TECHNICAL DATA & SERVICE MANUAL
SCDF137C5TA
A
SCDF101R5TA
A
0.8180.524.1 12/2010
Model No. Product Code No.
SCDF137C5TAA
SCDF101R5TAA
39.7128.915
39.7128.916
IMPORTANT!
Please read before installation
This air conditioning system meets strict safety and operating
standards.
For the installer or service person, it is important to install or
service the system so that it operates safely and efficiently.
For safe installation and trouble-free operation, you must:
• Carefully read this instruction booklet before beginning.
• Follow each installation or repair step exactly as shown.
• Observe all local, state and national electrical codes.
• Pay close attention to all warning and caution notices given in
this manual.
•The unit must be supplied with a dedicated electrical line.
This symbol refers to a hazard or unsafe practice which can result
in severe personal injury or death.
This symbol refers to a hazard or unsafe practice which can result
in personal injury or product or property damage.
If necessary, get help
These instructions are all you need for most installation sites and
maintenance conditions.
If you require help for a special problem, contact our sale/service
outlet or your certified dealer for additional instructions.
In case of improper installation
The manufacturer shall in no way be responsible for improper
installation or maintenance service, including failure to follow the
instructions in this document.
SPECIAL PRECAUTIONS
• During installation, connect before the refrigerant system and
then the wiring one; proceed in the reverse orden when removing
the units.
When wiring
ELECTRICAL SHOCK CAN CAUSE SEVERE
PERSONAL INJURY OR DEATH. ONLY A QUALIFIED,
EXPERIENCED ELECTRICIANS SHOULD ATTEMPT
TO WIRE THIS SYSTEM.
• Do not supply power to the unit until all wiring and tubing are
completed or reconnected and checked, to ensure the grounding.
• Highly dangerous electrical voltages are used in this system.
Carefully refer to the wiring diagram and these instructions when
wiring.
Improper connections and inadequate grounding can cause
accidental injury and death.
• Ground the unit following local electrical codes.
• The Yellow/Green wire cannot be used for any connection
different from the ground connection.
• Connect all wiring tightly. Loose wiring may cause overheating
at connection points and a possible fire hazard.
• Do not allow wiring to touch the refrigerant tubing, compressor,
or any moving parts of the fan.
• Do not use multi-core cable when wiring the power supply and
control lines. Use separate cables for each type of line.
When transporting
Be careful when picking up and moving the indoor and outdoor
units. Get a partner to help, and bend your knees when lifting to
reduce strain on your back. Sharp edges or thin aluminium fins on
the air conditioner can cut your fingers.
When installing...
... In a ceiling or wall
Make sure the ceiling/wall is strong enough to hold the unit-weight.
It may be necessary to build a strong wooden or metal frame to
provide added support.
... In a room
Properly insulate any tubing run inside a room to prevent
"sweating", which can cause dripping and water damage to walls
and floors.
... In moist or uneven locations
Use a raised concrete base to provide a solid level foundation for
the outdoor unit.
This prevents damage and abnormal vibrations.
... In area with strong winds
Securely anchor the outdoor unit down with bolts and a metal
frame. Provide a suitable air baffle.
... In a snowy area (for heat pump-type systems)
Install the outdoor unit on a raised platform that is higher than
drifting snow. Provide snow vents.
When connecting refrigerant tubing
• Keep all tubing runs as short as possible.
• Use the flare method for connecting tubing.
• Apply refrigerant lubricant to the matching surfaces of the flare
and union tubes before connecting them; screw by hand and
then tighten the nut with a torque wrench for a leak-free
connection.
• Check carefully for leaks before starting the test run.
NOTE:
Depending on the system type, liquid and gas lines may be either
narrow or wide. Therefore, to avoid confusion, the refrigerant
tubing for your particular model is specified as narrow tube for
liquid, wide tube for gas.
When servicing
• Turn the power OFF at the main power board before opening
the unit to check or repair electrical parts and wiring.
• Keep your fingers and clothing away from any moving parts.
• Clean up the site after the work, remembering to check that no
metal scraps or bits of wiring have been left inside the unit being
serviced.
• Ventilate the room during the installation or testng the refrigeration
system; make sure that, after the installation, no gas leaks are
present, because this could produce toxic gas and dangerous
if in contact with flames or heat-sources.
