CTI GG-6 User manual

Installation and Operation Manual
GG-6 MULTI-CHANNEL GAS DETECTION CONTROL PANEL

2GG-6
Warning
Use this product only in the manner described in this manual.
If the equipment is used in a manner not specied by Calibration
Technologies, the protection provided by the equipment may be impaired.
This equipment should be installed by qualied personnel.

GG-6 3
Table of Contents
For technical support, contact:
Calibration Technologies
920 N Trade Winds Pkwy
Columbia, MO 65201
phone: [phone]
email: [email protected]
website: ctiengineering.com
General description .................................... 4
Installation ......................................... 5
Locating the GG-6 ................................... 5
Installation guidelines ................................ 5
Wiring ........................................... 6
Operation ........................................... 9
Start-up ........................................... 9
Time-Weighted Averaging ............................ 9
Keypad ........................................... 9
LCD Operator Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Alternate System Display Screens ..................... 10
Menu Tree .......................................... 11
Conguring the Control Panel ........................ 12
Navigating the Menu ................................ 12
System display screen ............................... 12
Channel view .................................. 12
Main menu ................................... 13
Alarm log ..................................... 13
Calibration mode .............................. 13
Last calibration date ............................ 13
Cong menu .................................. 14
Congure Sensor ........................... 14
Congure Group ........................... 15
Congure Action ........................... 15
Congure Relay ............................ 16
Congure System .......................... 16
Congure MODBUS ......................... 16
Clock ........................................ 16
Contrast ...................................... 16
Relay test ..................................... 16
About ........................................ 16
Maintenance ......................................... 17
Specications ........................................ 18
Warranty .......................................... 19

4GG-6
General Description
The GG-6 is a six-channel control panel designed to accept industry standard
4/20 mA input signals. It provides a regulated 24 VDC power supply to power
all industry standard 4/20 mA gas transmitters, and connected audio/visual
devices. All operator functions are performed from the keypad on the front
of the panel.
The GG-6 provides continuous real-time monitoring of each sensor.
The backlit LCD display provides an at-a-glance status of gas concentrations
and alarms.
The GG-6 is assembled into a wall mounted enclosure designed for non-
classied locations. The gas sensors are installed at specic locations where
gas is to be detected, up to 1,500 feet from the control panel. They are
electrically connected to the control panel via three conductor cables.
The programmable onboard relays have adjustable on/o time delays to
prevent unnecessary cycling during a fault, warning or alarm condition.
The internal buzzer and horn relay work in unison. Typically the horn relay
should be programmed to be silenceable.
An analog output board (optional) provides an individual 4/20 mA output for
each channel to be monitored by plant PLC or other analog input devices.
Up to three 8-channel expansion modules (GG-XM) can be added on to the
GG-6, expanding the control panel to 30 channels.
A remote display (GG-RD) is also available. A gateway module for network
interface is also available with ethernet and RS-485 ports. Contact Calibration
Technologies for details.
Software versions
Version 2.00 adds time-weighted averaging features to the operating system.
The TWA (8 hour) and STEL (15 minute) functions can be enabled through
the menu, along with their corresponding alarm setpoints and relay output
functions.
Version 3.00 adds a third alarm setpoint and also provides capability
to monitor temperature and pressure sensors with an updated unit of
measurement table.
Version 4.00 adds remote display capability through MODBUS and gateway
module capability.
IMPORTANT: The control panel is shipped with default factory
settings, as listed in the included factory conguration
datasheets. Make sure to program all settings and values in the
conguration menu as intended for your system application.
Refer to the Conguration section of this manual starting on
page 14. Contact Calibration Technologies for further help
conguring your control panel.

5
GG-6
Installation
Locating the GG-6
The important consideration when installing GG-6 control panel is that it
must be easily accessible for operating personnel.
Installation Guidelines:
• Mount control panel on a solid surface with minimal vibration.
• Mount control panel thru the holes in the mounting anges of the
enclosure.
• Mount control panel in a general-purpose location only. Do not install in a
hazardous environment.
• Mount control panel away from electromagnetic interference.
• Protect control panel from physical damage.
• During installation, cover conduit holes and close the enclosure cover to
prevent debris from falling into the equipment.
• If mounting on a wall with studs, the mounting screws should be screwed
into the studs.
GG-XM Installation
For GG-XM expansion module installations, mount the units inline from left
to right, as shown in the drawing below.
Maximum mounting distance between enclosures is approximately 10
inches. If mounting space does not allow for inline installation due to
space restrictions, contact Calibration Technologies for an extended length
interconnect cable and recommendations.
If using conduit, be sure to use ¾” conduit for GG-XM interconnects to allow
room for cable harness plugs.
See system wiring diagram on page 8 for more details.

