Vertical Water Source Heat Pumps - Daikin Applied...Page 2 of 44 / Catalog 1160 Vertical Water...

Catalog C: 1160-12

Vertical Water Source Heat PumpsUnit Sizes 1⁄2 to 5 Tons1792 to 15007 Watts

®

of 44 / Catalog 1160

Vertical Water Source Heat Pump Units

Features:� High efficiency. EERs from 10.4 to 12.0

COPs from 3.8 to 4.0.� Performance rated with ISO Standard 13256-1.� Safety agency listed with CETL.� Multiple panels for easy accessibility to

compressor and fan sections.� Removable fan motor/wheel assembly.� Two return air configurations.� High and low side refrigerant service valves.

(Rev. 3/05)

. . . and featuring the Mark IV/AC control system with:� Built-in night setback, load shed, shutdown,

and 2-hour override operation.� Compressor short cycle protection.� Random start.� Silent reversing valve operation.� LED readout.

� Condensate overflow protection.� Remote Reset of automatic lockouts.� Fault Retry to minimize nuisance trips.� Automatic defrost cycle.� Optional boilerless system control.� Optional pump restart.

� Multi-space fan motor with terminal strip.� High cfm/ton performance.� High sensible cooling performance.� Low unit height.� Circuit board control system for “clean”

wiring.� Freezestat enhanced water circuit.� Optional extended range heating operation.� Fully rated 50 cycle units.

. . . and even more control options and accessory items for acomplete water source heat pump installation.

Unit Sizes007, 009 & 012

Unit Sizes015 & 019

Unit Sizes024 & 030

Unit Sizes036 & 042

Unit Sizes048 & 060

Catalog 1160 / Page 3 of 44

Table of ContentsModel Nomenclature ............................................................... 3ISO Performance Data ............................................................ 4Design Features ................................................................... 5-6Control Features .................................................................. 7-9Field Installed Accessories .............................................. 10-11Capacity Data - 60 Hz ................................................... 12-22

Size 007 - 60Hz at 230 cfm ............................................... 12Size 009 - 60 Hz at 300 cfm .............................................. 13Size 012 - 60Hz at 400 cfm ............................................... 14Size 015 - 60Hz at 500 cfm ............................................... 15Size 019 - 60 Hz at 830 cfm .............................................. 16Size 024 - 60 Hz at 800 cfm .............................................. 17Size 030 - 60 Hz at 1000 cfm ............................................ 18Size 036 - 60 Hz at 1200 cfm ............................................ 19Size 042 - 60 Hz at 1400 cfm ............................................ 20Size 048 - 60 Hz at 1600 cfm ............................................ 21Size 060 - 60 Hz at 2000 cfm ............................................ 22

Capacity Data - 50 Hz ................................................... 23-33Size 007 - 50Hz at 109 L/s ................................................ 23Size 009 - 50 Hz at 142 L/s ............................................... 24

NOTE: For illustration purposes only. Not all options available with all models.Please consult McQuay Sales Representative for specific availability.

McQuay WSHP Product Nomenclature

W FMS 1 009 E Z

Product CategoryW = WSHP

Product IdentifierSee box below

Design Series1 = A Design2 = B Design3 = C Design4 = D Design5 = E Design

Nominal Capacity007 = 7,000 015 = 15,000009 = 9,000 019 = 19,000012 = 12,000 etc....

Coil Options(None)

VoltageE = 208/230-60-1 L = 575-60-3F = 208/230-60-3 M = 230-50-1J = 265-60-1 N = 380-50-3K = 460-60-3

FDD = Floor mtd/DDC Controls/Ext. Range/Less Board FDS = Floor mtd/DDC Controls/Std. RangeFDE = Floor mtd/DDC Controls/Ext. Range FME = Floor mtd/Mark IV/Ext. RangeFDL = Floor mtd/DDC Controls/Std. Range/Less Board FMS = Floor mtd/Mark IV/Std. Range

Product Identifier

Model Nomenclature

Size 012 - 50Hz at 189 L/s ................................................ 25Size 015 - 50Hz at 227 L/s ................................................ 26Size 019 - 50 Hz at 275 L/s ............................................... 27Size 024 - 50 Hz at 354 L/s ............................................... 28Size 030 - 50 Hz at 448 L/s ............................................... 29Size 036 - 50 Hz at 372 L/s ............................................... 30Size 042 - 50 Hz at 566 L/s ............................................... 31Size 048 - 50 Hz at 661 L/s ............................................... 32Size 060 - 50 Hz at 850 L/s ............................................... 33

Airflow Correction Factors .................................................... 34Operating Limits .................................................................... 34Physical Data ......................................................................... 35Fan Performance Data .......................................................... 36Electrical Data........................................................................ 37Dimensional Data .................................................................. 38Thermostat Connection Diagrams ........................................ 39Typical Mark IV Unit Wiring Diagrams ................................... 40Typical Microtech Unit Wiring Diagrams ............................... 41Engineering Guide Specifications ................................... 42-43

“McQuay” and “MicroTech” are registered trademarks of McQuay International.© McQuay International 2005. All rights reserved throughout the world.

The information in this catalog supersedes and replaces previous (catalogues)(bulletins) with regards to McQuay Terminal Air Conditioning products. Illustrations coverthe general appearance of McQuay products at the time of publication and McQuay International reserves the right to make changes in design and construction at

anytime without notice.

The following are trademarks or registered trademarks of their respective companies: LONMARK, LonTalk, and LONWORKS from Echelon Corporation;MicroTech and MicroTech 2000 from McQuay International.

MicroTech 2000 unit controllers are LONMARK certified.

R

MA

NU

FAC

TUR

ER

CERTI

FIED TO ARI AS COMPLYIN

GW

ITH

ISOSTANDARD 13

256-1

HEAT PUMPS

WA

TE

RTO

AIRBRINE

TOA

IR


ISO Performance DataRated in Accordance With ISO Standard 13256-1

Notes:EER = Energy Efficiency Ratio COP = Coefficient of Performance L/s = Liters per second

Cooling capacity is based on 80oF db, 67oF wb (27/19oC) entering air temperature and 85oF (29oC) entering, 95oF (35oC) leaving water temperature.Heating capacity is based on 70oF (21oC) entering air temperature and 70oF (21oC) entering water temperature.

English Units

SI Units

Air Flow Water Flow(CFM) (GPM) Capacity (BTUH) EER Capacity (BTUH) COP

007 230 1.86 6900 11.70 9400 4.2009 300 2.33 8800 11.20 12200 4.2012 400 2.94 11200 11.90 16200 4.5015 480 3.42 13000 11.60 17900 4.2019 630 4.83 18300 12.00 24700 4.2024 800 6.23 24000 12.30 31600 4.2030 1000 7.40 28600 12.00 41200 4.4036 1200 9.07 34800 12.60 43600 4.2042 1400 10.62 41300 12.70 49600 4.2048 1600 12.10 46000 12.10 56000 4.3060 2000 15.90 60400 12.00 75000 4.2

HeatingSize Cooling

Air Flow Water Flow(L/s) (L/s) Capacity (Watts) COP Capacity (Watts) COP

007 109 0.12 2020 3.40 2752 4.2009 142 0.15 2577 3.30 3572 4.2012 189 0.19 3279 3.50 4744 4.5015 227 0.22 3807 3.40 5241 4.2019 297 0.30 5358 3.50 7232 4.2024 378 0.39 7027 3.60 9253 4.2030 472 0.47 8374 3.50 12064 4.4036 566 0.57 10190 3.70 12767 4.2042 661 0.67 12093 3.70 14523 4.2048 755 0.76 13469 3.50 16397 4.3060 944 1.00 17686 3.50 21961 4.2

Size Cooling Heating


Design Features

Each water source heat pump is factory assembled andtested for reliability. Servicing is done easily through largeremovable access panels to internal components. A full heightaccess panel on the back side allows access to the compressorand fan section. An upper front panel allows access to the fanmotor. Two lower panels allow access to the compressor/controlbox section. Each unit is shipped on a wooden skid to facilitatemoving with a forklift and covered with corrugated material formaximum protection.

Five unique cabinet sizes make up our 1/2 through 5 ton(2.1 through 15.0 kW) vertical heat pump product line. The resultis a consistent cabinet shape with the lowest possible profile.The consistent shape makes layout simple; the water,condensate and duct connection locations are the same for allunits.

For maximum flexibility, each unit is available in either aleft-hand or right-hand return air arrangement to provide theoptimum piping location and service access.

The cabinet is constructed of unpainted, G-60 galvanizedsteel. Large panels are provided for access to the fan/motorcompartment and the compressor/control compartment. Theinteriors of the top and side panels and the bottom of the unitare covered with 1⁄2" thick (13 mm), 11⁄2 lb. (681 g) density coatedglass fiber. The 1" (25 mm) thick filter is supported by factorymounted brackets which allow for face, side or bottom removal.

The water and condensate connections protrude through theoutside of the cabinet for maximum accessibil ity.

The water connections are FPT type for easy connection toflexible hoses. The large 7/8" (22 mm) O.D. condensateconnection provides trouble-free condensate removal.

The electrical components are located in the compressorsection of the unit. Holes are provided on the side of the cabinetto facilitate main power and low voltage control wiring throughseparate holes. All wiring connections are made internal to thecabinet for maximum safety. Each unit is rated to accept timedelay fuses or HACR circuit breakers for branch circuitovercurrent protection.

The control box is accessible through a panel and can bemoved without access to the side of the unit to allow for easiercompressor removal. The control box houses the majoroperating electrical controls including the control circuit board,transformer, compressor relay and fan relay. Each componentis accessible for service or replacement.

Two unique control systems are offered – Mark IV/AC orMicroTech™ 2000. Each utilizes a printed circuit board. Theprinted circuit board approach allows for direct quick-connectwiring to the controlled components making for “clean” wiring.Each control board receives power from a large capacity 50 VAtransformer. The control board has a built-in terminal strip forlow voltage control wiring connections. The Mark IV/AC controlboard provides the basic control functions along with thenumerous advanced features. MicroTech 2000 is an advanceddirect digital control system. See the “Controls” section for moredetailed information.


Left-handreturn

Refrigeration systemThe refrigeration system includes a hermetic compresser,reversing valve, water-to-refrigerant coaxial heat exchanger,capillary tube expansion device, airside coil, safety controls,and both high and low refrigerant service valves. Two panelsallow for access to the compressor, reversing valve and safetycontrols.

The compressor is isolated from the bottom panel with rubberisolators. The compressor junction box is always located towardthe front access panel.

The reversing valve is located so as not to interfere withcompressor removal through the access panel. The valve isenergized in the heating mode and will “fail-safe” to the coolingmode which is the predominate mode of operation.

The two heat exchanger components incorporate the mostrecent transfer technologies. The coaxial heat exchanger has acopper inner tube and a steel outer tube and is designed for amaximum heat transfer at normal and low water flow rates withminimum pressure drop. The large face area coil has coppertubes and aluminum fins. The fins are lanced and the tubeshave finned edges on the inside to enhance heat transfercapabilities.

Safety controls include low suction temperature (freezestat)and high pressure switches to lock out compressor operationat extreme conditions. The low suction temperature switchprovides the most reliable protection against freezeup of thecoaxial heat exchanger without the nuisance trips associatedwith low pressure switches which only protect against lowrefrigerant charge. The safety controls can only be reset fromthe main disconnect switch and not from the wall thermostatwhich prevents unauthorized reset of the unit, which maypermanently damage a major component.

Fan sectionThe fan section includes the fan housing, fan wheel, fan motorand drain pan. The fan section is separated from the compressorsection with an insulated drain pan and divider panel formaximum sound attenuation. The upper panel provides serviceaccess to the fan motor. The separate front fan and compressorsection access panels allow for fan operation and compressoroperation checkout without air bypass around the coil.

The drain pan is of ample height to allow for self-priming ofthe condensate trap. All of this provides trouble-free condensateremoval.

