trane Tm-07说明书

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特拉尼（Trane）UC210可编程VAV控制器说明书

Features and BenefitsOrder NumberDescription BMUC210AAA0T00011UC210 Programmable VAV Controller with Trane actuator BMUC210AAA0B00011UC210 Programmable VAV Controller with Belimo actuator BMUC210AAA0100011UC210 Programmable VAV Controller with no actuatorFeaturesBenefits BACnet MS/TPAn open standard building automation communications protocol, which enables connections to other BAS systems and controllers Configurable and fully programmable•VAV programs available through quick configuration for lowest setup time •Programmable for flexibility to meet unique sequence or hardware needs Total of 14 built-in I/O pointsMeets the needs of most VAV applications with extra built-in I/Os available to network, or additional programming on controller Expandable to 22 points Flexibility to meet additional equipment needsracer™ UC210 ProgrammableController Specifications and Enclosure LocationDimensions (Without Actuator)StorageTemperature:-40°F to 185°F (-40°C to 85°C)Humidity: 5% to 95% (non-condensing)OperatingTemperature:-40°F to 158°F (-40°C to 70°C)Humidity: 5% to 95% (non-condensing)Power:20-4–27.6 Vac, (24 Vac ±15% nominal, 50–60 Hz, 10.5 VA plus 1 VA per 20mA of 24 VDC load plus12 VA maximum per binary loadEnvironmental Rating (Enclosure):NEMA 1Installation:U.L. 840: Category 3Pollution:U.L. 840: Degree 2Agency Compliance•UL916 PAZX- Open Energy Management Equipment •UL94-5V Flammability •CE Marked •FCC Part 15, Subpart B, Class B Limit •AS/NZS CISPR 22:2006•VCCI V-3/2008.04•ICES-003, Issue 4:2004•Communications BACnet MS/TP , supports BACnet protocol ASHRAE 135-2004 and meets BACnet Testing Laboratory (BTL) as an Application Specific Controller (ASC) profile device •Suitable for Plenum mountingDimensions (with Actuator)Dimensions (Trane VAV Factory Version)Trane optimizes the performance of homes and b uildings around the world. A b usiness of Ingersoll Rand, the leader in creating and sustaining safe, comfortab le and energy efficient environments, Trane offers a b road portfolio of advanced controls and HVAC systems, comprehensive b uilding services, and parts. For more information, visit .Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice.We are committed to using environmentally © 2013 Trane All rights reservedBAS-PRC076B-EN 19 Nov 2013Inputs and Outputs Analog Inputs 1 through 3Note:Configuration options when used as spare; 10k Ω thermistor , 0 to 1k Ω linear setpoint, 200Ω to 20k Ω linear . Universal Inputs UI1 and UI2Note:Configuration options when used as spare; 4–20mA, 0-10V , resistive (see AI specifications), binary (solid state open collector).•AI1: Space temperature; thermistor: 10k Ω @77°F (25°C) range:32°F to 122°F (0°C to 50°C)•AI2: Space setpoint; potentiometer: 1k Ω from 50 to 90°F (10 to32.2°C), */** (thumbwheel) functionality supported•AI3: Discharge air temperature: 10k Ω @77°F (25°C) from -40°F to212°F (-40 to 100°C)•UI1: Relative Humidity •UI2: CO 2Pressure Input P1Binary Input BI1, Dry Contact •P1: Supply air flow; pressure transducer: From 0 to 5 in. watercolumn (0 to 1240 Pa)•BI1: OccupancyAnalog Outputs AO1 and AO2Note:Configuration options when used a spare; Voltage output is 0 to 10 VDC, 500 ohm min. impedance. Current output is 4 - 20 mA, 500Ω max. impedance.Binary Outputs 1 through 5Note:0.5A Resistive Maximum Rating•AO1: ECM•AO2: SCR Heat •BO1: Heat stage 3 TRIAC •BO2: Heat stage 2/Water Valve Close TRIAC •BO3: Heat stage 1/Water Valve Open TRIAC •BO4: Air Damper Close TRIAC •BO5: Damper Open TRIAC。

美国EBC公司的气候控制系统产品说明书

312©2021Model Number:Used With:EBC Cooling Only (Electric Heat Optional)GBC Gas Heat UnitList of OptionsFactory Installed Options Field Installed Options10-year Limited Stainless Steel Heat Exchanger Warranty Barometric Relief DamperHigh Static Motor Kit (a)(a)Available on constant volume units only. See product catalog for moreinformation.CO 2 sensor - Demand Control Ventilation (DCV)Condensate Overflow Switch Economizer (Downflow)Electric Heaters Hail/Vandal Guards High Static Motor Kit (a)Low Ambient Cooling Low Leak Economizer Manual Outside Air Damper Motorized 2-Position Damper Powered Exhaust Remote PotentiometerTable 1.General data—heating performance – 7.5–12.5 tonsHeating Performance (a)7.5 - 8.5 Tons10 - 12.5 Tons Heating Models Low Medium HighLowMediumHighHeating Input (Btu/h)125,000180,000225,000180,000225,000250,0001st Stage (Btu)87,500126,000158,000126,000158,000175,000Heating Output (Btu/h)100,000144,000180,000144,000180,000200,0001st Stage (Btu)70,000100,000125,000100,000125,000140,000Steady State Efficiency %80%80%80%80%80%80%No. Burners 356566No. Stages222222Gas Supply Line Pressure (in. wc)Natural Gas (minimum/maximum) 4.5 / 14.0 in. wc. 4.5 / 14.0 in. wc. 4.5 / 14.0 in. wc. 4.5 / 14.0 in. wc. 4.5 / 14.0 in. wc. 4.5 / 14.0 in. wc.Gas Connection Pipe Size (in.)1/2”1/2”3/4”1/2”3/4”3/4”(a)Heating Performance limit settings and rating data were established andapproved under laboratory test conditions using American National Standards Institute standards (ANSI). Ratings shown are for elevations up to 2,000 feet. For elevations above 2,000 feet, ratings should be reduced at the rate of 4% for each 1,000 feet above sea level.Table 2.Unit wiring with cooling only (no electric heat) or gas heatTonsUnitModel NumberUnit Operating Voltage Range Standard Indoor Fan Motor Oversized Indoor FanMotorMinimum Circuit Ampacity (a)Maximum Fuse Size orMaximumCircuitBreaker Minimum Circuit Ampacity Maximum Fuse Sizeor Maximum Circuit Breaker 7.5E/GBC090A 208-230375042508.5E/GBC102A 208-2304050455010.0E/GBC120A 208-2305470597012.5E/GBC150A208-23062806780Table 1.General data—heating performance – 7.5–12.5 tonsHeating Performance (a)7.5 - 8.5 Tons10 - 12.5 Tons (a)For Standard and Oversized Indoor Fan Motor, values do not include powerexhaust accessory.Table 3.Electrical characteristics - evaporator fan motorTonsUnit Model NumberStandard Evaporator FanMotor Oversized Evaporator FanMotor No.Volts Phase Hp Amps No.Volts Phase Hp Amps FLA FLA 7.5E/GBC090A 1208-23032 5.81208-230337.58.5E/GBC102A1208-23032 5.81208-2303511.010.0E/GBC120A 1208-230337.51208-2303511.012.5E/GBC150A1208-230337.51208-2303511.0Table 4.Unit dimensional data (in inches)7.5 Ton8.5, 10, and 12.5 TonsUnit Length 88.2588.25Unit Width 58.7558.75Unit Height44.0049.063Clearance C160.0060.00Clearance C248.0048.00Clearance C348.0048.00Curb Length 84.8084.80Curb Width 54.5654.56Supply Length 32.25632.256Supply Width 15.5215.52Return Length 37.92137.921Return Width15.79915.799October 2021RT-PRC094B-ENQuick Reference GuideFoundation™7.5 to 12.5 Tons Packaged Rooftop Units Cooling and Gas/Electric5RWRLSWSLCWCLTable 5.Curb matrixType Trane Lennox CarrierBryant JCI/York ICP HeilDay and NighGoodman Daikin Older VoyagerGas/ElectricGBC036-060ZGB 036-06048DJ 004-00, 48GJ 00648HC 004-006, 48HE 004-00648HJ 004-006, 48KC 004-00648LJ 004-006, 48LC 004-00648TC 004-006, 48TF 004-00648TJ 004-006, 48TM 004-00648FC_A04-06, 48FC_B04-0648FC_M07, 48FC_N0748GC_M04-05, 48GC_N04-0648HC_G04-06, 48LC_A04-0648TC_D04-D07, 48KC_A04-06579A 036-060580C 036-060580D 036-060580F 036-060580J 04-06581C 036-060581J 04-06ZXG 04-06ZYG 04-06CPG (BA) 036-060DSG 036-060ULUWUH7Electric/ElectricEBC036-060ZCB 036-06050GJ 006, 50HC 004-00650HE 004-006, 50HJ 004-00650KC 004-006, 50LC 004-00650LJ 004-006, 50TC 004-00650TFF 004-006, 50TJ 004-00650TM 004-006, 50TC_B04-0750FC_A04-06, 50FC_B04-0650FC_M07, 50FC_N0750GC_M04-05, 50GC_N04-0650HC_G04-06, 50LC_A04-0650TC_D04-D07, 50KC_A04-06551B 036-060558C 036-060558D 036-060558F 036-060558J 04-06ZXE 04-06ZYE 04-06CPC (BA) 036-060DSC 036-060Gas/Electric GBC090-150ZGA092-15048DJ008 - 01448GJ008 - 01248HJ008 - 01448LJ008 - 01448QJ008 - 01448TC_08 - 1448TF008 - 01448TJ008 - 01448TM008 - 01448HC_G08-1248LC_A0748LC_B0748TC_E08-1448TC_M08-12581B090 - 150581C090 - 150580C090 - 150580D090 - 150580F090 - 150580J08 - 12581J_08 - 12581J_04 - 07PGE090 - 150PGH090 - 150RGS090 - 150CPG090 - 150**DCG090 - 150**Electric/ Electirc EBC090-150ZCA092 - 15050DJ008 - 014, 50GJ008 - 01250HJ008 - 014, 50HE004 - 00650LJ008 - 014, 50QJ008 - 01450TC_08 - 14, 50LC_04 - 0650TF008 - 014, 50TJ008 - 01450TM008 - 014, 50LC_A0750TC_E08-14, 50TC_M08-1250HC_G07-12551B090 - 150558C090 - 150558D090 - 150558F090 - 150558J08 - 12551J08 - 12PAE090 - 150PAH090 - 150RAS090 - 150CPC090 - 150**DCC090 - 150**Type Trane Lennox Carrier Bryant JCI/YorkICPHeilDay and NighGoodmanDaikinOlderVoyagerHeat Pump ZHA092 - 12050QJ008 - 012, 50HJQ008 - 01250LJQ008 - 012, 50TCQ_08 - 1250TFQ008 - 012, 50TJQ008 - 01250HCQD07-09, 50TCQD08-12549B_X090 - 120548B_X090 - 120548C_X090 - 120548D_X090 - 120548F_X090 - 120548J_08 - 12PHE090 - 120PHS090 - 120PHH090 - 120RHS090 - 120CPH090 - 120**DCH090 - 120**Gas/Electric GB*18048TJD016, 48TJE01648TJF016, 48HJD01748HJF017, 48TMD01648TMF016, 48DP01648DR016YCD180E YCD180F YSD180F YHD180F YCD181B YCD181C YCD181E YCD181FGB*21048TJD020, 48TJF02048TMD020, 48TMF02048DP020YCD210A YCD210B YCD210E YCD210F YSD210F YHD210F YCD211B YCD211C YCD211E YCD211FGB*24048HJD025, 48HJF02548TJD024, 48TJE02448TJF024, 48TMD025YCD240A YCD240B YCD240E YCD240F YSD240F YHD240F YCD241B YCD241C YCD241E YCD241FTable 5.Curb matrix (continued)Type Trane Lennox Carrier Bryant JCI/YorkICPHeilDay and NighGoodmanDaikinOlderVoyager©2021Trane and American Standard have a policy of continuous product and product data improvement and reserve the right to change design and specifications without notice. We are committed to using environmentally conscious print practices.Trane and American Standard create comfortable, energy efficient indoor environments for commercial and residential applications. For more information, please visit or .GB*30048TJD028, 48TJE02848TJF028, 48TMD02848TMF028YCD300B YCD300E YCD300F YSD300F YHD300F YCD301C YCD301E YCD301F Electric/ElectricGB*18050TJ016, 50TM01650DP016, 50HJ017TCD180E TCD180F TSD180F THD180F TCD181B TCD181C TCD181E TCD181F GB*21050DP02050TJ02050TM020TCD210A TCD210B TCD210E TCD210F TSD210F THD210F TCD211B TCD211C TCD211E GB*24050TJ02450TM02550HJ025TCD240A TCD240B TCD240E TCD240F TSD240F THD240F TCD241B TCD241C TCD241E TCD241F GB*30050TJ02850TM028TCD300B TCD300E TCD300F TSD300F THD300F TCD301C TCD301E TCD301FType Trane Lennox CarrierBryant JCI/YorkICP HeilDay and NighGoodman Daikin Older Voyager RT-PRC094B-EN 13 Oct 2021Supersedes RT-PRC094A-EN (Apr 2021)。

