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0412118A
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INSTALLATION MANUAL
ICU CONDENSING UNIT
IF SUPPLIED AS A SYSTEM (ICC, QKK, QLC)
PLEASE REFER TO INDOOR UNIT INSTALLATION MANUAL
Eaton-Williams Ltd
Station Road – Edenbridge – Kent – TN8 6EG
Tel: +44 (0)1732 866066 Fax +44(0)1732 866653
www.eaton-williams.com
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CONTENTS Page
1.
Installation & Safety 3
1.1
Installation 3
1.2
Handling 3
1.3
Application 3
1.4
Electrical connection 3
1.5
Warranty 3
1.6
Safety Procedures 3
2.
Introduction to Units 4
2.1
ICU Outdoor Unit 4
2.2
Sizes & Weights 4
3.
Location & Mounting of Outdoor Unit 5
3.1
Location 5
3.2
Fixing 5
3.3
Service Connection 5
3.4
Air Entry 5
4.
Outdoor Unit Access 6
4.1
Access Details / Fixings 6
5.
General Service Connection 7
6.
Power & Control Connections 8
6.1
Wiring up the unit 9
6.2
Wiring Requirements 9
6.3
Terminations 9
6.4
Wiring Diagrams 9
7.
Refrigerant Pipe Connections 10
7.1
Expansion Device 11
7.2
Pipe Installation 10
7.3
Unit Connections 10
7.4
Insulation 10
7.5
Recommended Line Sizes 11
7.6
Example of Line Sizes 12
8.
Refrigeration Commissioning 13
8.1
Evacuation, Charging & Refrigerant Procedures 13
8.2
Pressure Sensing Fan Speed Controller 14
8.3
Description of Operation (FSC) 14
9.
Ancillary Service Connections 15
9.1
Heat Pump De-Frost Condensate Removal 15
10.
Disposal Procedures 16
11.
Final Checks 17
Wiring Diagrams 18
C E Certificate 19
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1. INSTALLATION & SAFETY
1.1 Installation
The units making up the Air Conditioning System must only be installed by a qualified engineer, following
the mandatory and local codes of practice.
1.2 Handling
Care must be taken when the units are moved or lifted to ensure that everyone and everything i s safe.
When lifting equipment is used, it must be suitable and approved.
1.3 Application
Ensure that the unit is only used for suitable purpose/application.
1.4 Electrical connection
Electrical work and connections must only be made by authorised electricians, in accordance with
mandatory regulations and local codes of practice.
1.5 Warranty
Failure to comply with the manufacturer’s installation instructions could affect the performance of the
unit and invalidate the warranty. Warranty is also subject to the implementation of a planned
service/maintenance agreement as documented in the warranty booklet supplied with the unit.
1.6 Safety Procedure
General
1. All works must be carried out in accordance with the manufacturer’s installation and operating
procedures.
2. Good working practices must be followed at all times so that Mechanical and Electrical hazards are
kept to a minimum.
3. The equipment has been fitted with doors and covers to prevent access during operation. These mus t
be kept in place and additional guards fitted, if necessary.
4. The equipment must be connected to an external electrical isolator if one is not supplied fitted to the
unit.
5. Servicing and maintenance must only be carried out by fully qualified and competent staff. Before
any work is started, electrically isolate the units to make sure that they cannot be switched on
accidentally and allow sufficient time for isolated parts to come to rest before removing panels.
Electrical isolation switches must be labelled to show that they are OFF during servicing and
maintenance operations.
Note: Some units are dormant in standby mode and can restart without warning if they are not
electrically isolat e d.
6. Care must be taken not to touch components or pipework which may be extremely hot or cold, for a
period after the unit is electrically isolated.
7. After completing any tasks ensure all guards, covers and doors are correctly refitted before restoring
the power supply to the unit.
8. Air conditioning equipment may generate unacceptable noise levels. If noise levels are unacceptable
sound and vibration attenuators may be required. For noise level guidance refer to technical
literature, or contact the supplier for advice.