The fan motor is a multispeed, PSC type with integralmounting brackets and thermal overload protection. The motoris isolated from the fan housing for minimum vibrationtransmission. Unit sizes 015 and larger have a terminal strip onthe motor for simple motor speed change without going backto the control box. All the fan/motor assemblies have aremovable orifice ring on the housing to accommodate motorand fan wheel removal without disconnecting the ductwork. Thefan housing protrudes through the cabinet allowing adequatematerial for connection of a flexible duct.

Optional factory installed featuresExtended range units are available for applications requiringheating operation at reduce entering conditions. The extendedrange unit will operate at 40oF (5oC) minimum entering watertemperature and 40oF (5oC) minimum entering air temperature.

The unit is modified with a suction line accumulator, insulatedcoaxial heat exchanger, insulated refrigerant tubing, compressorcrankcase heater and a lower setting on the freezestat safetyswitch.

The extended range system has advantages in closed loopapplications. The ability to operate at reduced water conditionsallows the loop water temperature to fall to 40oF (5oC) beforesupplemental (boiler) heat has to be added to the loop, thustaking full advantage of the heat available in the water loopobtained from internal heat gains. The result is reduced boileroperation which means reduced energy consumption.

Right-handreturn

Fan section


lockout due to one of these faults, and the cause of the faultcondition has been alleviated, energizing the O-terminal for10 seconds or more will force the Mark IV board to clear thelockout. A unit power cycle can also be used to clear an auto-matic lockout if the conditions causing the fault have beenalleviated.

■ Fault Retry To Minimize Nuisance Trips – The Fault Retryfeature helps to minimize nuisance trips of automatic lockoutscaused by high-pressure and/or low-temperature (in heating)faults. This feature clears faults the first two times they occurwithin a 24-hour period and triggers an automatic lockout onthe 3rd fault. The retry count is reset to zero every 24 hours.

NOTE: Most unit fault conditions are the result of operating theequipment outside the unit specifications.

■ Safety Control — The Mark IV/AC board receives sepa-rate input signals from the refrigerant high pressure switchand the low suction temperature (freezestat) switch. If a highpressure situation occurs while in the heating mode, com-pressor operation is suspended. In a low temperature situ-ation, the unit goes into a defrost cycle where the unit is putinto cooling operation for 60 seconds until the coaxial heatexchanger is free of ice. If a low temperature situation oc-curs while in the cooling mode, the low temperature switchwill cycle unit OFF and ON, as the fault is related to air flow.Each switch generates its own unique LED status and out-put is available to a “fault” LED at the thermostat if eithersituation exists.

Mark IV/AC LED Fault Outputs

The Mark IV/AC control system allows for the following op-tional field installed controls and accessories:

■ Boilerless System Kit — Eliminates the need for a boilerin the system water loop. The boilerless system control boardsenses the entering water temperature to the unit and locksout compressor heating operation if the water temperaturefalls below the adjustable setpoint. Contacts are providedto energize a field supplied electric heater downstream ofthe unit on a call for heating.

■ Motorized Valve — Used for variable pumping applications.The valve is wired in the compressor circuit and the valve ispiped in the return water line from the unit. The valve openswhen the compressor is on and closes when the compres-sor is off. Valve is rated for 300 psig (2070 kPa).

Control Features – Mark IV/AC control systemThe Mark IV/AC control system is a microprocessor-based

control board conveniently located in the unit control box foraccessibility. A 14 pin low voltage terminal strip provides all thenecessary terminals for field connections. LED’s are located infront for quick inspection. The board can be wired for 24 volt ACoutput to the wall thermostat by using terminals R & C. If a DCvoltage output to the thermostat is required, use terminals F &V. This allows the customer a choice of control output voltage toaccommodate controls by others or accessories.

The Mark IV/AC control system has the following operatingfeatures (assumes cycle fan operation-not continuous):

■ Start-up — The unit will not operate until all the inputsand safety controls are checked for normal conditions.

■ Cooling mode — On a call for cooling, the compressor andfan will start 0 to 32 seconds later. When satisfied,the compressor and fan shut off immediately.

■ Heating Mode — On a call for heating, the reversing valveis energized after 60 seconds and the compressor and fanstart immediately. When the load is satisfied, the compres-sor and fan shut off immediately. The reversing valve is de-energized 60 seconds later to eliminate “swish” noise and toallow the compressor to always start up at equalizedpressure.

■ Short Cycle Protection & Random Start — Each time thecompressor stops, a new random compressor start delay timebetween 180 and 212 seconds is generated. This preventscompressor short cycling and prevents units from startingsimultaneously after coming back from an unoccupied cycle.

■ Unoccupied Mode — A simple “grounded” signal, no powersource required, puts the unit into the unoccupied mode fornight setback operation. The fan shuts off and the unit is putunder control from the setback bulb of the thermostat. Theday heating thermostat control and cooling is locked out. Aunique LED status is generated for indication of the unoccu-pied mode. On a call for heating, the fan and the compressorwill start after 60 seconds.

■ Override Mode — A switch on the deluxe thermostat can beactivated during the unoccupied mode to put the unit backinto the occupied mode for two hours for after-hours heatingor cooling.

■ Pump Restart — A signal from the Mark IV/AC board to ourLoop Control Panel will restart the water circulating loop pumpwhen the compressor is energized. The signal can be “daisychained” between 200 units.

■ Load Shed — Again, a simple grounded signal puts the unitinto the load shed mode. The compressor shuts off and thefan will start on a call for heating and cooling. A unique LEDstatus is generated for indication of the load shed mode.

■ Brownout Protection — The Mark IV/AC board measuresthe input voltage and will suspend compressor and fan op-eration if the voltage falls below 80% of the normal line volt-age. A unique LED status is generated and output is avail-able to a “fault” LED at the thermostat.

■ Unit Shutdown — Again, a simple grounded signal puts theunit into the shutdown mode. Compressor andfan operations are suspended. A unique LED statusis generated and an output signal is made available for con-nection to a “fault” LED at the thermostat.

■ Condensate Overflow Protection — The Mark IV/AC boardincorporates a liquid sensor at the top of the drain pan. Sens-ing water, cooling operation is suspended. A unique LED sta-tus is generated and output is available to a “fault” LED atthe thermostat. Heating operation is not suspended.

■ Remote Reset of Automatic Lockouts – The Remote Re-set feature provides the means to remotely reset automaticlockouts generated by high-pressure and/or low-temperature(in heating) faults. When the Mark IV board is in automatic

LED’S FaultIndication

Yellow Green Red Output

Normal Mode Off On Off Off

High Pressure Fault Off Off Flash On

Low Temperature Fault Flash Off Off On

Condensate Overflow On Dim Off On

Brownout Off Flash Off On

Load Shed Off Off On Off

Unoccupied Mode On On Off Off

Unit Shutdown Off Flash Off On


Loop Water Controller Panel

Mark IV/AC Interface

Outputs

Heat Pump Loop Pumps

Condenser Loop Pumps

Heat Rejection Stages

Modulating Heat Rejection

Heat Addition Stages

Modulating Heat Addition

Additional Unoccupied Schedules — 6 total

Inputs

Heat Pump Supply Loop Temperature

Heat Pump Loop Flow Switch

Outside Air Temp

Optional Temperature Sensors

Optional Condenser Loop Flow Switch

Optional Condenser Loop Temperature

} Pump RestartUnoccupiedUnit Shutdown

Optional Load Shed Input

OptionalPersonalComputer

Deluxe AutoChangeover

Wallstat

Deluxe AutoChangeover

Wallstat

Mark IV/ACBoard

Loop WaterController

Mark IV/ACBoard

O W2 G W1Y1 R A

F P C U E L F P C U E L

O W2 G W1Y1 R A

PumpRestart

PumpRestart

UnoccupiedSchedule

Unit Shutdown

Mark IV/AC Board TerminalsP = Pump RestartC = CommonU = UnoccupiedE = Unit ShutdownL = Load ShedF = Fault Relay

ThermostatO = 2-Hour OverrideW2 = Net Setback HeatingG = FanW1 = Day HeatingY1 = CoolingR = Power — AC VoltsA = Attitude Fault Signal to LED

Relay

Safety alarms include visual and audible notification of a lowwater temperature, high water temperature, or no flow condi-tion. Upon activation of any alarm, the LWC has contacts to sendout an emergency shutdown signal. A remote alarm panel isavailable for alarm notification at a remote location.

The LWC interfaces with Mark IV/AC controlled heat pumpunits for a low cost control system. The Mark IV/AC board canreceive occupied/unoccupied time clock schedule outputs andan emergency shutdown signal due to an alarm condition. TheLWC can receive a signal (pump restart) from the Mark IV/ACboard to energize and override the main circulating pump, if it isscheduled off, whenever a compressor operates from a call fornight setback heat or from a call for heating or cooling duringthe two-hour override cycle. Simple “daisy chain” wiring is re-quired between Mark IV/AC board terminals.

Optional Monitor software allows the operator to monitor andcontrol setpoints of the LWC at an IBM PC by direct connectingor through a phone line. Includes system graphics.

Additional features include built-in test mode to simulate allcontrol modes, precool cycle to start heat rejection earlier forundersized boilers, preheat cycle to start heat addition earlierfor undersized towers, keypad password protection, and holi-day schedules.

Loop Water ControllerThe Loop Water Controller (LWC) is a stand-alone, factory

programmed and tested microprocessor-based controller pro-viding control of the heat rejection, heat addition stages and thewater circulating pumps for control of a water source heat pumpsystem through solid-state output relays.

The controller has a keypad/display to view all status condi-tions, temperatures, setpoints and monitor/alarm conditions. Thedisplay is two lines by sixteen columns in a supertwist LCD for-mat.

The LWC can be applied to control a traditional single loopsystem; closed circuit evaporative cooler, boiler, primary pumpand standby pump; or a two-loop system with the heat pumploop having a boiler, primary pump and standby pump sepa-rated by a water-to-water heat exchanger to a condenser waterloop with an open cooling tower, primary (stage 1) pump and astandby (stage 2) pump. The pumps can be operated as “auto”or “manual” lead-lag. Pump sequencing allows the standby pumpto automatically come on upon failure of the lead pump as indi-cated by a flow switch.

The LWC controls heating and cooling stages from the heatpump loop supply temperature and from the outdoor air tem-perature for reset of the heat addition setpoint, if desired. Otherlocations can be temperature monitored: heat pump loop returntemperature, entering and leaving tower temperatures, enteringand leaving boiler temperatures, and storage tank temperature.

Clock schedule outputs are built-in to (1) time control theheat pump circulating pump for shutdown at night (can be re-started if outdoor air temperature falls) and (2) provide program-mable time schedules for heat pump unit occupied/unoccupiedoperation. A maximum of six time clock schedule outputs areavailable.

Two LWC models are available. LWC-16 and LWC-24 pro-vide 9 and 17 configurable outputs, respectively, choosing be-tween heat rejection (cooling) stages, heat addition (heating)stages and time clock schedules. Each heating and cooling out-put has individual on and off (differential) setpoint adjustmentcapability. Modulating heating and cooling output signals areavailable to control tower bypass valve and two-way or three-way boiler heat addition valves.


Each McQuay vertical water source heat pump can beequipped with a MicroTech™ 2000 water source heat pumpunit controller. The controller is microprocessor-based and isdesigned to communicate over a LonWorks® communicationsnetwork. The unit controller is factory programmed and testedwith all the logic required to monitor and control the unit. Thecontroller sets the unit mode of operation, monitors water andair temperatures, and can communicate fault conditions to aLonWorks communications network.

The MicroTech 2000 unit controllers include unit-mountedreturn air, discharge air and leaving water temperature sensors.Options include a tenant setpoint adjustment knob and tenantoverride button, and the capability of substituting the return airsensor with a wall-mounted room sensor.

Each unit controller orchestrates thefollowing unit operations:

■ Enable heating and cooling to maintain setpoint based

on a room sensor.

■ Enable fan and compressor operation.

