Count on the ALTAIR 4X Multigas Detector

IT’S WHAT’S INSIDE
THAT COUNTS
AltAir 4X Multigas Detector
With MSA XCell® Sensor technology
Rugged stainless steel clip
MSA LinkTM Software-ready
MotionAlert feature
signals “man down”
Ultra-bright LEDs on
unit’s top and bottom
MSA XCell Sensors with
protected sensor inlet
InstantAlertfeature
allows users to manually
alert others to a
dangerous situation
95+ dB alarm
Large buttons for
easy operation
End-of-sensor-life
warning
Large, high-contrast
liquid crystal display
24-hour battery
run time
Easy bump-check
mode with 24-hour
checkmark indicator
Durable, rubberized
housing for secure grip
MSA-exclusive feature
IT’S WHAT’S INSIDE THAT COUNTS
OUR VISION Of SAfETy Workers who face potentially dangerous situations deserve
the best protection available. At MSA, we work tirelessly to build smarter, better gas detection
instruments upon which people of the world rely. to that end, we’re proud to introduce
the most advanced technology available in any portable gas detector on the market:
the ALTAIR 4X Multigas Detector with XCell Sensor Technology.
Built on Durability
The ALTAIR 4X Multigas Detector for LEL, CO, H2S, and O2 is as tough and functional as it looks. Rugged housing
provides unsurpassed durability, including the ability to survive a 20-foot drop. And with large, glove-friendly
buttons and a high-contrast display, the ALTAIR 4X Multigas Detector is easy to operate in any work
environment, even low-light conditions.
Powered by Performance
Toughness and durability aren’t the whole story. The real strength of the ALTAIR 4X Multigas Detector comes from new sensor
technology. MSA XCell Sensors have a typical life of more than four years, double the industry average, and are engineered
using MSA’s proprietary application-specific integrated circuit (ASIC) design. By miniaturizing the sensors’ controlling
electronics and placing them inside the sensor itself, MSA XCell Sensors offer superior stability, accuracy, and repeatability.
MSA XCell Sensors are a breakthrough in chemical and mechanical sensor design, enabling faster response and span calibration
times. With less time spent on calibration and bump tests, you save calibration gas, maintenance costs, and in turn, save money.
But most importantly, in your industry, saving seconds on response time can also mean saving lives.
Count on the ALTAIR 4X Multigas Detector
Exclusive safety features such as MotionAlert™ and InstantAlert™ features make the ALTAIR 4X Multigas Detector ideal for
applications such as confined space entry. MotionAlert feature activates when a user becomes disabled and motionless, quickly
alerting others to the disabled user’s location. And with a simple push of a button, InstantAlert feature enables users to
manually alert others to potentially hazardous situations.
The ALTAIR 4X Multigas Detector outlasts the competition. To prove it, the instrument comes with a full three-year warranty,
an entire year longer than the industry average, so you can depend upon the ALTAIR 4X Multigas Detector to withstand the
wear and tear that other portable gas detectors can’t.
MSA XCell
Combustible Sensor
MSA XCell
CO/H2S Sensor
MSA XCell
Oxygen Sensor
MSA XCell Sensors are a
breakthrough in chemical and
mechanical sensor design,
enabling faster response and
span calibration times
Adding microelectronics
inside the sensors provides
more control and higher
performance than previous
generations
THE MSA COMMITMENT FROM THE LATEST IN SENSOR TECHNOLOGY TO INSTRUMENT DESIGN AND MANUFACTURING,
MSA HAS THE CAPABILITIES AND KNOWLEDGE TO SUPPORT YOUR PORTABLE GAS DETECTION CHALLENGES.
www.msanet.com/Altair4X | 1.800.MSA.2222
MSA XCell Technology:
Save time, Save Money, Save lives
Building on years of sensor design
experience, MSA has revolutionized
sensor technology with breakthroughs
that improve performance.
With reliable, extended-life XCell Sensors,
there’s no need to replace sensors after
two years.
