Daikin WCT User manual

WCT
Counter-Flow Centrifugal Chillers with Two-Stage Compressors
2200 to 3250 TONS (7750 to 11400 kW)
Series Counter-Flow with Two-Stage Compressors
4500 to 6400 TONS (15830 to 22500 kW)
HFC - 134a
Original Instructions
Installation, Operation and Maintenance Manual
D-EIMWC01308-16EN

D-EIMWC01308-16EN - 2/40
Table of Contents
Safety Instructions...........................................................................................4
Introduction .....................................................................................................6
Installation .......................................................................................................8
Receiving and Handling .......................................................................................................8
Rigging.................................................................................................................................9
Location and Mounting ......................................................................................................10
System Water Volume ........................................................................................................11
Low Condenser Water Temperature Operation (Needs to be updated) ..............................11
Water Piping.......................................................................................................................12
Thermal Insulation .............................................................................................................14
Weights and Dimensions ...............................................................................17
Relief Valves ......................................................................................................................25
Electrical.........................................................................................................28
Control Power Wiring ........................................................................................................29
Field Wiring Diagram ........................................................................................................31
Prestart System Checklist................................................................................33
Important information regarding the refrigerant used.............................34

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WARNING
Before starting the installation of the unit, please read this manual carefully. Starting up the unit is
absolutely forbidden if all instructions contained in this manual are not clear.
WARNING
All installation and maintenance activities must be carried out in compliance with local laws and
regulations.
CAUTION
All units are delivered from the factory complete with wiring diagrams and dimensional drawings
including size and weight for each model.
WIRING DIAGRAMS AND DIMENSIONAL DRAWINGS MUST BE CONSIDERED ESSENTIAL
DOCUMENTS OF THIS MANUAL.
In case of any discrepancy between this manual and the equipment’s document please refer to the
wiring diagram and dimensional drawings.
NOTE
This Manual is a technical aid and does not represent a binding offer for Daikin.
Daikin has drawn up this Manual to the best of its knowledge. The content cannot be held as
explicitly or implicitly guaranteed as complete, precise or reliable.
All data and specifications contained herein may be modified without notice. The data
communicated at the moment of the order shall hold firm.
Daikin shall assume no liability whatsoever for any direct or indirect damage, in the widest sense of
the term, ensuing from or connected with the use and/or interpretation of this Manual.
The entire content is protected by Daikin copyright.
Manufactured in an ISO Certified Facility
©2013 Daikin. Illustrations and data cover the Daikin product at the time of publication and we reserve the right to make
changes in design and construction at anytime without notice.
™® The following are trademarks or registered trademarks of their respective companies: BACnet from ASHRAE; LONMARK,
LonTalk, LONWORKS, and the LONMARK logo are managed, granted and used by LONMARK International under a license granted
by Echelon Corporation; Modbus from Schneider Electric; MicroTech II from Daikin.
.
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Safety Instructions
The following recommendations should be carefully observed as part of installation, operation, maintenance or
service.
This equipment must be installed by trained and qualified personnel experienced in the installation of
similar centrifugal chillers.
This manual contains important information on operation, safety, maintenance, installation, service and
warranty.
Prior to performing any task on this equipment, the information in this manual and any other referenced
material must be carefully read and understood.
Cautions and Warnings
At several points in the manual, items of special interest or significant impact are highlighted by one of the
following notices.
DANGER
Dangers indicate a hazardous situation which will result in death or serious injury if not
avoided.
WARNING
Warnings indicate potentially hazardous situations, which can result in property damage,
severe personal injury, or death if not avoided.
CAUTION
Cautions indicate potentially hazardous situations, which can result in personal injury or
equipment damage if not avoided.
NOTE
Important information used to obtain best results
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!
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D-EIMWC01308-16EN - 5/40
Description of the labels applied to the electrical panel
Unit Control Panel
1 –Non flammable gas symbol
6 –Unit characteristics technical
2 –Electrical hazard symbol
5 –Unit nameplate data
3 –Gas type
7 –Emergency stop
4 –Control panel code
Motor Terminal Box
1 –Terminal box fixing
3 –Electrical hazard symbol
2 –Manufacturer’s logo
4 –Terminal connection

