AERA EVO-C series User manual

User’s
Manual EVO-C
COMPACT AIR HANDLING
UNIT WITH COUNTERFLOW
HEAT EXCHANGER

2
CONTENTS
CHAPTER 1 GENERAL INSTALLATION AND OPERATING INSTRIUCTIONS
1.0 Important information………………………………………………………………………………………………………….……4
1.1 Warning and safety instructions………………………………………………………………………...…………………………4
1.2 Warranty claims – Exclusion of liability…………………………………………………………………...…………………… 4
1.3 Regulations – Guidelines…………………………………………………………………...……………………………………...5
1.4 Receipt…………………………………………………...……………………………………………………………………… ..5
1.5 Storage………………………………………………………………………………………………………………..………….….5
1.6 Transport…..……………………………………………………………………………………………………………..……….…5
1.7 Intended use..…………………………………………………………..…………………………………………………………...6
1.8 Performance data…………………………………………………………………………………………………………………...7
1.9 Guideline series VDI 6022….………………………………………………………………………………………..…………… .7
1.10 Heat systems….……………………………………………………………………….…………………………………………..7
1.11 Technical data……………………………………………………………………..……………………………………………… 7
CHAPTER 2 INSTALLATION
2.0 Assembly…………………..……………………………………………………………………………………………....….… ...9
2.1 Unit insulation………………………………………………………………………………………………………………………10
2.2 Installation………………………………………………………………………………………………………………………… .10
2.3 Condensation outlet….……………………………………………………………………………………………………………10
2.4 Flange connection / adapter pieces. ……………………………………………………………………………………………11
2.5 Air ducting, Ventilation circuit…………………………………………………………………………………………………….12
2.6 Electrical Connection…………………………………………………………………………………………………………...…13
CHAPTER 3 FUNCTIONAL DESCRIPTION
3.0 Unit overview…..…………………………………………………………………………………………………….….…………14
CHAPTER 4 DIMENSIONS – PERFORMANCE CURVE
4.0 Dimensions…….……………………………………………………………………………………………………..……………17
4.1 Performance curve….……………………………………………………………………………………………….……………19
CHAPTER 5 SERVICE AND MAINTENANCE
5.0 Service and maintenance………………………………………………………………………………………………………… 21
5.1 Removing/cleaning cross counter flow heat exchanger….……………………………………………………………………21
5.2 Filter change……………………………………………………………………………………………………………………… .24
5.3 Service and maintenance of pre-electrical heater…………………………………………………………………………… 26
5.4 Reset function…..………………………………………………………………………………………………………………….27
5.5 Service and maintenance of the fan……………………………………………………………………………………………. 28
5.6 Condensate tray………………………………………………………………………….………………………………………..30
5.7 Module assembly………………………………………………………………………………………………………………… .31
5.8 Terminal box with isolator/main switch……………………………………………………………………………………….
CHAPTER 6 Installation, service and maintenance of accessories
6.1 Accessory list………………………………………………………………………………………………………………………32
6.2 Installation of accessories………………………………………………………………………………………………………...36
6.2.1 Installation of hot water coil………………………………………………………………………………………….…………36
6.2.2 Installation of electrical after heater……………………………………………………………………………………...……39
6.2.3 Installation of outdoor air filter ePM10 50%...……………………………………………………………………..…………40
6.2.4 Installation of recirculation damper………………………………………………………………………………………… …41
6.2.5 Installation of outdoor damper…………………………………………………………………………………………………45
6.2.6 Installation of condensate pump……………………………………………………………………………………………….47
CHAPTER 7 WIRING DIAGRAM OVERVIEW
7.1 EVO-10C Wiring Diagrams…………………..…………………………………………………..…………………………………51
7.2 EVO-15C Wiring Diagrams…………………..…………………………………………………..…………………………………54
7.3 EVO-25C Wiring Diagrams…………………..…………………………………………………..…………………………………57
7.4 EVO-35C Wiring Diagrams…………………..…………………………………………………..…………………………………60
7.5 EVO-45C Wiring Diagrams…………………..…………………………………………………..…………………………………63
7.6 EVO-55C Wiring Diagrams…………………..…………………………………………………..…………………………………66
7.7 EVO-70C Wiring Diagrams…………………..…………………………………………………..…………………………………69
7.8 EVO-85C Wiring Diagrams…………………..…………………………………………………..…………………………………72
CHAPTER 8 SPARE PART LIST
8.1 Spare part list……………………………………………..………………………………….…………………………..………....75

