating and cooling........Approx. 100° per minute Service facilitiesAdjustment of the unit from the keypad............................Yes Self explaining guide in display.........................................Yes Other information..............................Displays serial number,software revision level, and last calibration date Setup facilitiesStability criteria..............Extra time before ’’stable indication ’’is shownDisplay resolution..............................................0.1° or 1°C/°F Temperature units...................................................°C and °F Slope rate....................................................0.1 to 9.9°/minute Maximum temperature.......................Any value within range- 5 -Carrying caseThe optional protective carrying case ensures safe transportation and storage of the instrument and all associated equip-ment.Heat shieldAn external heat shield is available and may be placed on top of the cali-brator to reduce the hot air stream around the sensor-under-test. This is especially important for testing thermo-couples having head-mounted transmitters with cold-junction com-pensation.Standard delivery CTC-140/320/650• CTC dry-block calibrator (user speci ﬁ ed)• Mains power cable (user speci ﬁ ed)• Traceable certi ﬁ cate - temperature performance • Insert (user speci ﬁ ed)• 3 pcs. insulation plugs for:6, 10, 13 mm (1/4, 3/8, 1/2 in.) sensors (CTC-140 only)• Tool for insertion tubes• User ’s manual (multi-language)• Reference manual (English)• T est cables (1 x red, 1 x black)• Optional RS-232 cable• Optional calibration software, AMECAL-TEMPERA TUREInsulation tube and plates Improve your calibration uncertainty by insulating the sensor-under-test.Minimize the heat dissi-pation from the top of the block and through the sensor-under-test. This insulation is important for all dry-block calibrators without the dual-zoneheating block.Part no. Description 123198 CTC series, reference manual123199 CTC series, user manual 123408 Carrying case for version A123409 Carrying case for version B122832 Cleaning brush, 4 mm (3/Pkg) 60F174 Cleaning brush, 6 mm (3/Pkg) 122822 Cleaning brush, 8 mm (3/Pkg) 60F135 Mains cable, 115V , USA, Type B 60F139 Mains cable, 220V , Australia, Type F60F138 Mains cable, 220V , Italy, Type E 60F137 Mains cable, 220V , South Africa, Type D 60F141 Mains cable, 230V , Denmark, Type G60F140 Mains cable, 230V , Europe, Type A 60F143 Mains cable, 230V , Israel, Type I 60F142 Mains cable, 230V , Switzerland, Type H60F136 Mains cable, 240V , UK, Type C 105366 RS-232 cable 104203 Test cable set 104216 Heat shield 60F170 Tool for insertion tube123469 Insulation plug (CTC-140 A only) 3 pcs.for 6 mm (1/4 in.), 10 mm (3/8 in.), 13 mm (1/2 in.) 65-F100 Insulation tube 100 mm (4 in.) 105173 10 insulation plates105813AmeCal-Temperature, PC calibration software- 6 --140 A 320 A 650 A 320 B 650 B Probe diameter part no. part no. part no. part no. part no.3 mm 123428 123436 123444 N/A N/A4 mm 60F 451 100177 100196 60F 359 60F 4235 mm 123429 123437 123445 123452 1234606 mm 60F 453 100179 100198 60F 361 60F 4257 mm 123430 123438 122516 123453 123461 8 mm 105185 100182 100201 105190 105195 9 mm 105186 100183 100202 105191 105196 10 mm 105187 100185 105188 105192 105197 11 mm 123431 100188 100204 105193 105198 12 mm 123432 100186 100206 105194 105199 13 mm 123433 60F 339 105189 123454 12346214 mm N/A 100190 100208 123455 123463 15 mm N/A 100191 100209 123456 123464 16 mm N/A 123439 123446 123457 123465 18 mm N/A 123440 122517 123458 123466 20 mm N/A 123441 122518 123459 123467 Multi-hole type 1123479 123475 123476 N/A N/AInserts - predrilled - metric*Note: CTC-140 only: All multi-hole inserts are delivered with a matching insulation plug.140 A 320 A 650 A 320 B 650 B Probe diameterpart no. part no. part no. part no. part no.1/8 in. 60F 450 100176 100195 60F 358 60F 422 3/16 in. 60F 452 100178 100197 60F 360 60F 424 1/4 in. 60F 454 100180 100199 60F 362 60F 426 5/16 in. 60F 456 100181 100200 60F 364 60F 4283/8 in. 60F 458 100184 100203 60F 366 60F 430 7/16 in. 60F 460 100187 100205 60F 368 60F 432 1/2 in. 60F 462 100189 100207 60F 370 60F 434 9/16 in. 60F 464 60F 344 60F 408 60F 372 60F 436 5/8 in. 60F 466 100192 100210 60F 374 60F 438 11/16 in. N/A 60F 348 60F 412 60F 376 60F 4403/4 in. N/A 100193 100211 60F 378 60F 44213/16 in. N/A 60F 352 60F 416 105184 60F 4447/8 in. N/A 60F 354 60F 418 60F 377 60F 446 Multi-hole type 2 123480 123477 123478 N/A N/A Inserts - predrilled - imperial (inch)*Note: CTC-140 only: All multi-hole inserts are delivered with a matching insulation plug.General inserts descriptionInserts for CTC-140 A and CTC-320 A/B are made of alumi-num. Inserts for CTC-650 A/B are made of brass.All speci ﬁ cations about hole sizes are referring to the outer diameter of the sensor-under-test.The correct clearance size is applied in all predrilled inserts Special drilled inserts on request.- 7 -140 A 320 A 650 A 320 B 650 B Inserts part no. part no. part no. part no. part no.5-pack, undrilled insertion tubes 60F448 10017510019460F35660F420Inserts - undrilledUndrilled inserts (CTC-140 A)Multi-hole type 2(CTC-140 A)1/8 in Multi-hole type 2(CTC-320 A/650 A)Multi-hole type 1(CTC-140 A)Multi-hole type 1(CTC-320 A/650 A)Undrilled inserts (CTC-320 A/B)(CTC-650 A/B)AMETEK is a leading global manufacturer of electrical and electromechanical products for niche markets. Listed on the New Y ork Stock Exchange (AME) since 1930, AMETEK ’s annual sales are approaching $1billion. Operations are in North America, Europe and Asia, with about one third of sales to markets outside the United States.ISO 9001ManufacturerModel CTC series dry-block temperature calibratorsOrder number Description Base model number - 1st thru 7th charactersCTC140A CTC-140, -17 to 140°C (-1 to 284°F)CTC320A CTC-320 A, 50 to 320°C (122 to 608°F)CTC650A CTC-650 A, 50 to 650°C (122 to 1202°F)CTC320B CTC-320 B, 50 to 320°C (122 to 608°F). Deep immersion depth CTC650B CTC-650 B, 50 to 650°C (122 to 1202°F). Deep immersion depth Power supply - 8th thru 10th characters 115 115VAC, 50/60Hz 230 230VAC, 50 Hz Mains power cable type - 11th characters A EUROPEAN, 230V , B USA/CANADA, 115V C UK, 240V D SOUTH AFRICA, 220V E IT AL Y, 220V F AUSTRALIA, 240V G DENMARK, 230V H SWITZERLAND, 220V I ISRAEL, 230V Insert type and size - 12th thru 14th characters 003 Metric, pre-drilled, 3 mm 004 Metric, pre-drilled, 4 mm 005 Metric, pre-drilled, 5 mm 006 Metric, pre-drilled, 6 mm 007 Metric, pre-drilled, 7 mm 008 Metric, pre-drilled, 8 mm 009 Metric, pre-drilled, 9 mm 010 Metric, pre-drilled, 10 mm 011 Metric, pre-drilled, 11 mm 012 Metric, pre-drilled, 12 mm 013 Metric, pre-drilled, 13 mm 014 Metric, pre-drilled, 14 mm (Not available for CTC-140) 015 Metric, pre-drilled, 15 mm (Not available for CTC-140) 016 Metric, pre-drilled, 16 mm (Not available for CTC-140) 018 Metric, pre-drilled, 18 mm (Not available for CTC-140) 020 Metric, pre-drilled, 20 mm (Not available for CTC-140) 125 Inch, pre-drilled, 1/8 in. 187 Inch, pre-drilled, 3/16 in. 250 Inch, pre-drilled, 1/4 in. 312 Inch, pre-drilled, 5/16 in. 375 Inch, pre-drilled, 3/8 in. 437 Inch, pre-drilled, 7/16 in. 500 Inch, pre-drilled, 1/2 in. 562 Inch, pre-drilled, 9/16 in. 625 Inch, pre-drilled, 5/8 in. 688 Inch, pre-drilled, 11/16 in. (Not available for CTC-140) 750 Inch, pre-drilled, 3/4 in. (Not available for CTC-140) 813 Inch, pre-drilled, 13/16 in. (Not available for CTC-140) 875 Inch, pre-drilled, 7/8 in. (Not available for CTC-140) M01 Multi-hole insert type 1 (Not available for B models) M02 Multi-hole insert type 2 (Not available for B models) Options - 15th thru 18th characters B RS-232 interface and AMECAL-TEMPERATURE PC-software C Carrying case F T raceable certi ﬁ cate (standard for Europe, Asia, Australia and Africa) G NIST traceable certi ﬁ cate (standard for Western Hemisphere) H Accredited certi ﬁ cate X Placeholder character for unused option CTC650A 230 A M01 CFXX Sample order number (all 18 characters)JOFRA CTC-650 A series dry-block, 230VAC power with European power cord and insert: Pre-drilled multi-hole type 1 (1 x 3mm, 1 x 4mm., 1 x 5mm, 1 x 6mm, 1 x 9mm) including carrying case and traceable certi ﬁ cate.AMETEK Test & Calibration Instruments。