Trane Illusion Mini Split 空调机型号说明书

Trane proudly presents Illusion air conditioners withhigh quality design according to Trane WorldWide Quality Standards providing you withconvenient, comfortable, reliable, and durableheating and cooling with minimal servicerequired.Complete family of concealed models - availablecapacity ranging from 12,000 to 60,000 Btu/h forstandard models and from 9,000 to 40,900 Btu/hfor high ef ﬁ ciency models.Energy ef ﬁ ciency - high ef ﬁ ciency models, EER ≥11.0 Btu/h/W or COP ≥3.2 W/W, providingfull capacity with less energy consumption andelectricity cost compared to standard models.Compact height - only 258 mm for 12,000 to 6,000Btu/h standard models - the IllUSION series is verycompact and easy to be installed in the tight ceiling.Return air plenum provides low air facevelocity for quiet operation - MCD048 andMCD060 are equipped with the return air plenumand 1 inch aluminium ﬁ lter as standard as well ashigh ef ﬁ ciency models from MCD030 to MCD042.Illusion Series• High performance & Energy ef ﬁ ciency(EER ≥11.0 Btu/h/W or COP ≥3.2 W/W)*• Slim design with compact height• High quality drain pan Triple Protection Drain PanIllusion drain pans consist of three layers: a single piece of galvanized sheet, a single piece of polystyrene foam, and a vacuum formedplastic liner. Moreover, it is provided with highquality drain hose, enabling ﬂ exibility, which issuitable for PVC size.• Ef ﬁciently prevent the beautiful ceiling from droplet caused by leakage of drain pan.• Ef ﬁcient drainage and decrease the chance of the accumulation of mould with slopingdrain pan.• Provides superior indoor air quality.PlasticPolystyrene foamGalvanized sheet A B C A B CFan Speed:continuosly provides cool air ﬂ ow with 4 fan speeds: High, Medium, Low, and Auto.Temperature Setting:set temperature range is from 15 to 30 .Powercool (Turbo) Mode:provides quick convenient cooling capacity. (Turbo Mode for LCD wired control)Sleep Mode:provides more comfort with automaticallyappropriate room temperature adjustment during night time.Econo Mode:provides more energy saving with highef ﬁ cient cooling capacity.Mode of Operation:allows you control the operating modes: Fan, Cool, Dry.Dry Mode:provides effective humidity reduction withhigh ef ﬁ cient cooling capacity.24 Hours Programmable Timer:Users can select on/off time of the unit as real time.High Ef ﬁ ciency Condensing UnitHigh ef ﬁ ciency unit with reliable slit-typealuminium ﬁ n. Compact unit size allows forinstallation in limited or con ﬁ ned spaces.Options: Blue ﬁ n, Copper ﬁ n, Stainless casing,45 degree louver, and Aeris coating.Digital Touch Control Series Digital T ouch Control is designed with state-of-the-art to ful ﬁ ll the modern lifestyle.• Wired and wireless control are available.• T ouch control switch.• Providing variety of features espcially when using with wireless remote control.• Intelligent control: providing intelligent features and convenience as your desire.LCD WirelessRemote Control Touch Wired Control (ACYSTAT170AA Cooling Only)(ACYSTAT270AA Cool & Heat)T ouch Wired Control (ACYSTAT160AA Cooling Only)(ACYSTAT260AA Cool & Heat)LCD Wired Control (ACYSTAT110AA Cooling Only)(ACYSTAT210AA Cool & Heat)(ACYSTAT120AA Cooling Only)(ACYSTAT220AA Cool & Heat)LCD Wireless Remote Control LCD Wired ControlIngersoll Rand (NYSE:IR) is a world leader in creating and sustaining safe, comfortable and effi cient environments in commercial, residential and industrial markets. Our people and our family of brands— including Club Car®, Hussmann®, Ingersoll Rand®, Schlage®, Thermo King® and Trane®—work together to enhance the quality and comfort of air in homes and buildings, transport and protect food and perishables, secure homes and commercial properties, and increase industrial productivity and effi ciency. We are a $13 billion global business committed to sustainable business practices within our company and for our customers.Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice.Trane Thailand, 999/1 Mu 9, Bangna-Trad km. 19 Rd., Bangchalong, Bangplee, Samutprakarn, Thailand© 2011 Trane All rights reserved MS-SLB029-EN March 31, 2011Produced on post-consumer recycled paper, usingenvironmentally friendly pint practices that reduce waste 2. Rated for 25 feet (7.5 meters) of evacuated refrigerant piping.3. Outdoor unit’s dimensions exclude the size of the mounting feet. For more detail, please see the drawing in the installation manual.2. Rated for 25 feet (7.5 meters) of evacuated refrigerant piping.3. Outdoor unit’s dimensions exclude the size of the mounting feet. For more detail, please see the drawing in the installation manual.1. At ARI system rating conditons of 80°F - DB / 67°F - WB Indoor & 95°F - DB Outdoor.2. Rated for 25 feet (7.5 meters) of evacuated refrigerant piping.3. Outdoor unit’s dimensions exclude the size of the mounting feet. For more detail, please see the drawing in the installation manual.。