SPECIAL NOTE
IF ANYTHING IS NOT CLEAR, PLEASE CONTACT YOUR LOCAL SUPPLIER FOR CLARIFICATION.
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2. INTRODUCTION TO UNITS
2.1 ICU Outdoor Unit
The ICU unit is a floor-standing condensing unit which can also be wall mounted using the ICU Wall
Bracket Option Kit. The unit is supplied complete with axial fan and guard, hermetic compressor, shutoff service valves, fan speed controller, low pressure switch, high pressure switch, start delay timer,
winter start and an electrical section.
FIGURE 2.1
2.2 ICU Sizes & Weights
ICU30 ICU40 ICU55 ICU80 ICU100 ICU135 ICU170
Width mm 720 720 800 800 1050 1050 1400
Height mm 610 610 765 765 765 765 765
Depth mm 250 250 320 320 320 320 320
Weight kg 40 40 60 61 88 90 97
ICC INDOOR UNIT
ICU OUTDOOR UNIT
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3. LOCATION & MOUNTING OF OUTDOOR UNIT (ICU)
3.1 Location
The unit can either be mounted on a level surface or suspended from a vertical wall using the wall
mounting Optional kit (1) (not available on ICU170 Units). The unit should always be mounted on a load
bearing wall and not a partition wall. Ensure there is sufficient free area around the unit as detailed in
Figure 3.2.
3.2 Fixing
Two-off hole fixings (2) and two-off slot fixings (3) suitable for M10 fixings are provided in the base of
the unit to secure the unit to a suitable plinth, or to the wall mount bracket kit. If required, the
contractor should install the unit on anti-vibration pads.
3.3 Service Connections
The refrigerant pipe (4) and electrical connections (5) are located at th e right hand end of the unit. A
loose drain connector is supplied for connection on heat pump units where required.
3.4 Air Entry
Ensure there is adequate air entry at the back of the unit as detailed in Figure 3.2 above.
SPECIAL NOTE
ENSURE CONDENSER HAS ADEQUATE CLEARANCE AROUND IT AND IS NOT AFFECTED BY
NEIGHBOURING CONDENSING UNITS AND OTHER OBSTRUCTIONS.
Figure 3.3 – ICU Wall Bracket Fixing
Figure 3.1 ICU Unit Positioning
Figure 3.2 ICU Unit Fixing
ICU30 ICU40 ICU55 ICU80 ICU100
ICU135
Dim ‘y’mm 220 220 290 290 290
Dim ‘z’mm 670 670 750 750 1000
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4. OUTDOOR UNIT ACCESS (ICU)
Figure 4.1 – Unit Internal Access
4.1 Access Details/Fixings
Item No. Unit Component Access Details/Fixings
(1) Fan guard Front access set screw fixings
(2) Fan/motor ((fixed to rear of fan guard) Front access set screw fixings on guard
(3) Condenser coil Access from rear of unit
(4) Compressor Remove “service access panel”
(5) Removable top panel Front and side access screw fixings
(6) Service access panel Front access screw fixings
(7) Reversing valve (Heat pump unit only) HP & LP
cut-outs.
Remove “service access panel”
(8) Electrics/customers connection Remove “service access panel”
(9) Unit wiring diagram Remove “service access panel”
SPECIAL NOTES
CHECK THAT INDOOR UNIT IS CORRECTLY MATCHED TO THE OUTDOOR UNIT. ALL PIPEWORK,
INSULATION AND ELECTRICAL CABLING IS TO BE SUPPLIED BY OTHERS.
UNIT WIRING DIAGRAM IS FIXED TO INSIDE OF FRONT ACCESS PANEL (6),
HP SWITCH IS LOCATED ON THE COMPRESSOR DISCHARGE; LP SWITCH ON THE COMPRESSOR
SUCTION CONNECTION.
