MMM CLIMACELL 111, CLIMACELL 222, CLIMACELL 707, CLIMACELL 404, CLIMACELL 1212 User Manual
Instructions for use
Cooling incubator with controlled humidity – EVO line
CLIMACELL
111, 222, 404, 707, 1212
CLIMACELL EVO_np_en_1401_mmm_V1.01
Congratulations on purchase of the new cooling incubator with controlled humidity which is an ideal option for applications in
which you need to maintain or regulate temperature and relative humidity inside of the chamber in various time modes. In case
of optional equipment purchase, it will also allow you to measure and control concentration of CO
2
in the chamber respectively
other gases, intensity of lighting in the visible light zone or UV.
The incubator control uses the newest hardware components and know how in the fi eld of regulation using Fuzzy – logics. The
whole control system arranges high precision of temperature regulation, regulation of humidity and possibly other items and so
it arranges higher reliability of the whole process.
The devices meet the technical and legislative requirements and they are constructed in compliance with relevant EN
standards. They are manufactured from high-quality materials using the newest technologies. Each individual unit passes a
thorough output control and it is tested by testing programs.
If you will follow these instructions, the device will become your reliable and powerful partner.
As from today, all these qualities are at your disposal.
This device is really easy to use, thanks to intuitive control with wizards, but anyway we do recommend you to carefully
read the Instructions for Use to be able to use in full all and any features of the device and to get to know all the information
necessary for its optimal use.
CONTENTS:
31. 1. 2014
1 PRODUCT NAME................................................................................................................................3
2 PURPOSE AND USE.........................................................................................................................3
2.1 B
ASIC CHARACTERISTICS.............................................................................................................................3
3 DEVICE DESCRIPTION.......................................................................................................................4
3.1 G
ENERAL VIEW OF CLIMACELL EVO 111, 222..................................................................................................4
3.2 GENERAL VIEW OF CLIMACELL EVO 404, 707.................................................................................................5
3.3 COMMUNICATION PANEL...............................................................................................................................6
3.4 C
ONTROL PANEL.........................................................................................................................................7
3.5 USEFUL SPACE..........................................................................................................................................7
4 TECHNICAL DATA I..........................................................................................................................8
4.1 GENERAL DATA..........................................................................................................................................8
4.2 ELECTRIC INSTALLATION AND OTHER CONDITIONS............................................................................................8
4.3 C
OMMUNICATION INTERFACE........................................................................................................................9
5 BASIC EQUIPMENT.............................................................................................................................9
6 ADDITIONAL EQUIPMENT..................................................................................................................9
6.1 I
NTERNAL LIGHTING.....................................................................................................................................9
6.2 BUSHINGS WITH DIAMETER 25, 50, 100 MM..................................................................................................10
6.3 MECHANIC LOCK OF THE DOOR.................................................................................................................10
6.4 E
LECTRIC LOCKING (BLOCKING) OF THE DOOR.............................................................................................10
6.5 DOOR HINGED ON THE LEFT.......................................................................................................................10
6.6 INDEPENDENT SENSOR PT 100..................................................................................................................10
6.7 COMMUNICATION SW (WARMCOMM 4) FOR PC WITH WINDOWS......................................................................10
6.8 P
OTENTIAL – FREE CONTACT FOR ALARM REPORTS.......................................................................................10
6.9 INNER SWITCHED SOCKET.........................................................................................................................10
6.10 EXPOSITION LIGHTING...............................................................................................................................11
6.10.1 E
XPOSITION LIGHTING IN DOORS................................................................................................................11
6.10.2 EXPOSITION LIGHTING ON RACKS................................................................................................................11
6.11 SENSORS FOR MEASURING THE INTENSITY OF UV AND VIS EXPOSITION LIGHT IN THE CHAMBER.........................11
6.12 TEMPERATURE RANGE FROM - 20 °C............................................................................................................11
6.13 CHAMBER DE-CONTAMINATION.....................................................................................................................11
6.14 R
EGULATION OF CO
2
CONCENTRATION.........................................................................................................11
6.15 COMMUNICATION MODULE WITH ETHERNET, WIFI, USB HOST.........................................................................11
6.16 PRINTER DPT - 6333...............................................................................................................................11
6.17 ANDROID APPLICATION FOR DEVICE STATUS MONITORING...........................................................................11
7 PUTTING THE DEVICE INTO OPERATION..................................................................................12
7.1 U
NPACKING AND CONTROL.........................................................................................................................12
7.2 IMPORTANT WARNINGS...............................................................................................................................12
