Standard Industrie COFACWCA CONTROL PANEL FOR AIRCHOC WIRELESS APPLICATION User Manual NOTCOFACW US H1

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NOTCOFACW-US
TECHNICAL
INSTRUCTIONS
Produced on: December 20th, 2012
Checked on:
By: DESIGN OFFICE
By: BOISLEUX.M
Revision Level: H1
Date: December 6th, 2012
Signature:
HEAD OFFICE- Standard Industrie : 139-141 rue du Luxembourg-BP50207 59054
ROUBAIX CEDEX 1- FRANCE
+33 (0)3 20 28 32 32 / @ : info@standard-industrie.com
NOTCOFACW-US.doc
December 6th, 2012
CONTENTS
1- PRINCIPLE OF AIRCHOC WIRELESS
Page 3
2- AIRCHOC WIRELESS TRANSMITTER INSTALLATION
Page 3
2-1
2-2
2-3
2-4
2-5
2-51
2-52
2-53
2-54
2-55
2-54
2-56
2-57
2-58
2-59
2-60
Control panel fixation
Antenna Connection
Antenna Placement
Control panel Presentation
Control panel Electrical Hook-up
Electrical Characteristics
Environmental Characteristics
Additional Exterior Characteristics
Explanation of different symbol on the labels
Switching device
Control panel Circuit Board Operation
Instructions
Control panel circuit board operation
Servo-control Hook-up
Alarm, Cycle, and Fault Relay Output
Changing fuses
3-RECEIVER UNIT CHARACTERISTICS
3-1
3-2
3-3
Page 3
Page 3
Page 3
Page 4
Page 5
Page 5
Page 6
Page 6
Page 6
Page 6
Page 6
Page 6
Page 7
Page 7
Page 8
Page 8
Page 9
Receiver Unit Batteries
Recycling
Warranty
Page 9
Page 9
Page 9
4-WIRELESS RECEIVER UNIT START-UP
Page 10
5- CONTROL PANEL START-UP
Page 12
6- MAIN MENU
Page 12
6-1
6-11
6-12
6-13
6-13a
6-13b
6-13c
6-13d
6-13e
6-13f
6-13g
6-14
6-14a
6-14b
6-14c
6-14d
6-14e
6-15
6-16
6-16a
6-16b
6-17
6-17a
6-17b
6-17c
6-18
6-19
6-20a
6-20b
6-20c
6-21
Menu Operation
Display Menu
Manu Discharge
Erasure Menu
Fault Presence
Fault Deletion
General Fault Deletion
Airchoc Deletion
Sequence Deletion
Super Sequence Deletion
Factory Reset
Airchoc Programming Menu
Receiver Unit MAC Address
Airchoc Registration
Counters
Reception Level between Control panel and Receiver Unit
Network Monitoring
Sequence Programming Menu
Super Sequence Programming Menu
Super Sequence Configuration
Super Sequence Programming
Access Code Management
Code Creation / Modification
Code Level
Code Table Initialization
Language Setting Menu
Control USB Key Menu
Save Program
Upload Program to Control panel
Update Control panel Version
Communication Test
7-CHANGING RECEIVER UNIT BATTERIES
NOTCOFACW-US.doc
Page 13
Page 13
Page 13
Page 14
Page 14
Page 15
Page 15
Page 15
Page 16
Page 16
Page 16
Page 17
Page 17
Page 18
Page 19
Page 19
Page 19
Page 20
Page 22
Page 22
Page 22
Page 23
Page 23
Page 23
Page 24
Page 24
Page 24
Page 25
Page 25
Page 26
Page 26
Pages 27 to 30
December 6th, 2012
1- Principle of Airchoc Wireless
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December 6th, 2012
2- AIRCHOC WIRELESS TRANSMITTER INSTALLATION
2-1. Control panel fixation
Attachment lugs are provided to mount the control panel on a wall.
Set of 4 brackets
. Preserves the protection index
65
. Possibility of vertical
or horizontal mounting
. kit consisting of 4 brackets + screws
brackets (internal dimensions)
A=385
Screw the antenna connector to the box
presence of a label
2-2. Antenna Module Connection
Screw the antenna
keyed
NB. The antenna module is provided with 20 m of cable. If additional length is required,
please contact us.
2-3. Antenna Module Placement
We suggest placing the antenna as high as possible in order to radiate towards the
receiver unit and obtain better reception.
Communication between the transmitter Control panel and the receiver units takes
place by means of this antenna module.
This antenna module is sealed and may be installed outdoors.
2-31 Wireless external antenna characteristics
Standard Industrie Reference : COFANTENNA
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December 6th, 2012
2-4. Control panel Presentation
LED indicators
Release to
open the
Control panel
Display
USB socket
Emergency
stop button
Keyboard
Start / Stop
button
2-5. Control panel Electrical Hook-up
The insulation of the
conductors from the
circuits with hazardous
voltage and the other
circuits need to be
insulated by
double/reinforced
insulation for 300V
outside and inside the
equipment and to
accessible parts
White terminal
block
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December 6th, 2012
2-51. Control panel Electrical Characteristics
-Control panel universal supply voltage 120Vac
-Frequency
60 Hz
-Consumption
15W Max
-Protection, can withstand 105% of the initial power and the power source automatically cuts-off and