非接触式测温原理

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隐丝式光学高温计
光学系统红色滤波片，造成一个较窄的有效波长吸收玻璃，目的是扩展量程目镜和物镜是一套光学系统电测系统包括指示仪表、灯泡、电源和调节电阻四部分。光学高温灯泡：标准辐射源电源、调节电阻和指示仪表组成测量电路原理一般有电压表式，电流表式以及不平衡电桥和平衡电桥式四种。
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6.4.3 光电高温计
光学高温计是由人工操作来完成亮度平衡工作的，其测量结果带有操作者的主观误差。它不能进行连续测量和记录，当被测温度低于 8000C时，光学高温计对亮度无法进行平衡。光电高温计是在光学高温计测量理论的基础上发展起来的一种新型测温仪表。它采用新型的光电器件，自动进行平衡，达到连续测量的目的。
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(2)检测光路物镜将被测物体的辐射能量会聚，经过衰减玻璃及与物镜光轴成450角的调制镜的反射，进入视场光阑孔中，由探测元件接收。 (3)参比光路参比灯辐射的能量经聚光灯组会聚后，通过可变光阑，由反射镜反射，再穿过调制镜叶片的空间，进入视场光阑孔中，经滤波片也由探测元件接收。随电机高速转动的调制镜，对两路辐射通量作切换调制，使其交替被探测元件接收。在参比光路中的可变光阑用作黑度系数的手动修正。
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工业用光学高温计分类
隐丝式利用调节电阻来改变高温灯泡的工作电流，当灯丝的亮度与被测物体的亮度一致时，灯泡的亮度就代表了被测物体的亮度温度。恒定亮度式利用减光楔来改变被测物体的亮度，使它与恒定亮度温度的高温灯泡相比较，当两者亮度相等时，根据减光楔旋转的角度来确定被测物体的亮度温度。由于隐丝式光学高温计的结构和使用方法都优于恒定亮度式，所以应用广泛。

热套式双金属温度计的认真说明双金属温度计技术指标

热套式双金属温度计的认真说明双金属温度计技术指标热套式双金属温度计的认真说明产品说明标度盘公称直径：100精度等级：1.0、1.5連接尺寸：M20x1.5、NPT1/2热响应时间：40s 防护等级：IP55热套式双金属温度计可以直接测量各种生产过程中的—80—+500 ℃范围内液体、蒸汽和气体介质以及固体表面测温。

1、为了使热电阻的测量端与被测介质之间有充分的热交换,应合理选择测点位置,尽量避开在阀门,弯头及管道和设备的死角相近装设热电阻.2、带有保护套管的热电阻有传热和散热损失,为了削减测量误差,热电偶和热电阻应当有充分的插入深度:（1）对于测量管道中心流体温度的热电阻,一般都应将其测量端插入到管道中心处（垂直安装或倾斜安装）.如被测流体的管道直径是200毫米,那热电阻插入深度应选择100毫米；（2）对于高温高压和高速流体的温度测量（如主蒸汽温度）,为了减小保护套对流体的阻力和防止保护套在流体作用下发生断裂,可实行保护管浅插方式或接受热套式热电阻.浅插式的热电阻保护套管,其插入主蒸汽管道的深度应不小于75mm；热套式热电阻的标准插入深度为100mm；（3）假如需要测量是烟道内烟气的温度,尽管烟道直径为4m,热电阻插入深度1 m即可.（4）当测量原件插入深度超过1m时,应尽可能垂直安装,或加装支撑架和保护套管.双金属温度计应用于生产现场对温度需自动掌控和报警。

