LeMaitre Wireless SQP User manual

Wireless SQP
(WSQP)
Flame Effect System
Wireless by COBRA Firing Systems
User Manual
Revision 02 –September 2019

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1Maximum Flame Heights and Minimum Safety Distances
Fuel type
Canisters
fired
Maximum flame
height [m]
Maximum flame
height [ft]
Minimum safety
distance [m]
Minimum safety
distance [ft]
Coloured
1
3.5
12
3.0
10
Coloured
2
4.5
15
3.0
10
Coloured
3
5.5
18
3.0
10
Coloured
4
6.0
20
3.5
12
Natural
1
4.5
15
3.0
10
Natural
2
6.0
20
3.0
10
Natural
3
7.5
25
3.5
12
Natural
4
8.5
28
3.5
12
Table 1 Maximum flame heights and minimum horizontal safety distances for bursts
Minimum horizontal safety distances presented in table 1 above serve solely as a general
guideline for the usual use case, it is the operator’s responsibility to assess the location, show
scene, potential air movement and all other relevant factors to determine appropriate safety
distances for their own use case. Same considerations apply to vertical safety distances.
Note: Show scene (script / firing plan) can influence the safety distance requirement since it
determines how much there is for the heat to dissipate. Long bursts or fires in quick succession
are able to heat up the area around the machine much more than short bursts used in long
separation. Thus, safety distance should be adjusted accordingly.

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2Safety Information
This information should be read and thoroughly understood before use of the Wireless SQP.
It is the responsibility of the user to be fully aware of all potential consequences and actions when using
this machine.
The manufacturer cannot be held responsible for events occurring due to use of this machine by
unqualified or untrained personnel.
Warning: All directions in the manual should be read thoroughly and completely understood
before any attempt to use the machine.
The machine should only be operated by or under the instruction of trained personnel.
Any maintenance of the machine should only be carried out by the manufacturer or, following the
written and documented approval by the manufacturer, an authorised third party.
Should there be any doubt as to the safety of operation of the machine under any circumstances,
it should be taken out of service immediately.
The Wireless SQP must not be used in confined spaces, under any conditions of rain, snow or
precipitation of any fluids, strong winds or moving air which could cause the flame to divert from
a vertical path.
The Wireless SQP should not be subjected to temperatures below 5°C or above 45°C, nor exposed
to unsheltered conditions. Note that this strict rule also applies to the canisters, which must be
kept out of direct sunlight.
Warning: Failure to observe correct operating procedures may lead to serious injury, damage by
fire, or explosion.
Warning: Before initial use and each subsequent operation, the Wireless SQP should be checked
for functional suitability. Should any damage be noticed, or doubt regarding suitability of use
occurs, it should be immediately decommissioned and isolated for service and repair.

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2.1 Operational Guidance
The Wireless SQP is only suitable for indoor use, or situations that meet the same environmental
conditions.
The machine must only be used vertically, secured in position, protected from unauthorised
interference, impact forces and vibration.
Any installation or repositioning should only be performed when the machine is cool,
disconnected from the mains supply, key switch and battery isolation switch is in the OFF
position, and disconnected from all data communication.
Changing canisters should only be performed when the machine is powered down, the key and
battery isolation switches are both in the OFF position, and no other sources of ignition are
present. Operator must check no residual fluid is present or alight.
Safety distances must be given a priority when using the Wireless SQP. This includes artists,
performers, persons in both performance and audience areas, as well as surrounding flammable
objects. Maximum flame heights are presented in section 1 of this manual. Operators are
expected to use this information to determine appropriate safety distances.
Full risk assessments must be made before use, and all relevant emergency failure procedures
must be immediately available, including qualified personnel, fire extinguishers and first aid.
All operations must undergo preliminary tests and rehearsal.
Always ensure it is possible to shut the machine down immediately in case of emergency. Use of
an Emergency Stop to interrupt power supply is recommended.
Use only Le Maitre Chameleon Flame Fuel or Le Maitre Salamander Flame Fuel. Use of alternate
fuels may lead to unexpected behaviour; including but not limited to ejection of unignited fuel on
insertion of canister, failure to ignite fuel blast when firing or failure to shut down the flame
(“sticking open”). Manufacturer will not be held responsible for unexpected behaviour if machine
is ever operated with non-designated fuel; warranty will be void.