WARNING
CAUTION
WARNING
2
Page
1. SPECIFICATIONS 4
1-1 Unit specifications 4
1-2 Major Component specifications 5-6
1-3 Other Component specifications 6
2. DIMENSIONAL DATA 7
2-1 Unit Dimensions 7
3. REFRIGERANT FLOW DATA 8
3-1 Refrigerant Flow Diagram Cooling model 8
3-2 Refrigerant Flow Diagram Heat pump model 8
4. ELECTRICAL DATA 9
4-1 Electric Wiring Diagram Cooling model 9
4-2 Electric Wiring Diagram Heat pump model 9
5. PERFORMANCE DATA 10
5-1 Performance Chart 10
6. FUNCTIONS 11
6-1 Cool Mode Operation 11
6-2 Heat Mode Operation 12
6-3 Auto(cool / heat)Mode Operation 13
6-4 Dry Mode Operation
14
6-5 Fan Mode Operation
14
6-6 Auto Fan Speed 14
6-7 Forced Mode 15
6-8 Protection Operation in Cool and Dry Mode 15
6-9 Protection Operation in Heat Mode 16
6-10 I FEEL Function 18
6-11 NIGHT Function 18
6-12 Drain Pump 18
7. DIAGNOSTIC 19
8. JUMPERS CONFIGURATION 20
9. MAINTENANCE 21
10. TROUBLESHOOTING 22-29
11. CHECKING ELECTRICAL COMPONENTS 30
11-1 Measurement of Insulation Resistance
30
11-2 Checkin
g
Continuity of fuse on PCB ass
y
31
11-3 Checking Motor Capacitor
31
Table of Contents
3
1. SPECIFICATIONS
1-1 Unit Specifications
PERFORMANCES COOLING HEATING
Power Source
V
oltage Ratin
g
V
Available Volta
g
e Range
V
Runnin
g
Ampere
A
Power Input
W
Power Factor
C.O.P.
W/W
3,22 3,67
Compressor Locked Rotor Amperes
A
Performance
Capacity BTU/h
10160 11390
kW 2,98 3,34
Air Circulation High/Med./Low m³/h
Moisture Removal High Speed l/h
Power Noise Level Indoor Unit
High/Med./Low
dB-A
Power Noise Level Outdoor Unit dB-A
Features
Controls / Temperature Controls
Control Unit
Timer
Fan Speed Indoor / Outdoor Unit
Airflow Direction Vertical
Orizzontal
Air Filter
Compressor
Refrigerant Gas
Refrigerant Standard Charge at Shipment g
Refrigerant Control
Condensate Drain System
Dimensions & Wei
g
ht
Indoor Unit Height mm
Width mm
Depth mm
Outdoor Unit Height mm
Width mm
Depth mm
Net Weight Internal Unit kg
External Unit kg
DATA SUBJECT TO CHANGE WITHOUT NOTICE
NOTE
Rating Cooling Conditions:
- Outside Air Temperature: 35°C DB
- Inside Air Temperature: 27°C DB, 19°C WB
15
R410A
910
Capillary Tube
Automatic with Pump
44
15
525
250
525
1050
0,91
23
44
370/340/270
1,2
53/49/47
59
Wireless remote control
ON/OFF 24 Hours & Daily Program
790
580
245
490
1150
62
Microprocessor / I.C. thermostat
Rotary (Hermetic)
SCDF101R5TAA
COOLING
400/375/335
1,90
SCDF137C5TAA
5,60
230
230 V ~ 50 Hz
198 - 264
5
250
13640
4,00
55/54/52
Manual
Manual
Washable/ Easy Access
3 and Auto / 1
490
35
1245
0,96
3,21
4
1-2 Major Component Specifications
Controller PCB
Model
Controls
Control Circuit Fuse (F1)
Jumper Setting JP1 … JP5
Remote Control Unit
Thermistor Coil Sensor
Resistance at 25°C k
Thermistor Room Sensor
(
TH Room
)
Resistance at 25°C k
Fan Motor Indoor Unit
(
FMI
)
Model
Number / Diameter / Length mm
No. Of Pole - RPM High/Med./Low (230V)
Nominal Input W
Coil Resistance at 25°C
ΩΩΩ
Ω
Safety Device