•
Typical life greater than four years
•
Sensor response and clear times under 15 seconds
•
Laser-welded sensor housings eliminate opportunities for leaks
•
Bump test under 15 seconds
•
•
Span calibration time of 60 seconds
Combustible sensor’s proprietary operating mode helps it to
resist poisons over the sensor's life
•
Greater signal stability and repeatability under changing
or extreme environmental conditions
•
End-of-sensor-life warning gives advanced notice to user,
reducing service outages
•
Two-tox CO/H2S sensor with virtually no cross-channel interference
•
Sensor digital output reduces RF interference susceptibility
technology that’s tough
Life-Saving Performance
Lasting Durability
•
Large buttons and bright display enable quick and easy operation even
while wearing gloves
•
Full three-year warranty supports the entire instrument, including the
sensors and battery
•
If a user becomes disabled due to unforeseen hazards, MotionAlert feature
will activate after 30 seconds
•
Withstands extreme impacts with rugged polycarbonate housing
•
InstantAlert feature enables users to manually alert others of a potentially
hazardous situation with the push of a button
•
Compatible with Galaxy® Test System and ALTAIR 4 QuickCheck® Station
•
MSA Link™ Software-ready
•
Global approvals for worldwide acceptance
•
Passes 20-foot drop test
•
The IP67-rated ALTAIR 4X Multigas Detector is both dust tight and water tight
Applications
• Oil, gas, and petrochemical • Pharmaceutical • Chemical • Confined spaces • Fire service
• Utilities and telecommunications • Municipal works, waste water • Mining
New glow-inthe-dark housing
for mining or
confined spaces
applications
Technical Specifications
Gas
Range
Resolution
LEL
0-100%
1%
O2
0-30% vol
0.1% vol
1 ppm
CO
0-1999 ppm
H2S
0-200 ppm
1 ppm
H2S-LC
0-100 ppm
0.1 ppm
Drop test
Housing
Weight
Dimensions (L x W x D)
Audible alarm
Visual alarm
Vibrating alarm
MotionAlert & InstantAlert
Display
Backlight
Battery
Run time
Charging time
Operating temperature range
Short Period Operation
Humidity
Ingress protection
Data log
Event log
Standard warranty
Extended warranty
20 feet
Rugged rubberized
armor
7.9 oz
4.4 x 3.0 x 1.31
>95 dB at 1 ft
4 ultra-bright LEDs
on top and bottom
Standard
Optional
High-contrast LCD
Adjustable time-out
Rechargeable
li-polymer
24 hours
@ room temperature
< 4 hrs
–20ºC to + 50ºC
–40 °C to + 60 °C
15 – 90% RH
non-condensing
IP67
(Adjustable)
50 hour minimum
Standard 500
events
3 years
Optional 1 year
ALTAIR 4X Multigas Detector with 3-year warranty, data logging, charger,
calibration cap, and tubing
Approvals
U.S./CAN
10107602
10107603
10110443
10110445
10110444
10110446
ATEX
10110453
10110456
10110454
10110457
10110455
10110458
ANZ
10110447
10110450
10110448
10110451
10110449
10110452
Configuration
LEL, O2, CO, H2S
LEL, O2, CO, H2S
LEL, O2, CO
LEL, O2, CO
LEL, O2
LEL, O2
Case Color
Charcoal
Phosphorescent
Charcoal
Phosphorescent
Charcoal
Phosphorescent
ALTAIR 4X Multigas Detector, 4-gas, in black case with calibration cylinder
and 0.25 lpm regulator
U.S./CAN Approval
10110488
10110489
Configuration
LEL, O2, CO, H2S
LEL, O2, CO, H2S with Universal Pump Probe
Case Color
Charcoal
Charcoal
ALTAIR 4 Galaxy Automated Test System
Power Supply
North America
Global
Configuration
10089998
10090001
Standard system
10089996
10090000
Standard system with charging capability and cylinder holder
10089969
10089970
Smart system (memory card)
10089967
10089966
Smart system (memory card) with charging capability and
cylinder holder
Calibration Gas
10048280
10045035
Gas cylinder (34 l) 1.45% CH4, 15% O2, 60 ppm CO, 20 ppm H2S
Gas cylinder (54 l) 1.45% CH4, 15% O2, 60 ppm CO, 20 ppm H2S
Replacement sensors
10106722
10106729
10106725
10121213
XCell Ex Combustible Sensor
XCell O2 Sensor
XCell CO/H2S Two-tox Sensor
XCell CO/H2S-LC Two-tox Sensor
Accessories
For additional customized versions and calibration gases, use MSA’s ATO
ordering sheet or contact MSA Customer Service at 1-800-MSA-2222.