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The Wireless SQP has the facility to be controlled by instruction (data) from the DMX-512
protocol. The manufacturer cannot be held responsible for incorrect application or malfunction of
data sent via DMX. Should DMX isolation or other devices be required for safe operation, this will
be deemed solely the responsibility of the operator.
Avoid live-wiring DMX to the Wireless SQP, i.e. do not plug in or unplug DMX cables while the
controller is actively transmitting data.
The Wireless SQP is not designed for continuous sustained flame use. In order to keep the fuel
canisters from overheating, short duration bursts (maximum of 5 seconds) are advised. Should
conditions allow, at their own discretion, the operator may decide to fire longer bursts.
Should the Wireless SQP fail to fire correctly, immediately shut down the machine and allow it to
cool. Ensure there is no residual flame present before investigating the problem.

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3Contents
1 Maximum Flame Heights and Minimum Safety Distances........................................................................ 1
2 Safety Information..................................................................................................................................... 2
2.1 Operational Guidance........................................................................................................................ 3
3 Contents .................................................................................................................................................... 5
4 Product Overview ...................................................................................................................................... 7
4.1 Product Description........................................................................................................................... 7
4.2 Features............................................................................................................................................. 8
4.3 Specification ...................................................................................................................................... 9
4.4 Shipping Info...................................................................................................................................... 9
4.5 Dimensions ...................................................................................................................................... 10
4.6 Canister Numbering......................................................................................................................... 11
4.7 Power Recess Panel Description...................................................................................................... 12
5 Operation................................................................................................................................................. 13
5.1 Getting Started ................................................................................................................................ 13
5.1.1 Installing the battery ............................................................................................................... 13
5.2 Before every use.............................................................................................................................. 13
5.2.1 Charging................................................................................................................................... 13
5.2.2 Pre-inspection.......................................................................................................................... 14
5.2.3 Installing canisters ................................................................................................................... 14
5.2.4 Switching the machine on (start-up sequence)....................................................................... 14
5.3 Control Panel ................................................................................................................................... 15
5.3.1 Display ..................................................................................................................................... 15
5.3.2 LEDs ......................................................................................................................................... 15
5.3.3 Start-up Sequence ................................................................................................................... 16
5.3.4 Buttons .................................................................................................................................... 17
5.3.5 Display Menu........................................................................................................................... 18
5.4 COBRA Operation –with 18R2 remote ........................................................................................... 20
5.4.1 Arming procedure.................................................................................................................... 20
5.4.2 Cue to canister relationship..................................................................................................... 21
5.4.3 Efficient canister sharing ......................................................................................................... 21
5.4.4 COBRA Show Scripting............................................................................................................. 22
5.4.5 Manual Firing........................................................................................................................... 23
5.5 DMX Operation................................................................................................................................ 23

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5.6 Final Notes....................................................................................................................................... 23
6 Troubleshooting ...................................................................................................................................... 24
7 Maintenance............................................................................................................................................ 26
7.1 Firing Pin Adjustment ...................................................................................................................... 27
7.2 O-Ring Replacement........................................................................................................................ 28
7.2.1 Canister base O-Ring................................................................................................................ 28
7.2.2 Firing pin O-Ring ...................................................................................................................... 28
7.3 Cleaning of spark electrode............................................................................................................. 29
7.4 Preserving battery lifetime.............................................................................................................. 29
8 Contact Details ........................................................................................................................................ 30
9 Warranty.................................................................................................................................................. 31

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4Product Overview
4.1 Product Description
The Wireless SQP (WSQP) is a versatile real flame effect from Le Maitre Ltd, built on the foundation of the
regular wired Salamander Quad Pro (SQP). The same four-canister system allows the unit to produce flames
from 3.5m to over 7m in height. The unique firing mechanism eliminates the requirement for internal
valves and accumulators, minimising the risk of flammable fluid leaks. Spark ignitor, subject to automatic
validation, ensures reliable fuel ignition.
The canister based design removes the requirement for bulky and expensive propane bottles and high
pressure hosing, and allows for a choice of both natural and coloured fuels making the Wireless SQP ideal
for any venue where propane is not permitted.
There are no visual flame differences between the regular SQP and the WSQP, however there are
significant differences in power and control.
The WSQP can be operated fully wirelessly. Le Maitre has partnered with COBRA Firing Systems for its
wireless communications link, and has integrated a COBRA transceiver into the machine as standard.
COBRA is an extensively tested, safe, secure and reliable wireless firing system.
The WSQP incorporates a built-in, rechargeable 12V 7Ah lead-acid battery for its power requirements,
giving it over 48hrs standby time. Charging of the battery is via a built-in universal AC input charger. Simply
plug your machine into a mains supply via the provided True1 connectors.
Details of the full range of Le Maitre products are available online at:
www.lemaitreltd.com
www.lemaitreusa.com