Setting Operating temp. Open °C
Close
Run Capacitor (C) µF
VAC
Fan Motor Outdoor Unit
(
FMO
)
Model
Diameter mm
No. Of Pole / RPM (230V)
Nominal Input W
Coil Resistance at 25°C
Ω
Ω
Safety Device
Setting Operating temp. Open °C
Close
Run Capacitor (C) µF
VAC
Compressor
Model
Nominal Cooling Capacity W
Compressor Oil: RB68A or Freol Alpha68M cc
Compressor Oil: DAPHNE FV68S or equivalent cc
Coil Resistance at 20°C
Ω
*at 25°C
Ω
Run Capacitor (C) µF
VAC
Overload Rela
y (
OLR
)
Operating Temperature Open °C
Close °C
Short Time Trip 6-16 Sec. At 25°C A
DATA SUBJECT TO CHANGE WITHOUT NOTICE
19,5
440
0,6
450
140 ± 5%
75 ± 11%
Autoreset
B.O.M. Y5S613B213G
Ø 340
6 / 860
NTC (with Brass Pipe)
BRN-BLU: 183,21 ± 10%
BLK-BLU: 298,52 ± 10%
2,54mm - 5 pcs
SAC WREM
10 ± 3%
10 ± 5%
27
GRY-BRN: 78 ÷ 90 ± 5%
1,50
2,5
80235455
3680
SCDF101R5TAA
SAC ON-OFF IDU
Microprocessor
250VAC - 3,15A - T
SCDF137C5TAA
80
GRY-WHT: 545 ÷ 630 ± 5%
WHT-VLT: 92 ÷ 105 ± 5%
VLT-ORG: 62 ÷ 71 ± 5%
23,5
130 ± 5
150 ± 5%
69 ± 11%
*C-S : 3582
30
450
K35406-MO2024
Cross-Flow / Ø 100 / 410
4 - 1350/1275/1165
450
350
---
5PS112EBA
3166
25
C-R : 3166
C-S : 4573
Internal Bimetallic Type
150 ± 10
Autoreset
---
520
*C-R : 2402
5
UNIT MODEL
Condensate Pump
Model
Rating
Nominal Input W
Coil Resistance at 20°C
Safet
y
Float Switch
Model
Contact Rating
Float Up
Down
Heat Exchan
g
er Coil (Evaporator
)
Coil
Rows
Fin Pitch mm
Face Area m²
Heat Exchan
g
er Coil (Condenser
)
Coil
Rows
Fin Pitch mm
Face Area m²
DATA SUBJECT TO CHANGE WITHOUT NOTICE
1-3 Other Component Specifications
OPERATING RANG
E
Cooling only model
Outdoor air intake temp.
Heat pump model
46°C DB
19°C DB
24° C DB / 18° C WB
Outdoor Air Intake
Temperature
46° C DB
19° C DB
43° C DB
16° C DB
32°C BS / 80% R.U.
16°C BS / 80% R.U.
-8° C DB / -9° C WB
43°C DB
16°C DB
ndoor air intake tem
p
32° C DB/ 23° C WB
19° C DB/ 14° C WB
32° C BS/ 80% R.U.Maximum
Minimum
27° C DB
//
16° C BS/ 80% R.U.
Indoor Air Intake
Temperature
32°C DB / 23°C WB
19°C DB / 14°C WB
Dry
Maximun
Minimun
Temperature
Cooling
Maximum
Minimum
Dry
Temperature
3
1,6
0,3
Alluminium Plate Fin / Copper Tube
Alluminium Plate Fin / Copper Tube
2
1,8
SCDF101R5TAA
PC 95643
230V - 50Hz
12 ± 10%
SCDF137C5TAA
Heating
Maximun
Maximun
Minimun
Cooling
Minimun
122 ± 10%
F83161,3
10(4)A - 250VAC
Open
Close
0,185
6
2. DIMENSIONAL DATA
2-1 Unit Dimensions
A
E
C
B D F
A
B
C
D
E
F
525
490
250
245
790
580
SCDF137C5TAA - SCDF101R5TAA
7
3. REFRIGERANT FLOW DATA
3-1 Refrigerant Flow Diagram Cooling model
3-2 Refrigerant Flow Diagram Heat pump model
8
4. ELECTRICAL DATA
4-1 Electric Wiring Diagram Cooling model
PCB Controller SWITCH Switch Assy
FMI Indoor fan motor IND Indicator assy
CM Compressor motor
TH
Thermistor
OLR Overload relay TP Terminal plate
FMO Outdoor fan motor FS Float switch
C Capacitor
DP Drain Pump R
V
Reverse valve
4-2 Electric Wiring Diagram Heat pump model
9
Operation characteristics with relative humidity around 50%.