10055576
10047594
10047596
Universal Pump Probe (U.S./CAN)
Universal Pump Probe (ANZ/IEC)
Universal Pump Probe (ATEX)
Approvals
United States
ATEX
ETL Class I, Div. 1, Groups A,B,
C&D Tamb=-40oC to +54oC
ETL Class II, Div.1, Groups E,F&G
Class III, Div. 1 Tamb=-40oC to +54oC; T4
II 1G Ex ia IIC T4, -40°C to +60°C, IP67
(Zone 0 with no combustible sensor installed)
II 2G Ex ia d IIC T4, -40°C to +60°C, IP67
(Zone 1 with combustible sensor installed)
Canada
IEC
CSA Class I, Div. 1, Groups A,B,C&D
CAN/CSA C22.2 152; 12.13.01-2000
ETL Class II, Div.1, Groups E,F&G
Class III, Div. 1 Tamb=-40oC to +54oC; T4
Ex ia IIC T4, -40°C to +60°C
(Zone 0 with no combustible sensor installed)
Ex ia d IIC T4, -40°C to +60°C
(Zone 1 with combustible sensor installed
Australia / New Zealand
Ex ia s IIC T4, -40°C to +60°C, IP67 (Zone 0)
Note: This bulletin contains only
a general description of the products
shown. While uses and performance
capabilities are described, under no
circumstances shall the products
be used by untrained or unqualified
individuals and not until the
product instructions including
any warnings or cautions provided
have been thoroughly read and
understood. Only they contain
the complete and detailed
information concerning
proper use and care of
these products.
ID 0802-50-MC / Dec 2011
© MSA 2011 Printed in U.S.A.
MSA Corporate Center
1000 Cranberry Woods Drive
Cranberry Township, PA 16066 USA
Phone
724-776-8600
www.MSAnet.com
U.S. Customer Service Center
Phone
1-800-MSA-INST
Fax
1-800-967- 0398
MSA Canada
Phone
1-800-MSA-INST
Fax
1-800-967-0398
MSA Mexico
Phone
01-800-672-7222
Fax
52-44-2227-3943
MSA International
Phone
724-776-8626
Toll Free 1- 800-672- 7777
FAX
724-741-1559
Offices and representatives worldwide
For further information:
Multigas Detector
With MSA XCell™ Sensor Technology
Frequently Asked Questions
1
The ALTAIR 4X Multigas Detector uses the NEW MSA XCell
Sensors. Aren’t all electrochemical and catalytic bead
sensors basically the same?
In recent years MSA has developed its own sensor ASIC. This chip
contains a microprocessor, all circuits to drive and compensate the
sensor, and a digital signal converter.
All sensors are not the same. Sensors are the heart of an instrument;
sensor performance can vary greatly depending upon manufacturer.
Most multigas detectors use the same sensors from the same few
global suppliers. MSA has designed a superior gas detection sensor
platform specifically optimized for MSA gas detectors. MSA XCell
Sensors are designed for longer life, faster response, and higher
performance when used with MSA’s ALTAIR 4X Multigas
Detector.
Every MSA XCell Sensor contains an ASIC. This chip is much more
than a smart sensor; digital XCell Sensors perform real-time
environmental corrections and provide plug-and-play capabilities,
greater RF immunity, and a higher overall performance level. Due
to digital output, this sensor is not backwards-compatible with
older MSA instruments, but instead establishes MSA’s future
product platform.
MSA has designed and manufactured gas detection
sensors and instruments for decades. Our experts
are there to support you with any product or
application concerns, allowing you to
focus on your core business.
I read that every MSA
XCell Sensor is built with
an embedded application
specific integrated circuit
(ASIC). What is an ASIC and
why is it important?
2
An ASIC is a microchip specifically
designed for one application.