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4.2 Features
Flame height from 3.5m to 8.5m
Four canister system
Multiple colours and fuels available in separate canisters (fitting the machine with multiple fuel
types possible)
Duration: 30 seconds continuous flame or 35 fireballs per canister
No internal valves or accumulators. Flammable fuels are only stored within the canisters
themselves
12V rechargeable internal battery
Internal built-in charger (Universal AC, 85-264VAC, 47-63Hz for worldwide operation, True1
connectors)
Over 48hrs standby time per full charge
Built in COBRA Firing Systems transceiver for completely wireless operation
5-channel wired DMX
Separate 12V DC output for powering wireless DMX transceivers
Spark ignition
Spark ignition validation prior to arming (spark ignitor current monitoring)
Tilt safety switch
Key switch for arming
Easy to use OLED display and menu structure
E-STOP input
Optional: External magnetic arm indicator beacon

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4.3 Specification
Power Requirements:
12V 7Ah Lead Acid Battery
Universal AC, 85-264VAC, 47-63Hz (for internal charger only)
External Fusing:
N/A
Internal Fusing:
20A Yellow Automotive Blade Fuse
Fuel Capacity:
4 x 500ml Canister
Fuel Type:
Propane / Butane mix OR Ethanol / Methanol mix (colour specific)
Effect Duration:
30s continuous / up to 35 fireballs per canister
Control:
COBRA Wireless Transceiver –18R2 (one channel, cues 1 through 15)
DMX512 –5 Channels (Arm, 4x Fire)
Wireless Frequency:
2.4 GHz spread spectrum
Wireless System Range:
300m+ direct line of site range w/ built-in link quality detection
Regulations Compliance:
Contains FCC (ID: W7Z-ICP0), CE, IC certified RF module
Range:
1,500+ ft. / 500+ m.
Dimensions (mm):
447 (H) x 330 (W) x 275 (D)
Weight:
17.6kg
4.4 Shipping Info
Each machine contains a 12V battery, road transport by UN2800, and when shipped by air there are no
restrictions but package must be marked with the following:
UN2800 Batteries, Wet, Non-Spillable.
By air are not restricted under special provision ‘A67’ ’IATA’ & ’ICAO’

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4.5 Dimensions
Figure 1 Dimensions of the WSQP in millimetres

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4.6 Canister Numbering
Figure 2 Top view showing canister numbering

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4.7 Power Recess Panel Description
Refer to figure 3 and numbered descriptions of each item of the recess panel.
1. Key Switch
The key switch has 3 modes, TEST, OFF, and ARM. When in the off position the machine is effectively ‘off’,
it is powered down apart from the power monitoring circuitry. When in TEST mode, this does not allow the
machine to ever be armed regardless of the status of the COBRA/DMX inputs, useful for system setup.
When in ARM mode, the machine should be considered armed and ready to fire.
2. Ext. Beacon
Plug in the optional, external, magnetic armed beacon. The external beacon mimics the ARM led and
indicates the armed status of the machine to the operator in high light conditions (sunlight), regardless of
the orientation of the machine.
3. Battery Isolation Switch
This red rocker switch is wired in-line with the positive lead of the internal battery. In the OFF position
ensures the battery is completely isolated from the system (therefore it needs to be in ON position for
charging).
4. DMX in/out connectors
5 pin DMX in/out connections for DMX control.
5. 12V DC output port
Power output from the battery (potentially 11-14V) for powering
wireless DMX units or any low power external DC devices. 2mm DC
output port, centre positive.
6. Battery Charging LED
Illuminated when the battery is charging, goes ‘off’ when battery charge
current drops to a trickle charge indicating battery is fully charged.
7. Battery Charger Mains Connectors
Powers the battery charger via a True1 connector, thus charging the
battery whenever mains is connected.
The system always requires use of the internal battery; the
charger cannot provide sufficient power for the machine on its
own. Battery must be installed and Battery Isolation Switch
must be in ON position to ensure proper operation.
Warning: WSQP will turn on when powered with charger
alone even if one of the above requirements is not met. Firing
under these conditions is strictly prohibited.
8. Emergency Stop connections
The emergency stop inputs simply require a wire link (short circuit) across the two terminals. The WSQP
will not switch on without this being in place (this includes Battery Charging LED, but not charging process
itself). The terminals allow for any traditional E-STOP button or relay module to be wired in.
It is strongly recommended to always have a method of breaking this connection in case of emergency.
Figure 3 Wireless SQP Recess
Panel

