IS Technologies ISL V2 Series User manual

INSTALLATION MANUAL
Installation Manual
Lift Controller ISL_V2 Series
by IS technology
VERSION V2
(REV 2.4)
________________________________________________________________________
FACTORY - HEAD OFFICE:
PERREVOU 37, THESSALONIKI
54352, GREECE
TEL.: [phone] email: [e-mail]
FAX.:[phone]
URL: www.istechnology.gr
________________________________________________________________________________________________
Copyright IS technology 2011

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INSTALLATION MANUAL
INDEX
1. Technical Specification of Lift Controller ISL-V2.
1.1 Technical Features....................................................... Page 2.
1.2 Symbols....................................................................... Page 3.
1.3 ISL_V2 Controller Terminal Description....................... Page 4.
1.4 Typical Wiring Diagram for ISL-V2 Controllers............. Page 6.
1.5 Counting System Installation for ISL_V2 controllers.... Page 7.
2. Electronic Modules for ISL_V2 Controllers
2.1 Power Drive Module PDM_V3 (For Valve block drive)........ Page 8.
2.2 Auxiliary Elevator Board AEB_V5 ................................ Page 8.
2.3 Lift Control Board ISL_V2 (Astra_V2).......................... Page 9.
2.3.1 Terminal Description................................................. Page 9.
2.3.2 ASTRA - V2 User Interface..................................... Page 10.
2.3.3 Fault Log................................................................. Page 11.
2.3.4 Programming Menu................................................. Page 12.
Appendix
Certificates & Guaranty.................................................... Page 13.

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INSTALLATION MANUAL
1. Technical Specification of Lift Controller ISL-V2.
1.1. Technical Features.
Control panel features
•Electrostatic Painted
•Protection Class IP-54
•Wall mounting set included
•Machine Room Stop Switch, Cabin at floor indication and
power switch included
Dimensions
1.Traction
2.Hydraulic
800 x 700 x 180 mm
3.INVERTER- VVVF
900 x 750 x 250 mm
Power supply - Power
Lines
400 VAC
(3Ph , PE) - Motor supply
230 VAC (L, N) – Lightning , Controller supply
230 VAC
(Lu, Nu) – UPS Supply
Safety circuit voltage
110 V AC
Signals & Indicators
electrical ratings
24 V DC
Peak Max Current
5Α
Average Max Current 3Α
Transformers
•Power: 520 VA (Main Transformer – Typical)
Primary: 0-230-240-400-410 V AC
Secondary A: 0-55-65-115-135V AC (400VA)
Secondary B: 0 – 17Vac (20VA)
Secondary C: 0 – 15 - 18 - 20Vac (100VA)
•Power: 300 VA (Lightning Transformer for 42Vac Cabin Lights)
Primary: 0-230-240 AC
Secondary: 0 - 20 - 42V AC (300VA).
Main Contactors
Category: AC3
Battery
12 Volt –2.3 Αh
Counting Method
Magnetic Switches (Pencil switches) or Hall sensors (Optionally >1.6m/sec)
No off Stops
Eight (8) Collective Down
Lightning
•Cabin: 42VAC – 300W / 220VAC – 900W
•
Shaft: 220VAC – 900W
Cam - Brake Coil
(Traction)
Cam - Valves
(Hydraulic)
•Two Separate rectify circuits
•Voltage ratings: 48 or 110VDC
Indicators
(DISPLAYS)
ABC
(Binary coded)
Max Current Ratings: 1A (Per Signal)
Direction Arrows
Max Current Ratings: 2A (Per Signal)