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Introduction
Note: See Operating and Maintenance Manual OMM 1194 for information on operating and maintaining
the chiller. A copy can be obtained from www.Daikineurope.com.
General Description
The Daikin Two-Stage Dual Centrifugal Compressor Water Chillers (WCT) are complete, self-
contained, automatically controlled fluid chilling units. Each unit is completely assembled and factory
tested before shipment. These chillers have a separate refrigerant circuit for each compressor. They
are available in single pass arrangement only. They provide the high full load efficiency advantage of
two separate chillers arranged for counter flow operation in a single, compact unit.
The Daikin Model WCT Chillers use 2-stage compressors and provide cooling capacity from 2200 tons
(7750 kW) to 3250 tons (11400 kW) depending on operating conditions in each chiller, which comes up
5000-6000TR system capacity when chiller installs in series counter-flow configuration. In the WCT
series, each unit has two compressors and two economizers connected to a single condenser, and an
evaporator. Each condenser and evaporator has two separate refrigerant circuits.
WCT chiller is suitably designed for series counter-flow, which two WCT unit is connecting in series
and work as one chiller.
The driveline of the WCT is made up of two two-stage compressors, each with a gear set and a 2-
pole, induction semi-hermetic motor.
The controls are pre-wired, adjusted and tested. Only normal field connections such as water and
relief valve piping, electrical and interlocks, etc. are required, thereby simplifying installation and
increasing reliability. Most of the necessary equipment protection and operating controls are factory
installed in the control panel.
Application
Daikin WCT centrifugal chillers are factory tested prior to shipment and must be initially started at
the job site by a factory-trained Daikin authorized technician. Failure to follow this startup procedure
can affect the equipment warranty.
Cooling towers used with Daikin centrifugal chillers are normally selected for maximum condenser
inlet water temperatures between 75°F and 95°F (24°C and 35°C). Lower entering water
temperatures are desirable from the standpoint of energy reduction, but a minimum does exist. See
page10 for recommendations on optimum entering water temperature and cooling tower fan control.

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Nomenclature
WCTKDCCCP2Z / KDCCCP2Z / E5426-BG-1LL / C5426-BR-1LL /134
WCT : Water Cooled Two-Stage Centrifugal
COMPRESSOR
K : Frame Type of Compressor
D : Shroud Pattern of 1st Stage Impeller
C : Impeller Head of 1st Stage Impeller
C : Shroud Pattern of 2nd Stage Impeller
C : Impeller Head of 2nd Stage Impeller
P2 : Motor Rating ( kW )
Z : Voltage ( V ) and Frequency ( Hz )
EVAPORATOR
E5426 : Evaporator Diameter (in) and Length (ft)
B : Tube Count
G : Tube Type
1 : Number of Passes
L : Water Inlet Nozzle Location (R = Right Inlet ; L= Left Inlet)
L : Nozzle Configuration
CONDENSER
C5426 : Condenser Diameter (in) and Length (ft)
B : Tube Count
R : Tube Type
1 : Number of Passes
L : Water Inlet Nozzle Location (R = Right Inlet ; L= Left Inlet)
L : Nozzle Configuration
REFRIGERANT
134 : Refrigerant Type ( 134 = HFC-134a ); WCT is for R134a only.
Compressor
(No.1)
Evaporator
Compressor
(No.2)
Condenser
Refrigerant

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Installation
Receiving and Handling
The unit should be inspected immediately after receipt for possible damage.
All Daikin centrifugal water chillers are shipped ex-factory and all claims for handling and shipping
damage are the responsibility of the consignee.
Insulation corners from the evaporator's rigging hole locations are shipped loose and should be glued in
place after the unit is finally placed. Neoprene vibration pads are also shipped loose. Check that these
items have been delivered with the unit.
If so equipped, leave the shipping skid in place until the unit is in its final position. This will aid in
handling the equipment.
Figure 1, WCT Major Component Locations
Note: Evaporator nozzles may be side-by-side or over-and-under depending on model.
NOTE
Chilled water and condenser connection location can vary. Check markings on unit and
consult unit certified drawings for connection locations on specific units.
!
CONDENSER
Circuit 2
UNIT MONITOR
EVAPORATOR
Circuit 1
CONTROL BOX
ECONOMIZER
Circuit 2
EVAPORATOR
Circuit 2
CONDENSER
Circuit 1
ECONOMIZER
Circuit 1
COMPRESSOR
Circuit 2
COMPRESSOR
Circuit 1