turns back on.
- A connection to the earth of the control panel is required
- Electric cable used for connecting have to be in accordance with the standard IEC 60320-1, 60227
- If there is a power surge, the power source automatically cuts-off and turns back on after the repair.
- RF transmission module - 915 MHz as per IEEE 802.15.4 -2003/2006
2-52. Environmental characteristics:
- Protection Index:
- Service temperature:
- Humidity :
- Max altitude
- Pollution degree
- Material :
IP66 IK 08
Minimum:
-10°C
Maximum:
+70°C
no more than 80%
e.g up to 2000 m
Polycarbonate UL
2-53. Additional exterior Characteristics :
- Operator interface:
- 4 line LCD backlit display of 20 characters each
- 8-key keyboard
- Indicator LED:
- system (system operational)
- fault (fault detected)
- Front USB (software update and program upload)
2-54.Explanation of the different symbols on the labels :
Direct current
The user must disconnect the control panel before access to the fuse.
Alternating current
Earth
2-55. Switching device :
The control panel is permanently connected to building installation, the installer must provide a
current isolation device, easy accessible to operator and marked as disconnecting device to use in
case of intervention in the control panel.
Attention : it is forbidden to clean the control panel in the high-pressure water.
The protection is impaired if equipment is used in a manner not specified by the
manufacturer.
2-56.Instructions :
Changes or modifications not expressly approved by Standard Industrie could void the user's
authority to operate the equipment.
This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates, uses and can
NOTCOFACW-US.doc
December 6th, 2012
radiate radio frequency energy and, if not installed and used in accordance with the instructions,
may cause harmful interference to radio communications. However, there is no guarantee that
interference will not occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by turning the equipment off
and on, the user is encouraged to try to correct the interference by one or more of the following
measures:
—Reorient or relocate the receiving antenna.
—Increase the separation between the equipment and receiver.
—Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
—Consult the dealer or an experienced radio/TV technician for help.
This portable equipment with it’s antenna complies with FCC’s radiation exposure limits set forth for
an uncontrolled environment. To maintain compliance, follow the instructions below :
1. This transmitter must not be co-located or operating in conjunction with any other antenna or
transmitter.
2. Avoid direct contact to the antenna, or keep contact to a minimum while using this
equipment.
2-57. Control panel Circuit Board Operation
Alarm, Cycle, and Fault Relay Output
Ent5 Ent6
Ent7 Ent8 Ent13 Ent14 Ent15 Ent16
Ent1 Ent2
Ent3 Ent4
Control panel Power
Source Terminal Block
Ent9 Ent10 Ent11 Ent12
16 servo-control inputs
RS485
2-58. Servo-control hook-up
There are 16 servo-control inputs named Ent1, Ent2, etc. Normally open (NO) or normally
closed (NC) dry contacts may be connected to it. These contacts may come from various systems
(selector switch, sensor, automation output...). When programming a sequence, a number may be
assigned to the servo-control that will start the sequence. See page 20
A sequence may therefore be started by the selected servo-control input number. If you do not want
a servo-control, you must select INACTIVE in the selection
NOTCOFACW-US.doc
December 6th, 2012
2-59. Alarm, Cycle, and Fault Relay Output
Relays used by these outputs:
-1 contact (NO and NC) for the alarm (emergency stop output).
-2 NO contacts for Cycle (operational report output), Fault (fault output).
-These outputs must be correctly configured based on the items connected to their terminals (sirens,
flashing light, automation input...). An external power source is required for sirens, flashing lights...
The maximum switching current and voltage of Alarm, Cycle and fault relays
Alarm : 6A-240 Vac, Cycle and fault relays : 8A-240 Vac
Normally closed (NC) contact
Normally open (NO) contact
T: Working
C: Common
R: Rest
2-60. Changing fuses
The user must disconnect the control panel before access to the fuse.
The fuses cuts the phase of 110Vac/240Vac and 12VDC after power supply Meanwell
F1
F2
Fuse description
Two identical fuses
NOTCOFACW-US.doc
December 6th, 2012
3- RECEIVER UNIT CHARACTERISTICS
Material
: ABS + Aluminum