迪杰海尔空调商品说明书

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Trane Series E CenTraVac Duplex 液冷机说明书

The Series E Duplex chiller leverages a series counterflow design with dual independent refrigerant circuits to deliver the industry’s most efficient chillers and to continue the Trane legacy as the global leader in centrifugal chillers. Specifically designed to maximize energy efficiency in large capacity applications such as campuses, district cooling plants andindustrial processes, it serves both new and replacement chiller markets. The Duplex chiller also offers energy-saving options like thermal storage and heat pump capabilities up to 140°F (60°C) that are good for the environment and can often pay for themselves through reduced water consumption, reduced heating and ancillary power consumption and lower total operating costs.The Evolution Continues...Trane is proud to introduce the latest addition to theEarthWise™ CenTraVac product portfolio: the Series E chiller. Continuing the Trane commitment to provide the rightrefrigerant for the right product at the right time, the Series E chiller uses R-1233zd(E), a low pressure, next-generation, low global warming potential (GWP) refrigerant. Building on the CenTraVac legacy, the Series E delivers the same industry-leading reliability and highest efficiencies that customers expect from Trane chillers.to 19 percent when paired in a series configuration. Multiple compressors with multiple stages provide unloading stability and efficiency for various ambient applications.Thedirect drive compressors deliver reliability through simplicity of design and fewer moving parts. They also contribute to the industry-leading efficiency levels by eliminating losses associated with gears, transmissions or shaft seals, while delivering the lowest sound and vibration levels. The semi-hermetic motor operates in a cool and clean environment, extending the life of the chiller and eliminating the heat that would otherwise impact the mechanical room. The multi-stage compressors enable stable and reliableoperation across a wider range of operating conditions, and the low pressure design enables a near-zero refrigerant leak rate.Next-Generation RefrigerantTrane has always taken a balanced approach to selecting refrigerants, considering factors such as safety, sustainability, efficiency, sound, reliability and overall lifecycle impact. The selection of low pressure R-1233zd(E) enables Trane to continue this commitment as the industry evolves through its next refrigerant transition, from HCFCs and HFCs to next-generation, low-GWP refrigerants, like R-1233zd(E).Classified as an “A1” refrigerant per ASHRAE Standard 34, R-1233zd(E) is one of the few non-flammable olefin options available today. It has near-zero global warming potential and enables best-in-class chiller efficiencies. Low pressure refrigerants have been a key element of the Trane centrifugal chiller design since its introduction in 1938, and the Series E CenTraVac chiller continues this tradition with its low pressure, leak-tight design.The Series E CenTraVac chiller is only available in select markets.Tracer AdaptiView™ ControlsProviding the intelligence behind CenTraVac chillers, Trane Adaptive Control™ strategies respond to a variety ofconditions to maintain efficient chiller plant operation for all applications, with patented control algorithms that maximize performance in variable primary flow systems. The open protocol design works with any building automation system without the need for gateways (BACnet®, Modbus RTU and LonT alk®).Product OptionsAs with all CenTraVac™ chillers, selection options result in a unit built to your specifications. From energy saving options to the enhanced electrical package to a variety of low and medium voltage options, your Trane chiller is customized for your application.•Low Voltage (<600V) options include unit- and remote-mounted wye delta or solid state starters, or a unit-mounted Adaptive Frequency™ drive.•Medium Voltage (3.3-6.6kV or 10-11kV) options include unit- and remote-mounted across-the-line, primaryreactor or auto transformer starters, or a remote-mounted Adaptive Frequency drive.Ingersoll Rand (NYSE:IR) advances the quality of life by creating comfortable, sustainable and efficient environments. Our people and our family of brands—including Club Car®, Ingersoll Rand®, Thermo King® and Trane®—work together to enhance the quality and comfort of air in homes and buildings; transport and protect food and perishables; and increase industrial productivity and efficiency. We are a global business committed to a world of sustainable progress and enduring results.We are committed to using environmentally conscious print practices.©2015 Ingersoll Rand CTV-SLB047-EN April 24, 2015Series E™ CenTraVac™ chiller, Model CDHHDimensions do not include waterboxes, hinges, starters or other unit-mounted options that may affect unit size. Contact your Trane representative for more information. 1. C L 1 can be at either end of the machine and is required for tube pull clearance.2. C L 2 is always at the opposite end of the machine from C L 1 and is required for service clearance.WidthE LWidth36 in. (920 mm)Recommended Clearance。

Trane UniTrane W-Line高廊风机冷却单元说明书

High wall fan coil units UniTrane™ W-LineHigh wall fan coil unitsUniTrane™ W-LineUniTrane™ W-Line is Trane’s high wall fan coil unit designed for optimum comfort and high performance. Available in 4 sizes and many different configurations, W-Line is easy to install and use, just like a standard fan coil. The modular design allows for mounting2-way or 3-way valves and condensate pump into the casing, without any impact on performance and footprint.Thanks to its modern and appealing design, the W-Line can be used for a wide range of 2-pipe applications.All sizes can be provided with standard AC fan motors (WFS) or low energy consumption EC fan motors (WFE).Additionally, the following versions are available:• WFS/E: Wired wall control• WFS/E-IR: Infra-red remote control (single unit control)• WFS/E-MB: MB electronic board for Modbus management (multiple unit control)• WFS/E-EH: Electric heaterMain options (factory-mounted or field-installed)• 2-way valve including control kit: ON-OFF, with electric motor and mounting kit• 3-way valve including control kit: 230V ON-OFF, with electric motor and mounting kit with micrometric lockshield valve• Condensate drain pump Key features• Casing: Made of auto-extinguishing ABS UL94 HB plastic with high specifications and great resistance to aging. The diffusion louver can be adjusted manually or by remote control.• Air filter: Washable synthetic filter, readily accessible.• Electric motor: Single phase motor with 3 connected speeds and internal thermal protection (WFS models). Electronically commutated motor (BLAC type with permanent magnets) available on WFE models.• Heat exchanger: Drawn copper tube with aluminium fins mechanically bonded onto the tube by an expansion process. The coil has two 1/2 inch BSP internal connections and 1/8 inch BSP air vent and drain.• Condensate drain pan: Made of polypropylene; Solid construction to improve condensate management while preventing corrosion.• Easy packaging: A cardboard installation templateis supplied with every unit to facilitate the mounting onthe wall.Product dataStandard fan motor (WFS)Low energy consumption fan motor (WFE)Notes:Power supply: 230-240V / 1 Ph / 50-60 hzMin/Med/Max are standard factory-wired speeds. More speeds are available.COOLING (summer operation) : E ntering air temperature: + 27°C d.b. / + 19°C w.b. ; Water temperature: + 7°C E.W.T. / + 12°C L.W.T.HEATING (winter operation): E ntering air temperature: + 20°C; Water temperature: + 50°C E.W.T. ; Water flow rate as for the cooling conditionsEC fan motor boosts savings and comfortThe EC fan motor found in UniTrane™ model WFE delivers significant savings by reducing power consumption by an average of 67%.Thanks to continuously variable fan speed, noisy switching is eliminated and sound emissions are minimized.Comfort is optimized by the motor’s capability to deliver a rapid response when conditions demand it and to maintain a steady ambient temperature.The EC fan motor technology makes a significant contribution to lower the energy consumption of any building.1 0002 0003 0004 0005 0006 0007 0008 0009 000Watt.hoursLowMediumHighTypical fan motor loads of a Paris office buildingFan speed/airflow requirementsWall-mounted electronic controls – Standard versionsWall-mounted electronic controls – IR and MB versions& ReceiverIR-MB TODSON-OFF switch X X X Temperature set X X X Modify the set point*X X Fan speed set (low, medium, high, auto)X X X Set the operation mode (fan only, cooling, heating)X X X Time setX X X 24 hours ON/OFF program XX X Weekly ON/OFF programX X Display and change of the fan coil operation parameters X X Master-slave connection (up to 20 units)XX Master-slave connection (up to 60 units)X* when used as a +/- 3° variation of the set point configured TODSM-3V T-REM TB-503M-2T ON-OFF switch X X X X Manual 3 speed switchXX X X Manual/Automatic 3 speed selection X Summer/Winter switchX X X Room thermostat for fan control (ON-OFF)X X X Room thermostat for 1 valve controlX X X Simultaneous thermostatic control of the valves and fanX X XRoom thermostat for chilled water valve (SUMMER) and electric heater (WINTER) control X X Installation of electronic low temperature CUT-OUT thermostat (NTC)XInstallation of bimetallic low temperature CUT-OUT thermostat (TMM)X Trane® is a brand of Ingersoll Rand®. Ingersoll Rand (NYSE:IR) advances the quality of life by creating comfortable, sustainable and efficient environments. Our people and our family of brands—including Ingersoll Rand®, Trane®,Thermo King® and Club Car® — work together to enhance the quality and comfort of air in homes and buildings; transport and protect food and perishables; and increase industrial productivity and efficiency. We are a global business committed to a world of sustainable progress and enduring results.© 2016 Trane – All rights reservedUNT-SLB031-GB June 2016We are committed to using environmentally conscious print practices that reduce waste.。