6GG-6
Wiring
Electrical wiring must comply with all applicable codes.
Wiring Guidelines:
• Use stranded, copper wire/cable with a minimum of 75°C rating (167°F).
• Always use three-conductor, insulated, stranded, shielded copper cable
for all sensor cables.
• Do not pull sensor wiring with AC power cables. This can cause electrical
interference.
• Be sure to land the shield conductors of the sensor cables at the shield
terminals of the sensor connectors.
• Use only the existing conduit hole for connections to the sensor.
• Bonding between metallic conduit connections is not automatic with the
non-conductive enclosure. Separate bonding must be provided.
• To maintain NEMA 4X / IP 66 rating of the enclosure, conduit ttings of the
same rating or better must be used.
Relay Wiring:
AC wiring must be run in separate conduit from the sensor cables.
• All relays have Form C dry contacts, and are rated 8 Amps @ 24 VDC or 10
Amps @ 240 VAC (dry contacts require external power).
• Each relay has a Red status LED to show the state of the relay. If the LED is
lit, the relay is energized.
• Relays are normally energized only if programmed as Fail Safe in the Relay
Conguration menu. In Fail Safe mode, loss of power will cause the relay
to change states.
• If the relay is not energized, there will be continuity between Common and
Normally Closed contacts. If the relay is energized, there will be continuity
between Common and Normally Open contacts.
AC Power Wiring:
• Power should be provided by a dedicated 15A circuit breaker. It is
recommended that the circuit breaker be located near the equipment,
and clearly marked as the disconnect for the GG-6 Control panel.
• 115 VAC, 3A, 50/60 HZ (100-120 VAC).
230 VAC, 2A, 50/60 HZ (200-240 VAC).
• The power supply is set to 115 VAC at the factory. If the equipment is to
be powered by 230 VAC use a small blade screwdriver to switch the power
supply input selection switch from 115 VAC to 230 VAC. The input selection
slide switch is located on the side of the power supply.

7
GG-6
Wiring (continued)
Sensor Wiring: 4/20 mA, 350 Ohm input impedance.
• Refer to sensor manual for cable recommendations.
• Usually 20/3 shielded cable (Belden 8772 or equivalent).
• Length of cable should not exceed 1,500 feet.
Analog Output Wiring: (for optional GG-6-AOB)
• The analog output is 4/20 mA signal for monitoring by plant PLC or other
analog input equipment. It is powered by the GG-6.
• Use 2-conductor shielded cable compatible with receiving equipment.

8GG-6

9
GG-6
Operation
Start-up
Before applying power, make a nal check of all wiring for continuity, shorts,
grounds, etc. It is usually best to disconnect external alarms and other
equipment from the control panel until the initial start-up procedures are
completed.
After initial power-up, refer to sensor manual(s) for warmup times before
calibrating.
Because sensors are normally located at a distance from the control panel,
the test time required and accuracy of the response checks will be improved
if two people perform the start-up procedures and use radio contact.
The GG-6 has a two-minute power-up delay during which the relays are
held in their normal non-alarm state, after the application of power or a
momentary power loss. This allows the sensors time to stabilize and disables
the alarm functions. Pressing the ESC key anytime during Powerup mode will
bypass the timers and return to normal operating mode.
Start-Up Test:
1) One person exposes each sensor to target gas.
2) The second person stays at the control unit to determine that each sensor,
when exposed to the gas fumes, is connected to the proper input and
responds, causing appropriate alarm functions.
Time-Weighted Averaging
For applications which require TWA, this function can be enabled for any
or all of the connected sensors. More details are explained in the following
pages of this manual.
STEL and TWA Reset: Upon power-up, after saving changes to the GG-6
conguration, or after Resetting the STEL and TWA values, the sample
buers are cleared (sample value = 0).
To Reset an individual channel STEL and TWA values, hold the <4> key and
press the <5> while on the desired Sensor Display Screen.
Keypad
All operator functions are performed from the membrane switches on the
front of the panel.
Silence Key: Pressing the Silence key will reset any relay which is
programmed to be silenceable in the Conguration/Action menu, until the
next event occurs.
Reset: Pressing the Reset key will attempt to reset any latched relays. Any
latched relays will not reset as long as there’s an existing warning or alarm
condition. The latch-relay function can be enabled for each Action in the
Conguration menu.
Note: It is possible to install remote mounted silence and/or reset switches.
Contact Calibration Technologies for wiring diagram and instructions.