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Rigging
Extreme care must be used when rigging the equipment to prevent damage to the control panels or
refrigerant piping. See the certified dimension drawings included in the job submittal for the center of
gravity of the unit. Consult the local Daikin sales office for assistance if the drawings are not available.
The unit can be lifted by fastening the rigging shackles to the six corners of the unit where the rigging eyes
are located. It is highly recommended the unit be picked up using all 6 lifting locations (see Figure 3) and
the lifting be done with the load at all six locations being vertically up and not at an angle to prevent
possible damage to the control panel, piping, motor terminal box and tubesheets. Lift only using locations
shown in Figure 2. Recommended type of shackle is 50 Ton B.S. 3032 by Van Beest or equal.
If optional shipping skids are used, remove them before lowering the unit to its mounting position. Rig the
unit to its final location on the floor or mounting pad by lifting the unit (or shell assembly) with an
overhead lift and lower the unit to its mounting position.
Figure 2, Rigging Locations
Figure 3, Unit Rigging
6 Lifting Locations
Lifting Halo Shown for Reference Only

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Location and Mounting
The unit must be mounted on a concrete or steel base which is level end-to-end to within ¼” (6.4 mm) and must
be located to provide service clearance at one end of the unit for possible removal and replacement of evaporator
and/or condenser tubes, and if necessary, to permit brush cleaning of evaporator and condenser tubes as
required. Doors, removable wall sections and piping should be arranged for ease of disassembly at the chiller for
tube clearance and cleaning. Minimum clearance at all other points, including the top, is 3 feet (1 meter). Local
regulation can require more clearance in and around electrical components and must be checked. These chillers
are intended only for installation in an indoor or weather protected area consistent with the NEMA 1 rating on
the chiller, controls, and electrical panels. Equipment room temperature for operating and standby conditions is
40°F to 104°F (4.4°C to 40°C) for storage at higher temperatures refrigerant may need to be removed.
Vibration Pads
The unit is shipped with neoprene vibration pads having a nominal 0.375 inch (9.5 mm) operating height. They
are to be placed under the steel foot supports for contact with the foundation, and to be flush with the sides and
outside edge of the foot supports affixed to the chiller tube sheets.
Mounting
Make sure that the floor or structural support is adequate to support the full operating weight of the complete
unit.
The pads should be located in accordance with the unit dimensional drawing. After the pads have been placed
into position on the floor, lower the unit onto the pads which are to be centered under the foot supports. When
the unit is in place, remove the rigging equipment and check that the chiller is level, both longitudinally and
transversely.
First, check the longitudinal alignment of the unit by placing a “level gage” at top center of the evaporator shell
which has more compressor/motor load. Second, check the transverse alignment by placing a level gage on top
of the tube sheets at both ends of the unit. Their alignment should be within ¼”(6.4 mm) and if not, lift the unit
and place shims between the neoprene pads and the foot supports.
It is not necessary to bolt the unit to the mounting slab but should this be desirable, 1-1/8" (28.5 mm) mounting
holes are provided in the unit feet. See dimension drawing for location.
Each pad deflection is around 0.06 inch (2 mm) and if necessary, shims should be placed between the unit foot
supports and pads to equally deflect all pads.
NOTE
Units will be shipped with holding refrigerant charge and oil. All valves must remain open
until start-up by the authorized commissioning technician.
!

