MSA ULTIMA X5000 Product brochure

ULTIMA® X5000

Gas Monitor

WE KNOW YOU’RE TIRED OF...

“HAVING TO PULL SO MUCH WIRE AT EVERY
GAS DETECTOR INSTALLATION...”

“NEEDING TO DISCONNECT POWER

BEFORE CHANGING A SENSOR”

“REMEMBERING HOW TO

CALIBRATE THIS THING”

“WONDERING IF THE GAS DETECTOR
IS WORKING”

“LOSING MY MAGNET...
I HAVE BIGGER THINGS
TO WORRY ABOUT”

YOU HAVEN’T BEEN ABLE

TO DO ANYTHING ABOUT IT...

UNTIL NOW.

ALL NEW DESIGN

BLUETOOTH®
CONNECTION STATUS

ACTIVE
OPERATION
INDICATOR

INSTRUMENT STATUS INDICATORS

GAS READING
GAUGE AND
PROGRESS BAR

BRIGHT
STATUS LED

Power Fault Alarm

STAY CONNECTED.
WORK SMARTER.

• Bluetooth wireless technology

• Check status and get alerts up to 75 ft. (23 m) away

• Modify settings/setpoints/alarms

• Initiate calibration and view progress

• Reduce setup time by at least 50%

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ADVANCING SENSOR TECHNOLOGY

Up to 2 YEARS between calibrations!

MSA Industry Average

Longer Sensor Life

5 years

O

2 years

Toxic

Comb.

5 years

2.5 years

5 years

3.5 years

Longer Warranties

3 years

1 year

Higher Temperature

+ 60°C

+ 50°C

10x Better Resolution for HS & SO

0.1 ppm

1 ppm

* Data may vary for dierent gases and congurations

RE-CALIBRATE YOUR EXPECTATIONS

24

Sensor Stability

TECHNOLOGY

Adaptive Environmental Compensation (AEC)

Longer Sensor Life Longer Calibration Cycles Better Stability (Lower Drift)

Automatically self-checks 4x/day

SPEAKER &

SPEAKER PORT

UNOBSTRUCTED

SENSOR OPENING

24 months

4.5 months

MSA Industry Average

Diusion Supervision (DS)

XCELL

SENSOR

XCELL

SENSOR

MSA

Industry Average50%

(% Original Output)

Months

MEASUREMENT

MICROPHONE

BLOCKED SENSOR

OPENING

Diusion Supervision warns if the sensor inlet becomes blocked and unable to detect gas. It employs a proprietary acoustic
mechanical design and algorithms to measure sound across the sensor’s inlet. If the inlet is blocked with a material, like ice, the
dierence in the sound is detected and the unit is put into fault. When the obstruction is removed, Diusion Supervision detects the
clearance and returns to normal operation. H
calibration cycles of 24 months reducing maintenance costs and allowing resources to be utilized elsewhere!

S and CO Sensors congured with Diusion Supervision technology allow extended

2

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2” (50.8 mm) integral

pipe mount bracket

DO MORE WITH LESS

SIMPLE RETROFITS

Identical footprint and wiring
as ULTIMA X Series

3/4” (19 mm) NPT

or M25 threads

Dual sensors and

analog outputs

Touch interface

for tool-free operation

Dual sensing capability for any
combination of sensors

Tag attachment

Multilingual text
menu options

Combustible, toxic,

or oxygen digital sensors

POWERED BY

WITH

TECHNOLOGY

Safely and quickly replace sensors
without turning o the instrument

IT MAKES SENSE... NO EXCEPTIONS

EXPECTED LIFE WARRANTY PATENTS

We’re going to help you save*

Installation

Annual

maintenance

Over the life

of the product

Request a Cost of Ownership comparison.

30% ~$7,000

50% ~$1,500

75% ~$15k

Questions about sensor placement?

MSA’s gas and ame mapping service combines 160 years
of gas detection experience with 3D technology to help you
maximize the eectiveness of every sensor.