10 GG-6
Alternate System Display Screens
Expansion Modules
Below are three alternate system display screens, depending on the number
of expansion modules that are selected in the conguration menu. See
page 14 for expansion module selection instructions. Active channels are
indicated by a square next to the channel number. Inactive channels are
displayed without a square. Action events (fault, warning or alarm) are
displayed by a ashing solid black square next to channel number.
LCD Operator Interface
Key Functions: Below is a list of the common key functions used for the LCD
operations:
MENU to enter main menu
ESC to go back to previous menu/sub-menu
ENTER to modify the programming elds
PREV to go back to previous screen
NEXT to advance to next screen
YES/NO when prompted and to accept conguration changes
Alphanumeric for menu selections and to enter values and text
Up/Down to navigate drop-down lists during conguration Sensor channels 1 through 11 active.
System normal - no action events.
Sensor channels 1 through 22 active.
Action event on channels 2 and 3.
Sensor channels 1 through 29 active.
Action event on channel 14.

11
GG-6
Menu Tree

12 GG-6
Conguring the Control Panel
Preparation
The key to accurate and timely programming
is dening the conguration parameters
ahead of time. Included with the control
panel are blank worksheets to ll out prior to
programming.
Since the Actions parameters tie all of the
Sensors, Groups and Relays together, dening
the conguration parameters in the following
order will usually make programming easier to
assimilate.
1. Sensors
2. Groups
3. Relays
4. Actions
Naming
Sensors: Typically, using the sensor location for
the name provides the best information. For
example: Compressor Room, Freezer A, etc.
Groups: Name groups of sensors that share
the same action. For example: North Dock
Sensors, Comp Room Sensors, etc.
Relays: The relay output function typically
works best for the name of the relay. For
example: Exhaust fans, EV12 shuto, etc.
Actions: Name each action in a way that best
denes its relationship to the sensor/group
and relay output. For example: Any warn = Exh
fans, Alarm = HornStrobe, etc.
Navigating the Menu
System Display Screen
After system power-up, the normal operating
screen will be displayed. It provides at-a-
glance system status, showing real-time gas
concentrations. The Warn, Alarm and Fault
indications (W, A and F,) will ash until the
conditions are cleared. In this example, Channel
1 gas concentration has exceeded the warn
setpoint. Channel 2 has exceeded the warn and
alarm setpoints. Channel 5 indicates a fault due to
faulty wiring or a sensor signal less than 1 mA. In
the example screen on the right, the absence of
Channel 5 indicates that the sensor has been set
to inactive; therefore the channel is turned o.
Depending on the number of expansion modules
installed, the display changes accordingly. See
Alternate System Display Screens on page 9 for a
detailed description.
PREV or NEXT to go to Channel View screens.
MENU to go to main menu screen.
Channel View
Channel view displays only the status of the
channel being viewed. It also displays the room/
zone location. Warn, Alarm and Fault indications
will ash until the conditions are cleared. PREV
or NEXT to view normal operating screen or next
channel view screen. MENU to go to main menu
screen.