7.3 DEVICE PLACEMENT..................................................................................................................................13
7.4 CONNECTION TO WATER SOURCE AND WASTE..............................................................................................13
7.5 C
ONNECTION TO DISTRIBUTION NETWORK...................................................................................................14
8 DEVICE STAFF..................................................................................................................................14
8.1 D
EVICE SWITCH-ON..................................................................................................................................14
8.2 BASIC MENU............................................................................................................................................14
8.3 DEVICE USER MENU.................................................................................................................................14
8.3.1 NATIONAL ENVIRONMENT............................................................................................................................15
8.3.2 USER ADMINISTRATION..............................................................................................................................15
8.3.2.1 W
ITHOUT USER ADMINISTRATION MODE......................................................................................................15
8.3.2.2 ADVANCED USER ADMINISTRATION................................................................................................................15
8.3.2.2.1 A
CTIVATING ADVANCED USER ADMINISTRATION................................................................................................16
8.3.2.2.2 CHANGING USER PASSWORD.......................................................................................................................17
8.3.2.2.3 LOGGING OUT............................................................................................................................................17
8.3.3 W
ARNINGS AND ERRORS..............................................................................................................................17
8.3.3.1 CURRENT ERROR MESSAGES........................................................................................................................17
8.3.3.2 HISTORY OF FAULTS....................................................................................................................................18
8.3.4 DISPLAY AND SOUNDS.................................................................................................................................18
8.3.5 DEVICE MAINTENANCE MENU........................................................................................................................19
8.3.5.1 S
INGLE DEFROSTING....................................................................................................................................19
8.3.5.2 DECONTAMINATION.................................................................................................................................19
8.3.5.3 DRYING...............................................................................................................................................20
8.3.6 C
URRENT DATE AND TIME SETTING..............................................................................................................20
8.3.7 COMMUNICATION – ACTIVATION......................................................................................................................21
8.3.7.1 WIFI CONNECTION ACTIVATION......................................................................................................................21
8.3.7.2 E-MAIL ACCOUNT ACTIVATION........................................................................................................................22
8.3.7.3 WIFI CONNECTION VIA INTERNET BROWSER.................................................................................................22
8.3.8 PRINT..............................................................................................................................................23
8.3.8.1 P
ROTOCOL PRINTING...................................................................................................................................24
8.3.9 B
ACKUP...................................................................................................................................24
8.3.10 S
ERVICE SETTING.......................................................................................................................................24
8.3.10.1 C
OMMUNICATION – SETTINGS.........................................................................................................................24
8.3.10.1.1 ETHERNET SETTING.....................................................................................................................................25
8.3.10.1.2 WIFI SETTING............................................................................................................................................25
8.3.10.1.3 E-MAIL SETTING.........................................................................................................................................26
8.3.10.2 TOUCH PANEL CORRECTION.........................................................................................................................26
8.3.10.3 U
NITS...........................................................................................................................................26
8.3.10.4 RACK..............................................................................................................................................27
8.3.10.5 AUDIT TRAIL..............................................................................................................................................27
8.3.10.6 OVERVIEW OF INPUTS AND OUTPUTS............................................................................................................28
8.3.10.6.1 A
NALOGUE ITEMS.......................................................................................................................................28
8.3.10.6.2 DIGITAL INPUTS AND OUTPUTS.....................................................................................................................28
8.3.11 TESTS................................................................................................................................................28
8.3.11.1 C
OOLING TEST...........................................................................................................................................28
8.4 PROGRAMS.....................................................................................................................................29
8.4.1 LIST OF PROGRAMS.....................................................................................................................................29
8.4.2 DEFINITION OF PROGRAM.............................................................................................................................29
