CLIVET MSAT-XEE 8.2 User manual

M09G60E14-04 11-07-17
Installation and
operating manual
Air cooled condensing unit for outdoor installation
MSAT-XEE 8.2-30.2

Dear Customer,
We congratulate you on choosing this product
For many years Clivet has been oering systems that provide maximum comfort, together with high
reliability, eciency, quality and safety.
The aim of the company is to oer advanced systems, that assure the best comfort, reduce energy
consumption and the installation and maintenance cost for the life cycle of the system.
The purpose of this manual is to provide you with information that is useful from reception of
the equipment, through installation, operational usage and nally disposal so that this advanced
system oers the beat solution.
Yours faithfully.
CLIVET Spa
The data contained in this manual is not binding and may be changed by the manufacturer without
prior notice.
Reproduction, even is part, is FORBIDDEN © Copyright - CLIVET S.p.A. - Feltre (BL) - Italia

M09G60E14-04 MSAT-XEE 8.2-30.2 3
Index of contents
1 General description 4
2 Reception 6
3 Positioning 8
4 Refrigeranting connections 9
5 Electrical connections 12
6 Start-up 14
7 Control 17
8 Maintenance 25
9 Decommissioning 28
10 Residual risks 29
11 Dimensional drawings 30
12 Technical information 33
13 Accessories 35
14 Alarms - Status 39
15 Notes 41

4 MSAT-XEE 8.2-30.2 M09G60E14-04
1 General description
1.1 Manual
The manual provides correct unit installation, use and maintenance.
Pay particular attention to:
Warning, identies particularly important operations or information.
Prohibited operations that must not be carried out, that compromise the operating of the unit or may cause damage to persons or things.
•It is advisable to read it carefully so you will save time during operations.
•Follow the written indications so you will not cause damages to things and injuries people.
1.2 Preliminaries
Only qualied personnel can operate on the unit, as required by the regulation in force.
1.3 Risk situations
The unit has been designed and created to prevent injures to people.
During designing it is not possible to plane and operate on all risk situation.
Read carefully“Residual risk”section where all situation which may cause damages to things and injuries to people are reported.
Installation, starting, maintenance and repair required specic knowledge; if they are carried out by inexperienced personnel, they may cause
damages to things and injuries people.
1.4 Intended use
Use the unit only:
for air-conditioning
Keep to the limits foreseen in the technical schedule and in this manual
The manufacturer accepts no responsibility if the equipment is used for any purpose other than the intended use.
1.5 Installation
The positioning, hydraulic system, refrigerating, electrics and the ducting of the air must be determined by the system designer in accordance
with local regulations in force.
Follow local safety regulations.
Verify that the electrical line characteristics are in compliance with data quotes on the unit serial number label.
1.6 Maintenance
Plan periodic inspection and maintenance in order to avoid or reduce repairing costs.
Turn the unit o before any operation.
1.7 Modication
All unit modications will end the warranty coverage and the manufacturer responsibility.
1.8 Breakdown/Malfuction
Disable the unit immediately in case of breakdown or malfunction.
Contact a certied service agent.
Use original spares parts only.
Using the unit in case of breakdown or malfunction:
•voids the warranty
•it may compromise the safety of the unit
•may increase time and repair costs

M09G60E14-04 MSAT-XEE 8.2-30.2 5
1.9 User training
The installer has to train the user on:
•Start-up/shutdown
•Set points change
•Standby mode
•Maintenance
•What to do / what not to do in case of breakdown
1.10 Data update
Continual product improvements may imply manual data changes.
Visit manufacturer web site for updated data.
1.11 Indications for the User
Keep this manual with the wiring diagram in an accessible place for the operator.
Note the unit data label so you can provide them to the assistance centre in case of intervention (see “Unit identication”section).
Provide a unit notebook that allows any interventions carried out on the unit to be noted and tracked making it easier to suitably note the
various interventions and aids the search for any breakdowns.
In case of breakdown or malfunction:
•Immediately deactivate the unit
•Contact a service centre authorized by the manufacturer
The installer must train the user, particularly on:
•Start-up/shutdown
•Set points change
•Standby mode
•Maintenance
•What to do / what not to do in case of breakdown
1.12 Unit indentication
The serial number label is positioned on the unit and allows to indentify all the unit features.
The matriculation plate must never be removed.
The matriculation plate shows the indications foreseen by the standards, in particular:
•unit type
•serial number (12 characters)
•year of manufacture
•wiring diagram number
•electrical data
•manufacturer logo and address
1.13 Serial number
It identies uniquely each unit.
Must be quoted when ordering spare parts.
1.14 Assistance request
Note data from the serial number label and write them in the chart on side, so you will nd them easily when needed.
Series
Size
Serial number
Year of manufacture
Electrical wiringdiagram