可以直接测量各种生产过程中的—80 ℃ —+500 ℃范围内液体、蒸汽和气体介质温度。

依据《双金属温度计检定规程》JJG 226—2023里的规定：温度计的检定周期，应依据实在使用情况确定，一般不超过1年。

实在如下：一类计量器具，国家强制检定的计量器具、企业溯源的标准计量器具、用于贸易结算的计量器具、涉及到安全、环保的计量器具、涉及到安全类关键计量点的计量器具、这个例如有毒、可燃报警装置、特别不安全如高温高压设备的检测点的计量器具，划分为一级计量器具必需强制性外检，没有特别要求的元件检定周期一般为1年，就地的压力表、双金属温度计为半年。

点着温度测定仪使用说明书

GLMDW-02型点着温度测定仪使用说明书武汉格莱莫检测设备有限公司DW-02型点着温度测定仪是根据国家标准GB4610-84《塑料燃烧性能试验方法—点着温度的测定》而设计的测试设备。

点着温度可以相对比较各种材料在特定条件下的燃烧特性，本方法测试简单方便，可以为设计应用选材提供参考数据。

另有DW-04型武汉格莱莫检测设备公司。

一、试验步骤打开电源，把锭炉加热到预定温度，并使之恒温，允许误差±2℃。

将装有1克试样的容器放入铜锭炉的孔中，盖上盖子（盖子预先放在锭炉上加热），并打开秒表。

将点火火焰置于盖的喷嘴上方2毫米处晃动，火焰长度10~15毫米左右。

如果在开始5分钟内，喷嘴上没有（或有）连续5秒钟的火焰，则每次将炉温升高（或降低）10℃，用新的试样重新试验，直到测得喷嘴上出现连续5秒钟以上火焰时的最低温度为止，并记录此温度。

在每个预定的温度做三个试样，若有两个没有5秒钟以上的火焰，则将炉温度升高10℃，再做三个试样，如有两个出现5秒钟以上火焰的最低温度，将其修约到十位数，即为材料的点着温度。

在预热性塑料的测定中有发泡溢出现象时，可以将试样减少到0.5克，如果仍有溢出，则不能用本方法试验。

二、报告在试验报告中，注明试验方法和参考标准，材料的鉴别特征，试样的来源、粒度和试样量，试验的结果，观察到的现象（烟气、火焰颜色等）应详细记录。

三、试样粒度：制备成0.5-1.0毫米。

四、试样量：1克。

五、炉温：150℃～450℃之间任意点着温度恒定不大于±2℃，在测试过程中，如果设定温度与水银温度计指示不统一时，以水银温度计为准，因为铂电阻的设定误差是全量程的±1℃%。

六、试验结束时，应拨动开关气手柄，置于开气，进行降温，使炉温降到常温。

七、仪器装箱清单1.加热炉1台2.控制器1台3.4孔盖板（硅钙板）1个4.容器4只5.点火器1个6.连接线1根7.电源线1根8.镊子1个9.产品说明书1份10.产品合格证1份英文版：Model DW-02ignition temperature tester is designed according to the national standard GB4610-84"Test method of plastics combustion performance-Determination of ignition temperature".The ignition temperature can be used to compare the combustion characteristics of various materials under specific conditions.This method is simple and convenient to test, and can provide reference data for material selection in design and application.I.Test stepsTurn on the power supply,heat the ingot furnace to a predetermined temperature and keep it constant,allowing an error of<2C.Place the container with1g sample into the hole of the copper ingot furnace,cover it(the lid is pre-heated on the ingot furnace),and open the stopwatch.The ignition flame is shaken at2mm above the nozzle of the cover,and the flame length is about10-15mm.If there is no flame on the nozzle for5consecutive seconds in the first5minutes,the furnace temperature will be increased(or decreased)by10C each time,and the new sample will be re-tested until the lowest temperature is measured when the flame appears on the nozzle for more than5consecutive seconds,and the temperature will be recorded.If there are two flames with no more than5seconds,the furnace temperature will be raised by10C,and then three samples will be made.If there are two minimum temperatures of flames with more than5seconds,the burning temperature of the material will be reduced to 10digits.When there is foam overflow in the determination of preheated plastics,the sample can be reduced to0.5g. If there is still overflow,this method can not be usedto test.Two,reportIn the test report,the test method and reference standard,the identification characteristics of the material,the source,size and test of the sample are indicated.Sample size,test results,observed phenomena(smoke, flame color,etc.)should be recorded in detail.3.Sample size:0.5-1.0mm.Quantity of sample:1g.5.Furnace temperature:the temperature at any point between150and450C is not more than(+2).In the course of testing,if the setting temperature is not consistent with the indication of mercury thermometer,the mercury thermometer shall be taken as the standard,because the setting error of platinum resistance is(+1)%of the whole range.6.At the end of the test,the air handle of the switch should be switched on and placed in the open air to cool the furnace to normal temperature.7.List of Packing Instruments1.One Heating Furnace2.Control Unit13.4-hole cover(calcium silicate plate)14.Containers45.Igniter16.Connection line17.One power cord8.Tweezers19.One Product Specification10.One Product Qualification Certificate。