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INSTALLATION MANUAL
1.2. Symbols.
SYMBOL
Description
U
Modules
F Fuse
G
Encoder
J Terminal
K (KT) Contactor (Auxiliary contactor)
ΙCoil
M
Motors - Fan
FL
Filters
R
Resistance
S
MCB
TR
Transformer
X
Terminal Group
Table 1: Drawing Symbols
Terminal Group
Voltage
Description
Χ1
400Vac
3 phase circuits (Supply, Motor
Output)
Χ2
230Vac
1 phase (Supply, Lights)
Χ3
<230Vac
Doors, Cam, Brake control
Χ4
48/12Vdc
Valves
Χ5
110Vac or 48Vdc
Safety elements
Χ6 12Vdc Battery
Χ7
24Vdc
Control Signals
Χ8 24Vdc Calls and Indicators
Table 2: Terminal Groups
No Color size voltage Used in ....
1 Orange 0,75 mm² 110 Vac Safety circuit (Phase)
Relay Coils
2 Yellow 0,75 mm² Neutral
110Vac Safety circuit (Neutral)
Relay Coils
3 Red 0,75 mm²
+12Vdc Battery circuit
(Battery +)
+48 Vdc Valves +
+110 Vdc Brake + / Cam +
4 Light Grey 0,75 mm² 0 Vdc Brake- / Cam- / Valves-
5 Grey 0,75 mm² 0 Vdc 24 Vdc - / 12Vdc -
7 Blue 0,75 mm² 230 Vac Mains Neutral
8 Brown 0,75 mm² 230 Vac Mains Phase
9 Black 0,38 mm² 24 Vdc
Control Signals (Calls, Count
Display – Inspection)
4mm²(min) 400 Vac Power Cables
10 Yellow-Green 0,5 mm² Groung
2.5mm²(min)
11
Green
0,75 mm²
42 Vac
Cabin lights 42Vac
12 White 0,75 mm² 42 Vac Permanent Cabin lights 20Vac
13 Magenta 0,75 mm² 125 Vac Cam (AC)
14 Pink 0,75 mm² 125 Vac Brake (AC)
48 Vac Valves (AC)
Table 3: Wiring of ISL controllers
No
SYMBOL
Name/Value
1 S1
Main Switch
•3x32A (5.5kw)
•3x40A(7.5kw)
•
3x63A(11kw)
2 S2 Shock Protection MCB / 30mA
3 Ι1 Latch Relay / 48VAC
4
S3
Safety Circuit / 2Α
5 S4 Controller / 6Α
6
S5
24V / 6Α
7
S6
Shaft Lights / 10Α
8 S7
Cabin Lights / 10Α(220Vac) - 4A
(42Vac)
9 S8
Doors
•10Α (Automatic)
•3x10Α (3 Phase automatic)
•2Α (Folding Cabin doors)
10 S9 •Brake / 6Α (Traction)
• Valves / 6Α (Hydraulic)
11 S10
Cam / 6A (for 1 cam)
KAMA / 10A (for 2 cams)
12
SU
UPS / 6A (FU = 6A FUSE)
13
I2
Shaft Light Latch Relay / 220Vac
Table
4: MCB's