SCDF137C5TAA
SCDF101R5TAA
5
6
7
8
9
20 25 30 35 40 45 50
EXTERNAL TEMPERATURE (°C)
OPERATING CURRENT (A)
32 °C
27 °C
21 °C
3
3,5
4
4,5
5
5,5
6
6,5
7
20 25 30 35 40 45 50
EXTERNAL TEMPERATURE (°C)
OPERATING CURRENT (A)
32 °C
27 °C
21 °C
10
6.FUNCTION
6-1 Cool Mode Operation
In Cooling Mode, the operation of the compressor (CM), Outdoor Fan (FMO) and Indoor Fan (FMI) are
determined by the difference between the room air temperature (RAT) and the set point temperature (SPT)
as shown in the graph.
NOTES
1. In this graph, the FMI is operating with the “Auto Fan Speed” setting. If the user has selected the Low,
Medium or High fan speed, the FMI will run constantly at that speed only.
2. In addition to the temperature difference of above, the operations of the main components (CM, FMO,
FMI) is also controlled by protection delays. That is: - the minimum off time of compressor is 3 minutes. -
- the minimum off time of compressor is 3 minutes. -
- the indoor fan can change speed only after it has operated at the same speed for 30 sec if in AUTO
and 1 sec for the other settings (High, Med, Low).
11
6-2 Heat Mode Operation
The Heating mode operation is similar to the Cooling mode operation. The CM, FMO and FMI are mainly
controlled by the value of (RAT – SPT). In the graph above, the FMI is operating in AUTO speed mode.
Therefore, the FMI speed changes automatically according to the (RT - SPT).
NOTES
1. After the CM has stopped, the FMI runs for 30s in order to purge heat from the indoor coil.
2. The FMI will not be turned on until the indoor coil temperature is warm enough to prevent the supply of
cool air (see COLD DRAFT PREVENTION feature for details).
The indoor fan can change speed only after it has operated at the same speed for 30 sec if in AUTO and
1 sec for the other settings (High, Med, Low).
HEAT PUMP MODELS
12
6-3 Auto (cool/heat) Mode Operation
In Auto Mode, the unit switches automatically between the Auto Cooling and Auto Heating in order to
maintain the room temperature (RAT) at the prescribed set point (SPT).
The switching between the two modes is according to the above graph.
Refer to the sections 5.1 COOLING MODE and 5.2 HEATING MODE for system operation details.
HEAT PUMP MODELS
13
6-4 Dry Mode Operation
Dry operation remove moisture from indoor air running, in cooling mode, at a low level without reducing the
ambient temperature. This is done cycling ON and OFF indoor and outdoor units according to below.
ROOM DRY LEVEL
TEMP
SPT+2°C LEVEL 0
Operation according to COOLING mode
CM on
< SPT+2°C LEVEL 1 FMO on
SPT-1°C FMI switches between L and LL (30 seconds)
RV off
CM switches 9 minutes off and 3 minutes on
< SPT-1°C LEVEL 2 FMO switches 9 minutes off and 3 minutes ON
15°C FMI switches off and L during CM operation
RV off
CM off
< 15°C DRY OFF ZONE FMO off
FMI off
RV off
SPT = Set Point Temperature
6-5 Fan Mode Operation
With this mode, the indoor fan is turned on while CM, FMO and RV stay off all the time. The user can select
between 3 speeds: HIGH, MEDIUM and LOW.
6-6 Auto Fan speed
With this option selected, the indoor fan speed changes automatically according to the difference between
the detected air temperature (RAT sensor) and the set point (SPT):
COOLING MODE
2 ≤ (RAT – SPT):
HIGH speed
1 ≤ (RAT – SPT) < 2: MEDIUM speed
(RAT – SPT) < 1: LOW speed
HEATING MODE
2 ≤ (SPT - RAT):
HIGH speed
(SPT - RAT) < 2: MEDIUM speed
NOTE
SPT = Set Point Temperature
14
6-7 Forced Mode
In this mode the system operates (COOLING or HEATING mode – fixed settings) or is switched off by
means of the MODE button of the indoor unit control board. The operation modes can be selected
pressing the button in a cyclic way (OFF COOL HEAT OFF…). The settings are:
COOLING mode
SET POINT temperature = 25°C
FAN SPEED = HIGH
HEATING mod
e
SET POINT temperature = 21°C
FAN SPEED = HIGH
6-8 Protection operations in Cool and Dry Mode
This protection prevents ice formation on the indoor coil heat exchanger. The protection is activated by
the indoor coil temperature (ICT sensor) and only after 6 minutes of compressor operation. This
protection acts in 2 levels:
LEVEL 1
INDOOR FAN SPEED: ANY (as selected from remote controller)
COMPRESSOR: ON
OUTDOOR FAN: cycling (30 seconds ON B 30 seconds OFF).