■ Monitor all safety controls.

■ Monitor discharge air temperature.

■ Monitor leaving water temperature.

■ Relay status of all vital unit functions.

■ Support optional control outputs.

An amber, on-board status LED aids in diagnostics by indi-cating the water source heat pump operating mode and alarmconditions. If there are no current alarm conditions, the LED willindicate the unit operating mode as shown in the table below. Ifthere are one or more alarm conditions present, the LED will

MicroTech™ 2000Water Source Heat Pump Controller

MicroTech 2000 Unit Controller LED Indication

Status LED State ModeOn Continually Occupied, Occupied Load

ShedOn 1⁄2 sec., Off 5 1⁄2 sec. UnoccupiedOn 5 1⁄2 sec., Off 1⁄2 sec. Tenant Override, Override

Load Shed Flashing Alarm Condition

flash to indicate an alarm condition.MicroTech 2000 heat pumps are designed to be linked with a

centralized building automation system through a LonWorks com-munications network for centralized scheduling and managementof multiple heat pumps. Wall-mounted room sensors are avail-able to control the heating and cooling operation of eachMicroTech 2000 Water Source Heat Pump Unit Controller. Avail-able room sensors include: room sensor with LED status andtenant override button, room sensor with LED status, timed-over-ride button, and bi-metal thermostat, room sensor with LED sta-tus, timed-override button, and setpoint adjustment, and roomsensor with LED status, timed-override button, setpoint adjust-ment and bi-metal thermostat.

MicroTech 2000 Unit Controller


Field Installed Accessories

Wall mounted thermostats are available for Mark IV/AC unitsin automatic or manual changeover styles. All include a fan switchfor constant “on” operation or “automatic” for cycle operationwith the compressor. All thermostats are 24-volt type and havedual Fahrenheit and Celsius temperature setpoint scales. Ther-mostat accessories include universal guard and locking cover.Individual thermostats include:

Standard Manual Changeover Single setpoint lever for one-stage heating and cooling. Sys-

tem “heat-off-cool” switch and fan “on-off” switch.

Standard Manual & AutomaticChangeover

Dual setpoint levers for one-stage or two-stage heating orcooling operation. System “heat-off-auto-cool” switch and fan“on-auto” switch. Includes LED for “fault.”

Deluxe Automatic ChangeoverDual setpoint levers for one-stage or two-stage heating or

cooling, with night setback operation. Night setback tempera-ture setpoint is 12oF (-6.6oC) below daytime heat setting. Sys-tem “off-auto” switch and fan “on-auto” switch. Override switch(spring loaded fan switch) puts unit back into occupied daytimeheat and cool setpoints. Includes LED for “fault.”

Programmable Micro-electronicManual & Automatic Changeover

This thermostat can be wired for either one-stage or two-stage unit operation, and is complete and ready for installation.Liquid Crystal display (LCD) is backlit and easy to read. Select-able F or C temperature display, automatic or manual changeoveras well. Setpoints= are permanently held in memory (no batter-ies used) and retained during power outages. Display updatesevery minute. Features include 7-day programmability, four set-tings per day, keyboard lock code, time delay and adjustabledeadband. System “heat-auto-cool-off” and fan “on-auto”switches.

Non-programmable Electronic Manual& Automatic Changeover

This thermostat can be wired for either one-stage or two-stage unit operation, and is complete and ready for installation.Liquid Crystal display (LCD) is backlit and easy to read. Select-able F or C temperature display, automatic or manual changeoveras well. Setpoints are permanently held in memory (no batteriesused) and retained during power outages. Display updates ev-ery minute.


Supply and Return Water HosesSupply and return water hoses are available as standard or

fire-rated construction in 2 and 3 foot lengths. Standard con-struction hoses are made of rubber hose and steel fittings. Fire-rated hoses have synthetic poly-mer core with an outer ratedcovering of galvanized steel. Fittings are steel. Assembly is “fire-rated” and tested according to UL 94 with a V0 rating and ASTM84. Each hose has MPT connections. Standard fire-rated hoseshave a swivel connection at one end. Hoses are available in13mm or 19mm to match the FPT fittings on the unit.

One of the most important factors when operating a watersource heat pump is to maintain the proper water (GPM) flowrate to the unit. If water flow is not maintained the prematureopening of the refrigeration system safeties will stop unitoperation.

McQuay has the solution by offering hose assemblies withflow controllers installed at the factory. McQuay hose assemblykits are designed to allow for the proper GPM flow rate to eachindividual water heat pump. This is accomplished by the use ofa flow controller so that each pump obtains it's optimum operat-ing potential.

1. The supply line is a 24-inch long stainless steel braided firerated hose with a swivel end and a male national pipe threadconnection on the other end. The opposite end of the hosehas a female national pipe thread and a ball valve with onepressure/temperature test port and a Y strainer.

2. The return line consists of a 24-inch stainless steel braidedfire rated hose with swivel end and male national pipe threadconnection on the other end. The opposite end of the hosehas a female national pipe thread and a ball valve in con-junction with a flow controller with two pressure/temperaturetest points.

Note: dirty water systems are the main cause of safety lockouts ocurring to water source heat pumps. It may be necessaryto periodically clean and flush the Y strainer in an effort to keepthe loop system clean.

Combination Balancing and Shutoff(ball) Valve

Constructed of brass and rated at 2750 kPa maximumworking pressure. Valves have a built-in adjustable memorystop to eliminate rebalancing. Valves have FPT connections onboth ends for connection to the water hose and to the fieldpiping.

Two-inch Filter RackAvailable as a field installed kit for unit sizes 007 through

060 and provides a 25mm deep collar for connection of returnair ductwork. The kit allows for a 51mm thick filter. The kit con-sists of four sheet metal brackets and fasteners. The bracketsreplace the ones shipped with the unit and can be fastened toallow for side or bottom filter removal.

Condensate HoseCondensate hose is available as a long, clear plastic hose

with the necessary clamps for connection to the field piping.

esoHeziS

MPGtraPyauQcM

rebmuNveR

"2/1 5.0 109285601 0

"2/1 0.1 209285601 0

"2/1 5.1 309285601 0

"2/1 0.2 409285601 0

"2/1 5.2 509285601 0

"2/1 0.3 609285601 0

"2/1 5.3 709285601 0

"2/1 0.4 809285601 0

"2/1 5.4 909285601 0

"2/1 0.5 019285601 0

"2/1 5.5 119285601 0

"2/1 0.6 219285601 0

"4/3 0.3 319285601 0

"4/3 5.3 419285601 0

"4/3 0.4 519285601 0

"4/3 5.4 619285601 0

"4/3 0.5 719285601 0

"4/3 5.5 819285601 0

"4/3 0.6 919285601 0

"4/3 5.6 029285601 0

"4/3 0.7 129285601 0

"4/3 5.7 229285601 0

"4/3 0.8 329285601 0

"4/3 0.9 429285601 0

"4/3 0.01 529285601 0

"4/3 0.11 629285601 0

"4/3 0.21 729285601 0

"4/3 0.31 829285601 0

"1 0.51 929285601 0

Hose Kits

Hose Selection Chart


Extended Range Units Only

List of Abbreviations in Capacity Data TablesEWT = Entering water temperature, ˚FGPM = Water flow, gallons per minuteWPD = Water pressure drop, ft. of waterEA = Entering air temperature, ˚F (db/wb)LWT = Leaving water temperature, ˚FTOT = Total net cooling and heating capacity, Btu/hrSEN = Sensible cooling capacity, Btu/hrkW = Total unit power input, kWTHR = Total heat of rejection, Btu/hrTHA = Total heat of absorption, Btu/hrLWT = THR � (500 � gpm) + EWTTHA = TOT – (kW � 3413)

Capacity Data — 60 HertzUnit size 007 at 230 cfm 60 Hz — English units

TWE MPG DPW GNILOOC GNITAEHAE TWL TOT NES Wk RHT AE TOT kW HT A

04

4.1 2.236/57 45 9908 9955 405.0 0099 06 0856 235.0 957476/08 55 0009 0095 194.0 99601 07 0636 255.0 964417/58 75 0099 9906 84.0 0 00511 08 9616 385.0 9714

8.1 7.436/57 15 9918 9955 605.0 00001 06 0166 335.0 097476/08 25 9909 0095 294.0 00801 07 9836 355.0 005417/58 35 00001 9906 974.0 99511 08 0026 485.0 0024

05

9.0 1.136/57 17 0057 9925 605.0 0039 06 0977 265.0 078576/08 37 0048 9955 405.0 99001 07 9557 695.0 915517/58 47 0039 0095 405.0 00011 08 9337 436.0 9615

4.1 2.236/57 46 0077 0045 205.0 0059 06 0387 365.0 019576/08 56 9958 0075 794.0 00301 07 9957 795.0 955517/58 66 0059 0006 394.0 99111 08 9737 636.0 9025

8.1 7.436/57 16 9977 0055 105.0 0059 06 0687 465.0 929576/08 26 9968 0075 494.0 00401 07 0267 895.0 085517/58 36 9959 0006 984.0 99111 08 0047 736.0 0325

06

9.0 1.136/57 08 9907 0025 225.0 0098 06 0988 895.0 948676/08 28 0008 0045 825.0 0089 07 0468 936.0 054617/58 48 0088 0075 335.0 99601 08 0048 786.0 9506

4.1 2.236/57 37 9927 0025 215.0 9909 06 9398 6.0 988676/08 47 9918 0055 415.0 0099 07 9768 146.0 094617/58 67 9909 9975 715.0 00801 08 9348 986.0 9806

8.1 7.436/57 07 0047 9925 905.0 9919 06 0798 106.0 019676/08 17 0038 9955 905.0 00001 07 9968 246.0 905617/58 27 9909 9975 115.0 00901 08 0748 96.0 0116

07

9.0 1.136/57 98 0076 0005 55.0 0 9958 06 9389 636.0 966776/08 19 0057 9925 955.0 0049 07 0759 586.0 032717/58 39 0048 9955 275.0 00401 08 0239 47.0 9976

4.1 2.236/57 38 0096 9905 435.0 0088 06 0889 836.0 007776/08 48 9977 0045 245.0 9959 07 9069 786.0 952717/58 58 9958 9955 155.0 00501 08 9539 247.0 0286

8.1 7.436/57 08 0007 9905 825.0 0088 06 0199 936.0 037776/08 18 9977 0045 535.0 9969 07 0469 886.0 092717/58 28 9968 0075 345.0 99501 08 0839 447.0 9386

08

9.0 1.136/57 99 9926 9974 585.0 0038 06 03601 476.0 033876/08 001 9907 9905 106.0 9919 07 95301 927.0 078717/58 301 0008 0045 126.0 99001 08 99001 97.0 0147

4.1 2.236/57 29 0056 0094 665.0 0058 06 96601 676.0 953876/08 39 9927 0025 875.0 0039 07 09301 137.0 009717/58 59 9918 0055 495.0 99101 08 04101 297.0 9247

8.1 7.436/57 09 9956 0094 855.0 0058 06 99601 776.0 083876/08 09 0047 0025 75.0 0 0049 07 91401 337.0 919717/58 19 0038 0055 485.0 00301 08 06101 497.0 0547

58

9.0 1.136/57 301 9906 0074 606.0 9918 06 07901 196.0 906876/08 501 0096 0005 526.0 0009 07 99601 57.0 041817/58 701 9977 9925 846.0 00001 08 94401 318.0 9667

4.1 2.236/57 79 9926 9974 485.0 0038 06 90011 496.0 046876/08 89 9907 9905 6.0 00 9919 07 03701 257.0 961817/58 99 0008 0045 26.0 0 99001 08 08401 518.0 0077

8.1 7.436/57 49 0046 0094 675.0 0048 06 92011 596.0 066876/08 59 0027 0025 95.0 0 9919 07 95701 357.0 981817/58 69 9908 0055 806.0 99101 08 00501 718.0 9077