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5Operation
5.1 Getting Started
Remove the Wireless SQP (WSQP) from all packaging and place on a flat, stable surface.
5.1.1 Installing the battery
If your WSQP arrived with battery packaged separately, before first use the Wireless SQP battery needs to
be installed in the machine. Please follow the following procedure (screwdriver is required):
1. Gently place the machine on its back in a way that allows easy access to the underside
2. Rectangular panel is the battery module –unscrew its four corner screws
3. Gently slot the battery module out of the machine
4. The battery module consists of the base and the strap –unscrew the remaining screws in the base
to detach it from the strap.
5. Place the battery in the base and secure it by screwing the strap back in
6. Find two disconnected wires (should be attached to the top of the strap) –plug the brown one to
the positive (red) terminal of the battery and the blue one to the negative (black) terminal, as seen
in figure 4 below
7. Gently slot the module containing the battery back into the machine and secure it with four corner
screws
5.2 Before every use
5.2.1 Charging
WSQP is powered by a 12V sealed lead-acid battery. It is normal for such battery to take some time to
settle to ‘rested’ voltage after charging or discharging. Thus, keep in mind that the battery voltage
displayed will be a bit higher (if recently charged) or a bit lower (if recently fired) than the actual rested
value.
Rested voltage for a fully charged battery is 12.8V and 11.8V for fully discharged. Machine should not be
operated with rested voltage below 12.3V –battery discharged beyond this point could fail to support all
functionality.
Figure 4 Battery module with battery secured and
connected

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Machine will automatically shut down when battery voltage drops excessively and will not turn on
if it is too low. This protects the battery from damage due to extreme discharging.
Warning: Damage may still occur if machine remains with battery isolation switch in ON position
for a prolonged period of time. Charge battery back to full as soon as possible in such cases.
5.2.2 Pre-inspection
Prior to use, the WSQP should be inspected for damage. If the unit is found to be damaged, it should be
removed from service immediately, serial number noted and referred to Le Maitre for servicing and repair.
Make sure that the power lead is not plugged in, key switch and the red Battery Isolation Switch are both in
the OFF position –this ensures no power is supplied to the machine.
Additionally, perform the following safety checks:
oEnsure there are no restrictions immediately on/above the flue.
oRegularly check the O-ring on the firing pin. Add Silicone grease if dry.
oAssess the effect of wind or other air current on the safety radius.
oCheck overhead height of all structures is adequate to not impede the trajectory of the flame.
oCheck O-ring in canister base is present and not damaged.
oCheck the spark ignitor is clean.
oCheck E-stop operation results in machine shutdown
5.2.3 Installing canisters
Install four canisters of Le Maitre Chameleon Flame Fuel or Le Maitre Salamander Flame Fuel by screwing
the canisters into the brass canister bases. You are can use a different type of Le Maitre flame fuel for each
slot. Ensure each canister is fully screwed in, however be careful not to over-tighten the canister as this
risks damage to the canister, the canister base, and the seals within the canister base.
Unlike other flame effect systems, no fluid should leave the canister as it is being installed. If escaping fluid
is detected, immediately remove the canister. If the canister itself is in good condition, the most probable
cause is the tension of the spring supporting the firing pin - refer to the maintenance section 7.1.
5.2.4 Switching the machine on (start-up sequence)
Make sure the red battery isolation switch is OFF. Connect the E-STOP link to the machine, which can be as
simple as a wire across the terminals, or a relay contact, or whatever you are using as your emergency cut-
off switch. It is recommended that use of dummy E-STOP is limited to charging and setting up or inspecting
settings. Use of proper E-STOP is strongly advised whenever firing. Without shorting the E-STOP inputs the
machine will not power on, regardless of the status of the power switch, or key switch.
Power is supplied to the WSQP via an internal battery. The red ON/OFF switch completely disconnects the
battery from the circuitry, so after connecting a valid E-STOP, switch the red switch to the ON position.
The key switch in the TEST position does not allow the machine to ARM, or provide power to the solenoids
or spark electrode. This provides a safe mode for setup, remote syncing, as well as basic system and
communication link testing.
To allow arming and firing, change the key switch to the ARM position. Ensure controls are not set to ARM
when you (or any other people or flammable objects) are near a machine in this state. When the key is
turned to the ARM position, treat the machine as if it could fire at any time.