ASIC's are most commonly
associated with consumer
electronics that have been greatly
reduced in size over the years
(i.e. cellular phones). In ASIC
development a complete
electronic circuit with multiple
larger components is reduced to
one tiny microchip dedicated
to a specific purpose, such as
sensor control.
Historically, oxygen (O2) sensor
technology is seen as a weak
link and the first to die in every instrument.
How does MSA’s XCell O2 Sensor
actually achieve a typical
lifespan of more than
four-years?
3
Most O2 sensors on the
market today use a
consumable chemical
reaction where a piece of lead is
consumed and converted to
lead oxide. These sensors have a
very finite life. Once enough
lead is gone, the sensor stops
working.
The MSA XCell O2 Sensor uses a
non-consumable chemical
reaction. O2 is converted to
water and then back to O2. The
sensor does not “use itself up”
each time it sees O2, generating a
much longer shelf-life and
overall lifespan.
Catalytic bead sensors can be poisoned over time by
silicone, sulfur, and lead compounds. How does MSA
achieve a typical four-year lifespan with XCell Ex Sensor?
Does this sensor offer more poison resistance?
4
While XCell Ex Sensors provide greatly-improved
poison resistance, this feature alone does not
provide a four-year lifespan. The XCell Sensor
actually uses two separate detectors inside the
sensor. The design is such that only
one inner detector can be
actively poisoned at a time,
effectively doubling useful
sensor life.
How does the ALTAIR 4X
Detector end-of-sensor-life
warning and indicator work?
5
Following each calibration, a
software algorithm calculates the
approximate life remaining for
each sensor. When it is determined
that the sensor is nearing its endof-life, the instrument displays the
end-of-life warning for that
particular sensor. Users are given
advanced notice (four to six weeks,
typical use) that a sensor is nearing
its end of life to plan for
replacement. The instrument and
sensor can continue to be used
after the end-of-sensor-life
warning as long as regular bump
tests are passed.
Note: This bulletin contains only
a general description of the products
shown. While uses and performance
capabilities are described, under no
circumstances shall the products
be used by untrained or unqualified
individuals and not until the
product instructions including
any warnings or cautions provided
have been thoroughly read and
understood. Only they contain
the complete and detailed
information concerning
proper use and care of
these products.
ID 0816-90-MC / Aug 2010
© MSA 2010 Printed in U.S.A.
Corporate Headquarters
P.O. Box 426, Pittsburgh, PA 15230 USA
Phone
412-967-3000
www.MSAnet.com
U.S. Customer Service Center
Phone
1-800-MSA-2222
Fax
1-800-967-0398
MSA Canada
Phone
1-800-672-2222
Fax
1-800-967-0398
MSA Mexico
Phone
01 800 672 7222
Fax
52-44 2227 3943
MSA International
Phone
412-967-3354
FAX
412-967-3451
If sensor output during calibration is too low, the unit will fail
calibration and the end-of-sensor-life indicator will be displayed on
the instrument screen. This tells the user that the end of the sensor’s
useful life has been reached and that the instrument should
not be used until the sensor is replaced.
6
How does the ALTAIR 4X Detector save
me money on calibration gas costs?
Calibration gas is expensive;
the ALTAIR 4X Detector uses
much less calibration gas
due to faster-performing
sensors and lower required
gas flow rate during
calibration and bump testing.
MSA uses a standard 0.25 lpm
gas flow rate for calibrations and
bump tests. Most competitors
use 0.5 lpm regulators which
consume twice the calibration
gas as the ALTAIR 4X Detector.
Also, faster sensors mean faster
span calibration and bump tests.
If all of your bump tests and span
calibrations are a third faster,
then you’ll use a third less gas
over the life of the instrument.
The ALTAIR 4X Detector has a
60-second span calibration time
and <15-second bump test time.
Based upon these facts, you’ll
save hundreds of dollars over
the life of each instrument.
Multigas Detector
[ Bid Specifications ]
Physical Characteristics
Size
Weight
Handling
Case material
Environmental protection
Display
Color
User Interfaces
Display type
Backlight
Keypad/switches
Data access
Monitoring Capability
Gases
Sensor configuration
Sensor missing alarm
Combustible gas display
Pressure compensation
Sensor life monitoring
Sensor types
Instrument shall not exceed 4.4” L x 2.0” W x 1.37” D in total size.