Trane SRV-SVX007B-GB 适应频率驱动器操作维护指南说明书

Adaptive Frequency Drive forRTAC / RTAD / RTWD / RTUD / RTWB / RTUB ChillersSRV-SVX007B-GBTable of ContentsIntroduction (4)Foreword (4)Warranty (4)Reception (4)General Information (4)General Features (4)Documentation (4)Parts list (5)Parts to be ordered (5)Kits components details (7)Oil (7)Electrical kit (7)Additional material (10)Recommended parts list (10)Mechanical installation (11)Lifting and moving instructions (11)Lifting weight and dimensions (11)Oil change (13)Temperature sensors (13)Pressure transducer (13)Electrical installation (14)Wiring diagram (14)On site connection (14)Power wiring (15)Control wiring (15)Bus wiring (16)Wiring installation instructions (16)Control card connection (RTAC and RTWD chiller only) (18)Commissioning (20)AFD conﬁ guration (20)Binding (20)Conﬁ guration (20)Acoustic and vibration (20)Chiller operation with Adaptive Frequency Drive (24)Chiller operating map (24)Speciﬁ c installation (24)ForewordThese instructions are given as a guide to good practice in the installation and maintenance of the T rane Adaptive Frequency Drive retroﬁ t kit. T hey do not contain thefull service procedures necessary for the continued successful operation of this equipment. T he servicesof a qualiﬁ ed service technician should be employed, through the medium of a maintenance contract with a reputable service company.WarrantyWarranty is based on the general terms and conditions of the constructor. T he warranty is void if the equipment is modiﬁ ed or repaired without the written approval of the constructor, if the operating limits are exceeded, or if the control system or the electrical wiring is modiﬁ ed. Damage due to misuse, lack of maintenance, or failureto comply with the manufacturer’s instructions, is not covered by the warranty obligation. If the user does not conform to the instructions given in this document, it may entail cancellation of warranty and liabilities by the constructor.ReceptionOn arrival, inspect the parts before signing the delivery note. Specify any damage on the delivery note, and send a registered letter of protest to the last carrier of the goods within 72 hours of delivery. Notify the local T rane sales ofﬁ ce at the same time. T he parts should be totally inspected within 7 days of delivery. If any concealed damage is discovered, send a registered letter of protest to the carrier within 7 days of delivery and notify the local T rane sales ofﬁ ce.Important notice: No shipping claims will be accepted by Trane if the above mentioned procedure is not respected. Note: More stringent national rules may apply in some countries. For more information, refer to the general sales conditions of your local T rane sales ofﬁ ce.General InformationCautions appear at appropriate places in this instruction manual. Y our personal safety and the proper operation of this machine require that you follow them carefully. The constructor assumes no liability for installations or servicing performed by unqualiﬁ ed personnel General FeaturesThis document describes the material required and the procedure to install on site Adaptive Frequency Driveon RTAC, RTAD and RTWD units. Support of a qualiﬁ ed Trane technician is required to install and commission the Adaptive Frequency Drive.DocumentationThis document is intended to guide T rane techniciansto retroﬁ t a RTAC, RTAD or RTWD chiller with Adaptive Frequency Drive.Refer to ofﬁ cial T rane documentation concerning operation and maintenance of the chillers.WARNING!Hazardous Voltage!Disconnect all electric power before servicing.Failure to disconnect power before servicing canresult in severe personal injury or death caused by electrocution.WARNING!Capacitors inside. Wait for 30 minutes after switchingoff power before servicing the chiller or the Adaptive Frequency Drive.IntroductionParts listThe parts list below does not mention all parts. Only the kit main components are listed in the document. Parts to be orderedT able 1 - Parts list250OIL003172KIT1775E1KIT1776E1 * Standard efﬁ ciency units** High and premium efﬁ ciency units+ Standard evap temperature (>5°C) - High condenser (>35°C)++ Low evap temperature (<5°C) - Standard condenser (<35°C)Note: Kit for RTUD are the same as for RTWD with HiVi compressorParts listKits components detailsOilHere is a description of oil currently used (existing oil) and oil to be replaced when using Adaptive Frequency Drive (New oil).pailL 18.918.9Electrical kitTable 3 - Electrical kit description Panel designFigure 1 - RTAD/RTWB panelFigure 2 - RTAC/RTWD panelParts list8K3-C18K2-C18K1-C28K3-C28K2-C18A5-18A4-C18A2-18K1-C18A4-C28A8-1(OPTION)8A2-18A3-C18A5-18A8-1(OPTION)FusesThe large sizes of Adaptive Frequency Drive (110 kW to 132 kW) are mounted with high speed fuses (gG type). Other AFD (30 kW to 90 kW) do not have fuses. Therefore existing fuses must be changed on units using smaller AFD (sizes 30 kW to 90 kW).Adaptive Frequency DriveCaution! Different data for RTWD using HiVi or LoVi compressors- H iVi compressors used when digit 15 = B / C ordigit 21 = 2/3- LoVi compressors used when digit 15 = A or digit 21 = 1Parts listTable 5 - RTAD / RTAC / RTWB AFD selectionParts listWiringEach electrical kit is provided with appropriate power wiring to connect electrical kit to the unit. 10 m of standard power wiring and 10m of shielded power wiring are provided for each circuit.Figure 3 - Standard and shielded power wiringY/GFigure 4 - Control wiringFigure 5 - Bus WiringAdditional materialThe following material is not provided within T rane kit and has to be locally supplied:−Cable tray−Fitting accessories for AFD panel T ools−Cable cutter for large section wiring− C rimping tool to connect terminal lug to power wiring − D rill or knock out tool to adapt cable glands holes into compressor terminal box − 2 pipe wrench to lock cable glands−Female lugs (faston) to connect control card −Grinder to remove paint from terminal box− R over converter (RS485). Switch position = half duplex (2 wire) without echo¡S1: ON ¡S2: OFF ¡S3: OFF¡S4: OFFConnection from AFD control card (8A5-1) to Rover converter: J2-3 to terminal 2 / J2-4 to terminal 1Recommended parts listParts listMechanical installationLifting and moving instructionsFigure 6 - AFD kit lifting Trane recommends the following lifting method for theAdaptive Frequency Drive retroﬁ t kit:• The kit is delivered on a skid• T he minimum lifting capacity of material used must behigher than the tabulated kit shipping weight• C AUTION! Lift and handle with care. Avoid shockswhile handling.• L ifting rings are available on each drive. Use theserings to lift the AFD kit as per drawing below.Lifting weight and dimensionsExternal dimensions of the kit are:Height = 1385 mmWidth = 1137.5 mmDepth = 500 mmMechanical installation Figure 7 - AFD kit external dimensionsBOTTOM VIEWMechanical installationOil changeChange oil prior to electrical change.Compressor oil can be changed without removing the refrigerant. It is required to drain the maximum oil and replace by the new oil supplied with the kit. Respect the following steps when changing oil:Step 1: Run the unit for 30 minStep 2: Drain the oilStep 3: Measure the volume of the old oil recoveredStep 4: Fill the tank with the same volume of new oil as measured in step 3.It is authorized to have a mix of old and new oil. Tolerance limit of old oil is set at 20%.When doing an AFD retroﬁ t, two oil changes (drain/reﬁ ll) are required to ensure proper oil viscosity. We recommend doing an oil analysis to check oil viscosity after each oil change and after running the unit during30 minutes.CAUTION!: Compressor longevityIn each chiller circuit, oil viscosity must be above 100 cSt at 40°C for AFD application.T emperature sensorsTwo temperature sensors are supplied within the kit. They must be mounted on the chiller and connected to the retroﬁ t kit control panel.Mounting instructions:−Use thermal paste−Mount sensor on thermal paste−Maintain sensor with cable tie−Cover sensor with thermal insulationRTAC, RTAD and RTWBOne temperature sensor must be mounted on each circuit discharge line. T he temperature sensor must be mounted as close as possible to the compressor as per picture below.Figure 8 - Refrigerant temperature sensor mounting on RTAC / RTAD / RTWB units RTWDOne temperature sensor must be mounted on each oil line. T he temperature sensor must be mounted as close as possible to the compressor between oil separator (or oil cooler when available) and compressor.Figure 9 - Oil temperature sensor mounting on RTWD unitsPressure transducerRTAD and RTWB unitsPressure transducers are provided and required for RTAD units only. T hey have to be mounted on the Schraedervalve of each oil separator.Refrigerantdischarge lineCompressorCompressorOil return lineElectrical installationWiring diagramThe kit wiring diagram (including wire type and location) is available in pdf and AutoCAD formats.• RTAC: 23113535• RTAD: 23113536• RTWB: 23113966• RTUB: 23113967Wiring diagrams for the chiller retroﬁ t are available as pdf and AutoCAD formats:• RTAC: 23113532• RTAD: 23113534• RTWB: 23113968On site connectionNew partsExisting partsFigure 10 - Installation schematics for RTAC unitsPanelStandard power wiringShielded power wiringControl wiringFigure 11 - Wiring connection for AFD kitsPower wiring10m standard power wiring and 10m shielded power wiring are supplied for each circuit within the kits:• S tandard power wiring to be installed from the main electrical panel to the AFD.