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CHAPTER 1
GENERAL INSTALLATION AND OPERATING INSTRIUCTIONS
1.0 Important information
To ensure safety and correct operation please read and observe the following
instructions carefully before proceeding.Important information is specified in the
maintenance section on filter changes and necessary cleaning and maintenance
activities. The user usually carries out maintenance work. The chapter “Installation”
with important installation tips and basic unit adjustments is intended for the
specialized installer.
The electrical connection must be fully isolated from the supply up to
the final assembly!
This appliance is not intended for use by persons (including children) with
reduced physical, sensory or mental capabilities, or lack of experience and
knowledge, unless they have been given supervision or instruction concerning use
of the appliance by a person responsible for their safety.
Children should be supervised to ensure that they do not play with the appliance.
The planning office provides the planning documents necessary for system
calculations. Additional information can be requested ex works. Keep the installation
and operating instructions as a reference at the device. After the final assembly, the
document must be handed out to the operator (tenant/owner).
1.1 Warning and safety instructions
The adjacent symbol is a safety-relevant prominent warning symbol. All
safety regulations and/or symbols must be absolutely adhered to, so that
any dangerous situation is avoided.
1.2 Warranty claims – Exclusion of liability
This device is designed to operate efficiently and safely in the event that they are
installed in accordance with the instructions in the operating instructions, and the
operating and maintenance requirements are fully. All maintenance procedures
required for the device must be carried out by experts and authorized persons.
Warranty Conditions
- The devices are warranted against defects in material and workmanship for two
(2) years.
- During the warranty period of the device, due to material and manufacturing
mistakes in the event of a malfunction, the following conditions will not be charged;
a. Labor costs
b. Change value of the parts

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CHAPTER 1
- The user should report within 8 days of production defects or defects, in terms of
the validity of the warranty, immediately upon the detection of defects, device will
be stopped
- As explained in the instruction for use and maintenance, the warranty is valid as
long as the devices are periodically maintained.
- Consumables that are periodically changed during the warranty period must be
originally supplied from AERA.
- Warranty does not apply to consumables, eg filters.
Issues to be Considered by Customers Related to Warranty
The AERA service personnel or the services authorized by AERA should intervene
for the devices covered by the warranty. Damage caused by installation mistakes
or by unauthorized persons is not covered by the warranty.
The following conditions are not covered by warranty:
- Damage due to transportation and improper placement.
- Damage caused by operating the device outside the operating conditions.
- Damage caused by the use of spare parts not approved by the manufacturer.
- Damage due to improper electrical connections, connection other than that
specified on the electrical diagram label.
- Damage and failures due to factors such as impact, breaking, scratching and
freezing.
- Faults that may arise from irregularities in the electrical supply where the device
is installed.
- Damage caused by failure to make drainage pipe and to be corrosion inside the
device.
- Damage that may be caused by the corrosive and acidic effect of the environment
in which the device will operate.
- Damages caused by foreign materials forgotten in the device or fan motor.
- Damage caused by not using flexible connection in channel connections.
- Damages caused by failure to observe the points specified in this user manual.
AERA heat recovery devices do not have any parts replacement or repair work to
be performed by the user other than cleaning and eye inspection. Users should
contact the AERA company for faults detected during operation or maintenance.
1.3 Regulations – Guidelines
If the product is installed correctly and used to its intended purpose, it conforms to
all applicable CE standards at its date of manufacture. The AERA EVO-C ventilation
units in this series are compliant with Eco-Design 2018.

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CHAPTER 1
1.4 Receipt
The delivery contains one of the following unit types:
Unit
EVO-10C
EVO-15C
EVO-25C
EVO-35C
EVO-45C
EVO-55C
EVO-70C
EVO-85C
The scope of delivery also includes:
4x Condensation pipe (2x long and 2x short)
Please check delivery immediately on receipt for accuracy and damage. If damaged,
please notify carrier immediately. In case of delayed notification, any possible claim
may be void.
1.5 Storage
When storing for a prolonged time the following steps are to be taken to avoid
damaging influences:
Protection by dry, air- dustproof packing (plastic bags with drying agent and
moisture indicators). The storage place must be water-protected, vibration-free and
free of temperature variations. (Ambient temperature limit, min/max, 0°C/ +40°C)
Damages due to improper transportation, storage or putting into operation are not
covered by warranty.