8.4.2.1 SAFETY THERMOSTAT...................................................................................................................................29
8.4.3 P
ROGRAM CONFIGURATION...........................................................................................................................30
8.4.4 SEGMENT SETTINGS....................................................................................................................................31
8.4.4.1 SETTING OF PROGRAMS WITH LIGHT EXPOSITIONÍ..........................................................................................31
8.4.4.2 ALARMS........................................................................................................................................32
8.4.5 TEMPERATURE AND RELATIVE HUMIDITY SETTING AND THEIR LIMITATIONS...............................................................32
8.4.6 P
ROGRAM START MENU..............................................................................................................................33
8.4.7 PROGRAM START........................................................................................................................................33
8.4.7.1 RUNNING PROGRAM GRAPH........................................................................................................................34
8.4.7.2 RUNNING THE PROGRAM WITH LIGHT EXPOSITION............................................................................................34
8.4.7.3 POSTPONED START OF PROGRAM..................................................................................................................34
8.4.7.4 D
OOR OPENING..........................................................................................................................................35
8.4.7.5 DOOR BLOCKING.........................................................................................................................................35
8.4.7.5.1 DOOR BLOCKING IN THE MODE WITHOUT USERS ADMINISTRATION......................................................................35
8.4.7.5.2 D
OOR BLOCKING IN THE MODE OF ADVANCED USERS ADMINISTRATION...............................................................36
8.4.7.6 CURRENTLY RUNNING PROGRAM EDITING.......................................................................................................36
8.4.7.7 POWER SUPPLY OUTAGE..............................................................................................................................37
8.5 HISTORY OF PROTOCOLS..............................................................................................................................37
8.6 SYSTEM INFORMATION.................................................................................................................................38
9 LIST OF ERROR MESSAGES........................................................................................................39
10 DEVICE MAINTENANCE.....................................................................................................................41
10.1 M
AINTENANCE PLAN....................................................................................................................................41
10.2 D
OOR SEALING REPLACEMENT......................................................................................................................42
10.3 DOOR ADJUSTMENT.....................................................................................................................................42
10.4 ACCUMULATION OF CONDENSED WATER STEAM..............................................................................................43
10.5 DEVICE CLEANING AND DECONTAMINATION.....................................................................................................43
10.6 STEAM GENERATOR....................................................................................................................................44
10.7 R
EVISION OF ELECTRO PART S......................................................................................................................44
11 TECHNICAL DATA II.........................................................................................................................45
11.1 O
PERATION D ATA........................................................................................................................................45
11.2 RACKS WITH EXPOSITION LIGHTING............................................................................................................46
12 WARRANTY AND SERVICE...............................................................................................................47
13 TRANSPORT AND STORAGE...........................................................................................................47
14 WAY OF LIQUIDATION.......................................................................................................................47
1 PRODUCT NAME
The Instructions for use apply to the below stated device
models:
Type Model Trade Name ZP Type Construction
Design
CLC - E CLC kkk-c CLIMACELL - Evo automatics –
touch screen
E – EVO (Evolution)
kkk – chamber size 111, 222, 404, 707, 1212
c – cooling up to -20 °C.
2 PURPOSE AND USE
The device CLIMACELL EVO is designed for applications
requiring precise and reproducible simulation of variable
climatic conditions. In its basic version, the incubator allows
simultaneous regulation of temperature and humidity. In
case of additional equipment purchase it offers regulations
of concentration of CO
2
respectively other gases or space
– homogenous lighting in the fi eld of visible or UV light with
adjustable intensity and possibility of intensity measuring
using special sensors. Thanks to the unique combination
the device offers the user with extensive possibilities of use.
CLIMACELL EVO can be used in biology, food processing
industry, chemical industry, electrical technology, histology,
botany, pharmacy and others. A typical example may be the
cultivation of plant and tissue cultures or tests of stability
(photo stability) of materials and medicaments.
2.1 BASIC CHARACTERISTICS
● In the operation space of the device it is possible to
simulate the environment with temperature 0 up to
100 °C (-20 °C up to 100 °C for model „c“), relative
humidity (hereinafter referred to as RH) 10 % up to
95 %. For possible combinations of temperature and RH
see chapter 8.4.5 .
● Possibility of chamber decontamination / sterilization at
160 °C.(this function is not designed for sterilisation of
samples or material).
● Control of space – homogenous lighting with wave
length in visible and UV zone. The light exposition may
be monitored using optional sensors.
● Regulation of CO
2
in the range from 0 up to 20 %
(0-2000 ppm), max. temperature 55 °C. (respectively of
other gases).
● Temperature, RH, lighting and concentration of CO
2
(respectively of other gases) may be regulated in various
time modes.