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5.3 Control Panel
The Wireless SQP is configured through an on board control panel featuring a 16x2 OLED display,
4 x indicator LEDs and 4 x multi-function buttons.
Figure 5 Wireless SQP Control Panel
5.3.1 Display
The display is an OLED 16x2 display, and provides information as to the operation and settings of the
machine. OLED has a far superior viewing angle and high-light characteristics over conventional LCD
displays.
5.3.2 LEDs
ARMED
oIlluminated solidly when armed and ready to fire. Flashes during the safety delay of the
arming sequence.
DMX
oIlluminated solidly when DMX data is detected, and machine automatically defaults to DMX
mode.
SYNC
oCOBRA sync status LED. When the WSQP ‘SYNC’LED blinks, it is responding to the remote
control firing module ‘SYNC’LED blinking. This indicates the two units are in constant
communication.
TEST
oWhen the unit is in TEST mode, the LED will be constantly illuminated.

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5.3.3 Start-up Sequence
On start-up the WSQP displays the following info in sequence:
First screen shows key switch position.
Figure 6 Start-up screen showing key in TEST position
Figure 7 Start-up screen showing key in ARM position
NOTE: If DMX is plugged in, the machine will default to DMX mode (M:DMX).
Without DMX plugged in, next screen will display indicate starting in COBRA mode (M:COBRA),
battery voltage (B:12.8V), and then display the regular COBRA start-up sequence.
oCOBRA firmware version (e.g.: Version 6.0.1):
Figure 8 Start-up screen showing COBRA version information
oModule address: The WSQP automatically assigned module address. For example, “A18”.
When first syncing a machine to the remote, the address is automatically assigned. This
address is stored permanently on the machine until synced to a new remote whereby a
new address is assigned.
Figure 9 Start-up screen showing COBRA address
oVoltage mode: Not applicable, but set to 9V mode (9.0).
oBattery life: Not applicable, should display 1P9, and 2P9.
oSelf-Test: “Testing” is displayed whilst the module performs some checks.
Figure 10 Start-up screen showing COBRA self-test mode
oFinally, operating channel (0-99):

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Figure 11 Final screen in COBRA mode, showing operating channel
5.3.4 Buttons
The buttons on the WSQP are dual purpose, and their operation depends on the display mode the system is
in. By default the WSQP starts up in COBRA display mode (M:COBRA), and so when in this mode the button
presses are passed directly to the COBRA transceiver.
If not in this display mode, button presses enter the menu for information and setup purposes.
1. MENU/SYNC
oWhen not in COBRA display mode (M:COBRA), the MENU button is used to enter the menu,
and each press will cycle the menu one item further. The WSQP has a simple, double
direction, numbered, circular menu. Once the end of the menu is reached, it will leave the
menu and return to the MENU/MODE screen. Holding down the MENU button at any point
within the menu will also leave and return back to MENU/MODE screen.
Figure 12 MENU/MODE –Enter the menu from this screen
oWhen in COBRA display mode, this button acts as the SYNC button for the COBRA
transceiver. This button can be used to check the signal strength, and sync/un-sync the
machine to the 18R2 remote. See section 5.4 below for more info.
2. DOWN/CH-
oWhen not in COBRA display mode (M:COBRA), the DOWN button is only used to
change/modify corresponding menu settings down. It has no effect on the menu position
like the MENU and MODE buttons do.
oWhen in COBRA display mode, it acts as the CH- button for the COBRA transceiver. Button
presses change the wireless operating channel down.
You can set the firing module to any channel between 00 and 99. Using the remote, you
can fire any firing modules set to the same channel on the remote.
3. UP/CH+
oSimilarly, the UP button is only used to change/modify corresponding menu settings up. It
has no effect on the menu position like the MENU and MODE buttons do.
oWhen in COBRA display mode it is used to change the wireless operating channel.
You can set the firing module to any channel between 00 and 99. Using the remote, you
can fire any firing modules set to the same channel on the remote.
4. MODE/TEST
oProvided you are not inside the menu, pressing and holding this button down for 2 seconds
will change display modes between COBRA display mode and the MENU/MODE screen.
oWhen not in COBRA display mode (M:COBRA), the short presses (less than 2 seconds) of
MODE button , can be used to cycle the menu one item backwards. It can be used to
quickly access end of the menu from MENU/MODE screen.