Dimensions : 100 x 114 x 83 mm
Weight: 195 g without batteries
Supply voltage: 7.2V
Service temperature: - 20 to +60°C
Equipped with an 915 MHz RF module
Standard Industrie reference: REWCASEV
3-1. Receiver Unit Batteries
You must use only our batteries,
Standard Industrie reference: BATACW
Voltage
: 7.2V-13Ah (2 x 3.6Vdc)
Type
: Lithium-ion non rechargeable
Service temperature: - 20 to +85°C
Max. storage temperature: 30°C
Weight
: 240 g for both
Recommendation
Do not recharge, short-circuit,
dispose of in fire,
expose to temperatures greater than 100°C,
immerse, or alter its shape.
Any one of these actions may damage the battery, or cause it to combust or explode.
Store in a dry place at constant temperature.
3-2. Device Recycling (environment)
At the end of the batteries’, receiver units’, or Control panel’s service life, you must not
dispose of these produces with ordinary household waste. They must be disposed of at an
electrical and electronic device recycling point. Comply with applicable regulations in your
country.
3-3. Warranty
The warranty does not cover damage caused by external factors such as lightning, flooding,
and fire.
No warranty shall apply if the device was repaired or modified by the purchaser or if its
serial number has been modified, removed, or rendered illegible.
Comply with the instructions for use contained in the manual.
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December 6th, 2012
4- WIRELESS AIRCHOC RECEIVER UNIT START-UP
Use a flat screwdriver with a max. blade thickness of 0.5.
Remove the screw
Open the
cover
CONNECT THE BATTERIES
Attach the battery
connectors to the
device. Direction is
unimportant. The
batteries must be
identical.
Press on the connectors until you hear a click
CLOSE THE COVER
Find the MAC* address
4 characters
*The MAC address will be used when registering the Airchoc and for communications
between the Control panel and the receiver unit
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10
December 6th, 2012
ATTACH THE RECEIVER UNIT HOUSING TO THE SOLENOID VALVE
Ensure than the manual solenoid valve
control is correctly positioned in relation to
the oblong hole
The housing must abut the base
TIGHTEN THE HOUSING TO THE SOLENOID VALVE
Compress the cover until you are in
front of the screw hole.
The screw will tighten the housing
through the solenoid valve
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11
December 6th, 2012
WIRELESS CONTROL PANEL OPERATION
5- CONTROL PANEL START-UP
On / Off button
POWER-UP
Display
STANDARD INDUSTRY
Control panel
Airchoc
Soft version: 3.01
Green LED
Control panel power
on LED indicator
WAIT WHILE SEEKING RECEIVER UNITS
STANDARD INDUSTRY
Control panel
Airchoc
Receivers searching
STANDARD INDUSTRY
Control panel
Airchoc
Network Creation
STANDARD INDUSTRY
Control panel
Airchoc
Antenna Fault
OR
ACCESS FUNCTION WITHOUT NETWORK CREATION OR TO
DIRECTLY ACCESS THE MAIN MENU
Ensure the antenna is
correctly connected or
check for a cable problem
Simultaneously press
MENU and VALID
OR
EMERGENCY STOP TRIGGERED
Faults
Emergency Stop
Red LED
Unlock
by turning the button
press VALID
6- MAIN MENU
Main Menu:
Display
Manu discharge
Erasure
Airchoc prog
Sequence prog
Sup- sequence prog
Code Management
Language Setting
Control USB key
Communication test
An access code must be
entered to access these
menus
Explanation on page 23
It has 10 menus accessible using the ▼ / ▲ keys.
Functions are accessed using the VALID key.
Access to all menus requires an access code, except for selecting the display, language, and
communications test.
Generally:
the keys ▼ ▲ are used to select a line
the keys ◄ ► are used to select a field
the keys + – are used to modify a field
the VALID key is used to validate data and save
the MENU key is used to enter the menu and get out of an action without saving
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12
December 6th, 2012
6-1. Menu Operation
6-11. MENU - DISPLAY
Display mode provides for viewing Airchoc program, sequence, and super sequence lines, as well
as the counters and faults using the keys.
6-12. MENU – MANU DISCHARGE
Enter Your
Access Code
Manu discharge menu
Code Entry
0000
The manual firing menu provides for manually triggering an Airchoc whether it is active or inactive.
This is used to check correct Airchoc operation
Select an Airchoc that you
previously registered in
the Airchoc prog menu
(see page 17)
No. Name
01 XXXX
T1
0.5s
Config
Active
Scroll keys
PRESS VALID AFTER MAKING YOUR