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5. GENERAL SERVICE CONNECTIONS
Figure 5.1 – Unit Connections and Interconnections
SPECIAL NOTES
CHECK LOCAL REGULATION FOR INDOOR / OUTDOOR ELECTRICAL ISOLATION REQUIREMENTS AND
REFRIGERATION PIPEWORK STANDARDS.
Refrigerant Connection Sizes – Refer to Section 8 for Extended Pipework
ICU30 ICU40 ICU55 ICU80 ICU100 ICU135 ICU170
Liquid 7.1 1/4" 1/4" 1/4" 3/8” 3/8” 3/8” 1/2"
Suction 7.2 5/8” 5/8” 5/8” 3/4” 3/4” 7/8” 7/8"
Mains Power Cable – No of Cores
ICU30 ICU40 ICU55 ICU80 ICU100 ICU135 ICU170
Single Phase System
3 3 3 3 3 N/A N/A
Three Phase System N/A N/A N/A 5 5 5 5
ICU 1 Phase Fuse Rating
ICU30 ICU40 ICU55 ICU80 ICU100
Run Current(A) 2 6.6 10.6 16.1 25
Locked Rotor Current (A) 28 28 53 82 114
HRC Fuse Rating (A) 10 10 16 20 32
ICU 3 Phase Fuse Ratings – (AMPS/Phase)
ICU80 ICU100 ICU135 ICU170
Run Current (A) 6 7.5 11 15.5
Locked Rotor Current (A) 33 49 62 95.8
HRC Fuse Rating (A) 10 16 20 32
7.1 – Liquid Connections
7.2 – Suction Connections
7.4 - Condensing Unit
7.5 – Interconnecting Cable
7.7 – Power Cable
7.8 – Isolator / Fuses
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6. POWER & CONTROL CONNECTIONS
ICU SINGLE PHASE COOLING ONLY
ICU Terminal Customer Connections
PE Customer Earth Connection
E
N Customer Neutral Connection
L Customer Live Connection
C Cooling Signal (From Indoor Unit)
S Motor speed control sensor
ICU SINGLE PHASE HEAT PUMP
ICU Terminal Customer Connections
PE Customer Earth Connection
E
N Customer Neutral Connection
L Customer Live Connection
C Cooling Signal (From Indoor Unit)
S Motor speed control sensor
RV Heating signal (from Indoor unit)
H Heating Signal (From Indoor Unit) – defrost heating.
ICU THREE PHASE COOLING ONLY
ICU Terminal Customer Connections
PE Customer Earth Connection
E
N Customer Neutral Connection
L1 Customer Live Connection
L2 Customer Live Connection
L3 Customer Live Connection
C Cooling Signal (From Indoor Unit)
S Motor speed control sensor
ICU THREE PHASE HEAT PUMP
ICU Terminal Customer Connections
PE Customer Earth Connection
E
N Customer Neutral Connection
L1 Customer Live Connection
L2 Customer Live Connection
L3 Customer Live Connection
C Cooling Signal (From Indoor Unit)
S Motor speed control sensor
RV Heating signal (from indoor unit)
H Heating Signal (From Indoor Unit) – defrost heating.
Table 6.1 – Electrical Connection Details
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6. POWER & CONTROL CONNECTIONS Cont
6.1 Wiring-up the Unit
Electrical terminations should be made onto the screw terminal side of the outdoor unit terminal blocks.
6.2 Wiring Requirements
Power supply – Connection of isolation power supply to the outdoor unit.
Interconnecting Wiring – Power and signal cables run between outdoor and indoor unit.
Details of the fuse ratings and cable requirements are given in the tables in Section 5 Page 7,
of this manual.
Note: On units with 3-phase power supplies, ensure the 3 phases are connected in the
correct rotation ie L1, L2, L3. If the phase rotation is incorrect, the compressor will fail
to pump and will likely be noisy. If this is the case, two phases will need to be
swapped over to achieve correct rotation.
6.3 Terminations
Details of cable terminations and interconnections are given in Table 6.1.
6.4 Wiring Diagrams
These are fitted to the inside of the access door.