6
1.6 Transport
The transport of the devices must be done with carefully. All manufactured devices
are shipped from the factory after all tests and controls have been made before
shipment.
The transport must be carried out by trained and experienced personnel and the
necessary safety precautions should be taken to prevent overturning and slipping
of the device. During transport of the devices it should be ensured that the weight
is evenly distributed over the four corners.
Danger due to overhead loads – risk of grave injuries or death!
- Never stand beneath suspended loads, since there is always a risk that the lifting
gear, tackle, ropes or slings are faulty or damaged.
- Make sure that equipment is firmly seated before lifting it.
Warning! Risk of personal injury and equipment damage!
Due to a high center of gravity, some equipment can tend to tip over and cause
damage to persons and property.
- When transporting the unit, carefully observe its behavior and do not get near any
possible hazardous areas.
1.7 Intended use
EVO-C devices are designed in 8 different models to correspond the need of up to
8550 m3/ h air flow. There is an ePM1 55% class filter on the outdoor air side and
an ePM10 50% class filter on the exhaust side as standard. The units are produced
according to European Union energy criteria and have EcoDesign label.
EVO-C devices are designed with energy efficient, low sound pressure radiating
and low power consumption plug fans. Plug fans with EC motors can be driven
with 3 fixed speeds or steplessly with the help of an air quality sensor thanks to
build in smart control system.
The EVO-C units are equipped with cross counter flow heat exchangers, in which
the heat of the extracted air is recovered and transferred through the plates to
the outdoor air, so both air flows remain separated. Through this procedure more
than 80 % of the extract air heat is transferred to the outdoor air. The supply air is
led by the duct system to the primary (supply air needing) areas. The used air is
extracted from the secondary areas (like e.g. social rooms, toilets, showers etc.).
It flows back through the ducting to the ventilation unit, transfers the heat and is
discharged by the exhaust air duct to the atmosphere.
CHAPTER 1

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CHAPTER 1
The heat recovery efficiency depends on several factors, which include, among
other things, air humidity and the temperature variation of outside air and exhaust
air. The fan performance can be adjusted by the controller in scope of delivery.
Various sensors e.g. CO2 or humidity sensors (accessory) are available on request,
with which automatic fan control is possible
If the device is used at < + 5 °C, it is necessary to use a heater in the device
electronic box. (not included scope of delivery, optional)
The standard equipment permits the installation and the application in frost-free
rooms > + 5 °C.
If the unit is to be used in outdoor, it is necessary to use a weather roof and
outdoor spigot. (not included scope of delivery, optional)
If the unit is to be used in other applications where high humidity, excessive dust,
temperature in excess of 40 °C or long periods at standstill (not running), please
contact AERA sales representative. This also applies for special technical and
electrical applications.
Electrical pre-heater (accessory) are used for preventing the cross counter flow
heat exchanger from freezing at extremely cold outdoor temperatures. The summer
bypass is the optimal solution for leading the colder outside air into the building in
the warmer seasons. The installed filter optimally filters the air, which guarantees
a hygienic unit and simultaneously ensures the service life of the compact unit.
Electrical after heater (accessory) used in EVO-C devices can be installed in the
unit. The after heater is controlled by the desired supply air temperature. The
temperature is chosen by the user.
Water after heater (accessory) are used for increasing the supply air temperature
and for bringing the supply air to the desired temperature. Hot water coils can be
driven by proportional control via 2 or 3-way valves. Frost protection mechanism is
available as standard to prevent the temperature of the supply water from reaching
freezing conditions in extreme cold climates.
Externally module water cooling coils and DX coils (accessory) are used for such
purposes as lowering the blowing temperature and dehumidifying the air in the
units. It can be driven either proportionally or by on / off method.

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CHAPTER 1
1.8 Performance data
Mechanical connections must be made correctly in order to obtain maximum
efficiency from the device. The device’s thermal efficiency, sound level and
electrical performance may vary depending on the ambient conditions the device
is operating. These conditions may affect the measurement result on site and vary
from the catalogue data.
1.9 Guideline series VDI 6022
The AERA EVO-R ventilation units in this series are produced compliant with VDI
6022. The guidelines range from operating regulations and material requirements
through to construction regulations, which ensure high air quality. It must be
ensured that only original AERA accessories are used for operation compliant with
VDI 6022.
1.10 Heat systems
The relevant applicable regulations on the combined use of heat systems, domestic
ventilation and extractor hoods (Federal Association of Chimney Sweeps (ZIV)
information) must be observed!
General construction-law requirements
The EVO-C units with heat recovery must only be installed and operated in rooms
with heat systems which depend on room air, if their flue gas venting is monitored by
specific (on-site) safety devices, which shut down the EVO-C unit when activated.
We recommend speaking with the competent chimney sweep to take account of
possible wishes before procuring a negative pressure monitoring system for heat
systems.