Manu Discharge
Airchoc
01
XXXX
Press VALID
PRESS VALID AGAIN TO FIRE

NOTCOFACW-US.doc
Ensure there is
no danger
before firing
Manual discharge AC
In Progress
13
December 6th, 2012
6-13. MENU - ERASURE
ERASURE choice :
 Faults
Airchoc
Sequence
Super - Sequences
Reset by default
Display sub-menus
6-13a FAULT PRESENCE
Red LED
Display fault type:
: Transmission error
: Receptor batt. 25%
: Solenoid valve cut
: Airchoc Maintenance
Transmission error
Nr01 XXXX 0 Fault
Receptor batt. < 25%
Nr01 XXXX Batt. ok
Solenoid valve cut
Nr01 XXXX coil ok
Airchoc Maintenance
Nr01 XXXX maint. ok
Only the 4 faults in bold will be saved:
Each fault displayed will be dependent on an Airchoc and may be acknowledged one by one.
6-13b FAULT DELETION
Select the fault type using the ▼ / ▲ keys.
Transmission error
Nr01 XXXX
0 Fault
Nr02 XXXX
Nb: 01
DELETE
NOTCOFACW-US.doc
PRESS
14
Select the line to
delete
then
December 6th, 2012
6-13c GENERAL FAULT DELETION
Go to the menu
Faults :
Transmission error
Receptor batt.  25%
Solenoid Valve cut
SIMULTANEOUSLY
PRESS FOR 3S
ON
Delete all faults
Select the option
with ◄ ►
Valid Quit
Only the last 50 faults are visible.
6-13d AIRCHOC DELETION
Erase menu
Code Entry : XXXX
ERASURE choice :
Faults
 Airchoc
Sequence
A d r
Select
the line
s M a c 
Select the
Airchoc to be
deleted
PRESS
ERASURE OF THE
AIRCHOC
Number : 01 ?
Valid Quit
Quit flashes
Select Valid
◄ key + VALID
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December 6th, 2012
6-13e SEQUENCE DELETION
Select the
line
ERASURE
choice :
 Sequence
Super Sequence
Factory Reset
Number
01
 02
Config
Active
Inactive
Select the Sequence
to delete
ERASURE OF THE
SEQUENCE
Number: 02 ?
Valid Quit
Select the option
with ◄ ►
6-13f SUPER SEQUENCE DELETION
Select the
line
ERASURE
choice :
 Sequence
Super Sequence
Factory Reset
Number
 01
02
Config
Active
Inactive
Select the Super
sequence to delete
ERASURE OF THE
SUPER-SEQUENCE
Number: 01 ?
Valid Quit
Select the option
with ◄ ►
6-13g FACTORY RESET
ERASURE
choice :
Sequence
Super Sequence
 Factory Reset
Factory
Reset
Simultaneously press
NOTCOFACW-US.doc
to validate
16
December 6th, 2012
6-14. MENU - AIRCHOC PROGRAMMING
Main Menu:
Prog Airchoc
Prog Sequence
Prog Supsequence
From the main menu, press the key until the Airchoc prog line flashes. Then press
the VALID key in order to enter the menu. The Airchoc, receiver unit MAC address, and
configuration lines are displayed.
Physical Airchoc number
Nb
01
02
AdressMAC
0030
0035
Name
AC01
AC02
4 characters
address
4 alphanumeric
characters
possible
Key to use :
to increase
Key to use :
to go to the next character
Press and hold :
to fast forward
6-14a Receiver Unit MAC Address
MAC address
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17
December 6th, 2012
ADD AN AIRCHOC
Go to the last line saved, press and hold the key