SPECIAL NOTES
:
REFER TO KIT INSTRUCTIONS FOR ELECTRICAL CONNECTION OF SITE OPTION KITS!!
DO NOT MEGGER OR FLASH TEST WITH ELECTRONIC PCB’S IN CIRCUIT!!
INDOOR AND OUTDOOR UNITS SHOULD HAVE LOCAL ELECTRICAL ISOLATORS.
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7. REFRIGERANT PIPE CONNECTIONS
Figure 7.1 – Refrigerant Pipe Connections
7.1 Expansion Device
ICU Cooling Only Units DO NOT HAVE an expansion device as this is supplied with the indoor unit.
ICU Heat Pump Units can be supplied with a separate expansion device kit that should be installed in
the liquid line.
7.2 Pipe Installation
Run the suction and liquid lines in appropriately sized refrigeration copper tubing, using the detailed
tables on pages 11 & 12 of this manual as a guide. When calculating the effective run take into account
any bends or oil traps as described in table 7.1 on page 12.
A filter drier and site glass should be fitted in the liquid line.
Where the vertical separation exceeds 3 metres, oil traps must be fi tted at half the vertical distance as
shown on Figure 7.1 above. Ensure the refrigerant lines are adequately supported using refrigerant pipe
clips. ICU170 units are supplied with a length of 7/8” od flared pipe to assist connection to shut off
valve.
7.3 Unit Connections
The ICU unit connections are terminated in male flare connections as detailed in the tables in Section 5,
page 7, of this manual. Place flare nuts onto the copper tube before pre paring the tube with a flaring
tool (7.1C). When connecting to the male flares ensure both surfaces are clean and coat the flared
surface with refrigerant oil to help ensure a leak-free joint. When tightening the joint use two spanners
to prevent twisting of the connections as detailed in figure 7.1B above.
7.4 Insulation
Suction lines must be insulated to a minimum thickness of 3/8”. Hot areas should be avoided when
routing liquid lines and consideration should be given to separate insulation of liquid lines, where
required, to prevent heat absorption.
SPECIAL NOTE
SLEEVE, SEAL AND WATERPROOF ANY BUILDER WORKS HOLES!
IT IS RECOMMENDED THAT A FILTER / DRIER IS FITTED IN THE REFRIGERATION CIRCUIT.
7.1B
7.1C
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7.5 ICU – RECOMMENDED LINE SIZES
R407 Cooling Units
ICU30 ICU40 ICU55 ICU80 ICU100 ICU135 ICU170
Base Charge (g) 600 1100 1600 1900 2800 3700 4500
R407c heat pump units are supplied with a holding charge of Nitrogen only.
Horizontal or Downflow application (Suction Line)
Upflow application (Suction Line)
Based on 5psi (0.35bar) Pressure drop Line Length (m)
Max Max R407c – kg
Table A
5 10 15 20 25 30 35 40 45 50 60 70 80 90 100
Table B
Size Lift Additional Oil Additional Charge
ICU30
Suction
3/8”
½” ½” ½” ½”
5/8”
¾” Suction
3/8”
5 None >5m = 25g/m (¼” Liquid)
Liquid ¼” ¼” ¼” ¼” ¼” ¼” DO NOT USE THIS AREA
ICU40
Suction ½” ½” ½”
5/8” 5/8” 5/8”
¾” Suction ½” 15 None >5m = 25g/m (¼” Liquid)
Liquid ¼” ¼” ¼” ¼” ¼” ¼” DO NOT USE THIS AREA
ICU55
Suction ½”
5/8” 5/8” 5/8” 5/8”
¾”