09

9.0 1.136/57 801 0095 0074 926.0 9908 06 96211 807.0 948876/08 011 0076 0005 156.0 0098 07 90011 967.0 083817/58 211 9957 9925 876.0 0099 08 95701 538.0 0197

4.1 2.236/57 201 9906 0074 506.0 9918 06 01311 17.0 098876/08 301 0096 0005 426.0 9909 07 93011 177.0 014817/58 401 9977 9925 846.0 00001 08 98701 738.0 9297

8.1 7.436/57 99 0026 9974 695.0 0038 06 93311 217.0 019876/08 001 0007 9905 316.0 9909 07 07011 377.0 924817/58 101 0097 0045 536.0 00001 08 01801 938.0 0597

001

9.0 1.136/57 811 0055 0054 286.0 997776/08 911 9926 9974 117.0 996817/58 221 9907 9905 547.0 9969

4.1 2.236/57 111 0075 9954 356.0 000876/08 311 0056 0094 976.0 008817/58 411 9927 0025 17.0 0 0089

8.1 7.436/57 901 9975 9954 246.0 000876/08 011 9956 0094 666.0 009817/58 111 0047 0025 596.0 0089

011 8.1 7.436/57 911 0045 0054 796.0 997776/08 021 0026 9974 827.0 996817/58 121 0007 9905 567.0 9959




Unit size 009 at 300 cfm 60 Hz — English unitsTWE MPG DPW GNILOOC GNITAEHAE TWL TOT NES Wk RHT AE TOT kW HT A

04

.1 8 3.536/57 45 0089 0096 828.0 99521 06 0097 637.0 983576/08 55 00011 9927 108.0 99631 07 9367 147.0 011517/58 75 99121 0077 477.0 00941 08 9247 67.0 0 0384

3.2 2.936/57 15 0099 0096 848.0 00821 06 0497 637.0 914576/08 25 99011 0047 328.0 00931 07 9767 247.0 931517/58 35 00421 0077 697.0 99051 08 9647 167.0 0784

05

2.1 2.236/57 07 9919 9956 357.0 99611 06 9259 447.0 099676/08 17 00301 0007 937.0 00821 07 9729 377.0 936617/58 37 00511 0047 237.0 00041 08 9809 618.0 9036

.1 8 3.536/57 36 0049 0076 277.0 00021 06 9859 547.0 940776/08 56 00501 9907 357.0 99031 07 9439 577.0 007617/58 66 00811 0057 637.0 00341 08 0519 918.0 0636

3.2 2.936/57 16 0059 9976 487.0 99121 06 0469 647.0 980776/08 26 99601 0027 467.0 00331 07 0939 677.0 047617/58 36 00911 9957 547.0 00541 08 9919 128.0 0046

06

2.1 2.236/57 97 0088 0056 447.0 00311 06 05111 87.0 0 094876/08 18 0099 0096 447.0 00421 07 91901 928.0 980817/58 38 99011 9927 457.0 99531 08 97601 688.0 0567

.1 8 3.536/57 37 0009 0056 647.0 00511 06 02211 287.0 055876/08 47 99001 0007 837.0 99521 07 09901 238.0 051817/58 57 00411 0047 437.0 00931 08 04701 988.0 9077

3.2 2.936/57 07 9909 9956 57.0 99511 06 97211 487.0 995876/08 17 00301 0007 937.0 00821 07 93011 338.0 981817/58 27 00511 0047 137.0 00041 08 93801 498.0 0977

07

2.1 2.236/57 88 0048 9926 957.0 00011 06 91621 428.0 008976/08 09 0049 0076 577.0 99021 07 00421 198.0 953917/58 29 99501 9907 497.0 00331 08 98121 869.0 0888

.1 8 3.536/57 28 9958 0046 847.0 99011 06 98621 728.0 968976/08 48 9969 9976 257.0 00321 07 07421 498.0 914917/58 58 00901 0027 367.0 99531 08 05221 279.0 9298

3.2 2.936/57 08 9968 0046 547.0 99111 06 04721 928.0 019976/08 18 0089 0096 547.0 00421 07 91521 798.0 064917/58 28 99011 9927 157.0 99631 08 00321 679.0 0798

08

2.1 2.236/57 89 0008 9906 897.0 99601 06 01931 878.0 0190176/08 001 0009 9956 328.0 00811 07 97631 169.0 0040117/58 201 99101 0007 858.0 99031 08 00531 650.1 0989

.1 8 3.536/57 29 9918 0026 477.0 00801 06 08931 188.0 0790176/08 39 0039 0076 397.0 00021 07 05731 569.0 0640117/58 59 00501 9907 908.0 00331 08 07531 260.1 9399

3.2 2.936/57 09 0038 9926 667.0 00901 06 93041 488.0 9101176/08 19 0049 0076 087.0 99021 07 01831 969.0 0050117/58 29 99601 9907 297.0 00431 08 91631 560.1 0899

58

2.1 2.236/57 301 9977 0006 428.0 99501 06 06441 509.0 9631176/08 501 0088 0056 358.0 99611 07 05241 799.0 9480117/58 701 00001 0096 898.0 99031 08 04141 501.1 96301

.1 8 3.536/57 79 0008 9906 697.0 99601 06 92541 909.0 9241176/08 89 9909 9956 718.0 00911 07 03341 200.1 0190117/58 001 00301 0007 248.0 99131 08 01241 11.1 0 91401

3.2 2.936/57 49 9908 0026 587.0 00801 06 98541 219.0 0841176/08 59 9919 9956 308.0 00911 07 08341 600.1 9490117/58 79 00401 0007 128.0 99131 08 96241 511.1 06401

09

2.1 2.236/57 801 9957 0006 58.0 0 00501 06 94941 339.0 9671176/08 011 9958 0046 888.0 99611 07 96741 230.1 0521117/58 211 0089 9976 349.0 00031 08 97641 841.1 95701

.1 8 3.536/57 201 9977 0006 328.0 99501 06 92051 739.0 0381176/08 301 0098 0056 648.0 00811 07 94841 730.1 0031117/58 501 99001 0096 88.0 0 99031 08 95741 451.1 02801

3.2 2.936/57 99 0097 9906 18.0 0 99501 06 98051 49.0 0 0881176/08 001 0009 0056 38.0 0 00811 07 00941 140.1 9431117/58 101 99101 0007 658.0 99031 08 01841 951.1 95801

001

2.1 2.236/57 711 0027 9975 519.0 0030176/08 911 9918 0026 279.0 0051117/58 221 0049 0076 940.1 00921

.1 8 3.536/57 211 0047 0095 188.0 0040176/08 311 0058 9926 29.0 0 9951117/58 411 9969 9976 479.0 00031

3.2 2.936/57 901 0057 0095 668.0 0040176/08 011 9958 0046 998.0 9951117/58 111 0089 9976 349.0 00031

011 3.2 2.936/57 911 0007 9975 739.0 9910176/08 021 9908 0026 789.0 0051117/58 121 0039 0076 250.1 00921

Capacity Data





04

6.2 1.0136/57 15 00911 0039 317.0 00441 06 06501 327.0 980876/08 25 99531 0099 707.0 00061 07 95301 277.0 037717/58 45 00351 00501 507.0 99671 08 99101 528.0 9737

4.3 7.6136/57 84 00911 0039 027.0 00341 06 91601 627.0 051876/08 94 99531 00001 217.0 00061 07 92401 577.0 097717/58 15 00451 99501 607.0 00871 08 95201 928.0 9247

05

7.1 6.436/57 66 00511 9909 917.0 00931 06 00821 928.0 079976/08 86 00921 9969 637.0 00551 07 98521 198.0 055917/58 07 99541 00301 667.0 99171 08 08321 359.0 0319

6.2 1.0136/57 16 99511 9919 807.0 00041 06 01921 538.0 0600176/08 26 99131 0089 317.0 99551 07 98621 698.0 036917/58 36 00941 00401 627.0 99371 08 07421 859.0 9919

4.3 7.6136/57 85 99611 9919 607.0 99041 06 09921 48.0 0 9110176/08 95 00331 0089 807.0 99651 07 95721 9.0 00 986917/58 06 00051 00401 617.0 99371 08 93521 269.0 9529

06

7.1 6.436/57 67 00011 0098 857.0 99531 06 95841 239.0 9761176/08 87 00521 0059 397.0 99151 07 03641 400.1 9911117/58 08 99041 99001 448.0 99861 08 01441 870.1 03701

6.2 1.0136/57 17 99111 0009 137.0 99631 06 07941 839.0 9571176/08 27 99621 9959 157.0 00351 07 03741 010.1 9721117/58 37 00441 99101 287.0 00071 08 90541 480.1 00801

4.3 7.6136/57 86 00311 0009 327.0 99631 06 93051 249.0 0381176/08 96 00821 9969 837.0 00351 07 01841 510.1 9331117/58 07 00541 00301 367.0 00171 08 07541 980.1 95801

07

7.1 6.436/57 68 00501 9968 918.0 00331 06 01761 240.1 0513176/08 88 00021 0039 578.0 00051 07 98461 521.1 0462117/58 09 99531 0099 629.0 99661 08 06261 12.1 0 03121

6.2 1.0136/57 08 00801 0088 187.0 00431 06 90861 840.1 0323176/08 28 00321 0049 818.0 99051 07 97561 231.1 0272117/58 38 00931 00001 368.0 99861 08 05361 712.1 99121

4.3 7.6136/57 87 00801 0098 767.0 00531 06 09861 350.1 9823176/08 97 00421 0059 897.0 99051 07 06661 731.1 9672117/58 08 00041 99001 248.0 99861 08 02461 222.1 05221

08

7.1 6.436/57 69 99001 9958 109.0 99031 06 93381 351.1 0144176/08 79 00511 9919 659.0 00841 07 92181 742.1 0883117/58 99 00031 9969 420.1 00561 08 02971 143.1 94331

6.2 1.0136/57 09 00301 9958 358.0 99131 06 04481 61.1 0 0844176/08 19 00811 0039 209.0 00941 07 03281 452.1 9493117/58 39 00431 0099 159.0 99661 08 01081 843.1 01431

4.3 7.6136/57 88 00401 9968 538.0 00331 06 91581 561.1 9354176/08 98 00911 0039 288.0 00941 07 00381 952.1 0004117/58 09 00531 0099 429.0 99661 08 07081 453.1 94431

58

7.1 6.436/57 001 0089 0058 349.0 99031 06 97091 702.1 0694176/08 201 99111 9909 100.1 99541 07 97881 603.1 9244117/58 401 00821 9969 080.1 00561 08 97681 504.1 09831

6.2 1.0136/57 59 99001 9958 698.0 99031 06 97191 412.1 9205176/08 69 00511 9919 349.0 99641 07 08981 413.1 0944117/58 89 99031 9969 1 000. 00661 08 96781 214.1 94931

4.3 7.6136/57 39 99101 9958 578.0 99031 06 05291 022.1 9805176/08 49 99611 9919 229.0 00841 07 93091 913.1 9354117/58 59 00331 0089 379.0 00661 08 92881 814.1 09931

09

7.1 6.436/57 501 9959 0038 389.0 00921 06 06791 952.1 0645176/08 701 00011 0009 250.1 99541 07 97591 363.1 9294117/58 901 00521 0059 831.1 99361 08 99391 764.1 09341

6.2 1.0136/57 001 0089 0058 839.0 00031 06 95891 662.1 9255176/08 101 00311 9909 989.0 99641 07 07691 173.1 0994117/58 301 00921 9969 450.1 00561 08 08491 574.1 94441

4.3 7.6136/57 89 0099 0058 129.0 99031 06 92991 272.1 9855176/08 99 00411 9909 569.0 99641 07 93791 673.1 9305117/58 001 00031 9969 420.1 00561 08 93591 84.1 0 09441

001

7.1 6.436/57 511 9909 9918 270.1 0082176/08 711 00501 0088 551.1 0044117/58 911 00021 0049 262.1 00361