DELETE AN AIRCHOC
Go to the Airchoc to be deleted, press and hold the key
Step no.
CONFIGURING THE AIRCHOC
Configuration
(active / inactive)
T1
(Pulse time)
AIRCHOC Name
N b
N a m e
T 1
C o n f i g
0 1
A C 0 1
0 . 5 s
A c t i v e >
0 2
A C 0 2
0 . 5 s
A c t i v e
0 3
A C 0 3
0 . 5 s
I n a c t i v
After selecting the Airchoc using the ▼ and ▲ keys, you may access the settings using
the ◄ ► keys.
3 fields are accessible for each Airchoc:

The T1 field is 0.5 s by default.

The Config field is used to deactivate an Airchoc. If an Airchoc is in inactive mode
and present in a sequence, the canon may not be triggered. It is inactive by default.
6-14b AIRCHOC REGISTRATION
Pressing MENU + VALID will register the Airchoc
AIRCHOC
Record
validation
No: Menu Yes: Valid
AIRCHOC COMMUNICATION TEST
After configuring the Airchocs, a communication test may be performed in order to ensure
correct communications between the Control panel and the receiver units.
In the same menu, go to the Airchoc line to be tested
N b
0 1

Press the
key to accept
N a m e
A C 0 1
T 1
0 . 5 s
C o n f i g
A c t i v e >
PRESS VALID
Communication test :
Airchoc
AC01
No Menu Yes Valid
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December 6th, 2012
6-14c COUNTERS
Display Various Counters
Nb Name
01 AC01
02 AC02
CustCount
0000000
0000000
Nb Name
01 AC01
02 AC02
Max Client
0050000
0000000
Nb Name
01 AC01
02 AC02
 Sindcount
0000000
0000000
- Client counter (CustCount): number of Airchoc firings (may be reset).
The counter increases every time it communicates with the receiver unit.
COUNTER RESET
Simultaneously press VALID + ◄
- Counter (MaxClient) is an adjustable maintenance threshold. When the CptClient exceeds the
MaxClient value a maintenance fault will be triggered. By default it is set to 0050000. The value
may be increased or decreased from 50000 by 1000s with the keys
- STANDARD INDUSTRIE counter (Sindcount): The counter increases every time it
communicates with the receiver unit. This counter may not be initialized. It is used for monitoring
by our technical services.
5-14d RECEPTION LEVEL BETWEEN THE CONTROL PANEL ANTENNA MODULE
AND THE RECEIVER UNIT
Nb
01
02
03
Signal Level
20
Name
AC01
AC02
AC03
The Airchoc Signal Level is a means of checking reception quality between the Control panel
antenna module and the receiver units. This value may range from 0, meaning no signal, to 28,
meaning perfect signal quality. This value must be greater than 5 for the facility to operate
correctly.
A value less than 5 may cause communication faults.
6-14e NETWORK MONITORING
The presence or absence of the various components composing the network may be
checked. Go to
Main Menu :
Display
Last tab
Code required for
NOTCOFACW-US.doc
Display choice :
Super Sequence
Faults
General Network
AdressMac
0056
0063
0045
0002
State
This
Absent
This
This
19
A= Airchoc
R= Router
T= Remote Control
December 6th, 2012
6-15. MENU – SEQUENCE PROGRAMMING
Example of sequence programming
T1
AIRCHOC AC01
Step no.1
T1
AIRCHOC AC02
Step no. 2
T1
AIRCHOC AC03
Step no. 3
T2 Step no. 2=30s
T2 Step no. 1=15s
T1
AIRCHOC AC04
Step no. 4
T2 Step no. 3=15s
T3 for Sequence 1 =1min.
Programming a sequence
From the main menu, press the ▼ key until the Prog Sequence line flashes. Then press VALID to begin
programming.
Always enter the access code to gain access to sequence configuration.
Sequence
01
02