6 MSAT-XEE 8.2-30.2 M09G60E14-04
2 Reception
You have to check before accepting the delivery:
• That the unit hasn’t been damaged during transport
• That the materials delivered correspond with that indicated on the transport document comparing the data with the identication label
positioned on the packaging.
In case of damage or anomaly:
• Write down on the transport document the damage you found and quote this sentence: “Conditional acceptance clear evidence of
deciencies/damages during transport”
• Contact by fax and registered mail with advice of receipt to supplier and the carrier.
Any disputes must be made within 8 days from the date of the delivery. Complaints after this period are invalid.
2.1 Storage
Observe external packaging instructions.
2.2 Handling
1. Verify unit weight and handling equipment lifting capacity.
2. Identify critical points during handling (disconnected routes, ights, steps, doors).
3. Suitably protect the unit to prevent damage.
4. Insert safety pins (A) and split pins (B)
5. Lifting with balance
6. Lifting with spacer bar
7. Align the barycenter to the lifting point
8. Use all the lifting brackets (see the dimensional section)
9. Gradually bring the lifting belts under tension, making sure they are positioned correctly.
10. Before starting the handling, make sure that the unit is stable.

M09G60E14-04 MSAT-XEE 8.2-30.2 7
2.3 Packaging removing
Be careful not to damage the unit.
Keep packing material out of children’s reach it may be dangerous.
Recycle and dispose of the packaging material in conformity with local regulations.

8 MSAT-XEE 8.2-30.2 M09G60E14-04
3 Positioning
During positioning consider these elements:
•Technical spaces requested by the unit
•Electrical connections
•Water connections
•Spaces for air exhaust and intake
3.1 Functional spaces
Functional spaces are designed to:
•guarantee good unit operation
•carry out maintenance operations
•protect authorized operators and exposed people
Respect all functional spaces indicated in the DIMENSIONS section.
Double all functional spaces if two or more unit are aligned.
3.2 Positioning
Units are designed to be installed:
•EXTERNAL
•in xed positions
Limit vibration transmission:
•use antivibration devices on unit bearing points
Choose the installation place according to the following criteria:
•Customer approval
•safe accessible position
•technical spaces requested by the unit
•spaces for the air intake/exhaust
•Standard unit operating range at full load
•verify unit weight and bearing point capacity
•verify that all bearing points are aligned and leveled
•install the unit raised from the ground
•max. distance allowed by the electrical connections
Prefer places where the unit doesn’t disturb the neighbours.
Avoid installations next to bedrooms or windows.
Avoid snow accumulations on batteries.
A correct circulation of the air is mandatory to guarantee the good unit operating.
Avoid therefore:
•obstacles to the airow
•diculty of exchange
•leaves or other foreign bodies that can obstruct the air coil
•winds that hinder or favour the airow
•heat or pollution sources close to the unit (chimneys, extractors etc..)
•stratication (cold air that stagnates at the bottom)
•recirculation (expelled air that is sucked in again)
•incorrect positioning, close to very high walls, attics or in angles that could give rise to stratication or recirculation phenomenons
Ignoring the previous indications could:
•reduce energy eciency
•alarm lockout due to HIGH PRESSURE (in summer) or LOW PRESSURE (in winter)
3.3 Saftey valve gas side
The installer is responsible for evaluating the opportunity of installing drain tubes, in conformity with the local regulations in force (EN 378).