• S hielded power wiring to be installed from the AFD to the compressor.Caution!: when tightening the screw terminal lug. Respect fastening torque:• K & L compressor: 11.3 Nm • M & N compressor: 27.1 NmControl wiringEMC compatibilityControl wiring and power wiring must be separated by 30cm minimum and positioned in separated cable trays.Figure 12 - Wiring installationAFD 2AFD 1To Compressor 2To Compressor 1Power supply from main control boxPower supply from main control boxControl cables to compressorControl cables to main Control boxBus wiringThe bus leaving the kit panel must be connected to the existing bus on the chiller. A “Y” connector is provided within the kit to ensure such connection.Connect temperature and pressure sensors on the auxiliary bus. T he bus cable is provided within the kit.Wiring installation instructionsIt is required to have wires follow a straight line as much as possible and being as short as possible. T he cable must be placed as close to the unit metallic frame as possible.Installing EMC cable glandShield continuityWhen using the reducer after the EMC cable gland, make sure shielding is connected to the cable gland.Figures 13 - Shielded power wiring installation into EMC cable glandSTEP 1: Remove the sheath without damaging the shield and maintain remaining sheathSTEP 2: Leave only 10 cm of shield and maintain it withtape. It will be easier to place cable gland afterwards.STEP 3: Place the cable gland. Ensure the shield is connected to the cable gland. Warning!: Do not damage the shield.Wiring installation to the AFDChiller operationThe shield must be removed and connected to cable glands prior going through the current transformer and chokes.Figure 14 -Wiring connection to AFDEarthchokesCurrent transformersShieldFigures 15 - Installing EMC cable gland to compressor terminal boxSTEP 1: Scratch paint around holes into the terminal boxSTEP 2: Install adaptive plate provided within the kit anddrill at appropriate diameter (according to cable glandsdimensions)Control card connection (RTAC and RTWD chiller only)RTACIt is required to cut the “COM” part of the control board A14-1 and A14-2 as per drawing below and as shown on wiring diagram 23113532.Figure 16 - Starter card adaptationTherefore Control card A14-1 and A14-2 must be at the end of bus daisy chain as per drawing below.Figure 17 - New bus connection into RTAC control panel Current wiring Modiﬁ ed wiringAll connections on J3 to card A14-1 and A14-2 must be moved to another card (ie. A10) to ensure power and communication.A14-1 and A14-2 are starter cards. New cards are available into the AFD kit control panel. T he cardsavailable into the original electrical panel are no longer used.RTWDIt is required to cut the “COM” part of the control board 1A3 and 1A4 as per drawing below and as shown on wiring diagram 23113531.Therefore caxrd 1A3 and 1A4 must be placed at one endof the bus daisy chain as per drawing below.A5-3A4-3A5-2A7-2A2-1A6-3A6-2A6-1A10A14-1A14-2A4-1A4-2A7-1A8-1A8-2A8-3A9A5-3A4-3A5-2A7-2A2-1A6-3A6-2A6-1A10A14-1A14-2A4-1A4-2A7-1A8-1A8-2A8-3A9Figure 18 - New bus connection into RTWD control panelCommissioningAFD conﬁ gurationConﬁ gurations are to be made using MCT10 software.Conﬁ gurations are available on the T echnical ServiceSharepoint.BindingStarter CardBinding using T echview or Kestrelview.Additional card bindingControl binding must be made using GP2 VFD softwareavailable on T echnical Service SharePoint.Conﬁ gurationT able 8 - Unit conﬁ guration change using T echview orKestrelviewstarter type• D isable starter integrity test• D isable phase unbalance protection• D isable phase reversal protectioncurrent reduction • D isable phase unbalance protection• D isable phase reversal protectionDepending on the system characteristics, machine gain settings (CH530 or UCM-CLD) should be adjusted to avoid chiller system instability.New controlThe latest application is loaded from factory into the controller card (8A5-1). T he application software update is available on the T echnical Service SharePoint if required.Use GP2 VFD softwareConﬁ guration loadingUse GP2 VFD softwareAcoustic and vibrationOnce the chiller has been commissioned, a frequency sweep must be performed to detect any excessive vibration liable to damage the chiller. T he below guidelines must be followed to avoid any risk.Methodology• D etect vibration location: Perform a frequency sweep from 30Hz to 50Hz and examine piping (suction and discharge line) to detect any important vibration or disturbing noise issues. In case of any abnormal operation record the location and frequency where vibrations are prevalent.• V ibration measurement: T ake vibration velocity measurement, compare it to the design criteria and examine the characteristics. Identify the types of piping vibration:¡D irectly excited by the compressor’s harmonics are:• Harmonic 1 (30Hz 50Hz)• Harmonic 2 (60Hz to 100 Hz)• Harmonic 5 (150Hz to 250Hz)• harmonic 10 (300Hz to 500Hz)¡I dentify by the hammer test (FRF test) asstructural resonance of the piping¡Compare to appropriate screening criteria• E valuate potential solutions: Once the frequency is well deﬁ ned, you can apply an AFD frequency skip. Once the cause of the resonance frequency is wellidentiﬁ ed, you can apply a line weight on the piping to shift down the resonance frequency and to reduce the vibration level.Measurement device requirement for resonance determinationTo measure the vibrations velocity and determine if there is some level above the design criteria and examine the characteristics, the below devices should be used.• Vibration acquisition system with (FFT analyzer)¡ 4 to 8 channels measurements¡M inimum bandwidth from 0 Hz to 1000 Hz with f=1Hz¡R amp up or ramp down measurement function (no stationary measurements)¡Hit test function (FRF)¡T achometric channel for speed compressor measurement (optional)• Sensors¡A ccelerometers 3 axis or mono axis with at leasta sensibility of 10 mV/g, 50 mV/ or 100 mV/g,¡H ammer test with frequency excitation from10 Hz to 1000 Hz with 0.2 mV/N with a weight of1 kg. (Example PCB 086D05).• Unit¡V ibration velocity measurement must be in mm/s RMS¡V ibration displacement measurement must in mm peak to peakFigure 19 - Operational vibration velocity (mm/s) exampleFigure 20 - Frequency response function of the discharge line (hit test) In g/N or m/s²/N exampleMeasurement points locationBelow are point location recommendations for RTAD and RTAC units. If vibration areas are noticed in other locations, measurement levels at these locations should be performed.Figure 21 - RTAD 085 SE - points locationsFigure 22 – RTAC 200 - points locationsAccelerometer location on circuit 1Accelerometer location on circuit 2Frequency sweepBefore performing a frequency sweep it is recommended to:• C heck that the load is high (slide valve must be at full load, set point at leaving temperature not reachable)• Check that load is constant on the system• M ake a ramp down from 50 Hz to 30 Hz on a 10 minperiod.Figure 23 - Select “Set VFD inhibit timer” in the AFD toolFom the AFD operator display:−Select ‘Hand On’ key on AFD−Select ‘Main Menu’−S elect Parameter ‘342’ (Ramp 1 Ramp-down time) and set at 600 s for example−Select ‘Status’−Come back to Auto menu once trial is done. Screening criteriaTrane developed general vibration level criteria to check piping stress level. Stress level is deﬁ ned as a maximum displacement level measurement in peak to peak.The general vibration level criteria are deﬁ ned at 10 Mils Peak-to-Peak which is equivalent to 0.2 mm (peak to peak).Figure 24 – Screening criteria for RTAC/RTAD/RTWD If vibration levels are measured above the criteria:• S kip the frequency range where there is high vibration level• A nd/or place a line weight on the line. T his action requires additional measurement:¡H it test on the line to make sure there is no resonance frequency a few hertz lower¡O peration vibration measurement to make sure vibration criterion is respected from30 Hz to 50 Hz.Important note: T he vibration criteria are related to the risks of failure of the piping due to a resonance. T hey are not related to the noise. It is possible to respect criteria and have an important noise occurrence related to a piping resonance.Vibration displacements in general are linked to low frequency mode (<250 Hz) whereas occurrences of acoustic noise resonance are linked to higher frequency mode (>250 Hz).Skip frequency procedureThere are two methods to skip frequency (maximum2 hz):• Using MCT10 software¡Select menu ‘all parameters’¡Select sub menu ‘4-** Limits/Warning’¡Select ‘4-6 speed bypass’¡Bypass disturbing frequenciesIt is recommended to bypass frequencies instead of speed.• Set parameters in the AFD display¡Select ‘Main Menu’ button¡Select menu ‘4-** Limits/warning’¡Select ‘4-6 speed bypass’It is possible to set up to 4 frequency jumps in specifying the starting and ending frequency (in Hz) - parameters 461-0 to 461-3 (start from …) and 463-0 to 462-3 (end to …) The AFD will bypass the speed or frequency during loading or unloading phasesAdding a line weightT able 9 - Line weight to be used to solve vibration or noise issuesPart number Line diameterMAS0008E2’’5/8MAS0020E3’’1/8MAS0002E2’’1/8Typically line weight can be located as shown in ﬁ gures25 and 26.Figure 25 – Recommended line weight location for RTACFigure 26 – Recommended line weight location for RTADChiller operation with Adaptive Frequency DriveAdding an Adaptive Frequency Drive might change the operating parameters of the chiller. Information available in the original Maintenance guide and User guide are still valid. T his document should be considered as an addendum to original unit documentation.Chiller operating mapThe chiller operating maps do not change whenoperating with Adaptive Frequency Drive. However it is recommended to select the appropriate kit according to the maximum ambient temperature at your location (Refer to T able 1).Speciﬁ c installationNeutral connectionCAUTION!Units must not be linked to the neutralwiring of the installation. Units are compatible with the following neutral operating conditions.• The ﬁ rst letter indicates the neutral connection type T : Direct connection to Earth I: Isolated from Earth• The second letter indicates the mass connection T : connection to earth N: connection to neutralRTAD T otal Heat Recovery and hydraulic moduleT able 11 - Additional material to be supplied by localand accessoriesTable 12 - Connection to be made on each circuitNO)A71, J5, Terminal 1D1Figure 27 - New relay connectionsRelay 2Relay 3Relay 1K22-1RTWD power meterThe power meter feature is disabled with AFD.Trane optimizes the performance of homes and buildings around the world. A business of Ingersoll Rand, the leader in creating and sustaining safe, comfortable and energy efﬁcient environments, Trane offers a broad portfolio of advanced controls and HVAC systems, comprehensive building services and parts. F or more information visit © 2016 T rane All rights reserved SRV-SVX007B-GB_0216 Supersedes SRV-SVX007A-GB_0715We are committed to using environmentally conscious print practices that reduce waste.Ingersoll-Rand International Limited - 170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland。