● Tested samples are stored on racks supplied together
with the device.
● The unique system of air circulation with forced
circulation guarantees space – homogenous distribution
of temperature and RH in the whole operation space of
the device.
● Set speeed of fan from 0 to 100 % in ten – percent
intervals.
● The chamber and all the inner parts are made of
stainless steel. The outer shell is made partially of
zinc-coated and stainless steel material and it is treated
with water-soluble stove enamel (environment - friendly).
● CLIMACELL EVO is equipped with a multi-processor
control with the following characteristics:
o Precise regulation of temperature, humidity, lighting
and CO
2
(gas) with application of the newest trends
in the fi eld of regulation (fuzzy logic), supported by
many years of experience of the company BMT in
this fi eld.
o Graphic display with touch panel allows simple and
intuitive control.
o Wide offer of communication interfaces - Ethernet,
Wifi , USB, RS232. – according to optional equipment
o As many as 100 freely adjustable programs.
Each program may consist from up to 100 partial
segments.
o Possibility of structuring the users into groups with
differentiated access rights to the operation and
service settings of the device.
o In internal memory of the device there is
automatically saved the record of the course
of regulation including audit trail, total length of
recording up to one year.
o The user has the possibility to make backup of some
device settings and record of the regulation on the
SDHC card, fl ash disc or some other large-capacity
memory USB device.
o Support of WarmComm4 software for regulation
progress recording.
Instructions for use
CLIMACELL EVO_np_en_1401_mmm_V1.01 3
Instructions for use
4 CLIMACELL EVO_np_en_1401_mmm_V1.01
3 DEVICE DESCRIPTION
3.1 GENERAL VIEW OF CLIMACELL EVO 111, 222
Fig. 1
Instructions for use
CLIMACELL EVO_np_en_1401_mmm_V1.01 5
3.2 GENERAL VIEW OF CLIMACELL EVO 404, 707
Fig. 2
6 CLIMACELL EVO_np_en_1401_mmm_V1.01
Instructions for use
3.3 COMMUNICATION PANEL
Fig. 3
Standard version
1 Network push button 12 Pump connector
2 Control touch panel 13 Input of steam from steam generator
3 Plastic cover of control panel 14 Waste vessel with pump
4 Condenser 15 Waste water discharge
5 Compressor 16 Water inlet from reservoir
6 Cooling tube evaporator -
6a - cooling,
6b - freezing (RH regulation)
17 Distilled water reservoir
7 Heating bodies in heating space 18 Outlet of waste water from chamber and door to the
vessel
8 Network connection 19 Temperature sensor PT 100
9 Fuses T16A/1500 20 Relative humidity sensor
10 Connector RS232 21 Screens (2 pcs)
11 Connector USB device (USB B)
Optional equipment
22 Exposition lighting in the door (LED, fl uorescent
lamps)
29 Inlet of CO2 (gas) and air (external)
23 Exposition lighting of racks ( LED, fl uorescent lamps) 30 Wifi antenna
24 Lighting sensor (VIS or UV) 31 LAN connector
25 Placement inside of switched socket 32 Connector USB HOST
26 Placement of inner bushing 33 Potential-free contact
27 Sensor of CO
2
(gas) 37 Outlet of steam prom pressure safety lock
28 Inlet of CO2 (gas) to the chamber (internal)
3.4 CONTROL PANEL
Fig. 4
(1) Control touch panel
(2) SD card
(3) Indication LED
3.5 USEFUL SPACE
Useful space is displayed in Fig. 5. In the space delimited
with thick lines in the fi gure there are fulfi lled (in connection
with standard DIN 12 880) the temperature variations as
specifi ed in chapter 11. The thin lines demark inner walls of
the chamber. That means that above the last upper screen,
the values from this chapter are not binding any more.