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CHAPTER 1
1.11 Technical data
MODEL
EVO-C
10 15 25 35 45 55 70 85
Air flow (m3/h) 1100 1580 2600 3300 4520 5550 6900 8550
Rated current –
ventilation (A) 1,39 2,17 3,39 2,28 3,80 3,65 5,47 5,32
Rated current –
pre-heating (A) 3,8 5,6 9,5 13,9 18,6 25,5 30,3 31,8
Max. total rated
current (A) 8,9x
8,9x8,1 13,5x 13,5x11,9 22,5x 22,5x19,7 32,3x 32,3x32,9 44,9x 44,9x45,5 58,4 x58,4x59 71,6 x71,6x72,2 74,2 x74,2x74,8
Power consump-
tion – ventilation
(kW) 0,32 0,5 0,78 1,5 2,5 2,4 3,6 3,5
Power consump-
tion – pre heating
(kW) 2,6 3,9 6,6 9,6 12,9 17,7 21 22
Max. power con-
sumption (kW) 6 8,9 14,9 22,3 30,9 40,3 49,3 51,1
Voltage/Frequ-
ency 3~400V
50Hz 3~400V 50Hz 3~400V 50Hz 3~400V 50Hz 3~400V 50Hz 3~400V 50Hz 3~400V 50Hz 3~400V 50Hz
Filter class (extra-
ct/ outdoor air)
ePM10
50% /
ePM1
55%
ePM10
50% /
ePM1
55%
ePM10
50% /
ePM1 55%
ePM10
50% /
ePM1
55%
ePM10
50% /
ePM1 55%
ePM10
50% /
ePM1 55%
ePM10
50% /
ePM1 55%
ePM10
50% /
ePM1 55%
Weight (kg) 190 260 370 435 510 570 640 715
Sound pressure
(dB) 56 54 57 53 58 60 59 61
Standby losses
IP Class with
weather roof IP54 IP54 IP54 IP54 IP54 IP54 IP54 IP54
IP Class without
weather roof IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20
Wiring diagram

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CHAPTER 1
EcoDesign Points
EVO-10C EVO-15C EVO-25C EVO-35C EVO-45C EVO-55C EVO-70C EVO-85C
Declared typology Bidirecti-
onal Bidirecti- onal Bidirecti- onal Bidirecti- onal Bidirecti- onal Bidirecti- onal Bidirecti- onal Bidirecti- onal
Type of drive Variable Variable Variable Variable Variable Variable Variable Variable
Type of HRS Recupe-
rative Recupe- rative Recupe- rative Recupe- rative Recupe- rative Recupe- rative Recupe- rative Recupe- rative
Nominal NRVU flow
rate [ m3/h ] 850 1400 2200 3300 4300 5500 6500 8000
Thermal efficiency of
heat recovery [ % ] - 82 82 83 83 83 84 84
Static efficiency of
fans [ % ] - 58 60 56 64 64 63 64
Effective electric
power input [ kW ] - 0,47 0,73 1,16 2,41 2,31 3,34 3,34
Face velocity [ m/s ] - 1,72 1,65 1,87 1,71 1,82 1,7 1,68
Normal external
pressure [ Pa ] - 250 200 200 350 350 350 350
Internal pressure
drop of ventilation
components [ Pa ] - 316 311 319 309 344 303 291
SFPint [ W/(m3/s) ] - 1114 1052 1167 995 1101 982 923
Declared maximum
external leakage
[ % ] - <1 <1 <1 <1 <1 <1 <1
Declared maximum
internal leakage [ % ] - <3 <3 <3 <3 <3 <3 <3
Description of visual
filter warning Pressure controled Pressure controled Pressure controled Pressure controled Pressure controled Pressure controled Pressure controled Pressure controled
Casing sound power
level (Lwa) [ dB(A) ]
ErP Compliance 2018 2018 2018 2018 2018 2018 2018 2018