6.2 1.0136/57 011 0039 0038 220.1 0082176/08 111 00801 0098 880.1 0054117/58 311 00421 0059 371.1 99361

4.3 7.6136/57 801 0059 0038 400.1 0092176/08 901 00901 0098 360.1 0054117/58 011 00521 0059 141.1 99361

011 4.3 7.6136/57 711 0098 9908 390.1 9962176/08 811 00401 0088 271.1 0044117/58 021 00911 0049 762.1 00361

Capacity DataUnit size 012 at 400 cfm 60 Hz — English units




Unit size 015 at 500 cfm 60 Hz — English units

Capacity Data


04

7.2 8.836/57 25 99631 00001 466.0 00061 06 08021 429.0 919876/08 35 00551 99501 407.0 99871 07 99021 510.1 036817/58 55 99371 99111 947.0 00002 08 91121 601.1 9338

6.3 5.4136/57 94 00931 00001 236.0 00061 06 99121 929.0 920976/08 05 99551 99501 666.0 99871 07 02221 20.1 0 047817/58 15 00671 99111 707.0 00002 08 04221 111.1 9348

05

8.1 3.436/57 86 99031 9969 218.0 00951 06 94441 20.1 0 0790176/08 07 00841 00401 268.0 99671 07 92441 511.1 0360117/58 27 99661 00011 29.0 0 00891 08 01441 12.1 0 97201

7.2 8.836/57 26 00331 0089 857.0 00951 06 91641 720.1 9011176/08 36 99051 00401 8.0 00 00871 07 99541 221.1 9670117/58 56 00071 00011 58.0 0 99891 08 07541 812.1 01401

6.3 5.4136/57 95 00431 0099 427.0 00951 06 95741 330.1 0321176/08 06 99151 00501 367.0 00871 07 03741 821.1 0880117/58 16 00171 99011 808.0 99891 08 99641 422.1 91501

06

8.1 3.436/57 87 99621 9959 709.0 00851 06 92661 511.1 0282176/08 08 00441 99101 169.0 99671 07 07561 312.1 9242117/58 28 99161 00801 420.1 99691 08 01561 213.1 93021

7.2 8.836/57 27 00921 9969 258.0 00851 06 98761 221.1 0692176/08 37 99541 00301 998.0 99671 07 03761 22.1 0 0652117/58 57 00561 00901 359.0 00891 08 07661 913.1 06121

6.3 5.4136/57 96 99031 9969 918.0 00951 06 02961 821.1 0703176/08 07 00841 00401 168.0 99671 07 95861 622.1 9662117/58 17 99661 00011 119.0 00891 08 98761 523.1 96221

07

8.1 3.436/57 78 00321 0049 300.1 99651 06 01481 691.1 0334176/08 09 00041 00001 260.1 00671 07 02381 692.1 0093117/58 29 00951 99501 131.1 99691 08 93281 793.1 07431

7.2 8.836/57 28 00521 0059 849.0 99651 06 95581 302.1 9444176/08 38 99141 99101 999.0 00671 07 96481 303.1 9104117/58 58 00161 99601 750.1 99691 08 97381 504.1 08531

6.3 5.4136/57 97 99521 9959 419.0 00851 06 97681 802.1 0654176/08 08 00441 99101 169.0 99671 07 97581 903.1 9114117/58 18 00361 00801 510.1 99691 08 98481 14.1 0 97631

08

8.1 3.436/57 79 00811 9919 1.1 00 99551 06 92891 362.1 9055176/08 001 99531 0099 561.1 00671 07 91791 663.1 0605117/58 201 00451 00501 732.1 00691 08 02691 964.1 99541

7.2 8.836/57 29 99021 0039 440.1 99551 06 06991 72.1 0 0365176/08 39 00831 00001 1.1 00 00571 07 05891 273.1 9615117/58 59 99651 99501 561.1 99691 08 05791 674.1 01741

6.3 5.4136/57 98 99121 0049 10.1 0 99651 06 07002 572.1 0275176/08 09 00041 00001 260.1 00671 07 06991 873.1 9525117/58 19 00851 99501 21.1 0 99691 08 93891 184.1 98741

58

8.1 3.436/57 201 99611 9919 151.1 99551 06 01402 192.1 0006176/08 501 00431 0089 612.1 00571 07 00302 593.1 9355117/58 701 99151 00401 92.1 0 00691 08 99102 5.1 00 08051

7.2 8.836/57 79 00911 9919 390.1 99551 06 05502 892.1 9016176/08 89 99531 0099 251.1 00671 07 92402 204.1 0565117/58 001 00551 00501 812.1 99691 08 02302 605.1 97151

6.3 5.4136/57 49 00021 0039 950.1 99551 06 94602 303.1 9916176/08 59 99631 0099 211.1 00571 07 03502 704.1 0375117/58 69 99651 99501 571.1 99691 08 01402 115.1 05251

09

8.1 3.436/57 701 00511 9909 2.1 00 99551 06 92902 713.1 9246176/08 901 99131 9969 762.1 00571 07 02802 224.1 0695117/58 211 00051 00401 443.1 00691 08 01702 725.1 09451

7.2 8.836/57 201 99611 9909 241.1 99551 06 95012 323.1 9356176/08 301 00431 0089 302.1 00571 07 04902 824.1 9506117/58 501 00351 00501 272.1 00691 08 92802 435.1 98551

6.3 5.4136/57 99 00811 9919 801.1 99551 06 06112 823.1 0266176/08 001 99531 0099 561.1 00671 07 03012 334.1 0416117/58 101 00551 00501 822.1 99691 08 01902 935.1 06651

001

8.1 3.436/57 711 00011 0098 892.1 0055176/08 911 99621 9959 73.1 0 9937117/58 221 99541 99101 254.1 00591

7.2 8.836/57 211 00311 0009 242.1 0055176/08 311 00031 9969 603.1 9937117/58 511 00941 00301 973.1 00691

6.3 5.4136/57 901 00411 9909 802.1 9955176/08 011 99031 9969 862.1 0057117/58 111 00051 00401 633.1 00691

011 6.3 5.4136/57 911 00011 0098 703.1 0055176/08 021 99621 9959 173.1 9937117/58 121 99541 99101 444.1 00591





Capacity Data


04

8.3 6.936/57 35 00891 00341 162.1 00142 06 93581 434.1 0463176/08 45 99612 00941 542.1 00062 07 06181 94.1 0 0803117/58 55 00832 00551 532.1 00082 08 92871 855.1 90521

1.5 1.5136/57 05 00002 00341 352.1 00342 06 01781 934.1 0083176/08 05 99812 00051 232.1 00162 07 92381 694.1 0323117/58 15 00042 99551 712.1 00182 08 98971 565.1 05621

05

5.2 0.536/57 96 00881 00831 823.1 99332 06 96902 805.1 0285176/08 07 99602 00541 43.1 00352 07 98502 585.1 9715117/58 27 99622 99051 363.1 00372 08 93202 376.1 92541

8.3 6.936/57 26 99191 00041 892.1 99632 06 91212 715.1 0506176/08 36 00112 99641 792.1 00552 07 92802 695.1 0935117/58 56 99132 00351 503.1 00672 08 08402 586.1 02741

1.5 1.5136/57 95 99391 99041 682.1 00832 06 01412 325.1 0126176/08 06 00312 99641 82.1 99652 07 01012 406.1 9355117/58 16 99332 00451 182.1 99672 08 94602 596.1 95841

06

5.2 0.536/57 87 99181 99531 683.1 99822 06 93232 795.1 0877176/08 08 00002 99141 414.1 99842 07 93822 396.1 9507117/58 28 00022 00941 844.1 00072 08 96422 797.1 93361

8.3 6.936/57 27 00681 99631 843.1 99132 06 98432 906.1 0008176/08 37 00502 00441 363.1 00152 07 97032 607.1 0627117/58 47 00522 00051 883.1 99172 08 99622 18.1 0 91561

1.5 1.5136/57 96 00881 00831 233.1 00332 06 07632 716.1 9418176/08 07 99602 00441 243.1 99152 07 06232 517.1 0147117/58 17 99622 99051 163.1 00372 08 07822 28.1 0 06661

07

5.2 0.536/57 88 00671 00331 754.1 00522 06 07052 976.1 9339176/08 09 99391 00041 205.1 00542 07 07642 787.1 9558117/58 19 99312 99541 845.1 00662 08 98242 609.1 08771

8.3 6.936/57 28 00081 00431 114.1 00822 06 90352 96.1 0 9359176/08 38 00891 99141 344.1 99642 07 09842 8.1 00 0578117/58 48 00812 00841 774.1 99862 08 01542 29.1 0 06971

1.5 1.5136/57 97 00181 99531 293.1 99822 06 96452 896.1 9769176/08 08 00002 99141 714.1 99842 07 05052 908.1 9788117/58 18 00022 00941 744.1 00072 08 06642 39.1 0 97081

08

5.2 0.536/57 89 99861 00031 145.1 99122 06 01562 847.1 0550276/08 99 99681 00831 106.1 99142 07 02162 178.1 9379117/58 101 99602 00441 466.1 99362 08 06752 400.2 02981

8.3 6.936/57 29 00371 99131 884.1 99322 06 93762 67.1 0 0370276/08 39 99191 00931 635.1 99342 07 93362 488.1 0199117/58 49 00112 99541 285.1 00562 08 96952 810.2 97091

1.5 1.5136/57 98 00571 00331 564.1 00522 06 99862 867.1 9580276/08 09 99391 00041 705.1 00542 07 98462 398.1 0300217/58 09 99312 99541 745.1 00662 08 90162 820.2 09191

58

5.2 0.536/57 301 00661 00921 885.1 00022 06 00172 977.1 0301276/08 401 99381 99531 456.1 00042 07 91762 809.1 0120217/58 601 00302 00341 827.1 99162 08 97362 740.2 09391

8.3 6.936/57 79 00071 99031 135.1 99122 06 92372 197.1 0121276/08 89 00881 00831 685.1 99142 07 04962 129.1 9730217/58 99 00802 00441 46.1 0 99362 08 97562 160.2 93591

1.5 1.5136/57 49 99171 99031 605.1 00322 06 08472 8.1 00 9331276/08 59 00091 00831 655.1 00342 07 98072 139.1 0050217/58 59 00012 00541 406.1 00562 08 91762 170.2 94691

09

5.2 0.536/57 801 00361 00821 836.1 99812 06 00672 708.1 0441276/08 901 00181 00531 17.1 0 99832 07 93272 149.1 9060217/58 111 00002 99041 697.1 00162 08 01962 580.2 98791

8.3 6.936/57 201 99661 00921 775.1 00122 06 92872 918.1 0261276/08 301 00581 99631 836.1 00142 07 94472 459.1 0870217/58 401 00502 00441 307.1 00362 08 90172 1.2 00 04991

1.5 1.5136/57 99 99861 00031 155.1 99122 06 08972 828.1 9371276/08 99 99681 00831 706.1 99142 07 00672 469.1 9980217/58 001 99602 00441 466.1 99362 08 05272 11.2 0 05002

001

5.2 0.536/57 711 99651 00521 747.1 0061276/08 911 99371 00331 538.1 9963217/58 121 00391 00931 449.1 99852

8.3 6.936/57 111 00061 99621 86.1 0 0081276/08 311 00871 00431 357.1 0083217/58 411 00891 99041 148.1 00162

1.5 1.5136/57 901 99161 99621 56.1 0 9981276/08 901 00081 00531 717.1 9983217/58 011 00002 99041 797.1 00162

011 1.5 1.5136/57 811 99551 00521 167.1 0061276/08 911 99371 99131 448.1 9963217/58 021 00391 00931 649.1 99852





04

0.5 9.536/57 25 99842 00181 616.1 99303 06 90812 239.1 0125176/08 35 99872 00191 206.1 99233 07 91212 379.1 0944117/58 55 00113 00102 495.1 00663 08 07602 520.2 05731