13
GG-6
Cal Mode
Calibration mode allows for sensor calibration
and maintenance by holding the relays in their
normal state, preventing unwanted alarms. If the
unit is left in Cal Mode, it will stay active for 48
hours and then return to normal operating mode.
Make sure the concentration values have dropped
below the warning and alarm setpoints before
exiting. The analog outputs are not aected by
calibration mode and are allowed to increase to
full scale. STEL and TWA values are not calculated
or updated during calibration mode.
ESC to exit from Calibration mode, then press YES
or NO to return to normal operating mode.
Last CAL Date
The last cal date shows the date and time at which
the system was last calibrated. When six months
has transpired from the last cal date, a Cal Due
ag will appear indicating the sensors need to be
calibrated. Holding the 6 key, and then pressing
the 7 key will reset the Cal Date, once the sensors
are calibrated.
Channel View (cont.)
If the STEL-TWA function is set to Active, the
real-time value is displayed, along with the time-
weighted average values for the 15 minute short
term exposure limit (STEL) and 8 hour time
weighted average (TWA). Alarm conditions will
also ash to indicate that those programmed
values have been exceeded.
An over-range condition is indicated by ashing
of the full-scale reading, followed by the
message “OVR”. This also indicates that the
sensor output is over 20 mA.
Main Menu
The main menu can be accessed by pressing the
menu key at any time. Use the alpha-numeric
keys to select a sub-menu, or NEXT to advance
to the next menu screen. ESC to return to the
normal operating screen.
Alarm Log
The alarm log captures every event in
chronological order, with the most recent event
displayed rst. 10,000 events can be stored,
with the oldest events being automatically
truncated, once the alarm log is full. Time/date
stamp and event number are also displayed.
PREV or NEXT to scroll. Hold button in for turbo-
scroll. ESC to return to normal operating screen.
MENU to return to main menu screen.

14 GG-6
CONFIG Menu
The Conguration menu is password protected
to prevent unauthorized personnel from making
programming changes to the system. Enter the
password (last 4 digits of CTI toll-free phone
number) with the alphanumeric keys.
Enter numbers 1 through 6 to enter CONFIG
submenu
NOTE: From within the CONFIG menu screens you
can navigate to other sensor channels by using the
PREV or NEXT keys. Advance to the next or previous
screen of that channel by using the up or down
arrow keys.
Pressing ESC from the Cong Menu will display
exit-options.
1) Congure Sensor
Active state and Location: Allows for turning on or
o a channel. For example, if a new sensor is added
to the system, the Active status for that channel
should be changed from NO to YES. Use the YES and
NO keys to change.
To enter or change the name of the sensor location,
press ENTER to initiate cursor. Use PREV key to
erase existing text. Use alphanumeric keys to enter
label. Use MENU Key to change to lowercase letters.
Use Symbol Key (1 key) to enter symbols. When
nished, press ENTER to accept name.
Range: Set zero and span values to match that of
the sensor’s full-scale range.
Press ENTER and use alphanumeric keys to change
span and zero values. Down arrow key to advance
to next screen.
Unit/Gas: Use these elds to change the gas type
and unit of measurement. Press ENTER and use
the up and down arrow keys to change unit and
gas values. Down arrow key to advance to next
screen.
Warning Setpoint: Use this eld to change the
default warning setpoint. Press ENTER and use
alphanumeric keys to change set point value.
Direction: Use this eld to change the default
direction setting. For example, oxygen level
monitoring may require downscale alarming.
Down arrow key to advance to next screen.
Alarm1 Setpoint: Use this eld to change the
default alarm setpoint. Press ENTER and use
alphanumeric keys to change set point value.
Direction: Use this eld to change the default
direction setting. For example, oxygen level
monitoring may require downscale alarming.
Continue to Alarm2 screen and program set-point
and direction.

15
GG-6
To specify which sensor or group that will cause
this action, press ENTER and use up or down
arrow keys to select sensor or group. Press ENTER
and use the up or down arrow key to choose the
sensor channel or group number (names that
were entered in steps 1, 2 and 4 will be displayed
as each number is chosen). Press ENTER and use
the up or down arrow key to choose the action
condition. Press ENTER and use the up or down
arrow key to select which relay will be activated
for this action. Down arrow key to advance to next
screen. PREV or NEXT keys to view or add another
action.
Time delays: Select relay on and o time delays
for this action. Press ENTER and use alphanumeric
keys. Default settings are 10 seconds to set and
2 seconds to reset the relays. Down arrow to
advance to next screen.
Press ENTER and use YES or NO keys to select
whether or not to latch this relay. Setting this
relay to latch (recommended for equipment
shutdown) will require manual reset from the
operator interface, only after the action has
cleared. Selecting NO allows the relay to reset
automatically after the action has cleared. Setting
the relay to be silenceable (typically used for horn
relay outputs) allows the relay to be reset by
pressing SILENCE from the operator interface. ESC
to return to CONFIG menu.
Congure Sensor (cont.)
STEL-TWA setpoints and time weighted
averaging: Enabling this feature provides 15
minute short term exposure limit (STEL) and 8
hour time weighted average (TWA) using the
following calculations:
STEL = ∑Sample (1-15) / 15 min
TWA = ∑Sample (1-480) / 480 min
Although both values update every minute, the
value may not change due to the sampling rate.
ESC to return to CONFIG menu.
2) Congure Group
To simplify the programming of alarm actions
for several sensors that perform the same
alarm action, combine these sensors into
a group. Up to 30 groups can be created.
Note: Group 0 is a permanent default group
containing all sensors.
Use YES or NO keys to include sensor in group.
Press ENTER and use alphanumeric keys to
enter group name. Use up or down arrow keys
to select other channels to be included in this
group. Once nished, use PREV or NEXT keys
to view or add another group. ESC to return to
CONFIG menu.
3) Congure Action
An action species which sensor, or group of
sensors activates which relay, and whether the
event causing this action is a Fault, Warn, Alarm,
STEL or TWA condition. To create an action,
Press YES Key to enable action. Press ENTER and
use alphanumeric keys to enter action name.