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CHAPTER 2
INSTALLATION
2.0 Assembly
The central ventilation units EVO-C must be mounted in a vertical position. Ensure
that there is a waste water connection in the installation area. Assembly should
take place in such a way to enable preferably short ventilation ducts and their
trouble-free connection to the unit. Tight bends can lead to increased pressure
loss and flow noise. The unit can be turned 180° for optimal installation, so that the
outdoor/exhaust air and extract/supply air inlets and outlets can be on the left or
right side. There is no need for bends and long stretches of pipeline due to these
features. They reduce losses and increase the degree of efficiency of the system.
Important notes:
1. The ventilation ducts must not become kinked.
2. Any kind of connections (valves, flanges etc.) which associated with fluids like
that air or water, must be tight and leakproof.
3. If necessary, vibration isolators can be used between unit and floor.
4. In order to prevents sound transmission, appropriate acoustic decoupling must
be provided on site depending on the building material.
ATTENTION The outdoor spigot should be placed on the exhaust
air side in case of no duct connection.
ATTENTION Make sure that the device is placed on a flat surface
before any assembly work.
Assembly area
Observe the following criteria during installation to ensure that the device service is
comfortable. (Fig. 1)
A is the minimum distance for servicing the terminal box.
B is the minimum distance for opening service cover.
MODEL A (mm) B (mm)
EVO-10C 600 1235
EVO-15C 600 1245
EVO-25C 600 1465
EVO-35C 600 -
EVO-45C 600 -
EVO-55C 600 1830
EVO-70C 600 2130
EVO-85C 600 -

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CHAPTER 2
2.1 Unit insulation
The outside and exhaust air ductwork should be insulated sufficiently.
Frost-proof condensate drainage must be installed, perhaps with a heater.
If the unit is to be used in outdoor, make sure that the necessary equipment is
installed. (weather roof and outdoor spigot, optional)
2.2 Installation
EVO-C has easily adjustable stays. (Fig. 2) First of all, make sure that there is
enough space for the device servicing. Therefore, the device must be assembled
after the dimensions have been identified.
ATTENTION Make sure that the device is placed on a flat surface
before any assembly work.
2.3 Condensation outlet
Condensation water can occur during the heating and cooling period. The
condensation water pan is made of stainless steel.
The suitable length of the condensation pipe (long or short pipe) must be used for
the service direction.
Condensation outlet pipes should be insulated against freezing.
(Fig. 2)
(Fig. 3)

AERA AIR INNOVATION
13
2. Fit the elbow pipe to the pipe under the condensation pan. Make sure it is water
tight by turning connection part on the pipe (Fig. 4)
CHAPTER 2
(Fig. 4)

14
CHAPTER 2
2.4 Flange connection / adapter pieces
EVO-C flange connection diameters are shown below (Fig.5)
Adapter pieces for ducts are available from AERA.
Model Dimensions (mm)
A B C n D m E F K L
EVO-10C 315 210 14,14 0 - 0 - - 343,28 238,28
EVO-15C 350 310 14,14 0 - 0 - - 378,28 338,28
EVO-25C 470 310 14,14 0 - 0 - - 498,28 338,28
EVO-35C 580 410 14,14 1 304,1 0 - 30 608,28 438,28
EVO-45C 580 410 14,14 1 304,1 0 - 30 608,28 438,28
EVO-55C 855 410 14,14 1 441,6 0 - 30 883,28 438,28
EVO-70C 1055 410 14,14 2 361,1 0 - 30 1083,28 438,28
EVO-85C 1200 410 14,14 2 409,4 0 - 30 1228,28 438,28
n : number of drill hole (horizontal) (Except corner holes)
m : number of drill hole (vertical) (Except corner holes)
Hole/Bolt dimension : M8X20
(Fig. 5)