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Nameplates
There are several identification nameplates on the chiller:
The unit nameplate is located on the side of the Unit Control Panel. It has a Style No. XXXX,
Model No. XXXX and Serial No. XXXX. These numbers are unique to the unit and should be used
to identify the unit for service, parts, or warranty questions. This plate also lists the unit operating
refrigerant charge.
Vessel nameplates are located on the evaporator, economizer and condenser. Along with other
information, they have a National Board Number (NB) and a vessel serial number, either of which
identify the vessel (but not the entire unit).
A compressor nameplate is located on the compressor itself and contains identification numbers.
System Water Volume
All chilled water systems need adequate time to recognize a load change, respond to that load change
and stabilize, without undesirable short cycling of the compressors or loss of temperature control. In air
conditioning systems, the potential for short cycling usually exists when the building load falls below
the minimum chiller plant capacity or on close-coupled systems with very small water volumes or due to
improperly operating system controls.
Some of the things the designer should consider when looking at water volume are the minimum cooling
load, the minimum chiller plant capacity during the low load period and the desired cycle time for the
compressors.
Assuming that there are no sudden load changes and that the chiller plant has reasonable turndown, a
rule of thumb of “gallons of water volume equal to two to three times the chilled water gpm flow rate” is
often used.
A properly designed storage tank should be added if the system components do not provide sufficient
water volume.
Low Condenser Water Temperature Operation (Needs to be updated)
When the ambient wet bulb temperature is lower than design, the condenser water temperature can be
allowed to fall. The resultant lower condensing temperature will improve chiller performance.
WCT chillers are equipped with electronic expansion valves (EEV) and will operate with entering
condenser water temperatures as low as calculated by the following equation and shown in the chart
following.
Note: Provisions or modifications need to be made in the event of inverted starts (condenser water
colder than chilled water). For example, 3 way bypass valve controlled by the chiller, or tower controls.
Min. ECWT = 10.973 + LCHWT – 0.17 * CHWDTFL(PLD/100) + 8 * (PLD/100)2
ECWT = Entering condenser water temperature
LCHWT = Leaving chilled water temperature
CHWDTFL = Chilled Water Delta-T at full load
PLD = The percent chiller load point to be checked

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Figure 4, Minimum Operating Entering Condenser Water Temperature (10F Range)
Note : Some limitation in control may apply when operating chiller in the condition that ECWT is
same or above but still around minimum ECWT.
For example; at 44F LCHWT, 10-degree F chilled water Delta-T, and 50% full load operation, the
entering condenser water temperature could be as low as 56 F.
The operating strategy for cooling tower fans requires some analysis. Regardless of power consumption
considerations, the minimum allowable entering condenser water temperature must be maintained.
Depending on local climatic conditions, using the lowest possible entering condenser water temperature
may be more costly in total system power consumed than the expected savings in chiller power would
suggest, due to the excessive fan power required.
Even with tower fan control, some form of water flow control, such as tower bypass, is recommended
and is required if fan control alone will not maintain minimum water temperatures.
For cold weather operation, the bypass valve and piping is required and should be inside the building.
Water Piping
Water Pumps
Avoid the use of two-pole pump motors. It is not uncommon to find that these pumps operate with
objectionable noise and vibration.
It is also possible to build up a frequency beat due to the slight difference in the operating rpm of the
pump motor and the Daikin centrifugal motor. Daikin encourages the use of four-pole pump motors.
Both the condenser and chilled water pumps’ discharge connections should be located to supply water
through the chiller at positive pressure.
In cases where the water pump noise can be objectionable, vibration isolation sections are recommended
at both the inlet and outlet of the pump. In most cases, it will not be necessary to provide vibration
45.00
50.00
55.00
60.00
65.00
70.00
010 20 30 40 50 60 70 80 90 100 110
Percent Load
ECWT, (F)
46.0 F LCHWT
44.6 F LCHWT
44.0 F LCHWT
42.0 F LCHWT

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eliminator sections in the condenser inlet and outlet water piping. But they can be required where noise
and vibration are critical or if spring isolators are used.
Vessel Drains at Start-up
Unit vessels are equipped with ball-type drain valves in the bottom of each head chamber and shipped
with the valves open. Be sure to close the valves prior to filling the vessels with fluid.
Draining Vessels
If the chiller can be subject to freezing temperatures (possibly when stored prior to installation), the
condenser and evaporator must be drained of all water. Dry air blown through them will aid in forcing
all water out. Removal of condenser heads is also recommended. The condenser and evaporator are not
self-draining and tubes must be blown out. Water permitted to remain in the piping and vessels can
rupture these parts if subjected to freezing temperature and cause corrosion.
Evaporator and Condenser Water Piping
Be sure that water inlet and outlet connections match certified drawings and stenciled nozzle markings.
The tower water supply connection is always the bottom connection of the condenser to maximize
refrigerant sub cooling.
All evaporators and condensers come with optional flange connections or standard Victaulic groove
water nozzles (also suitable for welding). Since the companion flanges, bolts, nuts and gaskets are not
included, the installing contractor must provide matching mechanical connections or transitions of the
size and type required.
If welding is to be performed on the mechanical or flange connections, remove the solid-state
temperature sensor and thermostat bulbs from the wells to prevent damage to those components. Also
properly ground the unit or severe damage to the MicroTech unit controller can occur.
Water pressure gauge connection taps and gauges must be provided in the field piping at the inlet and
outlet connections of both vessels for measuring the water pressure drops. The pressure drops and flow
rates for the various evaporators and condensers are job specific and the original job documentation can
be consulted for this information. Refer to the unit nameplate on the control panel for identification. The
piping should also include thermometers at the inlet and outlet connections and air vents at the high
points.
The piping must be installed and supported to eliminate weight and strain on the fittings and
connections. Cold piping must also be adequately insulated. All water piping should be thoroughly
cleaned of dirt and debris before being connected to the chiller. A cleanable 20-mesh water strainer must
be installed in both water inlet lines as close as possible to the vessels. The strainer will attempt to retain
any possible dirt/debris coming from the cooling tower, deterioration of piping, or from water source
entering the chiller tubes. This can result in a reduction of flow and subsequent reduction of chiller
performance or tube freezing.
Water Flow Sensors
Temperature-based (thermal dispersion) flow sensors are factory mounted in the evaporator and
condenser inlet water nozzles and are factory wired to the control panel. The sensor tip houses
thermistors and a heating element that when power is applied, heats the tip of the probe. How fast the
heat is carried away from the sensor tip by the water flow is detected by the thermistors and they
provide an output when the flow rate falls below the setpoint. This indicates whether there is an
adequate water flow to the vessels before the unit can start. They also serve to shut down the unit in the
event that water flow is interrupted to guard against evaporator freeze-up or excessive discharge
pressure.