2.6 9.836/57 05 00052 99181 416.1 00503 06 98912 439.1 0935176/08 15 00082 99191 695.1 00533 07 09312 579.1 0564117/58 25 00313 99102 485.1 00763 08 92802 30.2 0 01931

05

0.4 9.336/57 56 00142 99671 546.1 99692 06 01552 679.1 9678176/08 66 00072 99881 846.1 00623 07 99842 640.2 0197117/58 86 00303 99891 66.1 0 99853 08 90342 821.2 05071

0.5 9.536/57 26 99142 00871 936.1 00892 06 05752 89.1 0 9898176/08 36 00172 99881 146.1 00723 07 92152 250.2 0218117/58 46 99303 99891 256.1 00063 08 93542 631.2 05271

2.6 9.836/57 06 00342 00871 336.1 99892 06 06952 489.1 0919176/08 16 00372 99881 36.1 0 99823 07 92352 750.2 9038117/58 26 00503 00002 736.1 00163 08 03742 241.2 02471

06

0.4 9.336/57 57 00332 00571 496.1 00192 06 90192 840.2 0212276/08 67 00362 00581 517.1 00123 07 08482 741.2 0611217/58 87 00592 00691 847.1 00553 08 09872 952.2 97102

0.5 9.536/57 27 00532 00571 486.1 99192 06 97392 450.2 9532276/08 37 99362 00681 407.1 00223 07 93782 551.2 9731217/58 47 00692 00691 737.1 00553 08 04182 962.2 09302

2.6 9.836/57 96 00632 00671 376.1 00392 06 00692 060.2 0752276/08 07 00562 99681 986.1 99223 07 94982 261.2 0751217/58 27 00892 99691 717.1 00653 08 93382 872.2 07502

07

0.4 9.336/57 48 00622 00171 367.1 00682 06 01323 531.2 9105276/08 68 00552 00381 408.1 99613 07 97613 162.2 0693217/58 88 99682 00391 68.1 0 00153 08 98013 104.2 99822

0.5 9.536/57 28 99622 99171 57.1 0 99682 06 97523 441.2 9625276/08 38 00652 00381 97.1 0 99613 07 94913 272.2 9914217/58 48 00882 99391 748.1 00153 08 05313 214.2 02132

2.6 9.836/57 97 99822 00371 537.1 00882 06 02823 151.2 0845276/08 08 00852 00381 77.1 0 00813 07 97123 182.2 0934217/58 18 00092 99391 128.1 00253 08 07513 124.2 00332

08

0.4 9.336/57 49 99812 99861 158.1 99182 06 00053 222.2 0147276/08 69 99642 00081 319.1 00313 07 96343 563.2 0036217/58 79 99872 00091 489.1 00743 08 99733 325.2 97152

0.5 9.536/57 19 00022 99861 438.1 00382 06 08253 132.2 0667276/08 39 99842 00081 698.1 00313 07 94643 573.2 9356217/58 49 00082 00191 969.1 99743 08 06043 735.2 99352

2.6 9.836/57 98 99122 00071 518.1 99382 06 90553 832.2 9787276/08 09 00052 00181 278.1 99313 07 08843 583.2 9376217/58 19 99182 00191 49.1 0 99743 08 98243 845.2 98552

58

0.4 9.336/57 99 00512 99661 109.1 00082 06 90163 752.2 9938276/08 101 00342 00871 479.1 00113 07 90553 114.2 0827217/58 201 00572 99881 550.2 00543 08 05943 285.2 04162

0.5 9.536/57 69 00612 00861 288.1 00082 06 09363 662.2 0668276/08 79 00542 99871 759.1 99113 07 08753 224.2 9157217/58 99 00672 99881 830.2 00643 08 92253 695.2 07362

2.6 9.836/57 49 00812 00861 268.1 00182 06 03663 472.2 0788276/08 59 00642 99871 39.1 0 99113 07 02063 334.2 9177217/58 69 00872 00091 800.2 00643 08 06453 806.2 95562

09

0.4 9.336/57 401 00112 00561 459.1 99672 06 06073 982.2 0529276/08 501 00042 99671 240.2 99803 07 97463 354.2 9018217/58 701 00172 00881 131.2 99343 08 06953 536.2 96962

0.5 9.536/57 101 99112 00661 439.1 00872 06 05373 992.2 0059276/08 201 00142 99671 120.2 00013 07 07763 664.2 0538217/58 401 99172 00881 311.2 99343 08 04263 56.2 09172

2.6 9.836/57 99 99312 99661 219.1 99872 06 00673 803.2 9179276/08 001 00342 00871 499.1 00113 07 90073 774.2 9558217/58 101 99372 99881 80.2 0 00543 08 97463 366.2 09372

001

0.4 9.336/57 411 00302 00361 470.2 9937276/08 511 99132 99371 971.2 0060317/58 711 00362 00581 103.2 00243

0.5 9.536/57 111 00502 00361 150.2 0057276/08 211 00332 00571 851.2 9960317/58 411 99362 00581 82.2 0 00243

2.6 9.836/57 901 00602 99361 620.2 0067276/08 011 00532 00571 721.2 9960317/58 111 00662 00681 242.2 00243

011 2.6 9.836/57 911 99891 00161 451.2 0037276/08 021 99622 99171 672.2 0050317/58 121 00852 00381 324.2 00043

Capacity Data





04

7.5 5.0136/57 35 99603 99122 669.1 99373 06 96203 343.2 0232276/08 55 00253 99632 669.1 99814 07 02392 624.2 9801217/58 65 00204 00352 889.1 99864 08 01482 225.2 05891

7.7 0.3236/57 05 00113 00322 949.1 99773 06 05703 53.2 0 0872276/08 15 00753 00042 839.1 99224 07 08792 634.2 0151217/58 25 00704 99352 349.1 99274 08 93882 435.2 05202

05

8.3 5.336/57 96 99682 00312 680.2 99853 06 03143 604.2 9695276/08 17 00133 99822 251.2 99304 07 04133 615.2 0064217/58 47 99773 00542 352.2 00554 08 97123 736.2 03232

7.5 5.0136/57 36 00692 99612 520.2 00563 06 92253 824.2 9896276/08 46 00143 00332 350.2 00114 07 98143 445.2 0555217/58 66 00093 99842 701.2 00264 08 07133 176.2 90142

7.7 0.3236/57 06 00003 00812 100.2 99763 06 01753 834.2 0447276/08 16 00543 00532 510.2 99314 07 94643 755.2 9695217/58 26 00593 00052 250.2 00564 08 90633 686.2 98442

06

8.3 5.336/57 87 00672 99802 81.2 0 00153 06 08383 105.2 0989276/08 18 99813 00522 872.2 00793 07 92373 936.2 0738217/58 48 00763 00042 214.2 99844 08 99263 887.2 93862

7.5 5.0136/57 37 00582 99112 501.2 00753 06 92493 925.2 0580376/08 47 00033 99822 261.2 99204 07 02383 276.2 0529217/58 67 99873 00542 642.2 00554 08 04273 628.2 94672

7.7 0.3236/57 96 99882 99312 470.2 00063 06 08893 145.2 0621376/08 17 99333 00132 611.2 00604 07 05783 686.2 9269217/58 27 99383 99642 581.2 99754 08 04673 248.2 98972

07

8.3 5.336/57 88 00662 99302 92.2 0 99343 06 05914 106.2 9113376/08 19 00803 00122 424.2 00193 07 05804 167.2 0841317/58 39 00553 00632 795.2 99344 08 98793 139.2 93892

7.5 5.0136/57 28 99372 00802 502.2 99843 06 99824 926.2 9793376/08 48 00813 00522 392.2 00693 07 04714 297.2 9522317/58 68 00763 00042 604.2 99844 08 91604 769.2 93503

7.7 0.3236/57 97 00872 00012 761.2 00253 06 98234 936.2 9234376/08 08 99223 99622 932.2 99893 07 00124 508.2 9752317/58 28 00273 00342 433.2 00254 08 05904 289.2 02803

08

8.3 5.336/57 89 00552 00002 614.2 00733 06 95844 586.2 0475376/08 001 99692 99612 585.2 00583 07 95734 768.2 0304317/58 301 99343 00332 708.2 99834 08 01724 360.3 01323

7.5 5.0136/57 29 00362 00302 123.2 00243 06 01754 217.2 0056376/08 49 99603 00022 344.2 00093 07 06544 998.2 0174317/58 69 00553 00632 395.2 99344 08 93434 890.3 90923

7.7 0.3236/57 98 99662 00602 772.2 99343 06 93064 327.2 9976376/08 09 00113 99122 283.2 99293 07 95844 119.2 9694317/58 29 00063 00832 15.2 0 00644 08 01734 211.3 04133

58

8.3 5.336/57 301 99842 00891 584.2 99333 06 00164 527.2 0586376/08 501 00192 00512 176.2 00283 07 03054 819.2 9115317/58 801 99733 00132 129.2 99734 08 00044 621.3 08333

7.5 5.0136/57 79 99652 00102 583.2 99833 06 92964 257.2 9757376/08 99 00103 00812 425.2 00783 07 98754 59.2 0 0775317/58 101 00053 00532 796.2 00244 08 98644 161.3 05933

7.7 0.3236/57 49 00162 00302 933.2 00143 06 04274 367.2 9587376/08 59 00603 00022 164.2 00093 07 07064 369.2 9006317/58 79 99353 00632 906.2 99344 08 93944 471.3 95143

09

8.3 5.336/57 701 00342 00691 755.2 00133 06 91274 367.2 0587376/08 011 00682 00312 367.2 00083 07 97164 769.2 0016317/58 311 00233 99822 40.3 0 00634 08 07154 681.3 05343

7.5 5.0136/57 201 99152 99891 354.2 00533 06 03084 197.2 0658376/08 401 00592 00612 806.2 99383 07 02964 3 000. 0476317/58 501 99343 00332 608.2 99834 08 05854 122.3 99843

7.7 0.3236/57 99 00552 00002 504.2 99733 06 04384 208.2 9288376/08 001 00003 00812 345.2 00783 07 00274 210.3 9696317/58 101 99843 99332 317.2 00144 08 09064 432.3 00153

001

8.3 5.336/57 711 99132 99191 907.2 0052376/08 021 99372 00802 859.2 0057317/58 321 00023 99322 292.3 99234

7.5 5.0136/57 211 00042 00591 995.2 9982376/08 311 99382 99112 197.2 9987317/58 511 00233 99822 140.3 00634

7.7 0.3236/57 901 99342 00691 645.2 0013376/08 011 00882 99312 917.2 0018317/58 111 00733 00032 49.2 0 00734

011 7.7 0.3236/57 811 00332 99191 107.2 0052376/08 021 99672 00012 319.2 0067317/58 121 00523 00622 881.3 99334

Capacity Data





Capacity Data


04

0.7 3.836/57 35 00073 99362 172.2 99744 06 95892 395.2 9701276/08 45 00114 00872 942.2 99784 07 08292 266.2 0620217/58 55 00654 99192 632.2 99235 08 01782 947.2 99391

0.9 9.1136/57 05 99373 00662 62.2 0 00154 06 07003 695.2 0821276/08 15 00514 00182 132.2 00194 07 98492 766.2 9440217/58 25 00064 00392 902.2 00635 08 02982 657.2 97591

05

7.4 7.436/57 86 00253 99652 863.2 99234 06 96843 296.2 9375276/08 07 99293 99172 483.2 99374 07 04243 308.2 9374217/58 27 00734 00582 514.2 00025 08 97633 339.2 93732

0.7 3.836/57 36 99853 99852 423.2 99734 06 92353 407.2 0716276/08 46 00004 99372 623.2 99874 07 00743 918.2 9415217/58 56 99344 00882 43.2 0 99325 08 03143 259.2 02142

0.9 9.1136/57 06 00263 99162 303.2 00144 06 07553 117.2 0936276/08 16 99204 00672 792.2 00284 07 93943 728.2 0535217/58 26 99744 99882 203.2 00725 08 95343 269.2 02342