LEVEL 2
INDOOR FAN SPEED: ANY (as selected from remote controller)
COMPRESSOR: OFF for at least 6 minutes and until ICT 8°C
OUTDOOR FAN: OFF for at least 6 minutes and until ICT 8°C
The system exit this protection routine when ICT temperature rises above 8°C.
15
6-9 Protection operations in Heat Mode
5-9.1 Cold draft
This feature prevents the supply of cold air forcing the indoor fan to a speed which cannot be changed
by the user. As soon as the protection mode is exited speed can be changed manually through the
remote controller. The protection acts in the following
6-9.2 Defrost
The defrost process is controlled by a detection algorithm designed in order to mantain optimal
utilization of the heat pump capacity especially during negative outdoor temperature conditions.
During DEFROST OPERATION the main components operates according to the following chart:
HEAT PUMP MODELS
16
6-9.3 Overhea
t
This feature prevents the build up of high pressure in the indoor heat exchanger during heating
operation
SCDF101R5TAA
A (°C)
60
B (°C)
55
C (°C)
46
A
B
C
17
6-10 I FEEL Function
As standard configuration the air conditioner operates detecting the room temperature through the sensor
equipped in the wireless remote controller (icon I FEEL shown on the display). This feature provides a
personalised environment since the temperature can be detected where the remote controller is located.
It is possible to de-activate this option pressing the I FEEL button on the remote controller.
In this case the I FEEL icon is no longer displayed and room temperature is detected through the sensor
included in the indoor unit.
6-11 NIGHT Function
When this function is active, room temperature changes automatically to compensate for body temperature
variations while sleeping. After 10 hours of operation system switches automatically to OFF state.
This mode of operation is available both in COOLING and HEATING mode.
6-12 DRAIN PUMP
Pump operates when the unit is running in COOLING and DRY modes.
The level detection is done through a float switch connected at the input FS (closed under normal condition,
and opened when water overflow). System operation is according to the following chart:
30sec 30sec
20sec
20sec
FS
Contact
18
7. DIAGNOSTIC
With this feature is possible to have a visual signal that a trouble is occurring.
This mode is always active and the signalling is made through the display board LEDS .
In case of no troubles the LEDS status follows its normal function.
NOTES
The troubles are showed according a priority list that is in case of more than one
trouble present, is always showed, at first, the one with the highest priority (1 2 3 etc).
Sensor damaged means a situation where sensor is short-circuited or opened.
In case of damaged sensors, the system (CM, FMO, FMI etc), if in OFF state, does not start.
WRONG MODE SELECTED means a situation where the operating mode chosen with remote controller
does not comply with the one allowed by jumpers settings.
Priority TROUBLE
LD1(stby) LD2(opr) LD3(timer)
1 No parameters z FO
2 RAT damaged F O O
3 ICT damaged F F O
4 WRONG MODE F F F
SELECTED
5 Water level alarm O F O
O = LED off
z = LED on
F = LED blinking
System does not operate
See paragraph
6-12 DRAIN PUMP
LEDS status Effects
19
8. JUMPERS CONFIGURATION
Jumpers are located on the indoor PCB near the MODE button.
HEAT PUMP MODELS
COOLING MODELS
Unit is shipped with jumpers set according to the following table:
JP3
JP4
JP5
open
closed
open
closed
closed
STATUS COOLINGJUMPER
JP1
JP2
closed
closed
STATUS HEAT PUMP
open
open
open
20
9. MAINTENANCE
Changing the Address of the Air Conditioner
In case of more than one air conditioner operating in the same room, it may be necessary to assign
an address to each unit in order to avoid operation conflicts.