M09G60E14-04 MSAT-XEE 8.2-30.2 9
4 Refrigeranting connections
The sizing of the refrigerating connection lines is of extreme importance for the system operating and reliability.
The diameter of the connection between the two units is function of distances, dierences in level and curve number; it has so to be calculated
by a qualied technician.
Incorrect sizing may damage the compressor or aect cooling capacity.
The operations must be performed by an expert refrigerator technician
use only a copper pipe for chiller operating
pipes must not to be too much long and with too much curves
for a good eciency do not perform curves with a radium too much short and avoid the pipe crushing
to allow the vacuum and charge operations install service ttings on pipes (if the unit is not tted with taps with service ttings)
pipes must be perfectly clean (perform a cleaning with nitrogen or dry air before connecting the pipes to the two units) and without humidity
to allow a good vacuum operation
The installation of the pipes may aect the level of noise in the system:
•install exible joints between the unit and the pipes
•the pipe weight has not to weigh on units but it has to be sustained by anchorage brackets
•Brackets must allow the pipe thermal expansion
•Install antivibration material between the brackets and the pipes so as to prevent the transmission of vibrations
4.1 Shut-o valves
A. Shut-o valves
4.2 Risk of explosion
When you install cut-o devices (solenoid valves, taps, etc.), be aware that they may cause traps for refrigerant in the form of closed zones
upstream and downstream where the refrigerant cannot freely expand.
In this situation, if there is an increase in temperature (due to exposure to the sun, proximity of pipes or sources of heat), the expansion of the
trapped gas may cause the refrigeration pipes to explode.
Evaluate whether safety valves can be installed, especially in the liquid pipes that are most exposed to this risk.

10 MSAT-XEE 8.2-30.2 M09G60E14-04
4.3 Suction line
Slope this towards the compressor in the horizontal sections (0.5%) to ensure the return of oil to the compressor even under minimum load
conditions.
For vertical rises, as well as well the socket also t an oil collection trap every 6 metres.
Carefully insulate the pipe with anti-condensate, closed cell polyethylene, minimum thickness 9 mm.
4.4 Liquid line
The liquid line must be insulated if it is exposed to the sunlight or it crosses zones with a temperature higher than the external one, otherwise
it can be free.
Avoid excessive diameters to not cause an excessive refrigerant charge.
If the condensing unit is lower than the evaporating unit, install a drain trap of equal height to the exchanger coil, so as to prevent the return
of liquid to the compressor when the unit is o.
The solenoid valve avoids dangerous gas leaks when the unit is o; the installation is always recommended, above all with pipes particularly
long.
It has to be positioned near the thermostatic valve.
If the terminal unit is tted with a thermostat as well as a drain trap, install a socket as near as possible to the unit.
This will prevent the bulb of the thermostat from remaining in contact with the liquid when the unit is o.
A Suction line
B Liquid line
4.5 Liquid receiver
The liquid receiver installation is always recommended, above all when:
•the connecting pipes are longer than 10 metres
•the installation operates in variable climatic conditions (for example fresh air temperature with ranges day/night, summer/winter).
The receiver must have a capacity adequate to the installation and it must be positioned near the evaporating unit.
If the distance is greater than 15 metres and the compressor is located in the lower part of the system, position the receiver near the unit with
the compressor.
The liquid receiver can absolve the above described functions:
•it avoids the presence of gaseous freon in the expansion device
•it compensates for the charge variations in the installation when changing the operating conditions
•it avoids an excessive condenser ooding with consequent condensing temperature/pressure raising if the installation charge is
performed in anomalous climatic conditions.
Along with the previously mentioned aspects, the liquid recipient compensates for the various volumes of the exchangers as their function
changes (evaporator/condenser and vice versa).
Make very sure that the return and supply points are placed at the bottom.
4.6 Checking for leaks
1 Check carefully that the evaporator unit taps are closed.
2 Connect the pressure gauges with the service ttings (on the taps or on the connection pipes).
3 Pressurise the system with nitrogen:
mode 1: up to PS (see the label) and wait few hours
mode 2: up to PS x 1,43 law (as according to UNI-EN 378-2)
CAUTION: EXPLOSION DANGER
4 Spray using a leak detector spray taps and pipes and check if bubbles are present (gas leaks).
5 Discharge the nitrogen from the unit.
4.7 Vacuum operations
Make sure that all the service outlets are closed with proper caps; if caps are not present a leak of refrigerant can be possible.