06

7.4 7.436/57 87 00143 00352 764.2 00524 06 08793 148.2 0610376/08 08 00183 00662 115.2 00764 07 07193 499.2 0309217/58 28 00524 99182 375.2 99215 08 91683 561.3 09872

0.7 3.836/57 27 00743 00552 704.2 99824 06 98204 958.2 0060376/08 37 99783 99862 534.2 00174 07 97693 610.3 9449217/58 57 00234 99382 974.2 00715 08 91193 91.3 0 00382

0.9 9.1136/57 07 00153 99652 773.2 00234 06 06504 868.2 9280376/08 17 00293 99172 693.2 99274 07 93993 720.3 0769217/58 27 00634 00582 34.2 0 99815 08 96393 402.3 00582

07

7.4 7.436/57 88 99823 99642 495.2 99714 06 91144 110.3 9093376/08 09 99863 00362 666.2 00064 07 93534 202.3 9862317/58 29 99214 00672 747.2 00605 08 06924 304.3 01413

0.7 3.836/57 28 00633 00052 815.2 00224 06 95644 530.3 9634376/08 38 00673 00562 575.2 99364 07 97044 32.3 0 9113317/58 58 00024 99872 546.2 00015 08 96434 34.3 0 92813

0.9 9.1136/57 97 99833 00152 974.2 99324 06 93944 840.3 0064376/08 08 00083 00662 625.2 00664 07 05344 442.3 0533317/58 18 99324 00082 195.2 00215 08 91734 444.3 93023

08

7.4 7.436/57 89 99613 99142 547.2 00114 06 95674 861.3 0296376/08 99 00753 99852 948.2 99354 07 09074 873.3 0365317/58 101 00004 99172 849.2 00105 08 97564 706.3 04343

0.7 3.836/57 29 99323 00642 656.2 00514 06 95284 491.3 9247376/08 39 99363 00062 247.2 00754 07 03674 604.3 9706317/58 49 00704 00572 38.2 0 99305 08 90174 836.3 95743

0.9 9.1136/57 98 99723 99642 806.2 00714 06 93584 702.3 0767376/08 09 99763 00362 486.2 99854 07 90974 124.3 9926317/58 19 00114 00672 667.2 00605 08 08374 556.3 97943

58

7.4 7.436/57 201 99113 00142 928.2 99704 06 94194 432.3 9718376/08 401 00153 00652 349.2 00254 07 90684 854.3 0886317/58 601 99393 00072 60.3 0 99894 08 97084 896.3 03553

0.7 3.836/57 79 00813 00342 337.2 00214 06 01794 62.3 0 9468376/08 89 99753 99852 538.2 00554 07 07194 984.3 9237317/58 99 00104 99172 439.2 00105 08 03684 237.3 06953

0.9 9.1136/57 49 00223 00542 286.2 99314 06 00005 472.3 0988376/08 59 00263 00062 377.2 00754 07 05494 405.3 0657317/58 69 00504 99372 568.2 99205 08 99884 57.3 0 07163

09

7.4 7.436/57 701 00603 00832 919.2 00504 06 05305 192.3 9719376/08 901 00543 00352 340.3 99844 07 05894 725.3 0887317/58 111 99783 99862 871.3 00794 08 90494 287.3 07563

0.7 3.836/57 201 99113 00142 718.2 99804 06 02905 913.3 0769376/08 301 00253 00652 39.2 0 00254 07 02405 955.3 0438317/58 401 00593 00172 440.3 99894 08 96994 918.3 90073

0.9 9.1136/57 99 00613 99142 167.2 00114 06 91215 333.3 9099376/08 001 00653 99652 968.2 99354 07 01705 675.3 0758317/58 101 99893 99172 179.2 00105 08 95205 738.3 92273

001

7.4 7.436/57 711 99392 00332 411.3 0000476/08 911 99233 00052 62.3 0 9934417/58 121 00673 00562 334.3 99294

0.7 3.836/57 211 00103 00632 3 000. 9920476/08 311 00043 99152 431.3 0074417/58 411 99283 00662 582.3 00594

0.9 9.1136/57 901 00503 99632 839.2 0050476/08 011 99343 00352 460.3 9974417/58 111 00783 99662 302.3 00694

011 0.9 9.1136/57 911 00392 00332 531.3 0000476/08 021 00233 00842 382.3 9934417/58 121 99373 00362 164.3 99294





Capacity Data


04

7.7 4.636/57 45 99334 99313 475.2 00225 06 98723 689.2 0062276/08 55 99384 00133 155.2 00175 07 08223 360.3 9281217/58 65 99835 99743 835.2 00526 08 92813 261.3 93012

6.01 2.4136/57 05 99834 00613 55.2 0 00625 06 09033 889.2 0982276/08 15 99884 99333 515.2 00575 07 97523 860.3 0012217/58 25 99345 00053 884.2 99826 08 91123 961.3 00312

05

2.5 4.436/57 07 00714 99603 417.2 99805 06 97683 60.3 0 9328276/08 27 00664 00523 437.2 00065 07 97183 681.3 0037217/58 47 00025 00143 467.2 99316 08 00773 533.3 02362

7.7 4.636/57 36 00224 00803 466.2 99215 06 98193 960.3 9178276/08 56 00274 00623 76.2 0 99265 07 98683 2.3 00 9677217/58 66 00625 99343 296.2 99716 08 05283 453.3 90862

6.01 2.4136/57 06 00624 00013 626.2 00615 06 93593 570.3 0509276/08 16 00674 99723 816.2 00665 07 03093 902.3 9708217/58 26 00135 00543 426.2 00126 08 09583 663.3 90172

06

2.5 4.436/57 97 99304 00103 458.2 00105 06 97544 681.3 0173376/08 18 99254 00023 809.2 99255 07 07044 263.3 0952317/58 38 00705 00633 459.2 99706 08 97634 565.3 01513

7.7 4.636/57 37 00014 99303 97.2 0 00505 06 94154 102.3 9224376/08 47 99854 00223 828.2 00555 07 97644 483.3 0313317/58 67 99215 99733 668.2 00116 08 04244 985.3 98913

6.01 2.4136/57 07 99314 00503 937.2 99705 06 93554 112.3 9754376/08 17 99364 99223 267.2 99755 07 07054 893.3 9643317/58 27 99715 00143 197.2 99216 08 91644 606.3 01323

07

2.5 4.436/57 98 00193 00692 620.3 00594 06 01894 143.3 9048376/08 19 00044 99313 601.3 00745 07 90494 765.3 0427317/58 39 99294 00233 481.3 00206 08 00094 808.3 90063

7.7 4.636/57 38 00793 99892 849.2 99794 06 93405 263.3 0698376/08 48 00644 99613 20.3 0 99845 07 03005 495.3 9577317/58 68 99894 99233 80.3 0 00506 08 00694 538.3 90563

6.01 2.4136/57 97 00104 00103 588.2 00005 06 90905 973.3 0839376/08 08 00154 99813 249.2 00155 07 93405 906.3 9118317/58 18 00505 00633 889.2 00606 08 90005 358.3 05863

08

2.5 4.436/57 99 99873 99192 622.3 99884 06 04245 984.3 9232476/08 101 99724 00013 923.3 00145 07 01835 47.3 0 9301417/58 301 00084 00723 354.3 99795 08 06435 910.4 04793

7.7 4.636/57 39 00583 00392 731.3 00294 06 08845 15.3 0 9982476/08 49 99234 00113 822.3 99245 07 05445 767.3 0951417/58 69 00684 99823 233.3 00006 08 00145 250.4 07204

6.01 2.4136/57 98 99883 00592 360.3 99294 06 92355 525.3 9823476/08 09 99734 99313 441.3 00545 07 09845 687.3 9691417/58 19 00194 00233 522.3 00106 08 93545 570.4 03604

58

2.5 4.436/57 401 99273 99882 733.3 00784 06 09955 945.3 0883476/08 601 00124 99603 254.3 99835 07 90655 818.3 9752417/58 801 99374 99323 106.3 00795 08 01355 611.4 95214

7.7 4.636/57 89 99773 00092 142.3 99884 06 95665 275.3 9644476/08 99 00724 00013 543.3 00145 07 07265 848.3 0413417/58 101 99874 00723 274.3 99795 08 96955 251.4 99714

6.01 2.4136/57 49 99283 00392 361.3 00194 06 91175 985.3 9684476/08 59 00134 00113 452.3 00245 07 91765 868.3 0253417/58 69 00584 99823 853.3 99895 08 96465 971.4 01224

09

2.5 4.436/57 901 00663 00682 844.3 99384 06 05475 206.3 9515476/08 111 00514 00503 485.3 00735 07 95175 988.3 0983417/58 311 00764 99223 657.3 00595 08 90965 402.4 06524

7.7 4.636/57 301 00273 99882 253.3 00684 06 98185 36.3 0 9975476/08 401 00024 99603 964.3 99735 07 05875 129.3 0644417/58 601 99274 99323 126.3 00695 08 00675 342.4 90134

6.01 2.4136/57 99 00673 00092 962.3 99784 06 95685 846.3 0126476/08 001 00524 00013 373.3 00045 07 01385 449.3 0584417/58 101 99774 00623 994.3 00795 08 06085 962.4 09434

001

2.5 4.436/57 811 99353 00182 586.3 9987476/08 121 00104 00103 768.3 9923517/58 321 99254 00813 190.4 99295

7.7 4.636/57 311 99853 00382 85.3 0 0028476/08 411 00704 99103 47.3 0 0053517/58 511 99854 00023 249.3 99395

6.01 2.4136/57 901 99363 00682 394.3 9928476/08 011 00214 99303 336.3 0063517/58 111 99364 00123 808.3 99395

011 6.01 2.4136/57 911 00153 00082 537.3 9977476/08 021 99893 99892 129.3 9923517/58 121 00154 99613 841.4 99295





Capacity Data


04

0.9 6.0136/57 35 00764 99243 919.2 00765 06 00053 570.3 0054276/08 45 00715 00263 239.2 00716 07 91643 581.3 0573217/58 55 00175 99873 269.2 00276 08 99243 113.3 00032

0.21 8.7136/57 05 99374 00743 158.2 00175 06 99253 970.3 9874276/08 05 99225 99363 848.2 00126 07 02943 91.3 0 0304217/58 15 99775 00083 758.2 00576 08 00643 813.3 96232

05

0.6 1.536/57 86 00644 99333 981.3 99355 06 09914 91.3 0 0011376/08 07 99394 99253 742.3 00506 07 09514 143.3 0910317/58 27 99745 00073 823.3 99066 08 05214 15.3 0 96292

0.9 6.0136/57 26 99354 99733 180.3 99855 06 00524 2.3 00 9751376/08 46 99205 00753 321.3 00016 07 09024 553.3 0460317/58 56 00655 99273 481.3 00566 08 04714 625.3 01792

0.21 8.7136/57 95 00064 00043 200.3 00265 06 96824 802.3 0291376/08 06 00015 99753 520.3 99216 07 06424 463.3 0890317/58 16 99265 00573 560.3 99766 08 90124 835.3 03003

06

0.6 1.536/57 87 00234 99823 883.3 00745 06 03094 653.3 9757376/08 08 00084 99743 774.3 99895 07 91684 155.3 0056317/58 28 99235 00563 185.3 00556 08 07284 367.3 92453

0.9 6.0136/57 27 00044 99233 762.3 00155 06 90694 273.3 0018376/08 37 99884 00153 833.3 99206 07 98194 75.3 0 9007317/58 57 00245 99763 824.3 00956 08 92884 587.3 02953

0.21 8.7136/57 96 00644 99333 771.3 99355 06 03005 483.3 9748376/08 07 00694 99253 922.3 00606 07 90694 485.3 9637317/58 17 99845 00073 203.3 00266 08 04294 208.3 07263

07

0.6 1.536/57 88 99714 00223 906.3 00145 06 09355 55.3 0 0723476/08 09 00664 99243 37.3 0 99395 07 09945 487.3 9702417/58 29 99815 00063 168.3 00056 08 94645 630.4 08804