Check out the link or scan for more information:

MSAsafety.com/gas-mapping

* Based on 10 sensors and 2 sensors/transmitter

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ULTIMA X5000 Gas Monitor

Specications

Product Specications

COMBUSTIBLE GAS

SENSOR TYPE

TOXIC GAS
& OXYGEN

SENSOR TYPE

Catalytic Bead (XCell combustible)
Infrared (XIR Plus)

XIR PLUS Carbon Dioxide (CO)
XCell Toxic Ammonia (NH

),

3

Carbon Monoxide (CO),
Carbon Monoxide (CO) H-resistant,

INPUT POWER 11 to 30 VDC, 3 wire, <5 W nominal

SIGNAL OUTPUT Dual 4-20 mA current source, HART

BLUETOOTH

OPTIONAL

RELAY RATINGS 5 A @ 30 VDC; 5 A @ 220 VAC

Hydrogen Sulde (HS),
Chlorine (Cl), Sulfur Dioxide (SO)

XCell O Oxygen (O)
Electrochem. Ammonia (NH

), Hydrogen (H2),

3

Hydrogen Chloride (HCl),

RELAY MODES Common, discrete, horn

NORMAL MAX

POWER

Hydrogen Cyanide (HCN),
Nitric Oxide (NO),

SENSOR

MEASURING

RANGES

Nitrogen Dioxide (NO
Sulfur Dioxide (SO

Combustible 0-100% LEL
CO 0-2%, 0-5% Vol
CO 0-100, 0-500, 0-1000 ppm

),

2

)

2

CO, H-resistant 0-100 ppm
Cl 0-5, 0-10, 0-20 ppm
H 0-1000 ppm
HCl 0-50 ppm

EMC DIRECTIVE Complies with EN 50270, EN 61000-6-4,

HCN 0-50 ppm
HS 0-10, 0-50, 0-100, 0-500 ppm
NH

0-100, 0-1000 ppm

3

NO 0-100 ppm

DISPLAY Organic LED (multi-lingual) with contrast ratio of

HART HART 7, HART device description language available

NO 0-10 ppm

TYPICAL SENSOR

LIFE

APPROVALS

CLASSIFICATION

DIVISIONS US/CAN

ZONES GLOBAL

O 0-25%
SO 0-25, 0-100 ppm

XCell Sensors 5 years
Infrared 10 years

Markings vary by component.
See manual for specic component markings.

Class I, II, III; Div 1 & 2, T4/T5/T6
Ex db nA IIC T5 Gb (Class I, Zone 1/Zone2)

FAULT S

MONITORED

CABLE

REQUIREMENTS

Ex tb IIIC T85°C Db (Class II, Zone 21)

ENCLOSURE RATING

Type 4X, IP66

WARRANTY X5000 transmitter 2 years

XIR PLUS 10 years source,

5 years electronics

XCell Sensors 3 years
Electrochemical Sensors Varies by gas

APPROVALS CSA, FM*, ATEX, IECEx, INMETRO, DNV-GL Marine,

CE Marking.
Complies with C22.2 No. 152, FM 6320
RED, FCC, Suitable for SIL 2

Environmental Specications**

OPERATING

TEMPERATURE

STORAGE

** May dier by gas type, see data sheet

XCell -40°C to +60°C

RANGE

XIR PLUS -40°C to +60°C

-40°C to +60°C

TEMPERATURE

RANGE

RELATIVE HUMIDITY
NONCONDENSING

XCell toxics & O 10-95%
XCell combustible 0-95%

* See manual for FM approved sensors.

XIR PLUS 15-95%

Note: This Bulletin contains only a general description of the products shown. While product uses and performance capabilities
are generally described, the products shall not, under any circumstances, be used by untrained or unqualied individuals. The
products shall not be used until the product instructions/user manual, which contains detailed information concerning the proper
use and care of the products, including any warnings or cautions, have been thoroughly read and understood. Specications are
subject to change without prior notice.

0720-175-MC / 03.2021

© MSA 2021

Mechanical Specications

Bluetooth Low Energy (BLE) v4.3 or higher

(3X) SPDT - fault, warn, alarm

Relays Relays

Without With

XIR PLUS 5.7 W 6.7 W
XCell combustible 3.9 W 4.9 W
XCell Toxic & O 1.8 W 2.8 W
XIR PLUS & XCell combustible 9.9 W 10.9 W
XIR PLUS & XCell toxic or O 6.0 W 7.0 W
Dual XIR PLUS 10.6 W 11.6 W
Dual XCell toxic & O 2.6 W 3.6 W
Dual XCell combustible 9.6 W 10.6 W
Dual XCell comb. & XCell toxic or O 4.3 W 5.3 W

EN 61000-6-3

2000:1 and view angle of 160°

Low supply voltage, RAM checksum error, ash
checksum error, EEPROM error, internal circuit error,
relay, invalid sensor conguration, sensor faults, general
system

3-wire shielded cable for single sensor and 4-wire
shielded cable for dual sensor congurations.
Accommodates up to 12 AWG or 4 mm2

Refer to manual for mounting distances.

Dimensions

MSA operates in over 40 countries
worldwide. To nd an MSA oce near you,
please visit MSAsafety.com/oces.

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