D-EIMWC01308-16EN - 14/40
Cooling Towers
Check the condenser water flow rate to be sure that it conforms to the system design. Some form of
temperature control is also required if an uncontrolled tower can supply water below about 65F (18C).
A tower bypass valve is recommended. Unless the system and the chiller unit are specifically designed
for condenser bypass or variable condenser flow, it is not recommended, since low condenser flow rates
can cause unstable operation and excessive tube fouling.
The condenser water pumps must cycle on and off with the unit. Controlling the pumps with the unit
MicroTech controller is an easy way to accomplish this and is highly recommended. See Figure 8, Field
Wiring Diagram on page 21 for wiring details.
The quality of the water to both the condenser and evaporator should be analyzed by a water treatment
specialist. If not available in-house, competent water treatment specialists can be contracted. Water
treatment is essential for continued efficient and reliable chiller operation. Chiller performance can be
degraded by poor water quality due to rust, sludge, corrosion, mineral deposits, sedimentation, organic
growth etc. Proper chiller performance can be maintained by corrective water treatment when and if
necessary, and periodic cleaning of tubes. If fouling or contaminants may become an issue then it may
be necessary to allow a larger fouling factor for the chiller provided, and/or specific construction
materials for the job site.
Thermal Insulation
Insulation of cold surfaces is required to prevent condensation. These surfaces include the evaporator,
economizer, evaporator water heads and nozzles, suction piping, motor housing, oil cooler refrigerant
supply and return, economizer gas line, expansion valve, piping between economizer and evaporator and
the motor drain line.
Optional factory installed insulation is available in ¾- inch (19 mm) and 1 ½-inch (38 mm) thickness. It
is UL recognized (File # E55475) ABS/PVC flexible foam with a skin. The K factor is 0.28 BTU/hr x
F x sq ft (W/m2 x C) at 75°F (23.9C). Sheet insulation is fitted and cemented in place forming a
vapor barrier and then painted with a resilient finish that resists cracking. Double insulation is available
as an option.
The insulation complies to, or has been tested in accordance, with the following:
ASTM-C-177 ASTM-C-534 Type 2 UL 94-5V
ASTM-D-1056-91-2C1 ASTM E 84 MEA 186-86-M Vol. N
CAN/ULC S102-M88
In the event insulation is to be field-installed, none of the cold surfaces identified above will be factory
insulated. Required field insulation is shown beginning on page 14. Approximate total square footage of
insulation surface required for individual packaged chillers is tabulated by evaporator code and can be
found below.
Table 1, Evaporator insulation Surface (approx.)
Note : Includes Shell, Tube Sheets and Tube Heads
Evaporator Code
Insulation Area Sq. Ft. (m2)
E4824
840 (78)
E4826
915 (85)
E5424
935 (87)
E5426
1025 (95)