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INSTALLATION MANUAL
1.3. ISL_V2 Controller Terminal Description.
Category Terminal
Group
Name Description
3 phase connections (High Voltage 400Vac)
Machine Room
X1
PE
Ground
Machine Room
X1
R,S,T Input of 3 phase supply –
Mains L1, L2, L3
.
Machine Room
X1
U1,V1,W1
Output Motor
(In traction 2 speed machine - Fast speed winding)
Machine Room
X1
U2,V2,W2
Output Motor (In traction 2 speed machine - Slow speed winding)
Flat Cable
X1
Ud,Vd,Wd
Output Motor of 3phase Automatic Door
Machine Room
Χ1
Β1, Β2
Braking resistance VVVF
One Phase Supply (Voltage 230Vac)
Machine Room
Χ2
L, N
Single Phase Mains Input 220Vac
Machine Room
Χ2
Lu, Nu
Single Phase Input from UPS 220Vac (in VVVF only)
Machine Room
Χ2
SU:L, SU:N
Single Phase Output for UPS Charge 220Vac
Flat Cable
Χ2
PE – Ld – Nd
Door Supply output 220Vac
Shaft - Loom
Χ2
ΦΦ:L – ΦΦ:N
Shaft Lights Output 220VAC (900W max.)
(ΦΦ:L = Phase / ΦΦ:Ν= Neutral)
Shaft & Loom Χ2 ΦΦ.Β– ΦΦ:N
*(AEB-V1 to AEB-V4)
Shaft Lights Control Button. We can connect in parallel as many push
button as we need for controlling the shaft lightning
Flat Cable Χ2 ΦΘ:L – ΓΘ:Ν
**
**Cabin Lights output 42 / 220VAC (300 / 900 W max).
(ΦΘ:L = Phase / ΓΘ:Ν= Neutral)
Flat Cable Χ2 ΡΘ:L – ΓΘ:Ν
****
Cabin Socket 230Vac
(ΡΘ:L = Phase / ΓΘ:Ν= Neutral)
Door - Cam - Brake Control (Voltage <230Vac)
Flat Cable Χ3 41β1. Open Door B Command Output (Relay Output).
2. Opening Final Switch in 3 phase Automatic Door Β(NC).
Flat Cable
Χ3
42β
1. Close Door B Command Output (Relay Output).
2. Closing Final Switch in 3 phase Automatic Door Β(NC).
Flat Cable
Χ3
4C
1. Door commands Common (Relay Output).
2. Common for Door Final Switches in 3 phase Automatic Doors
Flat Cable
Χ3
42α
1. Close Door A Command Output (Relay Output).
2. Closing Final Switch in 3 phase Automatic Door A (NC).
Flat Cable Χ3 41α1. Open Door A Command Output (Relay Output).
2. Opening Final Switch in 3 phase Automatic Door A (NC).
Machine Room
Χ3
ΦΡ+ , ΦΡ-
Brake Output (4Α)
Flat Cable
Χ3
ΜΓ+ , ΜΓ-
Cam Output (6Α)
Valves Control (Voltage +48/12Vdc)
Machine Room
Χ4
Αμα
Slow Up Valve Output (+48Vdc)
Machine Room
Χ4
ΒΜα
Fast Up Valve Output (+48Vdc)
Machine Room
Χ4
CMκ
Fast Down Valve Output (+48Vdc)
Machine Room
Χ4
Dμκ
Slow Down Valve Output (+48Vdc)
Machine Room
Χ4
ΓΒ
Common Valves Signal (-48Vdc / -12Vdc)
Machine Room
Χ4
VMP
Bypass Valve for IGV (-48Vdc)
Machine Room
Χ4
ΒΑ+
RescueValve Positive Output (+12Vdc / 4Α)
Machine Room
Χ4
ΒΑ-
Rescue Valve Negative Output (-12Vdc)
Safety Elements (Voltage 110Vac or 48Vdc)
Machine Room
Χ5
Θ1 – Θ2
Motor / Oil Thermistor - PTC
Shaft - Loom
Χ5
ΤΔ1 , ΤΔ2
Final Switches (NC).
Shaft - Loom
Χ5
ΤΔ2 , ΡΕΓ
Over speed Governor (NC).
Shaft - Loom
Χ5
ΡΕΓ,
ΣΦ
Shaft Stop Switches
(NC).
Machine Room
Χ5
ΣΦ, ΠΧ
Low Pressure (Rapture Valve) contact (NC).
Flat Cable
Χ5
ΠΧ , ΣΘ
Cabin Stop Sequence (Safety Gear - Inspection Stop)(NC).
Shaft - Loom
Χ5
ΣΘ ,
ΕΠ
Shaft Doors Contacts
(NO).
Shaft - Loom
Χ5
ΕΠ , ΚΛ
Semi Automatic interlock Contact (NC).
Flat Cable
Χ5
ΚΛ , ΘΘ
Cabin Door Contact (NC).
Battery Circuit (Voltage 12Vdc)
Flat Cable
Χ6
ΦΑ
Emergency Light, +12Vdc.
Flat Cable
Χ6
ΕΚΔ
Input From Siren Push Button - Output to Siren
Flat Cable
Χ6
+12
Battery positive voltage output +12Vdc
Flat Cable
Χ6
-
Battery negative output 0Vdc
Control Signal inputs (Voltage 24Vdc)
Flat Cable
Χ7
+24 , FUL
Full Load - (NO / +24V).
Machine Room
/ Flat Cable
Χ7
+24 , ΥΠ
Overload Contact - (* as ordered / +24Vdc).
Machine Room
& Flat Cable
Χ7
+24 , SL
*(AEB-V5)
Shaft Lights Trigger - (NO / +24Vdc).
Flat Cable
Χ7
+24 , ΕΧP
Express (Cancels all landing calls) - (NO / +24V).
Flat Cable
Χ7
+24 , FIRE
Fire Alarm - (NO / +24V).