M09G60E14-04 MSAT-XEE 8.2-30.2 11
With the taps of the motor condenser closed, drain the system.
Using a gauge group, connect the vacuum pump on both connections of the taps, make sure that the solenoid valve or any intermediate taps
are open, proceed with the vacuum.
Stop the pump at a pressure of about 100 Pa and leave it under vacuum for a few hours; a slight initial rise of pressure is normal, followed by
stabilization.
If the pressure continues to rise, it means there are either small leaks or humidity is present. In the rst case, repeat the operations in the
paragraph on checking for leaks in the manual for the refrigerant pipes.
In the second case, recharge the system with refrigerant gas up to 100KPa and re-create the vacuum as described above.
Once the pressure is permanently stable, move on to the next phase, which is charging.
4.8 Refrigerant charge
Check the type of refrigerant on the serial number label
The refrigerant charge must to be completed during the start-up phase, based on the type of indoor unit and on the pipe development.
With the system under vacuum, close the taps of the gauge group and disconnect the vacuum pump.
Connect the refrigerant gas tank, venting the air out of the hose for connection to the gauge group.
Open the tap of the liquid line.
Open the taps of the gauge group and let liquid-state refrigerant enter using an appropriate pump.
Once charging is complete, open the gas tap so that the unit is ready to be started.
4.9 Adding oil
Consider adding oil if the connection pipes are particularly long.
Check the oil level of the compressor in the indicator or in the Schrader plug.
4.10 Weight of refrigerant uid
This table provides an estimate of that makes it possible to determine in advance how much gas will be needed.
The optimal refrigerant charge must be determined with the unit at normal operating power, in conditions that are near design conditions,
measuring and adjusting excessive heating or cooling.
The table does not take into account various thicknesses of pipes, it refers to a unit in operation (Tev = 5°C, Tcond = 45°C).
It is necessary to add to the indicated quantities the amounts required for the two units and for the gas pipes.
ext diameter mm 14 16 18 22 28
R410A *kg 1.1 1.5 2.0 3.0 5.1
4.11 HGBP - Hot gas by pass
For details see:
4.11 HGBP - Hot gas by passp.11
4.12 KCX - Connection set
For details see:
4.12 KCX - Connection setp.11
Note:
* kg of R410A refrigerant for 10 meters of pipe.
To estimate the refrigerant contained in the tubes, consider the Liquid line only.

12 MSAT-XEE 8.2-30.2 M09G60E14-04
5 Electrical connections
The characteristics of the electrical lines must be determined by qualied electrica personnel able to design electrical installations; moreover,
the lines must be in conformity with regulations in force.
The protection devices of the unit power line must be able to stop all short circuit current, the value must be determined in accordance with
system features.
The power cables and the protection cable section must be dened in accordance with the characteristics of the protections adopted.
All electrical operations should be performed by trained personnel having the necessary qualications required by the regulations in force
and being informed about the risks relevant to these activities.
Operate in compliance with safety regulations in force.
5.1 Electrical data
The serial number label reports the unit specic electrical data, included any electrical accessories.
The electrical data indicated in the technical bulletin and in the manual refer to the standard unit, accessories excluded.
The matriculation plate shows the indications foreseen by the standards, in particular:
•Voltage
•F.L.A.: full load ampere, absorbed current at maximum admitted conditions
•F.L.I.: full load input, full load power input at max. admissible condition
•Electrical wiringdiagram Nr.
5.2 Connections
1. Refer to the unit electrical diagram (the number of the diagram is shown on the serial number label).
2. Verify that the electrical supply has characteristics conforming to the data shown on the serial number label.
3. Before starting work, ensure the unit is isolated, unable to be turned on and a safety sign used.
4. Ensure correct earth connection.
5. Ensure cables are suitably protected.
6. Before powering up the unit, make sure that all the protections that were removed during the electrical connection work have been
restored.
5.3 Signals / data lines
Do not exceed the maximum power allowed, which varies, according to the type of signal.
Lay the cables far from power cables or cables having a dierent tension and that are able to emit electromagnetic disturbances.
Do not lay the cable near devices which can generate electromagnetic interferences.
Do not lay the cables parallel to other cables, cable crossings are possible, only if laid at 90°.
Connect the screen to the ground, only if there aren’t disturbances.
Guarantee the continuity of the screen during the entire extension of the cable.
Respect impendency, capacity and attenuation indications.
5.4 Power input
Fix the cables: if vacated may be subject to tearing.
The cable must not touch the compressor and the refrigerant piping (they reach high temparatures).
QS1: main isolator switch
XT1: terminal block of the customer connections