温度测量仪器说明书.pdf_1694208893.0651798

1Warning!EN61326-1EN60825-11. Safety notices Before using the thermodetector, please read the manual carefully. Do not use any solvent to clean the thermodetector. Safety symbols:Important information prompt for dangerComplies with European CE safety specificationThe instrument complies with the following standards:Do not align the laser to human eyes or reflective surface2. Notes When the ambient temperature changes in a sudden, it is required to place the thermodetector in the environment for 30 minutes , and measure when internal and external temperatures of the thermodetector coincide.Try to avoid any electromagnetic field caused by electric welding and induction heating.Do not place the thermodetector close to or on a high temperature object.Keep the thermodetector clean, and avoid dust from entering the tube.23. Appearance description1. Alarm indicator2. Liquid crystal display3. Laser control key/digital turn down key ▼4. Mode key5. Back-light/digital turn up key ▲6. Infrared sensor induction zone7. Laser indicator8. Measurement trigger 9. Battery cover4. Liquid crystal display description1: Primary display: Displays measured temperature.2: Function indication: MAX (Maximum value)3: Displays the maximum value4: Fahrenheit degree5: Centigrade degree6: Low voltage indication7: Laser indication8: Measurement indication9: Low alarming10: High alarming11: Data hold12: Radiance indication35. Measurement methods1. Set the upper limit of the instrument alarm:Press and hold the Mode key for 2 seconds, to enter instrument setting, and press MODE key to shift to alarm upper limit setting, in this case, Hi is displayed in the instrument function indication zone, and the alarm upper limit is displayed in the zone. Press ▲/▼ key to increase or decrease the alarm value, and long press ▲/▼ key to accelerate the increase or decrease of the set value.2: Set the low alarm value of the instrumentPress and hold the Mode key for 2 seconds, to enter instrument setting, and press MODE key to shift to alarm lower limit setting, in this case, Low is displayed in the instrument function indication zone, and the alarm lower limit is displayed in the zone. Press ▲/▼ key to increase or decrease the alarm value, and long press ▲/▼ key to accelerate the increase or decrease of the set value.3: Set the instrument radiancePress and hold the Mode key for 2 seconds, to enter the instrument setting, and press the MODE key to shift to the instrument radiance setting, in this case, the instrument radiance indication zone flashes. Press the ▲/▼ key to increase or decrease the radiation value, and long press the ▲/▼ key to accelerate the increase or decrease of the set value.44: Set the instrument temperature unitPress and hold the MODE key for 2 seconds, to enter the instrument setting, and press the MODE key to shift to the instrument temperature measurement unit, the unit symbol on the display flashes, and press the ▲/▼ key to change the unit symbol.5: Exit the settingPress the trigger or long press the MODE key, to exit the instrument setting.6: Turn on/off laserPress the key to turn on or off laser, and the instrument will display the laser symbol7:Turn on or off back-lightPress the key to turn on or off back-light.8: Non-contact temperature measurementAim the thermodetector at the object, and hold the trigger, to conduct continuous measurement of temperature. After displaying stably, release the trigger, and the5When holding the trigger, the secondary display of the instrument will display the maximum value of the measured temperature.When the measured value is greater than the upper limit of high alarm or the measured value is less than the lower limit of low alarm, the red alarm indicator will turn on to alarm.6. Target distance ratio (D:S ratio)The thermodetector has a certain visual angle and visual field, as shown in the following figure.The measured target Tube Light-sensitive componentIn order to guarantee the measured object fills in the visual field of the thermodetector, which means the thermodetector only "sees" the measured object rather than other objects. Larger objects may cause larger temperature measurement distances; for smaller objects, the measurement distances must be close. The ratio of measurement distance to the measured target (D:S) is 12:1, as shown in the following figure:677. RadianceThe radiance characterizes the ability of an object to radiate infrared ray. Larger radiance will lead to stronger radiation ability on the object surface.Radiance of the majority of organic matters or metal oxidized surfaces ranges between 0.85 and 0.98. The radiance of the thermodetector is 0.95 by default. During measurement, set the radiance of the instrument the same with the radiance of the measured object. During measurement, please pay attention to the impact of emissivity on measurement results.The following table is the radiance reference table.Measured surfaceRadiance Aluminum Oxidized0.2~0.4A3003alloy (oxidized)0.3A3003alloy (coarse)0.1~0.3Brass Polishing0.3Oxidized0.5 Copper Oxidized0.4~0.80.6Electrical terminalboardHastelloy0.3~0.8 Ferro-nickel Oxidized0.7~0.95Abrasive blasting0.3~0.6Electropolishing0.15Iron Oxidized0.5~0.9Rust0.5~0.7 Iron(casting)Oxidized0.6~0.95Unoxidized0.2Fusion cast0.2~0.3 Iron(casting)passivation0.9Lead Coarse0.4Oxidized0.2~0.6 Molybdenum oxidation0.2~0.68Nickel oxidation0.2~0.5 Platinum black0.9 Steel Cold rolling0.7~0.9Grinding steel plate0.4~0.6Polished steel plate0.1 ZincOxidized0.1 Asbestos0.95 Asphalt0.95 Basalt0.7 Carbon(unoxidized)0.8~0.9 Graphite0.7~0.8 Silicon carbide0.9 Ceramics0.95 Clay0.95 Concrete0.95 Cloth0.95 Glass plate0.85 Gravel0.9519LCD displayColor LCD display D:S12：18. Replacement of battery When battery is low, the battery symbol will light up, in this case, it is required to replace the battery. Open the battery cover with your hands, a nd replace with a new1.5Vx2AAA battery. Refer to the following figure:9.Technical indexes。

WGZ-II光强分布测定仪说明书

WGZ-II光强分布测定仪说明书产品说明书一、概述WGZ-II/IIA型光强分布测试仪用硅光电池作光电转换元件，数字式检流计测量光电转换后的光电流值，其性能稳定，操作简便，读数准确直观。

本产品为普通物理、物理光学的基本实验仪器，主要功能有：1、单缝、单丝、双缝、多缝等衍射、干涉图形的一维光强分布测定；2、小孔、小屏、矩孔、双孔、光栅和正交光栅等的衍射、干涉现象演示实验；3、偏振光实验光强变化的测定；4、验证马吕斯定律。

二、技术参数与指标一、导轨长度1200mm二、激光器座规格（IIA型中未予配置）可配250mm氦氖激光器三、分划板分小孔狭缝板和光栅板两种详细规格见图一、图二四、可调狭缝宽度0—1 mm（连续可调）五、扩束镜倍率13X六、一维光强分布测量距离＞80 mm最小读数：0.01 mm七、偏振光实验测量范围360°刻线最小读数：2°八、数字式检流计光电流测量范围：0~2×10-4A最小读数：1×10-10A九、供电电源交流220V±11V，频率50HZ（交流稳压）十、仪器净重42kg图一小孔狭缝板单缝F1：a= 0.1 F2：a=0.2 F3：a=0.3单丝S1：a= 0.1 S2：a= 0.2 S3：a= 0.3小孔XK1：φ= 0.2 XK2：φ= 0.3 XK3：φ= 0.4 小屏XP1：φ= 0.2 XP2：φ= 0.3 XP3：φ= 0.4图二光栅板正交光栅GS1：纵横均为50条/mm 光栅GS2：50条/mm 双孔φ= 0.2 SK1：d=0.25 SK2：d=0.32 SK3：d=0.4 矩孔：JK a= 0.12，b=0.2 单缝DF1：a= 0.08 双缝SF1：a= 0.08 d= 0.16 SF2：a= 0.08 d= 0.20 SF3：a= 0.06 d= 0.10多缝DF1：4缝a= 0.06 d=0.1×4 DF2：9缝a= 0.06 d= 0.1×9三、仪器组成仪器含导激光器座（IIA型中未予配置）、半导体激光器（IIA型中配置，II型中未予配置）、导轨、二维调节架、一维光强测试装置、分划板、可调狭缝、平行光管、起偏检偏装置、光电探头、小孔屏、数字式检流计（全套）、专用测量线等。