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INSTALLATION MANUAL
Flat Cable
Χ7
+24, REV
Inspection
- (NC / +24Vdc) (Closed = Inspection / Opened = Normal)
Flat Cable
Χ7
+24, RUP
Inspection Down
- (NO / +24V).
Flat Cable
Χ7
+24, RDN
Inspection Up - (NO / +24V).
Flat Cable
Χ7
ZA1 - ΖΑ2
Relevelling Zone Α
(NO / +24V).
Flat Cable
Χ7
ZB1 - ΖΒ2
Relevelling Zone B (NO / +24V).
Flat Cable
Χ7
+24, ΠΑ
Down Preliminary - (NC / +24V).
Flat Cable
Χ7
+24, ΠΚ
Up Preliminary - (NC / +24V).
Flat Cable
Χ7
+24, ΣΑΑ
Up Count / Stop Switch (NO / +24V).
Flat Cable
Χ7
+24, ΣΑΚ
Down Count / Stop Switch (NO / +24V).
Flat Cable
Χ7
+24 , DO
Door Open Push Button || Photocell NO Contact || Obstruction NO
Contact
Flat Cable
Χ7
+24 , DC
Door Close Push Button
Calls And Indicators (Voltage 24Vdc)
Shaft - Loom
Χ8
+24Φ
Voltage Output +24Vdc for Shaft Wiring
Flat Cable
Χ8
+24***
Voltage Output +24Vdc for Cabin Wiring
Shaft - Loom &
Flat Cable
Χ8
-
Voltage Output 0Vdc (GND of +24V)
- Χ8 ΤΕ Indicator Signal Voltage selection (Connect to +24 or - depending the
Display)
Shaft - Loom &
Flat Cable Χ8 A , B , C Indication Signals - Binary (Output Voltage = ΤΕ)
Shaft - Loom &
Flat Cable
Χ8
L1, L2 .... L8
Indication Signals - Decade (Output Voltage = ΤΕ)
Shaft - Loom &
Flat Cable
Χ8
UP▲
Up direction Arrow (Output Voltage = ΤΕ)
Shaft - Loom &
Flat Cable
Χ8
Dn▼
Down direction Arrow (Output Voltage = ΤΕ)
Flat Cable
Χ8
Gong , +24
Gong (+24 Vdc)
Flat Cable
Χ8
ΛΥΠ , -
Overload Indication output (Output voltage +24)
Flat Cable
Χ8
ΓΚΘ / ΓΕΘ /
K1 - Κ8
Cabin Calls 1 - 8.
Common for Landing Calls = ΓΚΘ
Common for Call Registered Indication = ΓΕΘ
Shaft - Loom Χ8 ΓΚΦ / ΓΕΦ /
D1 - D8 Landing Down Calls 1 - 8. Common for Landing Calls = ΓΚΦ
Common for Call Registered Indication = ΓΕΦ
Flat Cable
Χ8
SP1 , SP2
Speaker Output
for Voice announce Module or MP3 Module
Table 5: Terminal Description ISL_V2

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INSTALLATION MANUAL
1.4. Typical Wiring Diagram for ISL-V2 Controllers.