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Field Insulation Guide
Figure 5, Insulation Requirements (Bubble components require insulation)
ISOMETRIC VIEW
CONDENSER
Circuit 2
CONDENSER
Circuit 1
002
001
002
00
001
003
3
00
003
3
00
EVAPORATOR
Circuit 1
EVAPORATOR
Circuit 2
005
005
006
006
008
008
009
00
009
00
010
33
00
010
33
00
011
33
00
012
00
012
00
004
00
007
007
BACK VIEW
013
00
013
00

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Table 2, Insulated Parts Description
INSULATED PARTS
BUB.
NO.
DESCRIPTION
THICKNESS
( Depend on
Customer)
Probable Surface
Temperature in Rating
Operation
USE SHEET INSULATION
001
MOTOR BARREL- BACK PLATE TO GEAR HOUSING
0.75”
36 –45 oF ( 2 –7 oC )
002
EVAPORATOR SHELL- TUBESHEET TO TUBESHEET
0.75”
36 –45 oF ( 2 –7 oC )
003
NOZZLE HEAD & NOZZLE TO BACK OF FLANGE
0.75”
36 –45 oF ( 2 –7 oC )
004
EVAPORATOR MIDDLE TUBE SHEET
0.75”
36 –45 oF ( 2 –7 oC )
005
ECONOMIZER- HEAD TO HEAD AND NOZZLES
0.75”
59 –77 oF ( 15 –25 oC )
006
ECONOMIZER GAS LINE
0.75”
59 –77 oF ( 15 –25 oC )
007
EXPANSION VALVE TO ECONOMIZER
0.75”
59 –77 oF ( 15 –25 oC )
008
ALL PIPING LEAVING ECONOMIZER TO EVAPORATOR
0.75”
36 –45 oF ( 2 –7 oC )
009
SUCTION LINE- COMPRESSOR TO EVAPORATOR
0.75”
36 –45 oF ( 2 –7 oC )
010
EVAPORATOR END TUBESHEETS
0.75”
36 –45 oF ( 2 –7 oC )
011
BOTH SIDES OF BRACKETS TO BOTTOM OF WIREWAY
0.75”
36 –45 oF ( 2 –7 oC )
012
FRONT END OF COMPRESSOR
0.75”
36 –45 oF ( 2 –7 oC )
013
CAP SIGHT GLASSES ON EVAP
0.75”
36 –45 oF ( 2 –7 oC )
USE TUBE INSULATION
OIL COOLER SUPPLY LINE (1.125 ID)
OIL COOLER RETURN LINE (1.125 ID)
MOTOR DRAIN (.375 ID)
EDUCTOR LINE-FROM EVAP. TO OIL SUMP (0.375 id)
.

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Weights and Dimensions
Figure 6, Unit Overall Dimensions
Figure 7, Unit Mounting Feet, Top Sectional View
(Position of Center of Gravity relative to (0,0,0) changes depending on Unit Size)
A
B
Y(+)
Z(+)
X(+)
Y(+)
C
CENTER OF
GRAVITY
(0, 0, 0)
ORIGIN OF COORDINATES
(Bottom-left corner of evaporator feet
opposite to compressor suction)