特拉纳（Trane）ACC-SVN79D水暖器用户手册说明书

May 2011© 2011 Trane ACC-SVN79D-ENAll rights reservedModel Number:Used With:BAYECON091A TC/YCH150FBAYECON092A TC/YCH155F, 175F, 180F, 200F, 210F, 240F, 250F, 300FTC/YCH 151E, 181E, 211E, 241E, 301EWCH150E, 155E, 180E, 200E, 240E40-100% Horizontal Dry Bulb EconomizerParts ListEach economizer ships partially assembled. The steps for installation are illustrated throughout this guide. Refer to the figures as the steps are performed.Figure1 illustrates the major components of the economizer when shipped for field installation. As the economizer is un-crated, locate the following parts:• 1 Outside air damper assembly (with wire harness)• 1 Return air damper assembly (secured to economizer fame by 2shipping screws)• 1 Mist eliminator•1Block-off•Plastic bag of miscellaneous parts:•Screws•Supply air temperature sensor•1 Tube of sealant•1 Edge protector•Installation and operation manual•Rubber grommet•Pop-in wire ties•Verify that all of the parts are available for installation.1213The manufacturer optimizes the performance of homes and buildings around the world. A business of Ingersoll Rand, the leader in creating and sustaining safe, comfortable and energy efficient environments,the manufacturer offers a broad portfolio of advanced controls and HVAC systems, comprehensive building services, and parts. For more information, visit .The manufacturer has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice © 2011 Trane All rights reserved ACC-SVN79D-EN 24 May 2011Supersedes ACC-SVN79C-EN (Jun 2010)Minimum Position Setting1.To adjust the minimum position setting and check out the economizer, the power must be connected.2.Close the unit disconnect and place the zone sensor fan selector in the fan "ON" position and the heat/cool selector in the "OFF" position. This will place the damper in the minimum ventilation position.3.To adjust the minimum position setting for the required ventilation air, turn the potentiometer (on the ECA) clockwise to "open" (to increase the amount of ventilation) or counterclockwise to "close" (to decrease the amount of ventilation). The damper will open to this setting each time the blower circuit is energized.4.When adjusting minimum position, the damper may move to the new setting in several small steps. Once the damper has remained in position for 10 - 15 seconds without movement, it can be assumed it is at the new position.5.Replace the filter access panel.6.The damper will close when the blower circuit is de-energized.Dry Bulb SettingsStandard economizer dry bulb changeover is field selectable to 4 outdoor temperatures. See Table 1 for potentiometer settings.The selection is made on the ECA.Reference Enthalpy SettingsEconomizer enthalpy changeover is field selectable to 4 points. See Table 1 for potentiometer settings. The selection is made on the ECA.T able 1.Potentiometer settingsPotentiometerSettingDry Bulb Enthalpy A 73ºF (a) (22.8ºC)(a)Factory Setting27 Btu/lb (63 kJ/kg)B 70ºF (21.1ºC)25 Btu/lb (58 kJ/kg)C 67ºF (19.4ºC)23 Btu/lb (53 kJ/kg)D 63ºF (17.2ºC)22 Btu/lb (51 kJ/kg)E55ºF(12.8ºC)19 Btu/lb(44 KJ/Kg)。