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INSTALLATION MANUAL
1.5. Counting System Installation for ISL_V2 controllers.

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INSTALLATION MANUAL
2. Electronic Modules for ISL_V2 Controllers.
2.1 Power Drive Module PDM_V3 (For Valve block drive).
In ISL Lift Controllers and specific in Hydraulic lift Applications the valve block is driven by a specially
designed module named PDM_V3. PDM module supports all known Valve blocks and ensures their fine
operation with maximum safety.
2.2 Auxiliary Elevator Board AEB_V5.
AEB Module is caring all necessary electrical circuit for the Lift application. This Board is
designed to cooperate along with the main controller and offers double safety while minimizes the
need of using external elements.

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INSTALLATION MANUAL
2.3 Lift Control Board ISL_V2 (Astra_V2).
2.3.1 Terminal Description
The Astra_V2 elevator control board is the "brain" of the controller. Controls all signals for lift
applications up to 8 stops collective down. This board is designed according the EN81.1-2 norm
and ensures that vertical transport is conducted with maximum safety.
Terminal
Name
Traction 2Sp
Hydraulic
VVVF
Low_SP
ΚΤ2
Slow
Relevelling
Multi Speed 1
Hi_SP
ΚΤ3
Fast
Fast
Multi Speed 2
UP_DIR
UP
Up
Up
FWD
DN_DIR
DWN
Down
Down
REV
SPRE_1 PROG. OUT 1(ΚΤ1) Programmable Delta Multi Speed 3
Speed
ΚΤ1
ΚΤ2
ΚΤ3
Multi
Speed
Nominal (50Hz)
0
0
1
1
Leveling (5Hz)
0
1
1
3
Inspection (20Hz)
0
1
0
2
Intermediate. (35Hz)
1
0
1
5

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INSTALLATION MANUAL
2.3.2 ASTRA - V2 User Interface.
To operate or setup the ASTRA-V2 Elevator PCB module we can use the 4 ON Board Dip
Switches and the 3 push button. The Astra - V2 Module has a 3 digit LCD screen where the user
can see all necessary information for programming or troubleshoot the controller.
Operation Messages in Astra - V2 LCD Screen:
Page 1

FL#
In#
E##

ESt
In Normal Operation Floor Number is Displayed. When
the Floor Number is unknown, then in floor No we have '-'.
Inspection Operation
Current Fault '##'
Safety Stop Opened
Page 2
Err
By Pressing SELECT we can insert to Error Log. 'noE'
Means No Errors registered. With Previous and Next
Button, we can navigate in Error Log Menu.
Page 3
Fer
By Pressing SELECT we can insert to Fatal Errors Log.
'noE' Means No Fatal Errors registered. With Previous
and Next Button, we can navigate in Fatal Error Log
Menu. (Fatal Errors are All Level ΙΙ Fault, See Error Menu)
Page 4
ErA
By Pressing SELECT we can Erase all registered Faults.
'noF' means that faults are erased.
Page 5
Htr
By Pressing SELECT we can reset the controller and
conduct a homing trip.
•Simulate Calls With Astra - V2: When we are in Page 1 and the screen shows FL# by pressing Select the indication
changes to Fr# and the # is flashing. With Prev and Next button we can alter the Floor No we want to simulate call.
When we set the desired target Floor No by pressing the Select Button a new call is registered from the desired floor and
the corresponding LED in Astra Lights. To deactivate the simulate calls function press select for 3 sec.
•Inspection Commands: When we are in Page 1 and In# is written on screen, by pressing Prev and Next buttons we can
give up or down command for inspection operation
Programming Menu.
In Normal Operation must be OFF. After Power ON
if this switch is in ON position then we can insert the
programming Menu. By putting this switch back to
Off, all the parameters are saved and we go back to
normal operation.
PTC Protection.
ON: PTC Protection Disabled
OFF: PTC Protection Enabled
Elevator Type.
OFF: Traction Lift
ON: Hydraulic Lift
Door Type:
OFF: Automatic Doors
ON: Swinging Doors