辐射式测温详解演示文稿

• 在低温时，物体辐射能量很小，主要发射的是红外线。随着温度的升高，辐射能量急剧增加，辐射光谱也向短的方向移动，在5000C左右时。辐射光谱包括了部分可见光；到8000C时可见光大大增加，即呈现“红热”；如果到30000C时，辐射光谱包括更多的短波成分，使得物体呈现“白热”。
• 辐射测温的基本原理：观察灼热物体表面的“颜色”来大
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亮度温度
为了校正光学高温计测量非黑体的温度比真实温度偏低的偏差。
定义：当被测物体为非黑体，在同一波长下的光谱辐射亮
度同绝对黑体的光谱辐射亮度相等时，则黑体的温度称
为被测物体在波长为λ时的亮度温度。
T L0T L0T (TL )
左边为非黑体光谱辐射亮度，右边为黑体的光谱辐射亮度
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• 若物体A0绝对黑体，那么α0(λ,T) ，根据基氏定律
M1(,T ) 1(,T )
M 2 (,T ) 2 (,T )
...
M 0 (,T )
物体的辐射出射度和吸收率之比等于绝对黑体在同样的温度下，相同波长时的辐射出射度。这是基氏定律的另一种说法。
M 设 (λ,T)为物体A在波长为λ ，温度为T下的辐射出射度。
k―波尔兹曼常数，1.38066244×10-23J/K；
C1―第一辐射常数，＝3.7418×10-16W·m2； C2―第二辐射常数，＝1.4388×10-12m·K； T―绝对பைடு நூலகம்度。
公式结构比较复杂，但是它对于低温与高温都是适用的
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②维恩公式

WGG2型光学高温计

WGG2光学高温计上海自动化仪表股份有限公司自动化仪表三厂产品简介：WGG2型光学高温计是非接触式测量高温的仪表，当被测量的温度高于热电偶所能使用的范围，以及热电偶不可能装置或不适宜装置的场所，用光学高温计一般可以满足这个要求。

厂家为上海自动化仪表股份有限公司自动化仪表三厂。

其独有的三种类型的红外测温仪（单波长，双波长，多波长）和可靠稳定的产品性能，能够克服恶劣现场中粉尘、红外测温、火焰、浓烟、水、蒸汽、红外测温、二氧化硅、热辐射、氧化物、抖动等干扰，还能对低发射率的硅钢、不锈钢、镀锌板、光亮钢和各种特殊钢进行准确测量。

WGG2型光学高温计广泛地用来测量冶铁、浇铸、轧钢、玻璃熔窖、锻打、热处理等温度，是冶金、化工和机械等工业生产过程中不可缺少的温度测量仪表之一。

光学高温计的详细介绍：一、概述：目前，光学高温计广泛地用来测量浇铸、轧钢、玻璃熔窖、锻打、热处理等的温度，是冶金、化工和机械等工业生产过程中不可缺少的温度测量仪表之一。

光学高温计是非接触式测量高温的仪表，当被测量的温度高于热电偶所能使用的范围，以及热电偶不可能装置或不适宜装置的场所，用光学高温计一般可以满足这个要求。

二、技术参数：WGG2光学高温计是非接触式测量高温的仪表，测量范围：WGG2型光学高温计能在环境温度10～50℃，相对湿度不大于80﹪的情况下连续工作。

物镜与目标之间的距离不小于<SPAN>700毫米。

标尺长度不小于<SPAN>90毫米。

外形尺寸252mm×140mm×164mm净重约2公斤。

三、作用原理：光学高温计是利用受热物体的单色辐射强度随温度升高而增长的原理来进行高温测量的。

对于绝对黑体其单色辐射强度E oλ与温度的关系，可用普朗克公式表示：E oλ=C1λ-5(e2 /λT-1)-1式中：C1=37402×10-5尔格*平方厘米*秒-1C2=1.4385厘米*0Ke=自然对数的底T=绝对黑体的温度（0K）本光学高温计是采用亮度均衡法进行温度测量的。

格兰（Gefran）HKE系列智能高温压力传感器说明书

SMART HART NaK FILLED MELT PRESSURE TRANSMITTERS HKE SERIES - CURRENT OUTPUT PL d & SIL2 VERSION4...20mA OutputThe HKE series of Gefran are pressure transmitters withHART communication protocol for using in high tempera-ture environment.The main characteristic of this series is the capability to read temperature of the media up to 538°C.The constructive principle is based on the hydraulic tra-smission of the pressure.The fluid-filled system assures the temperature stability. The physical measure is transformed in a electrical measu-re by means of thick film strain-gauge technology.The SIL2 and PL d approvals make the product suitable for use in the Functional Safety applications, particularly in the process plants for the production of polymers, where it is an essential requirement.MAIN FEATURES• Pressure ranges from: 0-17 to 0-1000 bar / 0-250 to 0-15000 psi• Accuracy: < ±0.25% FS (H); < ±0.5% FS (M)• Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK).• SIL2 and PL d approvals for Functional Safety• 1/2-20UNF, M18x1.5 standard threads; other types available on request• Autozero function on board / external option • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F)• 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F)• Hastelloy C276 diaphragm for temperatures up to 300°C (570°F)• 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100bar-1500psi (up to 400°C/750°F)• Stem material: 17-4 PHGTP+ (advanced protection)Coating with high resistance against corrosion, abrasion and high temperatureAUTOZERO FUNCTIONAll signal variations in absence of pressure can be elimina-ted by using the Autozero function.This function is activated by closing a magnetic contact loca-ted on the transmitter housing.The procedure is permitted only with pressure at zero.This function can be activited via HART as well.WORKING AREACABLE OUTPUT (1/2 14-NPT) L = 1 mACCESSORIESORDER CODE。