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Table 3, Weights and Dimensions
Shells
Approximated Weights per Chiller
Approximated Water Volumes per Chiller
Overall Dimensions
Condenser
Evaporator
Unit
COG (OPERATING)
Shipping
Weight
Operating
Weight
Refrigerant
Charge
Water
volume of
water
boxes
(including
nozzles)
Total
water
volume
Water
volume of
water
boxes
(including
nozzles)
Total
water
volume
A'
Overall
length
B'
Overall
Height
C'
Overall
width
X
Y
Z
lb
lb
lb
gal
gal
gal
gal
in
in
In
in
in
in
kg
kg
kg
l
l
l
l
mm
mm
mm
mm
mm
mm
C4224-B/E4824-B
81'600
108'100
6'250
470
1'190
580
1'060
371
125
124
142
62
52
(36'900)
(48'900)
(2'900)
(1'790)
(4'570)
(2'220)
(4'060)
(9'436)
(3'167)
(3'148)
(3'611)
(1'575)
(1'323)
C4224-B/E4824-C
81'300
107'600
6'550
470
1'190
580
1'010
371
125
124
142
62
52
(36'800)
(48'600)
(3'000)
(1'790)
(4'570)
(2'220)
(3'880)
(9'436)
(3'167)
(3'148)
(3'610)
(1'580)
(1'326)
C4224-B/E4824-D
81'100
106'800
6'850
470
1'190
580
960
371
125
124
142
62
52
(36'700)
(48'300)
(3'100)
(1'790)
(4'570)
(2'220)
(3'700)
(9'436)
(3'167)
(3'148)
(3'610)
(1'585)
(1'329)
C4224-C/E4824-B
81'500
107'900
6'250
470
1'120
580
1'060
371
125
124
142
62
52
(36'900)
(48'800)
(2'900)
(1'790)
(4'290)
(2'220)
(4'060)
(9'436)
(3'167)
(3'148)
(3'604)
(1'570)
(1'323)
C4224-C/E4824-C
81'300
107'700
6'550
470
1'120
580
1'010
371
125
124
142
62
52
(36'800)
(48'700)
(3'000)
(1'790)
(4'290)
(2'220)
(3'880)
(9'436)
(3'167)
(3'148)
(3'607)
(1'575)
(1'327)
C4224-C/E4824-D
81'000
106'700
6'850
470
1'120
580
960
371
125
124
142
62
52
(36'600)
(48'300)
(3'100)
(1'790)
(4'290)
(2'220)
(3'700)
(9'436)
(3'167)
(3'148)
(3'601)
(1'580)
(1'330)
C4224-D/E4824-B
81'400
107'700
6'250
470
1'050
580
1'060
371
125
124
142
62
52
(36'800)
(48'700)
(2'900)
(1'790)
(4'040)
(2'220)
(4'060)
(9'436)
(3'167)
(3'148)
(3'602)
(1'565)
(1'324)

D-EIMWC01308-16EN - 19/40
C4224-D/E4824-C
81'100
107'200
6'550
470
1'050
580
1'010
371
125
124
142
62
52
(36'700)
(48'500)
(3'000)
(1'790)
(4'040)
(2'220)
(3'880)
(9'436)
(3'167)
(3'148)
(3'601)
(1'570)
(1'327)
C4224-D/E4824-D
80'800
106'600
6'850
470
1'050
580
960
135
125
124
142
62
52
(36'600)
(48'200)
(3'100)
(1'790)
(4'040)
(2'220)
(3'700)
(3'436)
(3'167)
(3'148)
(3'601)
(1'575)
(1'331)
C4226-B/E4826-B
85'600
110'200
6'650
470
1'250
580
1'100
396
125
124
158
60
52
(38'700)
(49'800)
(3'100)
(1'790)
(4'800)
(2'220)
(4'220)
(10'058)
(3'167)
(3'148)
(4'018)
(1'528)
(1'321)
C4226-B/E4826-C
85'000
109'600
6'950
470
1'250
580
1'050
396
125
124
158
60
52
(38'400)
(49'600)
(3'200)
(1'790)
(4'800)
(2'220)
(4'020)
(10'058)
(3'167)
(3'148)
(4'018)
(1'534)
(1'325)
C4226-B/E4826-D
84'400
109'100
7'300
470
1'250
580
1'000
396
125
124
158
61
52
(38'200)
(49'300)
(3'300)
(1'790)
(4'800)
(2'220)
(3'820)
(10'058)
(3'167)
(3'148)
(4'018)
(1'540)
(1'326)
C4226-C/E4826-B
93'300
108'900
6'650
470
1'170
580
1'100
396
125
124
158
60
52
(42'200)
(49'200)
(3'100)
(1'790)
(4'500)
(2'220)
(4'220)
(10'058)
(3'167)
(3'148)
(4'018)
(1'516)
(1'324)
C4226-C/E4826-C
92'500
108'300
6'950
470
1'170
580
1'050
396
125
124
158
60
52
(41'800)
(49'000)
(3'200)
(1'790)
(4'500)
(2'220)
(4'020)
(10'058)
(3'167)
(3'148)
(4'018)
(1'522)
(1'325)
C4226-C/E4826-D
91'100
107'800
7'300
470
1'170
580
1'000
396
125
124
158
60
52
(41'200)
(48'700)
(3'300)
(1'790)
(4'500)
(2'220)
(3'820)
(10'058)
(3'167)
(3'148)
(4'018)
(1'528)
(1'327)
C4226-D/E4826-B
92'700
107'700
6'650
470
1'100
580
1'100
396
125
124
158
59
52
(41'900)
(48'700)
(3'100)
(1'790)
(4'230)
(2'220)
(4'220)
(10'058)
(3'167)
(3'148)
(4'018)
(1'505)
(1'324)
C4226-D/E4826-C
91'900
106'300
6'950
470
1'100
580
1'050
396
125
124
158
59
52
(41'600)
(48'100)
(3'200)
(1'790)
(4'230)
(2'220)
(4'020)
(10'058)
(3'167)
(3'148)
(4'018)
(1'511)
(1'328)
C4226-D/E4826-D
91'100
106'600
7'300
470
1'100
580
1'000
396
125
124
158
60
52
(41'200)
(48'200)
(3'300)
(1'790)
(4'230)
(2'220)
(3'820)
(10'058)
(3'167)
(3'148)
(4'018)
(1'517)
(1'325)