Fig. 5
(1) X(H) – 10 % of inner chamber depth
(2) X(Š) – 10 % of inner chamber width
(3) X(V)1 – distance of the lowest screen (rack) from the
bottom of the inner chamber
(4) X(V)2 – distance of the top screen (rack) from the
ceiling of the inner chamber
CLIMACELL EVO_np_en_1401_mmm_V1.01 7
Instructions for use
1
2
3
8 CLIMACELL EVO_np_en_1401_mmm_V1.01
Instructions for use
4 TECHNICAL DAT A I
4.1 GENERAL DATA
Name CLIMACELL E 111 / 111-c 222 / 222-c 404 / 404-c 707 / 707-c 1212 / 1212-c
Inner space of the chamber,
stainless steel DIN 1.4301
(AISI 304)
Volume approx. litre 110 219 404 704 1408
Width mm 540 540 540 940 3x540 (1905)
Height mm 535 765 1415 1415 1415
Depth mm 380 530 530 530 530
Steam space volume approx. litre 167 305 530 878 1753
Outer dimensions (including
door, handrail and wheels)
Width mm 780 780 1100 1500 2530
Height mm 1215 1450 1880 1880 1915
Depth mm 755 885 885 885 885
Dimensions with package
(three-layer cartoon)
Width mm 850 850 1170 1570 2600
Height (including
palette)
mm 1360 1630 2070 2070 2105
Depth mm 840 980 950 950 950
Weight net kg 110/120 /153 240/250 280/290
gross kg 140/150 /172 280/290 326/336
Screens
of stainless steel *)
Lead for screens max. No. 7 10 19 19 3x 19
Standard equipment pc 2 6
Pitch between
screens
mm 70
Maximal load Screen kg/screen 20 30 30 50 30
Sheet rack kg/rack 20 30 30 20 30
In total kg/case 50 70 100 130 300
Number of doors External - metal/
internal – glass
pc 1 / 1 1 / 1 1 / 1 2 / 2 3/3
Min. distance of the device
from the walls and objects
Rear and side walls mm 200
Upper wall mm 400
Steam generator connection It is prohibited to use tap water!
Demi water Usual μS/cm ˂ 8
Recommended μS/cm ˂ 3
Pressure from the distribution system for central
distribution
bar ≤ 0,5
Water cask volume litres 20 20 50 50 50
Min. height of water level in cask mm 25
Max. pumping height of waste water mm 1150
Pump cable length mm 4000
Suction hose length mm 4000
Waste hose length mm 4000
4.2 ELECTRIC INSTALLATION AND OTHER CONDITIONS
Electric installation and other conditions 111 / 111-c 222 / 222-c 404 / 404-c 707 / 707-c 1212 / 1212-c
Voltage system standard 1x 230V/ 50(60) Hz
opce 1x 115V/ 50(60) Hz
Network voltage oscillation % ± 10
Class of protection against dangerous touch I
Separation of external circuits Double insulation
Device for type standard CEE-7/VII, IEC-83/CH,16 A/250 V (or other depending on
version)
Intake cable length mm 3000
Socket protection A min. 16
Coverage according to EN 60529 IP 20
Overvoltage category according to (IEC 664 – EN 61010) II with pollution 2
Fuses on rear wall of the superstructure (extension) Safety fuse T 16A/1500
Max. input of the device **) W 2050/1630 2100/1780 3150/2115 3400/2640 xx/3215
Heat losses at 37 °C ca W 70 63 123 148 200
Complete device noise level dB 46 50/56 56/58 58 60
Operation conditions Let the installed device stand still in operation position for 2 hours before its fi rst put
into operation!
Ambient temperature °C +5 up to +40
Max. relative humidity at 31 °C % RH 80
Max. height above sea level m n. m. 3000
4.3 COMMUNICATION INTERFACE
● Ethernet: 10/100 Mbps
interface 1 x RJ45
standard IEEE 802.3u
half/full duplex
● Wifi : IEEE 802.11b, IEEE 802.11g
Frequency:
Europe: 2.412-2.472GHz
USA: 2.412-2.462GHz
Japan: 2.412–2.484GHz
Channels:
Europe: 13 channels
USA: 11 channels
Japan: 14 channels
● USB host: USB 2.0, full speed
● USB device: USB 2.0, full speed
● SD/MMC card: max. capacity 32 GB
● RS232:
- Printer connection:
Baud: 9600
Stopbit: 1
Parita: none
Databit: 8
Device Printer
Fig. 6
9 pin Canon connector on box DE9 Male
Pin Signal
2 RXD
3 TXD
4 DTR
5 GND
6 DSR
25 Canon connector on printer DB25 Female
Pin Signal
2 TXD
3 RXD
7 GND
20 DTR
Note:
Ethernet, Wifi and USB Host ara available only with devices
with communication module, see chapter 6.15.