M09G60E14-04 MSAT-XEE 8.2-30.2 13
5.5 Connections performer by customer
1 Unit SA3 Compressor 1 + Compressor 2 request
2 Connections perfomer by customer AP7 Room keypad
A Fuses
Provided by the customer ALM Cumulative fault signal,max 24v/AC
QS1 Isolating switch XT1 Terminal block of the customer connections
QG Electrical panel
SA2 Compressor 1 request
5.6 RCTX - Remote control
For details see:
5.6 RCTX - Remote controlp.13
5.7 CMSC2X - Serial communication module with RS485 serial converter kit
For details see:
5.7 CMSC2X - Serial communication module with RS485 serial converter kitp.13

14 MSAT-XEE 8.2-30.2 M09G60E14-04
6 Start-up
6.1 General description
The indicated operations should be done by qualied technician with specic training on the product.
Upon request, the service centres performing the start-up.
The electrical, water connections and the other system works are by the installer.
Agree upon in advance the star-up data with the service centre.
Before checking, please verify the following:
• the unit should be installed properly and in conformity with this manual
• the electrical power supply line should be isolated at the beginning
• the unit isolator is open, locked and equipped with the suitable warning
• make sure no tension is present
After turning o the power, wait at least 5 minutes before accessing to the electrical panel or any other electrical component.
Before accessing check with a multimeter that there are no residual stresses.
6.2 Preliminary checks
For details refer to the dierent manual sections.
Unit OFF power supply
1. safety access
2. functional spaces
3. refrigerant line section
4. length of the refrigerant lines
5. height dierence in the cooling < 15 m
6. siphon on the gas line every 6 meter back up
7. vacuum and additional charge
8. visual check for oil / leaks
9. air ow: correct return and supply (no bypass, no stratication)
10. structure integrity
11. fans run freely
12. unit on vibration isolators
13. refrigerant circuit visual check
14. earthing connection
15. power supply features
16. electrical connections provided by the customer
6.3 Start-up sequence
For details refer to the dierent manual sections.
Unit ON power supply
1. o-load voltage measure
2. compressor crankcase heaters operating at least since 8 hours
3. phase sequence check
4. shut-o valve refrigerant circuit open
5. unit ON
6. load voltage measure and absorptions
7. liquid sight glass check (no bubbles)
8. check all fan operating
9. measure super-heating and sub-cooling
10. check no anomalous vibrations are present
11. complete and available unit documentation