16 GG-6
4) Congure Relay
The default setting for all relays is non-fail safe
mode. Setting the relay to fail safe mode allows
the relay to be energized during normal operation.
Loss of power or an action event targeting this
relay will cause the relay to change states. See
Relay Wiring section for more details. Use YES
or NO keys to set fail safe mode. Press ENTER
and use alphanumeric keys to enter relay name.
Assigning a relay name during the installation
provides an at-a-glance relay assignment in the
conguration menu, without the need for electrical
drawings lookup.
5) Congure System
The GG-6 is equipped to accommodate both local
and remote mounted reset and silence switches
to comply with regulatory codes. For information
about remote mounted switches, contact CTI.
Default settings for reset and silence are LOCAL.
Press ENTER and use the up or down arrow keys
to select LOCAL, REMOTE or BOTH. Use the up or
down arrows to enter the number of Expansion
Modules used for the control panel.
6) Congure MODBUS
The GG-6 is equipped to accommodate the
GG-RD1 remote display module. The default
settings shown will work with the defualt settings
of the GG-RD1. Contact CTI for further help with
MODBUS congurations
Clock
Set current time and date. Press ENTER and use
alphanumeric keys to set time and date. Date is 24
hour military format.
Contrast
Adjust contrast to allow for best viewing of LCD.
Press ENTER and use alphanumeric keys to set
desired contrast.
Relay Test
The relay test menu allows the relay outputs to be
tested individually for correct output functions.
Press PREV or NEXT keys to select relay to be
tested. Note relay name at bottom of screen.
Press YES to Set the relay. The relay state will
display “Set” and the relay will activate.
Press NO to Clear the relay once the relay output
function has been veried. The relay state will
display “Clear” and the relay will de-activate.
Press PREV or NEXT keys to advance to next relay,
or ESC to return to main menu.
About
Current software version.
This completes the conguration portion of the control panel. ESC back to Cong
main menu. Pressing ESC from the Cong Menu will display important exit-
options. Caution: Pressing ESC again will exit without saving changes.

17
GG-6
Maintenance
All gas detection systems should be calibrated with certied calibration
gas once every six months. At this interval, all alarm functions and outputs
should be tested, veried and documented.
If sensor span or zero cannot be adjusted, the sensor may be approaching
its end of life and must be replaced. Keep an operation log of all
maintenance, calibrations and alarm events.
To clean the control panel, use a mild cleaning solution and soft cloth.
In the unlikely event that the fuse needs to be replaced, use a 3A, 250V,
5x20mm, slow-blow type fuse.
The operator interface has a backup lithium coin battery to run the real-time
clock and retain conguration memory while the system is powered down. A
low battery is indicated by a battery symbol on the display. If a low battery is
indicated, replace old battery with a Type CR2450 Li coin cell.