5 BASIC EQUIPMENT
The standard supply includes:
● incubator,
● two screens,
● fi lling system (order No. S211567 or S211568),
● waste system (order No. S211558),
● handling hooks (only size 404 and 707),
● instructions for incubator use,
● SD card.
6 ADDITIONAL
EQUIPMENT
6.1 INTERNAL LIGHTING
The lights are placed inside of the chamber on the left. Heatresistant bulbs are used. The light switch is placed on the
door. In combination with the door window there is always
a light placed in the door.
CLIMACELL EVO_np_en_1401_mmm_V1.01 9
Instructions for use
All the data apply in empty chamber (without samples on screens) for ambient temperature of 20 - 22 °C, 100 % fan revolutions,
feeding voltage 230 V ± 10 %.
*) The screens may be fi lled in approximately 50 % of surface and if possible in such a way so as there is allowed equal air
fl ow inside of the chamber space.
**) Compressor + condenser + electromagnetic valves + fan(s) + steam generator heating.
6.7 COMMUNICATION SW
(WARMCOMM 4) FOR PC WITH
WINDOWS
The program WarmComm is designed for recording of the
temperature regulation course in temperature cases. The
data obtained in the course of regulation are displayed
in the form of a graph. The program allows monitoring of
regulation in real time, saving of the regulation progress in a
fi le, watching formerly created fi les, sending e-mails in case
of non-receiving data from the case and sending reports on
extreme values reached in a set time interval.
Instructions for use of the program are supplied together
with the installation program. The hardware requirements
can be managed by a standard PC with operation system
Windows XP or higher.
6.8 POTENTIAL – FREE CONTACT
FOR ALARM REPORTS
It is taken out to the connector (33), Fig. 3, in the rear part
of the device. Maximal load of the contact: 24V/1A..
Fig. 7
6.9 INNER SWITCHED SOCKET
The socket (nominal voltage 230V, fuse 3 A, coverage IP67)
is located inside of the chamber on the side wall. For details
on switching control see chapter 8.4.3.
Connection of the connector and the built-in device
Fig. 8
The fork may be connected only by a person with
relevant electro technical qualifi cation. When inserting the
fork to the socket and pulling the socket out of the socket or
when handling the inner equipment, it is necessary for the
device to be switched off (network switch in the off position
10 CLIMACELL EVO_np_en_1401_mmm_V1.01
Instructions for use
6.2 BUSHINGS WITH DIAMETER 25,
50, 100
MM
Standard placement of bushings can be found
approximately in the centre of the side (left or right) wall
of the chamber. The bushings are made of metal, they
are closed from the outer side with a special plastic plug
allowing lacing the conductors etc. from the outer space to
the chamber space.
Recommendation: the device used should be equipped with
a dimension-corresponding bushing in case that the user
wants to measure one of the items (T, RH, CO
2
, etc.) with
sensors connected with the external independent measuring
device by conductors; the user pulls the conductors through
the bushing. So as to reach the correct functioning of the
incubator, the conductors, hoses, etc. pulled through the
bushing must be hermetically sealed in the bushing.
6.3 MECHANIC LOCK OF THE DOOR
The lock is placed on the upper front surface of the door
close to the locking mechanism.
6.4 ELECTRIC LOCKING (BLOCKING)
OF THE DOOR
In the course of the material exposition, the door is
blocked by an electromagnetic mechanism so as to avoid
undesirable opening.
6.5 DOOR HINGED ON THE LEFT
This is a mirror-like symmetrical version of the door hinged
on the right. Cases with volumes of 404, 707 and 1212 litres
are not supplied in left version.
6.6 INDEPENDENT SENSOR PT 100
The independent movable sensor is used for measuring the
material temperature directly in the chamber. It is possible to
connect as many as four sensors.
The data on temperature of the sensors are displayed in
system information, see chapter 8.6.
When printing on the printer, each record consists of a
few lines, the fi rst line starting with number 1 shows the
temperature on the regulator sensor, the other lines starting
with letters display the temperature on movable sensors.
Fork
To the device
6.13 CHAMBER DE-CONTAMINATION
The chamber is heated to 160 °C and the temperature is
kept for specifi ed time period. Everything is controlled by the
given program and it is not possible to change the values.