Less than 7.9 oz.
Unit shall be a one-hand operation device.
Rubberized over-mold.
Instrument shall be approval agency certified to IP67 protection levels
for dust and water ingress.
Display is viewable from the front with characters at least 0.3” tall.
Charcoal - shall have an option for a phosphorescent (glow-in-the-dark) case.
Liquid crystal display [LCD] with large, easy-to-read characters and Icons.
Unit must be provided with white backlight for low-light viewing.
Backlight time-out to conserve power must be user adjustable.
Unit must have no more than three switches or pushbuttons to operate.
There shall be no requirement to access hidden or internal switches for any
instrument operations. Buttons must be easy to operate with gloves on.
Access to the data log and event log through infrared link to Windows-ready PCs.
Instrument shall be capable of measuring up to four gases: combustible gas,
oxygen, CO, and H2S.
Ability to enable/disable individual sensor channels.
All sensor channels provide a missing sensor alarm if sensor has been removed
and sensor channel has not been disabled.
Instrument shall be capable of displaying combustible gas reading as
% Lower Explosive Limit [LEL] or 0-5% CH4 by volume.
Instrument oxygen sensor shall have built-in pressure compensation.
Instrument shall be able to alert the user when a particular sensor is nearing its
end of life, following an instrument calibration.
Instrument shall be available with the following gas sensing options:
Gas type
Range
Resolution
combustible
0-100% LEL
1% LEL
oxygen
0-30% Vol
0.1% Vol
carbon monoxide
0-1999 ppm
1 ppm
hydrogen sulfide
0-200 ppm
1 ppm
Basic Operational Features
Instrument buttons
Buttons on instrument must be clearly marked and intuitive.
Inadvertent shutoff
Instrument shall be designed to protect against accidental shutoff.
Zero adjustments
Instrument shall provide Fresh Air Setup [FAS] function at user’s discretion.
FAS function will not allow unit to zero out hazardous readings.
Zero adjustment
safety lockout
Confidence signals
Instrument shall provide periodic audible and visual signals indicating instrument
operation. User shall have option of disabling audible and visual signals if desired.
A green “Safe LED” will periodically flash when all conditions are safe.
Time/date
Instrument must be able to display time and date.
User must be able to reset time and date without tools.
Last calibration date
Instrument must be able to display the last successful calibration date.
Instrument power-on
Power-on instrument button must be clearly marked.
0816-101-MC / August 2010
Page 1 of 4
Sensor Characteristics and Performance
Sensor life
End of life sensor
indicator
Typical t(90) response
times
All sensors
Oxygen Sensor
Combustible Sensor
CO / H2S Sensor
Sensors shall have an expected life of four years.
Instrument shall notify user when sensor is close to and at its end of life,
following a calibration.
Combustible sensor <10 seconds (Methane)
< 15 seconds (Pentane)
Oxygen sensor
< 10 seconds
CO sensor
< 15 seconds
H2S sensor
< 15 seconds
All sensors should have built-in control circuitry, including drive circuits, memory,
microprocessor, and analog to digital converter to all for sensor level control and
compensation.
Oxygen sensor shall be “lead-free” and use a non-consumable chemical reaction.
Combustible sensor must have at least the following poison resistance:
3000 ppm*hours to H2S
90 ppm*hours to silicon
CO / H2S sensor will be designed with an extremely robust carbon filter for the CO
channel to block interference. The sensor shall be designed so that this is virtually
no cross-channel interference.
Advanced Display and Software Options
Industrial hygiene
Instrument shall have the capability of displaying PEAK, STEL, and TWA at
displays
user’s discretion. User shall have ability to enable/disable STEL and TWA functions.
Instrument settings
All settable instrument parameters [alarm set points, expected cal gas values, etc.]
shall be protected by a user-selectable password.
Reset of functions
User shall be provided with capability of resetting PEAK, STEL and TWA
readings in the field.