18 GG-6
Specications (GG-6) Specications (GG-XM)
Input Power Requirements:
115 VAC, 3A 50/60 Hz (100-120 VAC)
230 VAC, 2A 50/60 Hz (200-240 VAC)
*230 VAC selected by switch on side of power supply
Output 24 VDC Power available for sensors and audio/visual devices:
4A @ 40°C (104°F).
2A @ 50°C (122°F).
Dimensions: 15.8” high x 14” wide x 7” deep
Weight: 14 lbs
Enclosure: Fiberglass Reinforced Polyester NEMA 4X, IP 66, with neoprene gasket.
Continuous stainless-steel hinge. Captive screws in lid. For non-classified areas.
Temperature Range: 0°F to +122°F
Humidity Range: 0-95% RH condensing (100% intermittent), with proper conduit seals.
Sensor Inputs:
(6) 4/20 mA, 350 Ohm input impedance
Analog Outputs: (optional)
(6) Linear 4/20 mA (max input impedance: 700 Ohms)
Relay Outputs:
(6) SPDT, Form C dry contacts
8 A @ 24 VDC or 10 A @ 240 VAC
Terminal Block Plugs (Field Wiring):
26-12 AWG, torque 4 lbs-in.
User Interface:
LCD illuminated screen. Graphic display screen: 128 x 64 pixels. 8 lines x 22 characters.
Sealed membrane switches.
Certification:
ETL Listed: Conforms to UL 61010-1
Certified to CSA C22.2 No. 61010-1
Input Power Requirements:
115 VAC, 3A 50/60 Hz (100-120 VAC)
230 VAC, 2A 50/60 Hz (200-240 VAC)
*230 VAC selected by switch on side of power supply
Output 24 VDC Power available for sensors and audio/visual devices:
4A @ 40°C (104°F).
2A @ 50°C (122°F).
Dimensions: 15.8” high x 14” wide x 7” deep
Weight: 14 lbs
Enclosure: Fiberglass Reinforced Polyester NEMA 4X, IP 66, with neoprene gasket.
Continuous stainless-steel hinge. Captive screws in lid. For non-classified areas.
Temperature Range: 0°F to +122°F
Humidity Range: 0-95% RH condensing (100% intermittent), with proper conduit seals.
Sensor Inputs:
(8) 4/20 mA, 350 Ohm input impedance
Analog Outputs: (optional)
(8) Linear 4/20 mA (max input impedance: 700 Ohms)
Relay Outputs:
(8) SPDT, Form C dry contacts
8 A @ 24 VDC or 10 A @ 240 VAC
Terminal Block Plugs (Field Wiring):
26-12 AWG, torque 4 lbs-in.
Certification:
SGS Listed: Conforms to UL 61010-1
Certified to CSA C22.2 No. 61010-1

19
GG-6
Limited Warranty & Limitation of Liability
Calibration Technologies, Inc. (CTI) warrants this product to be free from defects in material and workmanship under normal use and service for
a period of 2 years, beginning on the date of shipment to the buyer. This warranty extends only to the sale of new and unused products to the
original buyer. CTI’s warranty obligation is limited, at CTI’s option, to refund of the purchase price, repair, or replacement of a defective product
that is returned to a CTI authorized service center within the warranty period. In no event shall CTI’s liability hereunder exceed the purchase price
actually paid by the buyer for the Product.
This warranty does not include:
a) routine replacement of parts due to the normal wear and tear of the product arising from use;
b) any product which in CTI’s opinion, has been misused, altered, neglected or damaged by accident or abnormal conditions of operation, handling
or use;
c) any damage or defects attributable to repair of the product by any person other than an authorized dealer or contractor, or the installation of
unapproved parts on the product
The obligations set forth in this warranty are conditional on:
a) proper storage, installation, calibration, use, maintenance and compliance with the product manual instructions and any other applicable
recommendations of CTI;
b) the buyer promptly notifying CTI of any defect and, if required, promptly making the product available for correction. No goods shall be
returned to CTI until receipt by the buyer of shipping instructions from CTI; and
c) the right of CTI to require that the buyer provide proof of purchase such as the original invoice, bill of sale or packing slip to establish that the
product is within the warranty period.
THE BUYER AGREES THAT THIS WARRANTY IS THE BUYER’S SOLE AND EXCLUSIVE REMEDY AND IS IN LIEU OF ALL OTHER WARRANTIES, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. CTI
SHALL NOT BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES OR LOSSES, INCLUDING LOSS OF DATA, WHETHER
ARISING FROM BREACH OF WARRANTY OR BASED ON CONTRACT, TORT OR RELIANCE OR ANY OTHER THEORY.

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