恒通空调产品说明书

FAN COILS WITH OBSERVER t COMMUNICATING CONTROLALL MODELSS2, 3, 4, and 5 TonsS Multi−position installationS Communicating, self configuring when used with Observer Communicating Wall ControlS Smart Diagnostic for easier troubleshootingS Bi−flow hard−shutoff R−410A TXV metering deviceS HUD approved for manufactured housingS Sweat connectionsS Primary and secondary brass drain connectionsS Energy efficient variable speed ECM MotorS Ultra−low power consumption during fan only operationS High duct static capabilityS Pre−painted galvanized sheet metal cabinet insulation with vapor barrierS Cabinet construction designed to prevent cabinet sweating S Meets requirements of a 2% cabinet leakage rate when tested at 1.0 in. w.c. of static pressure.S Modular cabinet on 5 ton modelS208/230−1−60 supply voltageS Multiple electrical entry for application flexibilityS Low voltage terminal stripS Easy plug connection provided for quick installation of accessory heater packagesS Factory supplied washable filter easily removed − no tools required.WARRANTY*10 year No Hassle Replacement t limited warrantyS5 year parts limited warranty− With timely registration, an additional 5 year parts limited warranty*For owner occupied, residential applications only. See warranty certificate for complete details and restrictions,including warranty coverage for other applications Use of the AHRI Certified TM Mark indicates a manufacturer’s participation in the program. For verification of certification for individual products, go to .Model Number Tons Nom. CFM (L/s)Dimensions H x W x D in. (mm)Filter Size in. (mm)Ship Wt lbs.(kg)FCM4X2400**2800(378)42−11/16 x 17−5/8 x 22−1/16(1084 x 448 x 560)16−3/8 x 21−1/2(416 x 546)135(61)FCM4X3600**31200(566)53−7/16 x 21−1/8 x 22−1/16(1357 x 537 x 560)19−7/8 x 21−1/2(505 x 546)150(68)FCM4X4800**41600(755)53−7/16 x 21−1/8 x 22−1/16(1357 x 537 x 560)19−7/8 x 21−1/2(505 x 546)172(78)FCM4X6000**51750(826)59−3/16 x 24−11/16 x 22−1/16(1503 x 627 x 560)23−5/16x 21−1/2(592 x 546)207(94)** A = Copper Tube, Aluminum Fin Evaporator CoilAT = Tin Coated Copper Tube, Aluminum Fin Evaporator Coil496 31 4201 02 11/18/13Specifications are subject to change without notice.PRODUCT SPECIFICATIONS Fan Coils: FCM4X2496 31 4201 02FAN COIL MODEL NUMBER IDENTIFICATION GUIDEDIGIT POSITION123456,7,8,91011F C M 4X 1800A TF = Fan CoilUNITV = Variable speedC = Communicating ECM MOTOR TYPE M = Multiposition U = UpflowINSTALLATION TYPE4 = Environmentally Sound R −410A REFRIGERANTX = TXVMETERING DEVICE2400 = 24,000 BTUH = 2 tons 3600 = 36,000 BTUH = 3 tons 4800 = 48,000 BTUH = 4 tons 6000 = 60,000 BTUH = 5 tons NOMINAL CAPACITYA = StandardAT = Tin Coated Copper TubeSALES CODE / FEATURESACCESSORIES PART NUMBER IDENTIFICATION GUIDEEB AC 01NCBAEB = Evaporator Blower AC = Accessory01 = Product Identifier Number NCB = Non −Combustible Base Kit DFK = Down Flow KitPLG = Power Plug (no heat kit)SPK = Single Point Wiring Kit FKS = Filter Kit Small FKM = Filter Kit Medium FKL = Filter Kit LargeFKX = Filter Kit Extra LargeCTK = Condensate Trap Kit (PVC pipe)Sales CodeELECTRIC HEATER MODEL NUMBER IDENTIFICATION GUIDEEHC 09A K N1EHC = Communicating Electric Heater KitEHK = Standard Electric Heater Kit 05 = 5 kW 07 = 8 kW 09 = 9 kW 10 = 10 kW 15 = 15 kW 18 = 18 kW 20 = 20 kW 25 = 24 kW 30 = 30 kW NOMINAL HEAT VALUE Sales CodeK = 208 / 230 single −phase H = 208 / 230, 3−phaseKC = 208 / 230, supplied as single phase, field convertible to 3−phase HC = 208 / 230 supplied as 3−phase, field convertible to single phase VOLTAGE (60 Hz)N = No protection F = Fused B = BreakerElectrical ProtectionEngineering CodePRODUCT SPECIFICATIONSFan Coils: FCM4X496 31 4201 023D I ME N S I O N S* M o d u l a r C a b i n e tPRODUCT SPECIFICATIONSFan Coils: FCM4X4496 31 4201 02D I ME N S I O N S* M o d u l a r C a b i n e tPRODUCT SPECIFICATIONS Fan Coils: FCM4X496 31 4201 025PERFORMANCE DATAAIRFLOW DELIVERY — COOLING, HEATING, ELECTRIC HEATING MODESThe FCM4X fan coils with the Observer t Communicating Wall Control will provide airflow at a rate that is requested by the wall control during air conditioning or heat pump heating (without electric heat) modes. The nominal airflow for both heating and cooling modes is 350 cfm/ton nominal size of the outdoor unit installed. The airflow actually requested by the wall control is modified by its internal algorithms for comfort orefficiency concerns. Refer to the documentation for the wall control for more information on how the wall control controls the fan coil. Safe operation of electric heaters requires airflow delivery at or above the minimum CFM for electric heater application listed in the chart below. The fan coil will adjust its airflow delivery to maintain safe airflow as operating mode and staging conditions require.Note 2: These airflows are minimum airflows as UL listed.Note 3: Dashed entry indicates that the heater/fan coil/outdoor unit combination is not approved. Do not apply.PRODUCT SPECIFICATIONS Fan Coils: FCM4X6496 31 4201 02ACCEPTABLE DUCT CONDITIONSA07273For satisfactory operation (specifically making dry secondary trap), subject fan coils must be installed with duct systems which fall within the “Acceptable Range” illustrated above.MINIMUM RPM TABLEMAXIMUM STATIC TABLEPRODUCT SPECIFICATIONS Fan Coils: FCM4XSHC − Gross Sensible Capacity 1000 Btuh BF − Bypass Factor MBH − 1000 BtuhSee Notes on following page.496 31 4201 027PRODUCT SPECIFICATIONSFan Coils: FCM4X8496 31 4201 02NOTES :1.Contact manufacturer for cooling capacities at conditions other than shown in table.2.Formulas:Leaving db = entering db −sensible heat cap. 1.09 x CFMLeaving wb = wb corresponding to enthalpy of air leaving coil (h lwb )h lwb = h ewb −total capacity (Btuh) 4.5 x CFMwhere h ewb = enthalpy of air entering coil. Direct interpola-tion is permissible. Do not extrapolate.3.SHC is based on 80_F db temperature of air entering coil.Below 80_F db, subtract (Correction Factor x CFM) from SHC. Above 80_F db, add (Correction Factor x CFM) to SHC.4.Bypass Factor = 0 indicates no psychometric solution. Use bypass factor of next lower EWB for approximation.SHC CORRECTION FACTORInterpolation is permissible.Correction Factor = 1.09 x (1 − BF) x (db − 80)made up of a different number of elements, the external available static at a given CFM from the table may be corrected by adding or subtracting pres-PRODUCT SPECIFICATIONS Fan Coils: FCM4XNOTE: If branch circuit wire length exceeds 100 ft / 30.5 m, consult NEC 210−19a to determine maximum wire length. Use 2% voltage drop.496 31 4201 02910496 31 4201 02PRODUCT SPECIFICATIONSFan Coils: FCM4X496 31 4201 0211F I E L D M U L T I P O I N T W I R I NG O R 24 A N D 30 K W S I N G L E PH A S EH e a t e r M o d e l H e a t e r k WP H A S E H e a t e r A m p s 208/230V M i n i m u m C i r c u i t A m p a c i t y 208/230V k M i n i m u m W i r e S i z e (A W G )208/230V }M i n G n d W i r e S i z e 208/230V M a x F u s e /C k t B k r A m p s 208/230VM a x W i r e L e n g t h 208/230V (F T )}}L 1, L 2L 3, L 4L 5, L 6L 1, L 2L 3, L 4L 5, L 6L 1, L 2L 3, L 4L 5, L 6L 1, L 2L 3, L 4L 5, L 6L 1, L 2L 3, L 4L 5, L 6230V 208V E H K 25A H C F }2418.0128.9/32.028.9/32.028.9/32.044.7/48.536.2/40.036.2/40.08/88/88/810/1045/5040/4040/4059/6073/7373/73E H K 30A H C F }3022.5136.2/40.036.2/40.036.2/40.053.8/58.545.3/50.045.3/50.06/68/88/810/1060/6050/5050/5078/8059/5959/59N o t e s :1C o p p e r w i r e m u s t b e u s e d . I f o t h e r t h a n u n c o a t e d (n o n -p l a t e d ), 75°C a m b i e n t , c o p p e r w i r e (s o l i d w i r e f o r 10 A W G a n d s m a l l e r , s t r a n d e d w i r e f o r l a r g e r t h a n 10 A W G ) i s u s e d , c o n s u l t a p p l i c a b l e t a b l e s o f t h e N a t i o n a l E l e c t r i c C o d e (A N S I /N F P A 70).*W h e n u s e d w i t h F a n C o i l m o d e l s i z e s 2400, 3600.**W h e n u s e d w i t h F a n C o i l m o d e l s i z e s 4200, 4800.k I n c l u d e s b l o w e r m o t o r a m p s o f l a r g e s t F a n C o i l u s e d w i t h h e a t e r .{S u p p l i e d a s s i n g l e p h a s e , f i e l d c o n v e r t i b l e t o 3-p h a s e .}S u p p l i e d a s 3-p h a s e , f i e l d c o n v e r t i b l e t o s i n g l e p h a s e , s i n g l e o r m u l t i p l e s u p p l y c i r c u i t s .}}L e n g t h s h o w n i s a s m e a s u r e d o n e w a y a l o n g w i r e p a t h b e t w e e n u n i t a n d s e r v i c e p a n e l f o r a v o l t a g e d r o p n o t t o e x c e e d 2%.PRODUCT SPECIFICATIONS Fan Coils: FCM4X12496 31 4201 02ACCESSORIESPart Number DescriptionUse with Model SizesEBAC01DSC Disconnect Kit Use with All Heaters 5kW thru 10kWEBAC01NCB Downflow Base Kit24, 36, 48EBAC04NCB 60EBAC01DFS Bracket, Downflow Conversion Kit Slope Coil 36EBAC02DFA Bracket, Downflow Conversion Kit A −Coil 24, 48, 60EBAC01SPK Single Point Wiring Kit Only for use with 15kW and 20kW fusedheatersEBAC01FKM Filter Kit(washable, box of 12)24},EBAC01FKL 36}, 48}EBAC01FKX 60}NASA00201FR Standard Filter Rack (16 x 20 x 1 filter required)24NASA00301FR Standard Filter Rack (20 x 20 x 1 filter required)36, 48NASA00401FR Standard Filter Rack [quantity 2] (12 x 20 x 1 filter required)60EBAC01PLG Power Plug KitALL (Factory Installed)EBAC01GSK Downflow/Horizontal Gasket KitALL (required for horizontal rightand downflow)TSTAT0101SC Observer Self Configuring Communicating Wall Control ALL EBAC01CTKPVC Condensate Trap Kit (box of 50)ALL}Factory suppliedSELF CONFIGURING COMMUNICATING ELECTRIC HEATERS for FCM4XPart Number DescriptionUse with Model SizesEHC09AKCN 9 kW, single phase, no internal circuit protection ALL EHC15AKF 15 kW, single phase, with fusesALL EHC15AKB 15 kW, single phase, with circuit breakers ALL EHC20AKF 20 kW, single phase, with fusesALL EHC20AKB 20 kW, single phase, with circuit breakersALL EHC25AHCF 24 kW, supplied as 3 phase, field convertible to single phase, with fuses ALL EHC30AHCF30 kW, supplied as 3 phase, field convertible to single phase, with circuit breakers48 − 60STANDARD ELECTRIC HEATERSPart Number DescriptionUse with Model SizesEHK05AKN 5 kW, single phase, no internal circuit protection ALL EHK05AKB 5 kW, single phase, with circuit breakers ALL EHK07AKN 8 kW, single phase, no internal circuit protection ALL EHK07AKB 8 kW, single phase, with circuit breakersALLEHK09AKCN 9 kW, supplied as single phase, field convertible to 3−phase, no internal circuit protection3600, 4800, 6000EHK10AKN 10 kW, single phase, no internal circuit protection ALL EHK10AKB 10 kW, single phase, with circuit breakers ALL EHK15AKF 15 kW, single phase, with fusesALL EHK15AKB 15 kW, single phase, with circuit breakers ALL†EHK15AHN 15 kW, 3−phase, no internal circuit protection ALL†EHK18AHN 18 kW, 3−phase, no internal circuit protection 4800, 6000EHK20AKF 20 kW, single phase, with fusesALL†EHK20AKB 20 kW, single phase, with circuit breakersALL†EHK25AHCF 24 kW, supplied as 3−phase, field convertible to single phase, with fuses 4800, 6000EHK30AHCF30 kW, supplied as 3−phase, field convertible to single phase, with fuses4800, 6000† 15kW & 20kW are not recommended for specific heat pump applications, see AIRFLOW DELIVERY (CFM)Copyright 2013 International Comfort ProductsLewisburg, T ennessee 37091 USA。