红外测温仪使用说明书

基于其独特的技术测量红外能量，双波长红外测温仪设计提供了一些优势。
一，在恶劣的环境下更高的稀释信号因子。提高了传感器的控制能力，使它可以穿过脏的窗口或水喷淋，喷雾油，烟，和尘埃等。从而也提高了测量精度这使得它对被测物体表面的氧化物，熔融金属，有光泽的金属（低辐射）等都不会受到影响，包括应用目标大小小于传感器目标直径，如电线，或移动的目标等，它也可以准确无误的测量。
进行确认，输出一设置完成！
▼←▲，▼，←
二次表具有两路输出功能，第二路输出设置方法同输出一的设置相同。
三）测试设置
二次表提供系统测试功能，通过此项设置可以对系统的输出，报警等进行现场测试，设置方法如下：按下“MENU”进入到系统设置状态，LCD显示2上显示”SIGNAL CONDITIONING信号状态”选项，按下▼进入“DIAGNOSTICS诊断设置”选项按下←进入按▲，▼进行选择，二次表提供2路4~20mA(0~20Ma)输出信号分别进行测试如选到OUTPUT 1 TEST输出1测试，按下←和▲，▼进行设定，选择4mA,12mA,20mA后再按←
进行确认，用万用表测量输出1触点的两端应分别显示4mA,12mA,20mA。
三、系统常见问题及解决办法
一）二次表LED显示屏无显示
检查现场供电情况，检查线路并观察220VAC连接是否正确，L与N是否连接正确
二）二次表出现始终初始化状态
根据接线图检查接线是否正确，端子有无松动，连接处是否接触好
二、可根据需要定制温度范围，测量目标的温度可以低至300C以下
三、长期稳定的校准过程监测与控制等方面的应用，使得测量结果准确无误。
红外测温仪现场连接方式按现场接线图连接
工作正常时LCD上应显示LO TEMP
红外测温仪工作基本原理

J-29U 高性能高温激光温度计说明书

J-29U D iseño resistentede alto rendimiento U D isponible con rangosde temperatura de hasta 2.482 °C (4.500 °F)U V ista de láserincorporada ajustable en punto/círculoU E misividad ajustablede 0,1 a 1,00 en escalones de 0,1U O pción de medición adistancia montable en campo o incorporada [Rango de 0,9 a 9 m (3 a 30')]U L CD personalizado(Temperaturas actual, Mín., Máx., Media o Diferencial)U Ajustable en °C/°FU S alida estándar analógica de 1mV/grado (0,5 mV/grado en OS524E)U S alida RS232 con software de registro de datos gratuito U C ompensación detemperatura ambiente delobjetivo U A larmas acústicas y visuales U Montaje de trípode integral U B loqueo de gatillo electrónico U R epetición de la última temperatura medida U A lmacenamiento de datoshasta 800 puntos de temperatura U O pción para la medición de la distancia disponible Termómetro infrarrojo manual portátil para altas temperaturas de alto rendimientoEspecificaciones Precisión: 1% de lectura o 2 °C (3,6 °F),cualquiera que sea mayor Repetibilidad: ±(1% lectura + 1 dígito)Resolución: 1°C o 1°F Tiempo de respuesta: 100 ms Respuesta espectral:OS523E: 6,5 a 14 micrasOS524E: 2 a 2,5 micrasDimensiones:Sin mira de láser:218 de alto x 168 de diámetro x 51 mm de ancho (8,6 x 6,6 x 2") Con mira de láser:218 de alto x 218 de diámetro x 51 mm de ancho (8,6 x 8,6 x 2")Emisividad: 0,10 a 1,00 en incrementos de 0,01Temperatura de funcionamiento: 0 a 50 °C (32 a 122 °F)Alimentación: 4 pilas de litio “AA” (2 juegos incluidos) o adaptador de CA opcionalVida útil de la pila: litio, 14 días; aalina, 80 horasMontaje de trípode: 1⁄4 a 20 UNC Pantalla: LCD con retroalimentación, muestra temperatura actual y mín./máx., diferencial y media de forma simultánea Alarma: Alarma estándar alta y baja, de indicación acústica y visualRS232: Comunicaciones en 2 sentidosLas Series OS523E/524E de termómetros infrarrojosportátiles resistentes para altastemperaturas ofrecen soluciones para muchas aplicaciones de medición detemperatura sin contacto. Su emisividadajustable en incrementos de 0,01 lespermite hacer mediciones sobre varias superficies. El LCD personalizadocon retroalimentación cuenta conuna pantalla digital doble quemuestra la temperatura actual, máx., mín., diferencial o media de forma simultánea. Las funciones estándarincluyen alarmas alta y baja acústicas y visuales, salida analógica de 1 mV/grado, salida RS232 y almacenamientode datos sobre temperaturas.OMEGASCOPE ® Series OS523E/OS524EOMEGASCOPE ® unidad OS523E-2-SC con mira de láser, con alineación de precisión con el campo visualinfrarrojo y aumento 1,5:1.Se muestra en un tamaño inferior al real.O p c i ón p a r al am e d i c i ón d e d i s t a n c i a d is p o n i b l eSoftware de aplicación para Windows de registro de datos gratuito (ordenador portátil no incluido).Contemplado porpatentes de EE. UU. e internacionales y solicitudes en trámite.PatentadOvisite /os523e_os524e paraARTWORK/PRODUCT ART/ TEMPERATURE/T-OS520E-LASER DOTS n U e V O m i n i t r íp o d e G R a tI S Minitrípode incluido。