Address is set acting on the dip-switches located on the indoor PCB and on the
remote controller. The PCB settings must match the corresponding ones on the wireless remote controller.
How to change address of the air conditioner
Dip switch is located on the indoor PCB near the buzzer.
Set the PCB to the address desidered
UNIT
ADDRES
S
SW1 SW2
1 off off
2 off on
3 on off
4onon
As default switches SW1 and SW2
are in off status (PCB factory state).
How to change address on Remote Control Unit
Dip switch is located on the battery compartment.
1) Pull out the door and remove the batteries.
2) Set the switch SW1 and SW2 according to the indoor PCB settings
(do not act on SW3 and SW4)
3) Insert the batteries and pull on the door
As default switches SW1 and SW2 are in off status (remote controller factory state).
SETTINGS
21
10. TROUBLESHOOTING
CHECK BEFORE AND AFTER «TROUBLESHOOTING»
(A) Check power supply wiring.
• Check the power supply wires are correctly connected.
(B) Check power supply.
• Check that voltage is in specified range (±10% of the rating).
• Check that power is being supplied.
• WARNING: If the following troubleshooting must be done with power supplied,
be careful not to touch any uninsulated live part that can cause ELECTRIC SHOCK.
A CIRCUIT BREAKER TRIPS OR FUSE BLOWS.
• When circuit breaker is set to ON, it trips in a few moments. Resetting is not possible.
• Measure insulation resistance. There is a possibility of ground fault.
If resistance value is 1 Mohm or less, insulation is defective.
B CIRCUIT BREAKER TRIPS IN SEVERAL MINUTES AFTER TURNING AIR CONDITIONER ON.
1 • There is the possibility of short circuit.
22
2 • The unit does not run.
C WATER LEVEL ALARM - OPERATION LAMP IS BLINKING.
Malfunctioning of the condensate drainanege system.
NOTE: In case of emergency the air conditioner can work by draining the condensate from
the little pipe into a rather short container. Extract the little pipe and remove the cap.
23
D UNIT AND COMPRESSOR DO NOT RUN.
The unit does not run when air conditioner is in the follwing conditions:
• When the room temperature is below the setting temperature.
• During the protection modes.
24
E SOME PARTS OF THE AIR CONDITIONER DO NOT OPERATE.
25
F AIR CONDITIONER OPERATES, BUT ABNORMALITIES ARE OBSERVED.
26
27
G POOR COOLING OR HEATING.
28
H EXCESSIVE COOLING OR HEATING.
I A SENSOR IS DEFECTIVE.
29
11 CHECKING ELETRICAL COMPONENTS
11-1 Measurement of Insulation Resistance
The insulation is in good condition if the resistance exceeds 1 MOhm
a) Power Supply Wires
Clamp the earthed wire of the power supply wires
with the lead clip of the insulation resistance tester
and measure the resistance by placing a probe on
either of the power wires (fig.1).
Then measure the resistance between the earthed
wire and the other power wires (fig.1).
b) Unit
Clamp an alluminium plate fin or copper tube with
the lead clip of the insulation resistance tester and
measure the resistance by placing a probe on N terminal,
and then on Lterminal the terminal plate (fig.2)
c) Measurement of Insulation Resistance
for Electrical Parts
Disconnect the lead wires of the disired electric
part from terminal plate, PCB assy, capacitor, etc.
Similary disconnect the connector. Then measure
the insulation resistance (fig.1 to 4).
Refer to electric wiring diagram.
NOTE
If the probe cannot enter the poles because the hole is too narrow
then use a probe with a thinner pin.
30
11-2 Checking Continuity of fuse on PCB assy
Remove PCB assy from electrical component box (fig.5)
Then pull out the fuse from PCB assy
Check continuity of fuse by the multimeter (fig.6)
11-3 Checking Motor Capacitor
Remove the lead wires from the capacitor terminals,
and then place a probe on the capacitor terminals
as shown in fig.7.
Observe the deflection of the pointer, setting the resistance
measuring range of the multimeter to the maximum value.
The capacitor is "good" if the pointer bounces to a great
extent and the gradually returns to its original position.
The range of deflection and deflection time deffer according
to capacity of the capacitor.
31
R.D. 28 Reyrieux BP 131 - 01601 Trévoux CEDEX France
Tél. 04.74.00.92.92 - Fax 04.74.00.42.00
R.C.S. Bourg-en-Bresse B 759 200 728
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