Trane FreshEffects 能源恢复式通风器说明书

™Three sizes to fit all homes up to 4,500 sq. ft.Outdoor AirStale Indoor AirFresh Air Sent IndoorsStale AirSent OutdoorsHeat and Moisture TransferEVAPORATIVE HUMIDIFIERS+40°45%+30°40%+20°35%+10°30%0°25%-10°20%-20°15%chart suggests appropriate indoor relative humidity settings that greater comfort and welcome relief from dryness.Relative humidity settings are based on double-pane windows or single-pane windows with storm windows. These settings reduce the likelihood of condensation forming on the windows inside a home.Humidifier Sizing Chart (8’ Ceilings)1000 ft 2 4.38.612.71500 ft 2 6.412.819.12000 ft 28.517.025.52500 ft 210.621.331.83000 ft 212.725.438.14000 ft 217.034.051.05000 ft 221.242.663.6Structure TightnessTightAverageLooseSource: A HRI Air Conditioning, Heating, and RefrigerationInstitute GPD = Gallons Per Day Guideline F 2008A family of four will add two gallons ofhumidity per day through everyday activities like cooking, bathing and washing.Recommended Gallons of Humidity Per DayOutdoor Temperature (°F)Indoor Relative HumidityPowerLarge Bypass Small Bypass Flow-Through Design •••Built-In Fan•Durable, Rust-Resistant Housing •••Replaceable Pad •••Bypass DamperControlled Moisture Distribution •THUMD500, THUMD300, THUMD200STEAM HUMIDIFIERSWhy is indoor humidity important?Having the optimum amount of humidity in your indoor air can impact your health. Either too much or too little can lead to the rise of unhealthy airborne particulates.Humidity “On Demand” current system blower to distribute humidified air throughout your home Percent Relative Humidity102030405060708090Viruses Bacteria MitesFungi Allergic Rhinitis & AsthmaRespiratory Infections Ozone ProductionChemical Interactions100OPTIMUM ZONEASHRAE Comfort WindowSource: “Criteria for Human Exposure to Humidity in Occupied Buildings”-Sterling,et al and other ASHRAE Studies.Optimum relative humidity range for human comfort and health (A decrease in bar height indicates a decrease in effect for each of the items).*120V application for low conductivity waterEHUMD800, EHUMD800LC*Approximate particle size (microns)10050251010.50.40.30.10.01Visible to Naked EyeVisible Through Light MicroscopeVisible Through Electron MicroscopeCommon Air ContaminantsMistA T M O S P H E R I CP A R T I C L E SSmog Cooking Smoke S M O K ETobacco Smoke Pet DanderD U S T SHousehold DustPollen HairSkin Flakes Mold Spores BacteriaP A R T I C U L A T E SCommon Household Air ContaminantsApproximate particle size (microns)10050251010.50.40.30.10.01Effective Operating Range By Particle Size4.5" Media Filter Standard 1"Throwaway FilterVisible to Naked EyeVisible ThroughLight MicroscopeVisible Through Electron Microscope Effective Operating RangeThe Envirowise 70V Dry Ventilating Dehumidifier may be ductedwith 100% ventilation air, mixed with indoor air, or used as a ducted or stand-alone dehumidifier. This ventilation compliant ventilatoris sized to ventilate up to a 3,000 sq.ft. homes and will remove excess moisture from the outside air before it enters the home. This improves indoor comfort without wasting energy by using the HVAC system to overcool the space.Envirowise 70V is a unique solution for homes.• Controlled Mechanical Ventilation for humid climates,especially Climate Zones 1, 2 and 3.• Automatically turns on compressor when entering air isabove enthalpy set-point based on climate setting using on-board sensor.• Up to 70 pints / per day for dehumidification or up to 30grains of moisture / lb. of outside air for ventilation.Optional dedicated D30 control or use one of our Nexia™ enabled Thermostats to control ventilation ordehumidification.Ingersoll Rand (NYSE:IR) advances the quality of life by creating comfortable, sustainable and efficient environments. Our people and our family of brands—including Club Car®, Ingersoll Rand®, Thermo King® and Trane®—work together to enhance the quality and comfort of air in homes and buildings; transport and protect food and perishables; and increase industrial productivity and efficiency. We are a $14 billion global business committed to a world of sustainable progress and enduring results.ENVIROWISE 70V DRY ™ VENTILATING DEHUMIDIFIERThe Envirowise 70V can also be used as a whole home dehumidifier without ventilation. With a compact unit designed to fit in tight low-clearance applications and sized to handle up to 1,800 sq. ft., it is ideal for condos or apartment applications. The unit can be ducted into the HVAC system, ducted separately using central grilles, or used in a freestanding application such as basements or crawl spaces. The on-board control enables the unit to operate by just plugging it in to a 120V outlet and providing an adequate drain.SupplyAttic or Conditioned Mechanical Room Installation -Dedicated Envirowise Return to HVAC SupplyIndirect Method – Return Mix。

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trane Tm-07说明书
在电源正常的情况，按键功能都是可以正常使用的，以下是具体操作的介绍。

1、“开机/关机”键: trane中央空调待机时按一下开机，进入运行状态，开机后按下关机，进入关机待机状态;
2、“模式”键: trane中央空调开机后，单按此键，模式按“自动”(AUTO)“制冷”(夏季) "抽湿”“制热” (冬季) "送风”*循环;
3、“温度控制”键:制冷(夏季)温度范围(30- -18"C) ，按温度上升，按温度下降;制热(冬季)温度范围(18- -30°C)按温度上升，按温度下降;
4、"风速”键:按此键，风速按“自动”“高风”“中风”“低风”“自动”按*号循环;
5、"风向和摆动”键:设置自动百叶和叶片位置;
6、“（预热)显示” :在加热运转启动或执行除霜运转时显示。