D-EIMWC01308-16EN - 20/40
C4824-B/E4824-B
91'400
110'000
6'500
570
1'490
580
1'060
371
125
130
142
68
52
(41'300)
(49'800)
(3'000)
(2'200)
(5'730)
(2'220)
(4'060)
(9'436)
(3'167)
(3'300)
(3'611)
(1'730)
(1'321)
C4824-B/E4824-C
91'000
109'500
6'750
570
1'490
580
1'010
371
125
130
142
68
52
(41'200)
(49'500)
(3'100)
(2'200)
(5'730)
(2'220)
(3'880)
(9'436)
(3'167)
(3'300)
(3'610)
(1'726)
(1'331)
C4824-B/E4824-D
90'700
109'000
7'050
570
1'490
580
960
371
125
130
142
68
53
(41'000)
(49'300)
(3'200)
(2'200)
(5'730)
(2'220)
(3'700)
(9'436)
(3'167)
(3'300)
(3'610)
(1'722)
(1'341)
C4824-C/E4824-B
90'600
108'500
6'500
570
1'400
580
1'060
371
125
130
142
68
52
(41'000)
(49'100)
(3'000)
(2'200)
(5'380)
(2'220)
(4'060)
(9'436)
(3'167)
(3'300)
(3'604)
(1'730)
(1'321)
C4824-C/E4824-C
90'300
108'000
6'750
570
1'400
580
1'010
371
125
130
142
68
52
(40'800)
(48'800)
(3'100)
(2'200)
(5'380)
(2'220)
(3'880)
(9'436)
(3'167)
(3'300)
(3'607)
(1'726)
(1'331)
C4824-C/E4824-D
89'900
107'400
7'050
570
1'400
580
960
371
125
130
142
68
53
(40'700)
(48'600)
(3'200)
(2'200)
(5'380)
(2'220)
(3'700)
(9'436)
(3'167)
(3'300)
(3'601)
(1'722)
(1'341)
C4824-D/E4824-B
89'900
106'900
6'500
570
1'310
580
1'060
371
125
130
142
68
52
(40'600)
(48'400)
(3'000)
(2'200)
(5'020)
(2'220)
(4'060)
(9'436)
(3'167)
(3'300)
(3'602)
(1'730)
(1'321)
C4824-D/E4824-C
89'500
106'400
6'750
570
1'310
580
1'010
371
125
130
142
68
52
(40'500)
(48'100)
(3'100)
(2'200)
(5'020)
(2'220)
(3'880)
(9'436)
(3'167)
(3'300)
(3'601)
(1'726)
(1'331)
C4824-D/E4824-D
89'100
105'900
7'050
570
1'310
580
960
371
125
130
142
68
53
(40'300)
(47'900)
(3'200)
(2'200)
(5'020)
(2'220)
(3'700)
(9'436)
(3'167)
(3'300)
(3'601)
(1'722)
(1'341)
C4826-B/E4826-B
93'700
113'700
6'900
570
1'570
580
1'100
396
125
130
158
65
52
(42'400)
(51'400)
(3'200)
(2'200)
(6'030)
(2'220)
(4'220)
(10'058)
(3'167)
(3'300)
(4'018)
(1'641)
(1'322)
C4826-B/E4826-C
93'300
113'200
7'200
570
1'570
580
1'050
396
125
130
158
65
52
(42'200)
(51'200)
(3'300)
(2'200)
(6'030)
(2'220)
(4'020)
(10'058)
(3'167)
(3'300)
(4'018)
(1'648)
(1'328)
C4826-B/E4826-D
92'900
112'600
7'550
570
1'570
580
1'000
396
125
130
158
65
52