Config
Active
Inactive
ADD A SEQUENCE
Go to the last sequence and press and hold ▼

Step 1
CONFIGURE A SEQUENCE
Sequence
Nr: 01
Config:
Active
Servo-control
: 01
State: NO RESET
Press
To go to
step 2
Servo-control Assignment
Move to the sequence of your choice and press the VALID key to select it.
Access the settings using the ▼ ▲ keys.
3 fields are accessible for each sequence:
Change fields using the keys
 The Config field activates or deactivates the sequence. If a sequence is deactivated, no
servo-control is assigned to that sequence. If a sequence is in inactive mode and it is
present in a super sequence, it may not be triggered.
 The Servo-control is used to assign the corresponding servo-control to a dry contact
On/Off controller input. 16 servo-controls are possible.(See page 7)
 The state field provides for defining the type of servo-control assigned to the sequence: 5
statuses are possible: NO Reset, NC Reset, NO Pause, NC Pause, and Inactive. “Reset”
reinitializes the cycle, “Pause” stops the cycle, “NO” and “NC” define the status type.
“Inactive” deactivates the servo-control input.
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20
December 6th, 2012
Step 2

CREATING THE PROGRAM
Sq01
Airchoc T2m:s
001
AC01
000 :15
002
AC02
T3 ( h :m :s )= 00 : 15 : 00
Sequence No.
Sq01
Airchoc T2m:s
001
AC01
000 :15
002
AC02
T3 ( h :m :s )= 00 : 15 : 00
Step no. in the
Sequence
Time T2
Time T3
Sequences are programmed line by line. Each line corresponds to a step in the
sequence. For each step, an Airchoc – its address – must be assigned.
Moreover, between 2 steps, a time (T2) must be indicated, except for the last sequence
step which will have a time (T3) before the cycle repeats.

INSERT A STEP
Press and hold
SELECT AN AIRCHOC
Key
CHANGE STEP
Key
GO TO SETTINGS
Key
CHANGE TIMES
Key
INCREASE QUICKLY
Press and hold
LEAVE THE SEQUENCE
2x
VALIDATE THE PROGRAM
MENU
VALID Key
Save the program
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21
December 6th, 2012
6-16. MENU - SUPER SEQUENCE PROGRAMMING
Program creation:
Super sequences are programmed line by line. Each line corresponds to a step in the super sequence.
For each step, a sequence must be assigned by number. Moreover, between 2 steps, there is a time (T3)
corresponding to the T3 time programmed in the sequence. Lastly, the last sequence step has a time (T4)
before the cycle repeats.
Example of super sequence programming:
SEQUENCE no.1
step no.1
SEQUENCE no. 2
step no. 2
T3 sequence no.1
SEQUENCE no. 3
step no. 3
T3 sequence no. 2
T4 for super-sequence 1
6-16a SUPER SEQUENCE CONFIGURATION
Step 1
SupSequence
01
02
Config
Select the Super-sequence
to configure
Super -Sequence Nr 01
Config: Inactive
PRESS VALID
Servo-control
: 01
State : Reset NO
Servo-control and status settings are the same as for the Sequence menu.
6-16b SUPER SEQUENCE PROGRAMMING
Super-sequence no.
SupSeq01 Sq
001
01 00:01:00
002
T4(h:m:s) = 00:05:30
Time T3
Sequence no.
Use the same keys as for a sequence
After programming the various steps, you must set the T4 time. To do
so move to the last line using the
key and then use the key
Move to the T4 time and change the values using the keys
2x MENU
VALIDATE THE PROGRAM
SupSeq01 Sq
002 02
00:01:00
T4 (h: m: s) = 00:05:30
VALID Key
Save the program
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6-17. MENU-ACCESS CODE MANAGEMENT
This menu is used to create, modify, or initialize access codes used to enter the various
menus.
To access this code management menu, you must enter code 2 (by default this code is
0000).
We suggest you change this code the first time you use the Control panel.
6-17a CODE CREATION / MODIFICATION
Code Management
Menu
selection
 Create - Modify
Initialize
VALID Key
Config Password
Code 1 : 0000
Code 2 : 0000
Code 3 : xxxx
Use the keys
to access the various codes or characters.
Use the keys
to increase or decrease the digits.
PRESS
VALID key
MENU
Save the code
OR
MENU Key
Quit without saving
6-17b CODE LEVELS
Code 1:
this code provides access to manual Airchoc firing, the view menu, and
language selection.
Code 2:
this code provides access to all menus and programming, allows resetting
counters, except for the Standard Industrie counter. Fault deletion.
Code 3:
this code is exclusively reserved for Standard Industrie access.
Using this code a Standard Industrie technician has access to all Control
panel functions and may reset the Standard Industrie counter.
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December 6th, 2012
6-17c CODE TABLE INITIALIZATION
Code Management
Create - Modify
Initialize
Reinitialize
Completing the Code table
VALID Key
Simultaneously press
Record
No: Menu Yes: Valid
6-18 Menu - Language Setting
From the main menu press the ▼ key until the Language setting line flashes. Then
press VALID to save the language.
L a n g u
 F r
E n
E s
D e
I t
e t t i n g
6-19 Menu – Control USB Key
Menu
USB Key
Enter code: XXXX
This menu is used to upload a new program or download a program from the
Control panel with our “AIRCHOC TRANSFER SYSTEM” software.
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December 6th, 2012
HANDLING
6-20a SAVE PROGRAM
-Insert the key into the Control panel which has been turned on.
- Go to the menu USB Key on the Control panel