高温数据记录器产品说明书

High Temperature Data Logger with 559 mm (22") Stainless Steel Flexible Probe with Optional Thermal ShieldPart of the NOMAD ® FamilyU 559 mm (22") Flexible Probe U O perating Temperature Range: -40 to 140°C (-40 to 284°F)U O ptional Thermal Shield for Operation up to 250°C (482°F)U Submersible NEMA 4X (IP68)U Programmable Start Time U U ser Calibration Through Software U Real-Time Operation U Autoclave Verification U PharmaceuticalU Implement HACCP ProgramsU Food Preparation and ProcessingThe OM-CP-HITEMP140-PT Series are submersible, temperature data loggers that can operate up to140°C (284°F) and have an accuracy of ±0.1°C (0.18°F). These devices feature a 559 mm (22") flexible stainless steel probe for measuring extended temperatures up to 260°C (500°F). The probe is durable and can bespiraled, bent or angled in any direction, making it easy to log temperatures within bottles, vials or other hard to reach places.The OM-CP-HITEMP140-PT records date and time stamped readings, and has non-volatile solid statememory that will retain data even if the battery becomes discharged. Data retrieval is simple. Plug the device into an available USB port and our easy-to-use software does the rest. The software converts a PC into a real-time strip chart recorder.Using the software, starting,stopping and downloading the OM-CP-HITEMP140-PT is simple and easy. Graphical, tabular and summary data is provided for analysis and data can be viewed in °C, °F , K or °R. The data can also be automatically exported to Excel ® for further calculations.The OM-CP-IFC406 multiplexer data logger interface allows for multiple devices to be connected into oneinterface. Each OM-CP-IFC406 allows for 6 data loggers to be connected. Up to 3 OM-CP-IFC406 units may be daisy-chained together to communicate with a total of 18 devices through 1 USB port. T o connect multipleOM-CP-IFC406 interfaces together, simply join the units side by side, making sure the spring pin contacts are connected and magnetically joined.The OM-CP-HITEMP140-TSK is a kit that includes a OM-CP-HITEMP140-PT data logger housed in a thermal shield.OM-CP-HITEMP140-PT SeriesOM-CP-HITEMP140-PT-1-TSK,shown smaller thanactual size.OM-CP-HITEMP140-PT-1, shown smaller than actual size.OM-CP-IFC406 multiplexer data logger interface, shown smaller than actual size.Docking station sold separately.SpecificationsOM-CP-HITEMP140-PT-TSK(Thermal Shield)Operating Environment: -200 to 250ºC (-328 to 482ºF) (time limited) 0 to 100% RHEnclosure Material: PTFEDimensions: 110 H x 51 mm dia. (4.3 x 2.0") Weight: 274 g (9.7 oz) not including data loggerOM-CP-HITEMP140-PT(Without Thermal Shield)Temperature Sensor: 100Ω Platinum RTDProbe Measurement Range: -200 to 260ºC(-328 to 500ºF)Temperature Resolution: 0.01ºC (0.02ºF) Calibrated Accuracy: ±0.1ºC (±0.18ºF);20 to 140ºC (68 to 284ºF)Start Modes: Software programmable immediate start or delay start up to eighteen months in advance.Stop Modes: Manual through software timed (specific data and time)Real Time Recording: May be used with PC to monitor and record data in real timePassword Protection: An optional password maybe programmed into the device to restrict access to configuration options, Data may be read out with the passwordMemory: 32,700 readingsWrap Around: Y esReading Rate: One second up to once every 24 hours Battery Type: 3.6V high-temperature lithium battery (included); user replaceableBattery Life: 1 year typical [1 minute reading rate at25ºC (77ºF)]Calibration: Digital calibration through software Calibration Date: Automatically recorded within device Data Format: Date and time stamped ºC, ºF, K, ºR Time Accuracy: ±1 minute/month at 20 to 30ºC(68 to 86ºF)OM-CP-HITEMP140-PT-TSK(Data Logger with Thermal Shield)Computer Interface: OM-CP-IFC400 docking station required; 125,000 baudSoftware: Windows® XP SP3/VISTA/7 and 8(32- and 64-bit)Operating Environment: -40 to 140ºC (-40 to 284°F), 0 to 100% RHWeight: 120 g (4.2 oz)Material: 316 Stainless SteelDimensions:Body: 48 x 25 mm dia. (1.9 x 0.97")P robe Tip:OM-CP-HITEMP140-PT-1: 3.2 OD x 42 mm L(0.125 x 1.7")OM-CP-HITEMP140-PT-5: 3.2 OD x 121 mm L(0.125 x 4.8") with 4.8 OD x 25 mm L handle (0.188 x 1")F lexible Probe Portion: 559 x 1.6 mm OD dia.(22 x 0.062")OM-CP-IFC406 MultiplexerOperating Environment: 10 to 35°C (50 to 95°F)0 to 95% RH non-condensingBaud Rate: 125,000 baudConnection Type: USB (to PC)Weight: 750 g (1.65 lb)Material: 6061 Aluminum (PTFE impregnated hard anodize coating), ABS plasticEnclosure Dimensions: 24.13 L x 4.95 W x 4.45 cm H (9.5 x 1.95 x 1.75")The combined features of the ±0.1°C accuracy of the OM-CP-HITEMP140-PT and the properties of the durable thermal shield allow the device to be used for a wide range of validation applications.Using the software, the data logger is fast and easyto setup. Remove the thermal shield and place the OM-CP-HITEMP140-PT into the OM-CP-IFC400 docking station (sold separately). Using the software, an immediate or delay start can be chosen, as well as the reading rate. Select Start to program the settings and start the data logger.Place the thermal shield around theOM-CP-HITEMP140-PT and screw it back together. The device is ready to be deployed.The OM-CP-HITEMP140-TSK can be completely submerged and is built for applications that require extreme temperature monitoring. These two devices can be started and stopped directly from a computer and their compact design allows them to fit almost anywhere.package and OM-CP-IFC406 multiplexer. OM-CP-IFC400 required for data logger operation. Both models sold separately.Ordering Example: OM-CP-HITEMP140-PT-1 High temperature data logger with stainless steel flexible probe, 42 mm (1.7") probe tip, and OM-CP-IFC400 docking station with software .OM-CP-IFC400, Windows software displays data inOM-CP-HITEMP140-PT-1, shown smaller than actual size.OM-CP-IFC406 multiplexer data logger interface, shown smaller than actual size.。