¾” ¾” ¾” ¾” ¾” 7/8” 7/8” 7/8” 7/8”
Suction ½” 8 None >5m = 40g/m (3/8” Liquid)
Liquid
3/8” 3/8” 3/8” 3/8” 3/8” 3/8”
½” ½” ½” ½” ½” ½” ½” ½” ½” >30m = 105g/m (1/2” liquid)
ICU80
Suction
5/8” 5/8”
¾” ¾” ¾” ¾”
7/8” 7/8” 7/8” 7/8” 7/8” 7/8” 7/8” 7/8” 11/8”
Suction ¾” 30 None >5m = 40g/m (3/8” Liquid)
Liquid
3/8” 3/8” 3/8” 3/8”
½” ½” ½” ½” ½” ½” ½” ½” ½” ½” ½” >30m = 105g/m (1/2” liquid)
ICU100
Suction
5/8”
¾” ¾”
7/8” 7/8” 7/8” 7/8” 7/8”
11/8” 11/8” 11/8” 11/8” 11/8” 11/8” 11/8”
Suction
7/8”
35 None >5m = 105g/m (1/2” Liquid)
Liquid ½” ½” ½” ½” ½”
5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8”
>25m = 175g/m (5/8” liquid)
ICU135
Suction ¾” ¾”
7/8” 7/8” 7/8”
11/8 11/8” 11/8” 11/8” 11/8 11/8 11/8” 11/8” 11/8” 11/8”
Suction
7/8”
24 None >5m = 105g/m (1/2” Liquid)
Liquid ½” ½” ½” ½” ½”
5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8”
>25m = 175g/m (5/8” liquid)
ICU170
Suction ¾”
7/8”
11/8” 11/8” 11/8” 11/8” 11/8” 11/8” 11/8” 11/8 13/8 13/8 13/8 13/8 13/8
Suction
11/8”
50 None >5m = 105g/m (1/2” Liquid)
Liquid ½” ½” ½” ½” ½”
5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8” 5/8”
>25m = 175g/m (5/8” liquid)
Note:
a) = DO NOT USE IN THIS AREA.
b) Crankcase heaters are require d where system charge exceeds 4.5kg and DOES NOT contain an accumulator.
c) Maximum pipe run stated in Table A, must include the reduction allowance (equivalent length) for vertical lifts and fittings indicated in Tables in this section.
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7.6 EXAMPLE OF LINE SIZING
FROM TABLE A
Horizontal Suction to be
11/8”
Horizontal Liquid to be 5/8”
45m TABLE B Not applicable
ICU100
EVAP
Added Oil None required
FROM TABLE A Horizontal Suction to be
11/8”
Horizontal Liquid to be 5/8”
10m TABLE B Vertical Suction 3/4"
ICU100
Vertical Liquid 5/8”
25m
Added Oil None required
10m
EVAP
10m FROM TABLE A Horizontal Suction to be
11/8”
EVAP
Horizontal Liquid to be 5/8”
25m TABLE B Not applicable
Added Oil None required
10m
ICU100
Pipe Size
Fitting
3/8” ½” 5/8” ¾” 7/8” 11/8”
45° Bend 0.12 0.15 0.18 0.21 0.24 0.30
90° Bend Short Radius 0.37 0.43 0.49 0.55 0.61 0.79
90° Bend Long Radius 0.24 0.27 0.30 0.37 0.43 0.52
180° Bend Short Radius 0.73 0.91 1.10 1. 28 1.46 1.83
180° Bend Long Radius 0.46 0.55 0.64 0.76 0.85 1.07
90° Elbow 0.67 0.85 1.04 1.25 1.46 1.89
Table 7.1 – Equivalent Lengths (m)
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8. REFRIGERATION COMMISSIONING
Figure – 8.1 Evacuation and Charging Connections
8.1 Evacuation, Charging and Refrigerant Procedures
After completing the refrigerant connections the following steps should be followed with reference to
Figure 8.1 above.
1) Service gauges - Connect the low pressure port (1) of a manifold gauge set to the suction line
outdoor unit shut off valve service port (2).
2) Vacuum Pump - Connect the centre line port (3) of the manifold gauge set to the vacuum pump (4)
and operate the pump to ensure a vacuum of 200 microns.
Note: Ensure gauge low pressure port (5) is open and high pressure port (6) is closed.