M09G60E14-04 MSAT-XEE 8.2-30.2 15
6.4 Refrigeration circuit
Correct compressor rotation direction
WARNING EXCESSIVE NOISE INDICATES THAT THE DIRECTION OF ROTATION IS NOT CORRECT
•Connect a pressure gauge on the high pressure side
•Check that the operation of the compressor leads to an increase in pressure on the high pressure side
•No variation in pressure means that the direction of rotation is not correct
•Stop the compressor
•Reverse the connection of a pair of phase wires
•Restart the compressor
•Check the variation in pressure on the high pressure side
Check carefully the refrigerating circuit: the presence of oil stains can mean leakage caused by transportation, movements or other).
Make sure that all the service outlets are closed with proper caps; if caps are not present a leak of refrigerant can be possible.
Refrigerant circuit parameter
Detecting the operational conditions is useful to control the unit along time: the performed records must be kept and be available during
maintenance interventions.
With unit at steady state, i.e. in stable and close-to-work conditions, identify the following data:
1. Compressor diacharge temperature (WARNING – BURN DANGERI)
2. Condensation pressure
3. Liquid temperature
4. Dehydrator lter upstream and downstream temperature
5. Return pressure
6. Return temperature
7. Fresh air temperature (coil input)
8. Air temperature coming out from fans
6.5 Electric Circuit
Verify that the unit is connected to the ground plant.
Check the conductors are tightened as: the vibrations caused by handling and transport might cause these to come loose.
Connect the unit by closing the sectioning device, but leave it on OFF.
Check the voltage and line frequency values which must be within the limits: 400/3/50 +/- 10%
Check and adjust the phase balance as necessary: it must be lower than 2%
Example
Working outside of these limits can cause irreversible damages and voids the warranty.
6.6 Compressor crankcase heaters
Connect the oil resistances on the compressor crankcase at least 8 hours before the compressor is to be starter:
•at the rst unit start-up
•after each prolonged period of inactivity
1. Supply the resistances switching o the unit isolator switch.
2. To make sure that heaters are working, check the power input.
3. At start-up the compressor crank-case temperature on the lower side must be higher at least of 10°C than the outside temperature.
Do not start the compressor with the crankcase oil below operating temperature.

16 MSAT-XEE 8.2-30.2 M09G60E14-04
6.7 Voltages
Check that the air and water temperatures are within in the operating limits.
Start-up the unit.
With unit operating in stable conditions, check:
•Voltage
•Total absorption of the unit
•Absorption of the single electric loads
6.8 Remote controls
Check that the remote controls (ON-OFF etc) are connected and, if necessary, enabled with the respective parameters as indicated in the
“electrical connections”section.
Check that probes and optional components are connected and enabled with the respective parameters (“electrical connections”section and
following pages).
6.9 Start-up report
Identifying the operating objective conditions is useful to control the unit over time.
With unit at steady state, i.e. in stable and close-to-work conditions, identify the following data:
•total voltages and absorptions with unit at full load
•absorptions of the dierent electric loads (compressors, fans, pumps etc)
•temperatures and ows of the dierent uids (water, air) both in input and in output from the unit
•temperature and pressures on the characteristic points of the refrigerating circuit (compressor discharge, liquid, intake)
The measurements must be kept and made available during maintenance interventions.
6.10 97/23 CE PED directive
97/23 CE PED DIRECTIVE gives instructions for installers, users and maintenance technicians as well.
Refer to local regulations; briey and as an example, see the following:
Compulsory verication of the rst installation:
•only for units assembled on the installer’s building site (for ex. Condensing circuit + direct expansion unit)
Certication of setting in service:
•for all the units
Periodical verications:
•to be executed with the frequency indicated by the Manufacturer (see the “maintenance inspections”paragraph)

M09G60E14-04 MSAT-XEE 8.2-30.2 17
7 Control
7.1 Display
Icon Fixed on Flashing Icon
Alarm on progress Silenced alarm Not used
Not used Ventilation
Cooling mode Remote cooling mode At the start-up is performed a board automatic test: all the
led ash for some seconds
Standby from keypad Not used
Not used Compressor 1
On: xed
Clock
Active scheduling Clock setting Scheduling Compressor 2 On: xed
Not used
7.2 Keys
Symbol Name Action Function (3 sec.)
Up Increases the value
Next voice Silenced alarm
Down Decreases the value
Previous voice On/Standby
Esc Esc WITHOUT SAVING MODIFICATIONS
Previous level Cool / stdby
Set
Conrm
Esc WITH MODIFICATION SAVING
Go to the next level
STATA menu
Inputs / clock / stby / active alarms
Activate / disactivate the time bands
Access to the SETTING menu Parameters / function / password / alarms
7.3 Stand-by
Step Display Action Keys Menu/Variable Notes
1Main menu Press 3 sec. Stand-by
2Stand-by Press 3 sec. ON
If CL44 = -1 key DOWN not enable