Measurement units
Unit shall be capable of displaying both type of gas sensors installed, and
measurement units for each gas.
Instrument Alarms
MotionAlert™ feature
InstantAlert™ feature
Visual alarms
Audible alarm
Vibrating alarm
LEL latching alarm
Oxygen alarms
Alarm set points
STEL and TWA alarm
Battery alarms
Instrument Power
Run time
Power supply
Battery life indication
Charging cradle
Charger Input voltages
Charging status
0816-101-MC / August 2010
Instrument shall offer a MotionAlert feature. When activated, instrument shall go
into latch alarm when no instrument movement is detected for 30 seconds.
Instrument shall have an InstantAlert feature to allow users to manually activate
all alarms if the situation requires.
Visual alarms shall consist of bright, flashing LEDs on top and bottom of
instrument and positive indication on unit’s display for alarm type identification.
Audible alarm shall be rated at >95 dB @ 1ft.
Unit shall be offered with standard vibrating alarm.
Combustible channel shall have non-resettable latching alarm when
combustible gas level exceeds 100% LEL or 5.00% CH4.
Oxygen channel shall have alarm set points for both oxygen deficiency and
oxygen enrichment.
Alarm set points must be user-settable.
Instrument shall provide audible, visual, and vibrating alarms if STEL or TWA
levels are exceeded. User shall be able to select alarm set points for STEL
and TWA.
The monitor will provide user with 10-minutes warning of battery power loss in all
environmental conditions. Power consumption alarms shall activate audible, visual,
and vibrating alarms.
Instrument run time shall be 24 hours continuous running.
Instrument shall be equipped with a rechargeable battery.
Monitor shall provide icon depicting estimated remaining battery operation time.
Battery icon must always be visible when instrument is powered on.
Optional charging cradle shall be offered.
Chargers shall be available for 110VAC/220VAC and 12-24VDC.
Instrument or charging cradle shall provide visual indication of
battery charging status.
Page 2 of 4
Calibration
Calibration tools
Pushbutton calibration
Calibration cylinder mix
Calibration time
Automatic calibration
Bump test station
Sampling Systems
Sampling modes
Sampling system filters
Allowable sample
line length
Fluid ingress protection
Unit shall require no special tools for calibration other than calibration cap,
cylinder, regulator, and tubing to supply gas to instrument.
Calibration shall be easily performed using instrument’s push buttons.
Internal instrument access or tools shall not be necessary for calibration.
Calibration gas shall be offered in a standard 4-gas configuration [combustible, O2,
CO, and H2S] cylinder. Instrument shall be calibrated from one cylinder.
Span calibration shall not exceed 60 seconds.
Instrument shall be compatible with optional automated test and with
calibration system able to store data. External system shall automatically
recognize and calibrate instrument and retain all calibration records.
Economical bump test station shall be offered to verify field performance.
Test station shall be capable of checking performance of standard 4-gas
instrument [combustible, O2, CO, and H2S] and store records.
In addition to standard diffusion mode, monitor must be available with
external powered pump probe option.
Pump must contain user-replaceable filters to prevent liquids and dust ingress.
Instrument must be capable of sample draw from up to 50 feet away.
Sample probe designed to prevent water and debris from entering instrument
shall be offered.
Data logging [Instrument Data Storage]
Data logging
Instrument must be available with standard data logging.
Event log
Instrument shall record at least 500 events.
Data log capacity
Data log shall record and store data for an average of 50 hours [at one-minute
intervals] without overwriting existing information in normal use.
Gas record content
Data log entries shall contain as a minimum date, time, and record of peak and
average readings for each gas sensor [oxygen shall be recorded as maximum and
minimum for the intervals].
Atmospheric record
Instrument shall have provisions to record atmospheric temperature changes.
Record intervals
Time span between data records shall be user-selectable from
15 seconds to 15 minutes.
Data retention
Instrument data stored in memory shall not be lost or corrupted in event of
sudden instrument power loss.
Activity record
Instrument data log shall record and be capable of reporting significant
Content page
instrument events including:
• Gas and battery alarms
• Fresh air setups, sensor re-zeroing, and calibrations
• Battery voltage and elapsed run time
• Reset of PEAK, Min, STEL, and TWA values
Environmental and Durability
Drop test
Can survive an incidental drop of 20’.