0.9 6.0136/57 28 00624 00623 574.3 00545 06 90065 175.3 0283476/08 38 00574 99343 775.3 00795 07 90655 908.3 9062417/58 58 00725 99263 396.3 00456 08 95255 460.4 09314

0.21 8.7136/57 97 00234 99823 573.3 00745 06 96465 785.3 9124476/08 08 00184 99743 754.3 99895 07 06065 728.3 0992417/58 18 00535 00563 455.3 99556 08 00755 480.4 95714

08

0.6 1.536/57 89 99304 99613 948.3 00535 06 99706 547.3 0208476/08 001 00254 00633 4 000. 99785 07 90406 700.4 9276417/58 201 99305 99353 661.4 99546 08 97006 982.4 05454

0.9 6.0136/57 29 00214 00123 307.3 99835 06 05416 867.3 0958476/08 39 00064 99833 938.3 00195 07 06016 530.4 0827417/58 49 99215 99753 489.3 00946 08 91706 23.4 0 97954

0.21 8.7136/57 98 99814 99323 595.3 00145 06 02916 587.3 0009476/08 09 00764 99243 907.3 99395 07 02516 550.4 9767417/58 19 00025 00163 238.3 99056 08 97116 343.4 95364

58

0.6 1.536/57 301 00793 00513 579.3 99235 06 94036 728.3 0999476/08 501 00544 99333 141.4 00685 07 98626 601.4 0768417/58 701 00794 99253 923.4 00546 08 09326 404.4 95374

0.9 6.0136/57 79 00504 99813 528.3 00635 06 91736 358.3 0650576/08 89 99254 00733 479.3 99885 07 05336 531.4 9229417/58 99 00505 00653 831.4 00746 08 93036 734.4 99874

0.21 8.7136/57 49 00214 00123 217.3 99735 06 00246 278.3 9790576/08 59 00064 99833 348.3 00195 07 02836 751.4 0369417/58 69 99215 99753 89.3 0 99746 08 90536 164.4 08284

09

0.6 1.536/57 801 00093 99113 701.4 00035 06 96946 209.3 9461576/08 901 00734 00033 682.4 99385 07 04646 491.4 0230517/58 111 99884 99843 594.4 99246 08 07346 705.4 09984

0.9 6.0136/57 201 99793 00513 159.3 99235 06 05656 929.3 0422576/08 301 00644 99333 511.4 00785 07 01356 622.4 0980517/58 401 99794 99253 792.4 00446 08 04056 245.4 93594

0.21 8.7136/57 99 00504 99613 538.3 00635 06 04166 949.3 9562576/08 001 99254 00733 979.3 99885 07 99756 942.4 9921517/58 101 00505 00653 531.4 00746 08 91556 865.4 92994

001

0.6 1.536/57 811 00673 99603 183.4 0062576/08 911 99224 00523 295.4 0008517/58 121 00574 00643 448.4 00046

0.9 6.0136/57 211 99383 00013 512.4 9972576/08 311 00234 99823 904.4 0028517/58 411 99284 00743 436.4 99046

0.21 8.7136/57 901 00193 99113 290.4 0013576/08 011 99834 00233 462.4 9938517/58 111 00194 00153 264.4 99246

011 0.21 8.7136/57 911 00773 99603 663.4 0062576/08 021 99324 00723 965.4 0008517/58 121 00674 00643 18.4 0 00046





Capacity Data


04

0.21 3.1136/57 35 00276 00274 628.3 00208 06 91735 74.4 0 9538376/08 45 99237 99394 758.3 00568 07 05825 956.4 0586317/58 65 00997 00115 19.3 0 99239 08 94025 868.4 92353

4.51 4.8136/57 15 00286 00674 47.3 0 00908 06 97445 284.4 9709376/08 15 00547 99794 847.3 99278 07 09535 676.4 0357317/58 25 00218 00515 177.3 99049 08 07725 988.4 97953

05

0.8 1.536/57 96 00726 00554 432.4 00277 06 90026 136.4 0016476/08 17 00786 99374 133.4 00538 07 07016 78.4 0 0434417/58 37 00257 99394 244.4 99209 08 98106 921.5 97524

0.21 3.1136/57 36 99546 00164 650.4 00487 06 97526 446.4 0366476/08 46 00707 99284 121.4 00748 07 91616 788.4 0484417/58 56 99277 00205 302.4 99519 08 91706 841.5 94034

4.51 4.8136/57 06 99556 00564 369.3 99097 06 02436 466.4 9937476/08 16 99717 00784 200.4 00558 07 93426 119.4 9755417/58 26 00587 00705 160.4 99229 08 02516 771.5 04734

06

0.8 1.536/57 97 00106 99344 105.4 00557 06 06796 928.4 9713576/08 08 99066 00664 436.4 00918 07 06786 511.5 0021517/58 28 00527 00584 677.4 99788 08 91876 914.5 91294

0.21 3.1136/57 37 00026 00054 903.4 00767 06 95307 648.4 0173576/08 47 00086 00274 904.4 99038 07 04396 531.5 0171517/58 57 00547 00294 815.4 00998 08 97386 344.5 00794

4.51 4.8136/57 07 99826 00554 12.4 0 99277 06 03217 278.4 0054576/08 17 99096 00674 382.4 99738 07 08107 561.5 0542517/58 27 99757 00694 663.4 00709 08 00296 774.5 99305

07

0.8 1.536/57 88 00675 99234 687.4 00937 06 91367 230.5 9409576/08 09 00536 00554 659.4 00408 07 99257 753.5 9096517/58 29 99796 00774 531.5 99278 08 92347 107.5 07745

0.21 3.1136/57 38 99395 00044 385.4 00057 06 03967 250.5 9759576/08 48 00456 00164 27.4 0 00518 07 97857 83.5 0 0247517/58 58 99717 99284 168.4 00488 08 09847 727.5 04255

4.51 4.8136/57 08 99206 99344 974.4 99557 06 99777 180.5 0530676/08 18 00566 00664 885.4 99028 07 03767 414.5 9418517/58 28 00037 00784 996.4 99098 08 90757 567.5 92955

08

0.8 1.536/57 89 00055 00224 780.5 99227 06 04618 912.5 9273676/08 001 99706 99344 882.5 99787 07 90608 175.5 0941617/58 101 99076 00664 515.5 00958 08 92697 449.5 04295

0.21 3.1136/57 29 99765 99824 578.4 00437 06 93228 42.5 0 0524676/08 39 00726 99254 540.5 00008 07 08118 595.5 0991617/58 59 99096 00274 722.5 00078 08 98108 79.5 0 01795

4.51 4.8136/57 09 00775 99234 767.4 00937 06 99038 962.5 0105676/08 09 99736 00754 219.4 00508 07 91028 826.5 0172617/58 19 99207 00774 850.5 99578 08 00018 800.6 09306

58

0.8 1.536/57 301 00635 00614 242.5 00517 06 08738 292.5 0265676/08 501 00595 00044 164.5 99087 07 96728 956.5 0533617/58 601 00756 00164 17.5 0 00258 08 91818 840.6 97016

0.21 3.1136/57 79 99355 00524 620.5 99527 06 97348 313.5 0416676/08 89 99316 00644 312.5 00297 07 94338 486.5 0583617/58 99 00776 99764 714.5 00268 08 09328 570.6 94516

4.51 4.8136/57 59 99365 99824 919.4 00237 06 05258 443.5 0096676/08 59 99326 00154 770.5 00797 07 98148 917.5 9654617/58 69 00096 00274 742.5 00968 08 98138 411.6 91226

09

0.8 1.536/57 801 99225 00214 993.5 00707 06 96558 653.5 9817676/08 901 00185 00534 736.5 00477 07 99548 637.5 0294617/58 111 00446 00754 19.5 0 00548 08 98638 931.6 04626

0.21 3.1136/57 201 00145 99714 281.5 99717 06 08168 873.5 9177676/08 301 00006 00244 483.5 00487 07 98158 267.5 0245617/58 401 00466 99364 416.5 99558 08 06248 761.6 90136

4.51 4.8136/57 99 00055 00224 270.5 99227 06 94078 14.5 0 0848676/08 001 00116 00644 842.5 00097 07 03068 997.5 0416617/58 101 99576 99764 934.5 99068 08 97058 902.6 98736

001

0.8 1.536/57 711 00794 00104 327.5 0029676/08 911 00555 00524 6 000. 0006717/58 121 00716 99844 223.6 00238

0.21 3.1136/57 211 00515 99804 105.5 9920776/08 311 99375 00134 937.5 0096717/58 411 00736 00554 710.6 00248

4.51 4.8136/57 901 99325 00214 93.5 0 9970776/08 011 99385 00534 106.5 0057717/58 111 99746 99854 938.5 99748

011 4.51 4.8136/57 911 00794 00104 817.5 9929676/08 021 00755 00524 669.5 0006717/58 121 00126 99844 552.6 00438




Unit size 007 at 109 L/s 50 Hz — SI units

Capacity data — 50 Hertz

TWE s/L DPW GNILOOC GNITAEHAE TWL TOT NES Wk RHT AE TOT kW HT A

4

90.0 3.571/42 21 6102 3931 4824.0 4642 61 8361 2254.0 481191/72 31 0422 8641 53714.0 3662 12 3851 2964.0 211122/03 41 4642 8151 804.0 0 2682 72 5351 55594.0 0401

11.0 4.2171/42 11 1402 3931 1034.0 9842 61 5461 50354.0 291191/72 11 5622 8641 2814.0 8862 12 0951 50074.0 021122/03 21 9842 8151 51704.0 7882 72 3451 4694.0 5401

01

60.0 2.171/42 22 7681 9131 1034.0 5132 61 9391 7774.0 164191/72 32 1902 3931 4824.0 3152 12 1881 6605.0 473122/03 32 5132 8641 4824.0 8372 72 7281 9835.0 6821

90.0 3.571/42 81 6191 4431 7624.0 4632 61 9491 55874.0 174191/72 81 0412 9141 54224.0 3652 12 1981 54705.0 483122/03 91 4632 3941 50914.0 7872 72 6381 6045.0 6921

11.0 4.2171/42 61 1491 9631 58524.0 4632 61 6591 4974.0 674191/72 71 5612 9141 9914.0 8852 12 6981 3805.0 983122/03 71 9832 3941 56514.0 7872 72 2481 54145.0 2031

61

60.0 2.171/42 72 7671 4921 7344.0 5122 61 3122 3805.0 507191/72 82 1991 4431 8844.0 9342 12 0512 51345.0 506122/03 92 0912 9141 50354.0 3662 72 1902 59385.0 8051

90.0 3.571/42 32 7181 4921 2534.0 5622 61 5222 15.0 00 517191/72 32 1402 9631 9634.0 4642 12 0612 58445.0 516122/03 42 5622 3441 54934.0 8862 72 0012 56585.0 5151

11.0 4.2171/42 12 2481 9131 56234.0 9822 61 2322 58015.0 027191/72 22 6602 3931 56234.0 9842 12 5612 7545.0 026122/03 22 5622 3441 53434.0 3172 72 8012 5685.0 1251

12

60.0 2.171/42 23 7661 4421 5764.0 0412 61 9442 6045.0 909191/72 33 7681 9131 51574.0 9332 12 2832 52285.0 997122/03 43 1902 3931 2684.0 8852 72 0232 926.0 0 2961

90.0 3.571/42 82 7171 9621 9354.0 0912 61 9542 3245.0 619191/72 92 1491 4431 7064.0 9832 12 1932 59385.0 708122/03 92 0412 3931 53864.0 3162 72 9232 7036.

Vertical Water Source Heat Pumps - Daikin Applied...Page 2 of 44 / Catalog 1160 Vertical Water...

Documents

Transcript of Vertical Water Source Heat Pumps - Daikin Applied...Page 2 of 44 / Catalog 1160 Vertical Water...