18 MSAT-XEE 8.2-30.2 M09G60E14-04
7.4 Navigation
Press 2 sec. OPERATING MODE
Heat Not used
Cool Cooling
StdBY On/Standby
AS not used currently
STATA
Ai Analogical inputs
AO Analogical outputs
of Digital inputs
dO Digital outputs
CL Clock
AL Active alarms
HR Compressor operating hours
Sr Setpoint
SCHEDULING
PAR - parameters Conguration
Fnc - functions
dEF - not used
tA - alarm reset
St - on / o
CC - copy card
EUr - alarm log reset
PASS - password
EU - alarms Alarm log
7.5 ON/OFF
OFF: Emergency stop, drive stops immediately without observing any timing.
Step Display Action Keys Menu/Variable Notes
1Main menu Press PAr
2PAr Select FnC
3FnC Press dEF
4dEF Select St
5St Press
6ON/OFF Press
7 Press Back to the previous menu
7.6 Change the operating mode
Step Display Action Keys Menu/Variable Notes
1Main menu Press 2 sec. Cool *
2Cool Select Choose
standby, o: STBY
cool: COOL
3Cool Conrm
* O the unit is immediately stopped without respecting any timing.

M09G60E14-04 MSAT-XEE 8.2-30.2 19
7.7 Clock setting
Step Display Action Keys Menu/Variable Notes
1Main menu Press Ai
2Ai Select CLOCK menu
3CL Access Hour
4Hour Select
Choose
hour: HOUR
date: DATE
year: YEAR
5YEAR Press 3 sec. Conrm
! Value ashing !
6! 2012 ! Press Set the value
7! 2013 ! Conrm 2013
8 Press Back to step 4
7.8 Display of inputs - outputs
Step Display Action Keys Menu/Variable Notes
1Main menu Press Ai
2Ai Choose menu
Ai: analogical inputs / digital
di: digital inputs
AO: analogical outputs
dO: digital outputs
3of Access diL1
4diL1 Scroll the list Choose
diL4
5diL4 Press to see the value For digital inputs:
0 = input not active - open
1 = input active - closed
6 Press Back to the previous menu
For details see:
14.2 Statusp.39
7.9 Silenced alarm
Before resetting an alarm identify and remove its cause.
Repeated resets can cause irreversible damage.
Step Display Action Keys Menu/Variable Notes
1Er01 The alarm code is ashing
213.5°C Alternated to temperature
3Fixed ALARM led
4 Press any button
5 ALARM led is ashing
For details see:
14.1 Alarmsp.39

20 MSAT-XEE 8.2-30.2 M09G60E14-04
7.10 Alarms
Step Display Action Keys Menu/Variable Notes
1Main menu Press Ai
2Ai Select ALARM menu
Al
3Al Press Access
1° active alarm
4Er01 Scroll Other active alarms
5 Press Back to the previous menu
For details see:
14.1 Alarmsp.39
7.11 Alarm reset
Before resetting an alarm identify and remove its cause.
Repeated resets can cause irreversible damage.
Step Display Action Keys Menu/Variable Notes
1Main menu Press PAr
2PAr Select FnC
3FnC Press dEF
4dEF Select tA
5tA Press
6 Press Back to the previous menu
7.12 Alarm log
Before resetting an alarm identify and remove its cause.
Repeated resets can cause irreversible damage.
Step Display Action Keys Menu/Variable Notes
1Main menu Press PAr
2PAr Select EU
3EU Press Last registered alarm
EU00
4EU00 Press Access to alarm code info
Er01
5Er01 Select Hour of the alarm
20:01
620:01 Select Date of the alarm
27.10
727.10 Select Alarm output hour
Example: alarm still active
--:--
8--:-- Select Alarm output date
Example: alarm still active
--:--
9--:-- Select Type of alarm:
AUto (automatic)
MAnu (manual)
10 AUto Press
11 Press Back to the previous menu