3) System Isolation - After achieving the specified system vacuum close the gauge low pressure port (5)
and switch off the vacuum pump. Leave the system for 1 hour and check that the vacuum is
maintained. If not, check for leaks, rectify and repeat the pumping down to 200 microns.
4) Refrigerant Charging - Open both the outside unit shut off valves (7 & 8). Weigh in the appropriat e
charge using a charging station.
5) Disconnect the vacuum pump and connect the gauge high pressure port (9) to the discharge line of
the outdoor unit shut-off valve (10), ensuring that the gauge central port (3) is closed. Run the
system, allow pressures to stabilise and ensure correct operation. After final commissioning remove
the gauge set, fit all valve caps and carry out a final refrigerant leak test.
This being a stand-alone condensing unit, the match to the indoor unit and appropriate
charge are the responsibility of the installer.
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8. REFRIGERATION COMMISSIONING Cont
8.2 Pressure Sensing Fan Speed Controller
This is factory set and should not require any adjustment.
8.3 Description of Operation (FSC)
The fan speed controller regulates the speed of the air cooled condenser fan motor for the general
purpose of cooling the unit by phase control, and keeps a definite condensing pressure to ensure
stability.
WARNING
Before adjusting be sure to TURN OFF THE POWER SUPPLY.
Adjustment Method
1. Range adjustment
The set value 1.9Mpa (19bar) increases when turning the adjusting screw clockwise (CW) and it
decreases when turning the adjusting screw counter clockwise (CCW).
NOTE:
TEMPERATURE SENSING FAN SPEED CONTROLLER ONLY.
TO RUN FAN SPEED CONTROLLER AT MINIMUM SPEED DISCONNECT ONLY ONE OF THE
SENSOR LEADS
TO RUN FAN SPEED CONTROLLER AT MAXIMUM SPEED DISCONNECT BOTH SENSOR LEADS
AND LINK OUT THE TWO TERMINALS.
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9. ANCILLARY SERVICE CONNECTIONS
9.1 Heat Pump De-Frost Condensate Removal
Thought should be given to de-frost water from Heat Pump Outdoor units and the pot ential danger from
freezing if allowed to run onto a roof or similar area.
A separate drain tube plate is provided with the unit which fits over a 15mm sleeve and onto the bare
drain hole. Use 2-off N°12 self-tapping screws.
To prevent drain pipe from freezing in prolonged sub-zero temperatures, drain line heater boxes or
heater tape should be considered.
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10. DISPOSAL PROCEDURES
NOTE!
All refrigerant, oils and other waste materials must be disposed of in a professional and responsible
manner in strict adherence to environmental regulations.
NOTE!
The greatest possible care should be taken at all times to avoid the release of refrigerants to
atmosphere.
The de-commissioning, dismantling and disposal of air handling units should be undertaken only by
experienced personnel and in full adherence to all safety rules, in particular protection of lungs, eyes and
skin from refrigerants, dust, etc. Only approved lifting gear and power tools should be used and access
to the work area be restricted to authorised personnel.
Disconnect the unit from the electrical supply.
Reclaim all refrigerant from the unit using approved reclaiming equipment according to the
manufacturer’s instructions. Recovery of refrigerant must be carried out only by
operatives registered to refrigerant safe handling.
Dispose of the reclaimed refrigerant through an approved recycling facility.
Separate the unit sections and remove to approved recycling facilities.
SPECIAL NOTE:
ENSURE ALL CONNECTIONS EXTERNAL TO THE UNIT CASING AND DRAIN PIPEWORK
ARE ADEQUATELY INSULATED TO PREVENT FREEZING OR CONDENSATION.
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11. FINAL CHECKS
Check
1) Have all options kits been fitted ?
2) Have units been mounted level and correct drainage been checked?
3) Have the suction line, expanded liquid line (if required) and condensate drains (if
required) been adequately insulated?
4) Has correct HRC external fusing / isolating been installed.