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CHAPTER 2
2.5 Air ducting, Ventilation circuit
When designing the ductwork, use the shortest possible runs. Airtight connections
and changeovers must be ensured for the best possible heat recovery. To avoid
pressure losses, dirt build-up and noise, use smooth ducts (plastic or rigid ducting).
If supply and extract air ductworks run through unheated rooms, insulation must
be provided to reduce heat losses. Fresh air should be supplied to living and
bedrooms and extraction should take place in bathrooms, toilets and kitchens.
The installation of extractor hoods to the system is not permitted (reasons: dirt, fire
danger, hygiene).
ATTENTION All fire and building regulations must be observed!
2.6 Electrical Connection
WARNING
The unit must be fully isolated from the mains power
supply before any maintenance and installation work or before opening
the enclosure! The electrical connection must only be carried out by an
authorised qualified electrician in accordance with the following wiring
diagrams. The electrical connection must be fully isolated from the mains
power supply until the assembly is complete!
The unit is equipped with a main switch and an isolator which can be secured
against unauthorized switching with a U-lock. The relevant standards, safety
regulations (e.g. DIN VDE 0100) and the technical connection conditions of the local
electricity supply companies must be observed. An all-pole mains switch / isolator,
with a contact opening of at least 3 mm (VDE 0700 T1 7.12.2 / EN 60335-1) must
be provided. The main switch and/or isolator can be secured against unauthorized
switching with a U-lock.
The surface-mounted controller with touchscreen is connected to the unit
by means of a 5 m connecting cable (also available in 10 or 20 m length). The
electrical connection of the EVO-C takes place directly in the terminal box. If any
electronic accessory is added the unit, the electrical connections must be made in
the terminal box.

16
CHAPTER 3
1. Terminal box
2. Outdoor air main filter (ePM1 55%)
3. Outdoor air pre-filter (ePM10 50%)
(optional)
4. Extract air filter (ePM10 50%)
5. Electrical pre-heater (optional)
6. Exhaust air fan
7. Supply air fan
8. Counter flow heat exchanger
9. Condensation outlet pipe
10. Casing
11. Outdoor damper (optional)
12. Water heater coil or electrical after
heater (optional)
13. Bypass damper
14. Recirculation damper (optional)
15. Main switch
FUNCTIONAL DESCRIPTION
3.0 Unit overview
-Non-dividable unit (EVO-10C, EVO-15C, EVO-25C, EVO-35C) (Fig. 6)
1
2
9
9
10
11
11
12
35
67
8
4
13 14
15

AERA AIR INNOVATION
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1. Terminal box
2. Outdoor air main filter (ePM1 55%)
3. Outdoor air pre-filter (ePM10 50%)
(optional)
4. Extract air filter (ePM10 50%)
5. Electrical pre-heater (optional)
6. Exhaust air fan
7. Supply air fan
8. Counter flow heat exchanger
9. Condensation outlet pipe
10. Casing
11. Outdoor damper (optional)
12. Water heater coil or electrical after
heater (optional)
13. Bypass damper
14. Recirculation damper (optional)
15. Main switch
FUNCTIONAL DESCRIPTION
-Dividable unit (EVO-45C, EVO-55C, EVO-70C, EVO-85C) (Fig. 7)
CHAPTER 3
1
2
9 9
10
11
11 12
3
5
67
8
4
13
14
15

18
CHAPTER 4
DIMENSIONS
PERFORMANCE CURVE
-Non-dividable units (EVO-10C, EVO-15C, EVO-25C, EVO-35C) (Fig. 8)
Fig.8
MODEL
A B C D E F K L M X Y
Dimensions (mm) (Fig. 1)
EVO-10C 1160 855 155 2005 635 785 613 629 613 315 210
EVO-15C 1350 1050 155 2090 645 795 613 711 613 350 310
EVO-25C 1435 1130 155 2345 865 1015 613 971 613 470 310

AERA AIR INNOVATION
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CHAPTER 4
MODEL
AA BB CC DD EE FF GG HH JJ KK LL XX
Dimensions (mm) (Fig. 9)
EVO-10C 150 90 775 518 716,5 568 472 81,5 318 424 215 32
EVO-15C 150 90 781 567 759,5 568 472 85,5 323 518 266 32
EVO-25C 150 90 858 637 846,5 568 472 195,5 433 532 300 32
Fig.9

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CHAPTER 4
-Dividable units (EVO-45C, EVO-55C, EVO-70C, EVO-85C) (Fig. 10)
MODEL
A B C D E F K L M P R S T U X Y
Dimensions (mm) (Fig. 18)
EVO-35C - - - - - - - - - - - - - - - -
EVO-45C 1990 1690 155 3515 1020 1170 790 1895 830 733 904 904 439 292 580 410
EVO-55C 1990 1690 155 3555 1230 1380 790 1895 870 733 904 904 515 259 855 410
EVO-70C 1990 1690 155 3605 1530 1680 790 1895 920 733 904 904 529 292 1055 410
EVO-85C 1990 1690 155 3655 1880 2030 790 1895 970 733 904 904 579 292 1200 410
(Fig. 10)