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5.3.5 Display Menu
The menu accessed manually on the WSQP display, is a simple, double direction, numbered, circular menu.
Not all the menu items are settings, as some just contain information. Some menu items may be
contextually hidden if they are not applicable to current setup.
To access the menu from the COBRA display mode (M:COBRA), press and hold the MODE button for
2seconds. That will access the MENU/MODE screen as below:
Figure 11 (repeated) MENU/MODE screen
When DMX is plugged in the MENU/MODE screen is replaced with DMX mode display (to which machine
defaults after turn on). All of the button functionality is retained.
Figure 13 DMX mode screen
Once the MENU/MODE screen is shown, scroll through the menu items by pressing MENU (forwards) or
MODE (backwards).
Parameters can be changed using UP and DOWN buttons. Settings are saved automatically.
The menu items are as follows:
1. Set Safety DMX Channel
oSet the DMX safety/arm channel of the machine.
2. Set Solenoid DMX Channel
oSet the starting solenoid DMX channel of the machine. This is the first of the four canister firing
solenoids, the other solenoids will be on the next three consecutive channels.
For example: Setting this to DMX channel 2, means that CH2 fires solenoid 1, CH3 fires solenoid 2,
CH4 fires solenoid 3 and CH5 fires solenoid 4.
*. Tech Settings
oFurther (tech) settings are restricted by default, but can be shown easily by pressing the UP button
on this menu item to enable.
3. Safety Delay (0-25s)
oIn DMX mode, once the safety channel is raised to arm the machine, the system will only allow full
arming and firing capability after the Safety Delay time, which is set to 10 seconds by default.
oIn COBRA mode, this safety delay is not applicable for arming, which is instant in keeping with the
COBRA ecosystem.
oNote: If machine is disabled by one of the safety checks, waiting the duration of safety delay is
required to re-enable. This can be triggered by the following:
Tilted machine or vibration
Detecting a fault in spark ignitor operation
Attempting to fire while in safety delay
Pressing any button on machine control panel while armed or in safety delay

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4. Tilt Cutout (1=on, 0=off)
oThe WSQP has a safety tilt switch that will disable the machine if it is tipped beyond 40 degrees
from vertical. This will prevent the machine from operating should it be knocked over. It is possible
to disable/enable this tilt-switch if desired, by using the UP/DOWN buttons to toggle the setting.
oWarning: The WSQP is only designed to be used in a vertical position. If the unit is to be used in any
other position, it is the sole responsibility of the user to ensure safe operation.
5. Spark Detect (1=on, 0=off)
oThe WSQP contains ignitor validation circuitry that detects a valid spark condition through the
spark electrode. Before allowing the WSQP to arm, the machine tests the spark ignition system,
and if a valid spark is not detected it disables the machine, and it will not respond to commands.
oUser intervention is needed to re-enable the machine by pressing any of the buttons. It will
automatically arm itself again after the Safety Delay time regardless of the mode of operation
(DMX/COBRA).
6. DMX
6.1. DMX Filter
oIn order to minimise the possibility of incorrect triggering of the WSQP through DMX, the signal
interpretation incorporates DMX data filter. The filter works by only firing a channel if the same
exact value is seen for five consecutive DMX packets. This will cause a small delay in the unit’s
response to DMX commands (approximately 100ms). In practical terms, this delay should be too
short to have any effect on functionality; however it is possible to disable the DMX filter if this is
desired.
oFollowing modes of filter are available:
oDisabled –DMX data filter is disabled.
oZero Evaluation (default) –signal treated as zero (no fire) while five consecutive DMX
packets are not identical.
oHold Evaluation –signal treated as unchanged (can be fire) while five consecutive DMX
packets are not identical, but are changing in constant direction. If the direction of change
is inconsistent, signal will be treated as zero (no fire).
oWarning: If the WSQP is operated with the DMX filter in mode other than Zero Evaluation, the
manufacturer will not be held responsible for any unexpected behaviour under DMX control.
6.2. DMX Arm Mode
oUnlike regular SQP the WSQP normally requires the DMX safety channel signal to be in between
70% and 90% to arm with DMX. Legacy mode in which arming is done by raising the signal to 100%
as with regular SQP is also available.
6.3. DMX Analysis
oThe WSQP has a built in DMX analyser. Press the UP and DOWN buttons to view the signal BREAK
and MAB times, the refresh rate and also number of bytes in the DMX packet. This can be helpful
to diagnose any DMX signal issues.
7. Errors
oProvides any detailed info on any error conditions seen by the system.
8. Version
oThis menu item provides firmware version information for both the main CPU, and the COBRA
transceiver.
9. Reset to Default
oProvides an easy method of resetting the system to its factory default settings.