5) Has additional extended pipe-run refrigerant charge been measured into the system,
where necessary or heat pumps been charged correctly?
6) Is there adequate room and access to remove the access panels ?
7) Has the control system been explained to the customer and the operating manual sheet
handed over with the appropriate sections completed?
8) Has the warranty booklet been read and completed? Note:- If a service contract is not
taken out only a 1-year warranty is applicable.
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12. WIRING DIAGRAM NUMBERS
This page gives wiring diagram numbers for each type of ICU Outdoor Unit. The diagrams themselves
are supplied with the unit and are located in the electrical section. Please ensure the correct issue
drawing is used with the relevant system – refer to supplier if necessary.
Unit Ref
Function
Type
Phase
Wiring
Diagram Part N°
ICU30,
40
Cooling Only Condensing
Unit
1-ph (TS FSC) A3LBD137 J90733
J90743
ICU55,
80
Cooling Only Condensing
Unit
1-ph (TS FSC) A3LBD138 J90763
J90783
ICU80 Cooling Only Condensing
Unit
3-ph (TS FSC) A3LBD139 J90784
ICU100 Cooling Only Condensing
Unit
1-ph (PS FSC) A3LBD140 J90723
ICU100,
135,
170
Cooling Only Condensing
Unit
3-ph (PS FSC) A3LBD141 J90724
J90714
J90794
ICU30,
40
Cooling Only Condensing
Unit
1-ph (PS FSC) A3LBD143 J90733
J90743
ICU55,
80,
100
Cooling Only Condensing
Unit
1-ph (PS FSC) A3LBD144 J90763
J90783
J90723
ICU80,
100,
135,
170
Cooling Only Condensing
Unit
3-ph (PS FSC) A3LBD145 J90784
J90724
J90714
J90794
ICU80,
100,
135,
170
Heat pump Condensing
Unit
3-ph (PS FSC) A3LBD146 J90786
J90726
J90716
J90796
ICU40,
55,
80,
100
Heat pump Condensing
Unit
1-ph (PS FSC) A3LBD147 J90745
J90765
J90785
J90725
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CC EE CC EE RR TT II FF II CC AA TT E
E
Eaton-Williams Air Conditioning
(Eaton-Williams Ltd)
Station Road – Edenbridge - Kent - TN8 6EG - England
Telephone ... 44 (0)1732 866055
Telefax ... (0)1732 863461
Qualitair Edenaire Moducel
We declare that the equipment designated below,
on the basis of design and construction in the form marketed by us and
when installed and operated in accordance with our information and instructions,
conforms to the EMC Directive, the PED and the essential Health and Safety requirements of the Machinery
Directive.
If alterations are made to this equipment without our approval,
this declaration becomes invalid. Furthermore, this equipment may be
assembled into other systems which may also constitute machinery and shall
not be put into service until the assembled system has been declared in conformity
with the Machinery Directive.
Model
Serial N°
Standards Applied
BS EN 292-Pt2
EMC BS EN50081-1
EMC BS EN50082-1
Low Voltage EN60204 pt1
Pressure Equipment prEN14276-2
Controls Applied BS EN ISO 9001: 1994
BSI Registered Company Q5026
Gerry Stapley Gary Martin
Managing Directors
ELECTROMAGNETIC COMPATIBILITY DIRECTIVE
89/336/EEC
MACHINERY DIRECTIVE
EC Declaration of Conformity
As Defined by the EC Council Directive on Machinery
89/392/EEC Annex IIA and amended by
91/368/EEC - 93/44/EEC & 93/68/EEC
Page 20
ICU CONDENSING UNIT INSTALLATION MANUAL
September2003:E\Manuals\Others\Qualitair\ICC\0412118 20
STATION ROAD
EDENBRIDGE
KENT
TN8 6EG
TEL: (01732) 866066
FAX:(01732) 867937
AN EATON-WILLIAMS COMPANY
As part of the policy of continuous product improvement, we reserve the right to alter specifications without notice
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