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INSTALLATION MANUAL
2.3.3 Fault Log.
Error Code
Fault Description
*Level
Action taken
20
Safety circuit and/or door
opened during travel
Ι
Waits for safety circuit to close
20
Safety circuit opened during
travel
Ι
Waits for safety circuit to close, cancels
calls if fault persists more than 5sec
3
21
Door lock circuit opened during
travel Ι
Waits for lock circuit to close, cancels
calls if fault persists more than 5sec
3
22
Safety circuit failed to close after
door closing
Ι
Cancels calls and opens door
3
22
Failure in locking door after 3
attempts Ι
Cancels calls
3
22
Failure in closing door
ΙΙ
Cancels calls, opens door
3
24
UP Preliminary Switch fault (Moving Down And the up
preliminary sw. is activated) ΙΙΙ
Blocks elevator
4
25
Down Preliminary Switch fault (Moving Up And the
down preliminary sw. is activated)
ΙΙΙ
Blocks elevator
4
26
Counting Error
ΙΙ
Performs a homing trip
26
Counting Error
ΙΙ
Performs a homing trip
28
Preliminary Switches Fault
(both open)
ΙΙΙ
Blocks elevator
7
27
Emergency stop Ι
Waits for a car call to resume
29
Motor has been powered for 25
sec, car did not move ΙΙΙ
Blocks elevator
4
35
Preset number of operating
days expired
ΙΙΙ
Blocks elevator
11
33
All orders on contactors were
removed, one contactor or more
is still engaged
Ι
Waits all contactors to be released
34
Motor temperature has
exceeded its maximum
allowable operating temperature
Ι
Elevator is stopped at the nearest floor.
Waits for the motor to cool down
23
Locks/Cabin doors opened
during travel
Ι
Waits for lock circuit to close, cancel
calls if fault persists more than 5sec
3
32
Final switches opened
ΙΙΙ
Blocks elevator
1 For swinging or ½ automatic door.
2 For automatic door.
3Waits for a call to resume operation.
4When the cause of the fault is diagnosed and fixed, empty the faults log or request a homing trip so that the elevator resumes operation.
5When DZ magnetic switch is installed. Refer to section 5.
6When DZ magnetic switch is installed. Refer to section 5.
7When the cause of the fault is diagnosed and fixed, the elevator will automatically resume operation.
8 Relevant in group mode only.
9 Refer to section 5.
10 In case of automatic door, waits for obstacle to clear.
11 To recover from this fault, access menu and clear the count of elapsed days. Refer to Chapter Programming Menu.