6.14 REGULATION OF CO2
CONCENTRATION
Using the regulation system and the CO2 sensor it is
possible to correct and measure the CO
2
concentration in
the chamber. Allowed temperature range is from -20 °C
to 60 °C, the humidity is not limited, but water must not
condensate on the sensor. The range of CO
2
concentration
is from 0 to 20 % or 0-2000 ppm respectively it may also be
different – it depends on the CO
2
sensor type used and on
device confi guration by the manufacturer.
6.15 COMMUNICATION MODULE WITH
ETHERNET, WIFI, USB HOST
● The communication module allows connection of the
device to local network using LAN connector or Wifi .
● It provides an active web server accessible via LAN.
The web server allows remote monitoring of current
regulation progress on the device, viewing the history of
protocols and audit trail.
● It is possible to use the communication module for
sending e-mails in case of error status occurrence or in
case of any warning.
● It provides the user with communication interface USB
host, via which it is possible to connect USB fl ash disk
respectively some other large capacity memory device
doer data saving.
6.16 PRINTER DPT- 6333
The thermo printer connectible via RS232, paper width
58 mm, is supplied with a cable and feeding source.
6.17 ANDROID APPLICATION FOR
DEVICE STATUS MONITORING
The CLC Monitor application is designed for monitoring
of device activity at mobile devices with operation system
Android. The application provides the user with information
on current status of remote device within the reach of WIFI.
CLIMACELL EVO_np_en_1401_mmm_V1.01 11
Instructions for use
– „0“). The connection socket – fork must be appropriately
tightened so as not to decrease the declared degree of
protection (IP 67). After disconnection of the fork and the
socket carefully screw the protection covers on the socket
and the fork so as impurities and humidity cannot penetrate
into them.
Note:
In this version, the maximal operation temperature of the
device is limited to 60 °C.
6.10 EXPOSITION LIGHTING
6.10.1 EXPOSITION LIGHTING IN DOORS
The exposition fl uorescent or LED lighting is placed in the
door. Its intensity is controlled from 0 % to 100 % in steps of
10 %, see chapter 8.4.4.
6.10.2 EXPOSITION LIGHTING ON RACKS
The chamber may house racks with exposition fl uorescent
or LED lighting, its intensity is controlled from 0 % to 100 %
in steps of 10 %, see chapter 8.4.4.
6.11 SENSORS FOR MEASURING
THE INTENSITY OF UV AND
VIS EXPOSITION LIGHT IN THE
CHAMBER
The measured values may be displayed on the display
and they are saved in the program protocol. Both types of
sensors may be simultaneously used in one device (six
sensors as a maximum).
Notes:
Sensors for measuring the intensity of UV and VIS light
have the range of operation temperature from -20 °C to
80 °C. So as to avoid their damage, the temperature in the
chamber is limited as follows:
o maximal operation temperature of the device is limited to
75 °C,
o in case of the temperature in the chamber to reach
80 °C, all the heating elements and exposition lighting is
switched off and an alarm is announced.
6.12 TEMPERATURE RANGE FROM -
20 °C
The RH is not regulated in the temperature range from
-20 °C to +10 °C.
This version cannot be combined with exposition lighting on
the door (in switched on and off status) and on the racks (in
switched on status).
Instructions for use
12 CLIMACELL EVO_np_en_1401_mmm_V1.01
The devices are not designed for environment
with risk of fl ammable or explosive substances
(e.g. anaesthetics).
If the device is used with CO2, it is necessary to
protect the premises in case of excessive gas
leakage (well ventilated room, sensors of CO
2
with alarm, etc.).
Any assemblage or disassembly of parts of the
device may only be performed after the device
disconnection from electric network by pulling
the feeding cable from the socket!
In case of temperatures below 0 °C or above
60 °C there is a risk of injury caused by metal
handles on inner glass doors. Use protective
aids.
When operating a device with pre-set
temperature above 70 °C be extremely careful
when opening the door. As the pre-set RH is kept,
hot steam develops in the chamber and it may
cause scalding.
The protection of the temperature case, its
surroundings and processed material against
prohibited temperature exceeding is arranged by a
protective thermostat according to EN 61010-2-010.
The network connection must not get in touch with
hot parts of the device.
You can fi nd all and any installation conditions of the
device in tables, see chapter 4.