高温数据记录器说明书

High TemperatureData LoggersDefault Logger SettingsSample Rate = 1 minuteStop or Wrap When Full = WrapDicksonWare Unit of Measure = °FQuick SartInstall DicksonWare™Version 15.5 or higher on your PC (Compatible with Windows 98 or higher)Install battery1.E ach end of the High Temperature Data Logger canbe removed. The battery is located on the cap endwith the lanyard hole.2.R emove the cap carefully by twisting the capcounterclockwise.3. Insert the battery positive side in first.4. Replace the battery cap tightly.5.It may take up to 5 seconds for the unit to power up.6.O pen DicksonWare software via the icon onyour desktop.Setup Logger1.T he USB port is located on the sensor end ofthe logger.2.R emove the cap. The Thermistor probe feeds intothe cap. It is OK to remove the probe all of the wayfrom the cap. It is easily re-inserted.3. The USB port is just inside the logger opening.4. C onnect the USB cable to logger and to an availableworking USB port on your PC.5.Y our computer may detect the logger when it ispowered on and connected to the computer viathe USB connection. Depending on your versionof Windows, the computer may go through anAdd New Hardware routine. Click on the Setupbutton. You will be prompted to select USB orSerial COM Port Connection. Select USB then clickContinue. A Setup window will appear. All fieldsshould be automatically filled in, confirming thatDicksonWare has recognized your logger. Shouldall fields remain blank, refer to “no communicationsfor this model” in the Technical Support section of.6.O nce DicksonWare recognizes the logger, press theClear button. This will delete all data currently stored.7.Y our logger is now ready to be placed in the desiredlogger location Software(All of these features can be modified by clicking onthe main Setup button.)Setup (button)Click this button first to establish communication between your logger and DicksonWare™ software.You may be prompted to select the communication method between USB or Serial COM port. You may save this setting so you will not be prompted again.This setting is also changeable in File/Preferences/ Communications. A setup window will appear with “All fields” populated. This confirms that the software has recognized the logger. Should “All fields” remain blank and communication is not established, refer to the Troubleshooting section of this manual. Identification (tab)This tab provides you with the model and serial number of the logger, as well as the option to set a custom “User Id” by clicking the active “Setup to the right of the User Id” field. This tab also includes the date the unit was calibrated, calibration interval, and factory calibration date.Samples (tab)The majority of the setup process takes place in this section. Each field with an active “Setup” button to the right, is a parameter that you can customize.Sample Interval Tells your logger how frequently you want it to take and store readings. This can be done in1 or 10 second intervals. The dialog box that allows youto change the sample interval will also inform you ow much time your chosen sample rate will cover. “Sub ten second interval” should be enabled for desired sample intervals under 10 seconds.Stop or Wrap when Full Determines what the logger should do when it has collected all possible samples.The logger will either stop and discontinue logging, or continue logging by wrapping the newest data over the oldest.Note:When changing logger settings (sample interval, stop/wrap, and start date and time) the logger will automatically clear all stored data.Channels (tab)By clicking the Adjust button to the right of the temperature value for channel 1, you will be allowed to change the name of the channel.Alarms (tab)Alarms are not active for the High Temperature Logger.Getting StartedDownload (button)From the main menu, click on the Download button to automatically extract all logged data into a graph and table format.Customized Graphed DataDicksonWare calculates MIN, MAX and AVE of all data collected. Customize data by eliminating unnecessary data points and customize MIN, MAX and AVE to show only desired information.Export DataA snapshot of your graph or a real-time graph of pointscan be easily exported to other programs such as Excel or PowerPoint.CalibrationA Zero Adjust calibration can be performed on thislogger. SW400calibration software is required.Note:It is strongly recommended that a higher accuracy NIST’d instrument be used as the standard.For more accurate calibration, return the instrument to Dickson for calibration in our A2LA Certified lab.Contact Customer Service for a Return Authorization Number before returning for calibration.Replacing the BatteryBattery Type T adiran TLH-5955 high-energy lithiumbattery, Quantity 1, Dickson part R170”If the battery is lowRemoving the battery will cause the logger to take a dummy reading of -414 to mark the point where logger power was restored. It is recommended that the logger be cleared in DicksonWare before using.If battery loses power before being replaced The logger will resume logging once the battery is replaced, but all readings before power loss will be off. A reading of -414 will mark the point where logger power was restored. Replace the battery and clear the logger in DicksonWare™ before using.Note:The loggers can not be turned “on” or “off”. If decommissioning a logger, remove the battery.Need to knowLogger SettingsWhen changing logger settings (sample interval, stop/wrap and start date and time) the logger will automatically clear all stored data.Fahrenheit/CelsiusThe DicksonWare default is Fahrenheit. To change graph view in DicksonWare to Celsius, go to File/Preferences to change temperature unit of measure selection.IP RatingThis logger has an IP rating of 68 and has maintained the IP68 rating in up to 50 meters of water.TroubleshootingCan the HT200/220/225 be used in an autoclave or incubator?• Yes, this logger is perfect for both applications. Why won’t the logger communicate?• Is the correct version of software being used? • V ersion 15.5 or higher is required. Please contact customer service if correct version of software is being used and unit still does not communicate.• Make sure the battery is good.• M ake sure the USB cable is not physically defective.Try another cable.• M ake sure that “USB” is selected underFile/Preferences/Communications.• T ry another available USB port. If this is the first time attempting to communicate on this PC, or if new software or programs have been installed since the data logger was last used, try installing the software on another PC. Why does my downloaded data show a -414 reading?• Y ou will see a -414 reading if the battery was removed at any time, this marks the point at which logging was resumed once the battery was replaced.Note If the logger is dropped on a hard surface,it may temporarily lose the battery connectionresulting in a -414 reading. This will not affect otherlogged data.Will I lose any logged data when replacing the battery?• NoThe o-ring came loose.• I f the o-ring on the USB/Probe end comes out, simply reinsert the o-ring as far into the case as possible and screw in the probe cap. The cap will push the o-ring back into position.WarrantyDickson warrants that this line of instruments will be free from defects in material and workmanship under normal use and service for a period of twelve months after delivery.This warranty does not cover routine calibration and battery replacement.Factory Service & ReturnsContact Customer Service630.543.3747 for a Return Authorization Number(RA) before returning any instrument. Please have the model number, serial number and a PO ready before calling.Rev. 06/09。

Advanced Energy高温计产品说明书

用于非接触式测温的高精度红外测温仪Advanced Energy高温计是一种采用红外辐射原理的测温仪表，即它们检测物体的红外辐射测定温度。

在许多工业领域，使用非接触测温仪表是一项重要技术。

例如，它用于控制整个工厂过程或测量甚至最小的部件，以确保稳定的质量水平。

Advanced Energy基于多年的研究和客户实际应用需求开发出丰富的高温计产品组合，为几乎所有应用需求提供了完善的解决方案。

对于本手册未列入的特殊解决方案，还可根据客户或应用的特定要求进行快速调整。

本手册概述介绍各种高温计及其所有相关事项。

仪表按应用领域以及其下的产品序列分类。

高温计概述2 ad v 非接触式测温金属、陶瓷和石墨表面金属辐射率—金属部件在加工后经常呈现明亮表面，加热时表面会变化。

如果温度超过300°C，通常出现锈蚀色和氧化皮增加的现象，这需要考虑避免测量错误。

闪亮的金属表面强烈反射红外辐射，即反射系数较高，而辐射系数较低。

热物体具有高反射系数，如果它靠近需要读取温度的位置，会影响读数（特别是物体温度较高时）。

明亮金属表面的短波辐射率较高并随着波长增加而下降。

如果金属表面出现氧化和污染，则结果可能不稳定，辐射率可能受到温度和/或波长的严重影响。

Emissivity, % 38系列便携式便携式高温计8系列—适于测量金属、陶瓷和石墨等或者浇注液流或焦炉内等特殊应用的便携式高温计。

⏹ 用于小光斑尺寸的精密光学装置⏹ 坚固的压铸外壳，适用于严酷环境⏹ 支持大数据存储⏹ 响应时间短，可用于测量快速过程⏹ 在外壳、取景器和多功能显示器上显示温度特色产品6系列测温+热成像ISR 6-TI高级型—首款工业级混合高温计-高温测定和热成像组合的单一解决方案。

⏹ 带短波红外滤光片的内置摄像机⏹ 相对于精确的高温计温度读数，自动校准热成像⏹ 定义和评估热成像中的ROI（目标区域）⏹ 包括视频电缆和视频-USB采集卡特色产品4 ad v ISR 6 高级型ISR 6-TI 高级型高精度数字式快速高温计采用双色设计（可切换至单色模式），具有模拟输出和数字接口、可聚焦光学装置以及集成inteLED显示器。