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INSTALLATION MANUAL
2.3.4 Programming Menu.
To Enter the programming Menu follow the steps:
1. Turn Off the controller
2. Put the Dip Switch No4 in ON position
3. Power on the controller
4. Navigate the Menu with Next and Prev Buttons and Press select for saving new values.
To Leave programming Menu Just put the Dip Switch No4 back to Off position.
Παράμετρος
Περιγραφή
Πεδίο Τιμών
Par
Selects the parking mode for automatic door:
OPn = Parking door opened
CLd = Parking door closed
Opn - CLd
Lgt
Sets the car light time
0 - 25.0 sec
FLt
Sets the floor stopping time
0 - 25.0 sec
LdF
Sets the landing floor
non, 0 - 7
Ldt
Sets the landing time
1 - 99 min
Cjd
Set the car jammed delay
Dis, 1 - 255sec
Ado
Sets the opening time of the Automatic Door
Dis, 1 - 255sec
SPr
In case Hydraulic is not selected, sets the STAR output function: gong, intermediate speed
1
(used in VVVF operation) or base block (used in VVVF operation)
gng = Gong
Int = Μεσαία Ταχ.
bbL = Base Block
dΞo
When enabled, SDFS DN input is re-assigned as DZ for automatic door only. DZ should be
active on every floor stop to allow door opening
DiS - EnA
Edi
When enabled, CLSE input is re-assigned as emergency stop for swinging door only
DiS
Aro Arrows Type (With Next Direction Indication = Std / Only Present Direction Indication = run) Std -
run
CjF
Sets The Level for Car Jammed Fault
L3 / L2
roL
Sets the logic for Reopen-Overload Input
nc/no
Str
Sets the start time in hydraulic mode. If hydraulic is not selected, it selects VVVF and sets the
start delay:
Zero: AC2-speed is selected (StP has to be set to zero as well)
Positive value: VVVF selected with direction engaging before speed reference
Negative value: VVVF selected with speed reference engaging before direction
-9,9 - 9,9sec
StP Selects VVVF and sets the Stop delay:
Zero: AC2-speed is selected (Str has to be set to zero as well)
Positive value: VVVF selected with speed reference disengaging before direction
Negative value: VVVF selected with direction disengaging before speed reference
-9,9 - 9,9sec
rLL
Sets the re-leveling option in hydraulic mode
ALL = Always
SEL = Closed Doors
EoS
Enables the EOS during the inspection
DiS - EnA
PoH
Enables Power-on homing
DiS - EnA
Ind
grA = Gray code floor information output
gr1 = Gray code floor information output starting from 1
bin = Binary code floor information output
EnH = Enhanced scrolling display information output
bin
grA
gr1
Enh
bAS
Sets the number of basement (affects the direction of the hall calls)
0-7
PCL
Enables permanent close for automatic door
DiS -
EnA
Cod
Press push button to access CODE MENU
2
'Select'
•Code Menu.
A blank screen appears with a decimal point on the first digit. Use the INC and DEC push buttons to set the first digit
of the code. Use OK to enter it. The digit is instantaneously replaced by “c”. A decimal point on the second digit
prompts you to enter the second digit of the code by repeating the above procedure. Repeat this process until all six
digits are entered.
Παράμετρος
Περιγραφή
Πεδίο Τιμών
StA
Selects the status of the code lock feature
Press INC or DEC push buttons to change selection
DiS = Disabled / EnA = Enabled
DiS - EnA
ELA
Displays the count of the number of days elapsed
Pressing INC or DEC push buttons resets counter to zero
-
DAy
Displays the preset number of operating days
Modify by pressing INC and DEC push buttons. Enter new value with OK
0 - 999
out
Press SELECT push button to exit code menu and go back to auxiliary functions menu
-

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INSTALLATION MANUAL
IS technology
24 Months
Product Guaranty
Name:
Address:
The installation was done according our drawings
Telephone: Fax:
ISL Controller Type :
Shipping Date :
Code :
Model :
The Product guaranty is valid within 24 months from shipping date and only if:
No alterations was made in the product without the knowledge of IS technology Production
Department
The product was working under normal conditions (Humidity, Temperature)
This Controller has passed quality control by Lift Auto tester Machine (IS Property) and was
produced according the: 95/16/EU, 89/336/EU, 73/23/EU, ΕΝ81-1 and ΕΝ81-2.
For any injury or damage caused from wrong wiring of the controller, IS technology has no
responsibility what so ever.
Thessaloniki, Greece …../…../20...
General Manager:
Mr. Thomas Kelantonis
PERREVOU 37
54 352, THESSALONIKI
TEL: [phone]
FAX: [phone]
E-mail: [e-mail]

14
INSTALLATION MANUAL

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INSTALLATION MANUAL
Declaration of Conformity CE
EMC Compliance Standards and Directive: 89/336/EU & 95/54/EC
The Company : IS technology
PERREVOU 37
54 352, THESSALONIKI
GREECE
Declare that the products listed below are following the provisions of the
89/336/EU & 95/54/EC directive. The tests was made by EMC Hellas (Protocol
No.: E10/033):
Product: Type:
1. Elevator Controller ISL_
1.1 For Hydraulic Elevators HYD_
1.2 For Traction Elevators TR_
Thessaloniki 26-04-2010
The Company,
IS technology