The cases stand on the fl oor, they are space saving,
equipped with castor wheels. It is necessary for the
cooling incubator to stand on fl at fl oor (because of
the device functionality). And we recommend a waste
canal to be located in the room for any case of water
leakage.
After the device placement to the desired location,
turn and set the brake of the castor wheels. The front
one in the front direction and the rear ones in the rear
direction, in parallel with sides of the device in such a
way so as the device gets maximal possible stability
in forward and backward directions.“
Always place the material on screens in the device,
never put it on the bottom of the device!
If you want to start the chamber decontamination, it
must be empty (only the RH sensor may stay).
7 PUTTING THE
DEVICE INTO
OPERATION
7.1 UNPACKING AND CONTROL
After unpacking please check whether the device and its
accessories are complete and undamaged.
Any possible damage must be immediately reported
to the carrier! Do not lift up the case for the handrail or
door in the course of handling (e.g. case lifting, etc.). Lift
the case up using the enclosed hooks. When removing the
case from the palette take care of the device bottom. Lift the
case up using the hooks and move the palette completely
out. Then put the case carefully on the wheels designed for
local movements on smooth fl oor – not for any prolonged
transport. Pay attention mainly to door steps and entries
to lifts. In such cases it is also necessary to lift the case up
using the hooks. In the course of any handling of the case,
the door must be closed and the case must be disconnected
from power mains. When moving the case be always very
careful and handle the case in such a way so as not tip it
over. In case of sizes 404, 707 and 1212 it is necessary to
protect the case against possible tipping over by fastening it
to the wall see chapter 7.3.
7.2 IMPORTANT WARNINGS
CLIMACELL is designed and manufactured in compliance
with requirements of EU regulations No. 2006/95/EC and
2004/108/EC and it is individually tested according to
EN 61010-1.
Let the installed device stand still in operation position
for at least two hours before putting it into operation for
the fi rst time.
Read these Instructions for Use carefully before
starting the use of the device!
The load capacity of the fl oor for the device
placement must correspond with the weight of
the device, taking into consideration the maximal
charge weight (see chapter 4.1).
It is not allowed to place the device on a mat that
may cause a risk of fi re or smouldering in case of
hot objects to fall out of the device.
It is not allowed to insert any fl ammable,
explosive or poisonous substances or materials
that could release such substances to the device!
Fig. 9
7.4 CONNECTION TO WATER
SOURCE AND WASTE
The device may be connected to the cask supplied by us
or to water distribution system. In both case, the water and
water mains must meet the parameters as per chapter 4.1.
Fig. 10
a) Take the cask (1) out of the chamber.
b) Connect the cable connector (3) to the socket (4) back
on the superstructure, see chapter 3.3.
c) The waste vessel (5) is placed in the chamber. After
unpacking, insert it to the holder above the device.
Connect the cable connector (6) to the socket (7).
Connect the free end of the waste hose (8) to the
discharge.
Instructions for use
CLIMACELL EVO_np_en_1401_mmm_V1.01 13
It is not possible to start decontamination in devices
with a window in the door.
The temperature and RH regulation is negatively
affected by reduction of fan speed, exposition lighting
and measuring of CO
2
. There do not apply the values
from chapter 11.1.
The RH regulation is also negatively affected in case
of any other humidity source but the generator to be
in the chamber.
If you use the device for long-term several days
lasting tests at low temperatures, the ice in the
chamber will grow up similarly to a refrigerator or a
freezer.
Devices connected via communication interface
must meet valid regulations from the point of view of
electrical safety and electromagnetic compatibility.
If you do not use the incubator for prolonged time,
disconnect it from the network by pulling the feeding
cable form the socket.
In case of the device to be used in any other but
designed way, the protection provided by the device
may be affected.
7.3 DEVICE PLACEMENT
Cases with volumes of 404, 707 and 1212 l must be fi xed to
the wall in the room using the enclosed fi xation set. Place
the device to the required location and mark the place for
drilling a hole in the wall. Drill the hole according to the wall
plug used. The wall plug supplied is designed for ordinary
bricks – in case of any special bricks it is necessary to use
corresponding wall plug type.
a) Drill a hole to a fi xed wall and place the wall plug into it
(5).
b) Fix the fi xation set (1), (2), (3) on the device.
c) Fasten the device to the wall using the enclosed screw
(4).
4
3
1
8
2
7
5
6
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