Temperature
Normal operation: 0 to 40° C
Extended: -20 to 50° C
Short periods [15 minutes]: -40 to +60° C
Humidity
15-90% RH [non condensing] continuous
5-95% RH [non condensing] Intermittent
Maintenance & Warranties
Sensor replacement
Sensors shall be easily accessed and replaced by users if desired by the
purchaser. No printed circuit boards should need to be removed to access sensors.
Warranty, consumables
Instrument shall have a three-year warranty on all components, including sensor
and battery.
Extended Warranty
Optional extended warranty shall be offered for an additional 1 year (4 year total).
0816-101-MC / August 2010
Page 3 of 4
Certifications
USA and Canada
Europe
USA / Canada ETL
Class I, Division 1, Groups A, B, C & D
Class II, Division 1, Groups E, F & G
Class III, Division 1
Ambient temperature: -40°C to +54°C; T4
Canada CSA - Pending
Class I, Division 1, Groups A, B, C & D
CAN/CSA C22.2 No. 152 Combustible Gas Detection Instruments
C22.2 No. 152 Performance Ambient Temperature: -20°C to +54°C; T4
C22.2 No. 157 Intrinsic Safety Ambient Temperature: -40°C to +54°C; T4
Directive 94/9/EC (ATEX): II 1G Ex ia IIC T4 Ga, -40°C to +60°C, IP67
(Zone 0 with no combustible sensor installed)
II 2G Ex ia d IIC T4 Gb, -40°C to +60°C, IP67
(Zone 1 with combustible sensor installed)
Australia / New Zealand
Manufacturing system
quality approvals
0816-101-MC / August 2010
CE 0080
Directive 2004/108/EEC (EMC): EN50270 Type 2, EN61000-6-3
Australia/New Zealand Test Safe Australia
Ex ia s I/IIC T4, -40°C to +60°C, IP67 (Zone 0)
IECEx TestSafe Australia
Ex ia I/IIC T4 Ga, -40°C to +60°C, (Zone 0 with no combustible sensor installed)
Ex d ia IIC T4 Gb, -40°C to +60°C, (Zone 1 with combustible sensor installed)
Instrument manufacturer must be certified compliant with ISO 9001 provisions.
Page 4 of 4
ALTAIR® 4X Multigas Detector Features & Benefits
F E AT U R E S
BENEFITS
The Altair 4X Detector
is powered by the new
MSA XCell™ Sensor family
Typical cost savings of over 50% on calibration gas, replacement sensors, and
maintenance. Typical decrease in downtime of over 50% while bump testing the
instrument, waiting for a gas response, and waiting for the instrument to clear.
Enhanced safety with industry-leading accuracy, repeatability, and response times.
4-year expected sensor life and standard
3-year instrument warranty
Spend less money on replacement sensors and purchase replacement instruments less frequently.
Spend less time maintaining instruments, more time using them.
The Altair 4X Detector provides an industry-exclusive
end-of-sensor-life warning
Use this early warning feature to save money and aggravation by reducing instrument downtime and sensor inventory.
MotionAlert™ feature - "man-down" alarm
InstantAlert™ feature - manual alarm
You and your fellow workers now have additional ways to call for help and send out a warning.
Ideal for confined space applications when there is no direct line of sight.
The Altair 4X Detector is durable - providing industryleading water, dust, and impact resistance
You can rely on the Altair 4X Detector to perform in a tough industrial environment
without worrying about breaking a "delicate" instrument.
The Altair 4X Detector runs for over 24 hours
on a single charge
Save money; the 24-hour run time and quick charge times means you can buy fewer instruments to cover longer shifts.
Note: This bulletin contains only a general
description of the products shown. While uses
and performance capabilities are described,
under no circumstances shall the products be used
by untrained or unqualified individuals and not until
the product instructions including any warnings or
cautions provided have been thoroughly read and
understood. Only they contain the complete and
detailed information concerning proper use and
care of these products.
ID 0802-41-MC / May 2010
© MSA 2010 Printed in U.S.A.
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