Save
When you return to the main menu, remove the key.
Insert the key in the PC where the “AIRCHOC TRANSFER SYSTEM” software
is installed.
- Run the “Airchoc Transfer System” software
- Select “Load”
- The “Select” to find the location on the USB key
(for example “removable disk (D:)”).
- Then validate
- The 3 boxes Airchoc – Sequences – Super Sequences are displayed.
The Control panel settings are present in these 3 tables.
Here, you can modify or add an Airchoc for example. Each time you press “modify,” “add,”
or “delete” it is saved to the key!
6-20b UPLOADING PROGRAMS TO THE CONTROL PANEL
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December 6th, 2012
Control USB Key

Code Entry : XXXX
- Go to the menu USB Key on the Control panel
- Select “Upload”
All the changes made are now in the Control panel.
6-20c UPDATING THE CONTROL PANEL VERSION

TURN OFF THE
CONTROL PANEL
TURN THE CONTROL
PANEL BACK ON
2 LEDs ON


Updating the software
does not erase existing
program

STANDARD INDUSTRY
Control panel
Airchoc
Version soft : 3 :01
6.21- COMMUNICATION TEST
Using this menu, you may check the connection between the Control panel and the
receiver units at any time.
Select the menu
Main Menu:
Language Setting
VALID Key
Control USB Key
 Communication Test
The same functions as when starting-up the Control panel are available.
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December 6th, 2012
7- CHANGING RECEIVER UNIT BATTERIES
Use a flat screwdriver with a max. blade thickness of 0.5
Unscrewing the
M3x35 screw
If the Airchoc is hard to reach, remove the receiver unit from
the solenoid valve
REMOVE THE BATTERIES
Disconnect the 2 connectors
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December 6th, 2012
4
BATTERY INSTRUCTIONS, REMINDER
Do not recharge, to short circuit, do not throw into fire, to
expose above 100°C, to dump, to deform : one of these
actions make damages, fire or explosion of the battery. To
be stocked into dry area and stable temperature.
INSTALLING NEW BATTERIES
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December 6th, 2012
CONNECTING THE CONNECTORS
Press the connectors until you hear a click
CLOSE THE COVER
ATTACH THE HOUSING TO THE SOLENOID VALVE
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December 6th, 2012
ATTACH THE HOUSING TO THE SOLENOID VALVE
Ensure than the manual solenoid valve
control is correctly positioned in
relation to the oblong hole
The housing must abut the base
Press down on the
cover until you are
in front of the screw
hole
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