Chemistry-Experiments / Health Education

CARBON MONOXIDE MONITORING SYSTEM (AX60+ CO)

Brands: Analox

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The Ax60+ CO protects users in plant rooms, parking garages and anywhere that carbon monoxide can collect. The Ax60+ CO also can be used for online cylinder filling, to protect divers from compressed air contaminated with carbon monoxide related to compressor maintenance or contamination at the compressor inlet.

The Ax60+ CO benefits from the ability to operate as a single sensor and alarm or as part of a system of up to 4 sensors. Each system can also be composed of Ax60+: O2 sensors and Ax60+ CO2 sensors so it can fulfil multiple application needs.

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Sku:

SF1033560130141-1

Brands:: Analox

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Description

Key Features

Ambient CO monitoring
Online CO monitoring
Can be used with Nitrogen (N2) background gasses or, with calibration, can be used with Helium (He) background gasses
Has up to 3 user configurable alarms
Can operate as a stand alone sensor or as part of a larger system
Compatible with the rest of the Ax60+ range

Click here to download Quick Start Guide

Click here to download Manual

Click here to download Service Manual

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Settings CARBON MONOXIDE MONITORING SYSTEM (AX60+ CO) remove COMPRESSED BREATHING AIR MONITOR remove DISSUB ANALYSER remove OXYGEN & CARBON DIOXIDE MONITOR remove CARBON MONOXIDE ATMOSPHERE MONITORING SYSTEM remove PARTIAL PRESSURE O2 ANALYSER remove

Name CARBON MONOXIDE MONITORING SYSTEM (AX60+ CO) remove COMPRESSED BREATHING AIR MONITOR remove DISSUB ANALYSER remove OXYGEN & CARBON DIOXIDE MONITOR remove CARBON MONOXIDE ATMOSPHERE MONITORING SYSTEM remove PARTIAL PRESSURE O2 ANALYSER remove

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SKU SF1033560130141-1 SF1033560130141-3 SF1033560130141-17 SF1033560130141-12 SF1033560130141-2 SF1033560130141-19

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Description

Shipped From Abroad

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Shipped From Abroad

Key Features

Provides continuous monitoring 24/7
Low maintenance and is easy to install and maintain
Provides 90 days of datalogging which you can easily retrieve via a USB connection
Cost effective alternative to colorimetric tube testing
Supplied as either a fixed or portable version depending upon your needs
Can be used on any breathing air compressor
Digital display

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Shipped From Abroad

Key Features

Proven hyperbaric sensing capability
You have the ability to change sensors and maintain the unit in the dockyard, reducing costs and downtime
Backlit display for low/no light situations
Portable and lightweight making it easy to use around the submarine
Externally accessible batteries making for more convenient and safer changing
MODBUS RTU over RS485 digital communications, allowing for easy incorporation into your existing platform management system, including JANUS enabled underwater communication networks

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Shipped From Abroad

Key Features

Operating temperature 0 °C to 40 °C (32 °F to 104 °F)
Dual state-of-the-art oxygen and carbon dioxide sensors
Two analogue outputs, one for each gas detected
Maximum power consumption less than 5 watts
Designed to operate safely in a vacuum for four hours

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Shipped From Abroad

The COSAMS unit was designed specifically for use on submarines, most directly those that operate on diesel engines. Built to exacting military standards for performance, reliability and endurance, the Analox COSAMS uses proprietary Gas Filter Correlation (GFC) technology to specifically analyze the unique properties of CO.

The COSAMS (Carbon Monoxide Submarine Atmosphere Monitoring System) has been designed for use on submerged submarines to support life, where crew can be living and working for up to 90 days. Carbon monoxide can be generated on a submarine in several ways, from cooking and fire, to the incomplete combustion of diesel fuel and chlorate candles.

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Shipped From Abroad

Key Features

Compact in size making it ideal for confined space use
Fitted with a reliable PPO2 sensor, proven and tested within the hyperbaric environment
Large LCD display making readings easy to view

Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Content

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Key Features

Ambient CO monitoring
Online CO monitoring
Can be used with Nitrogen (N2) background gasses or, with calibration, can be used with Helium (He) background gasses
Has up to 3 user configurable alarms
Can operate as a stand alone sensor or as part of a larger system
Compatible with the rest of the Ax60+ range

Click here to download Quick Start Guide

Click here to download Manual

Click here to download Service Manual

A Reliable Tool

The ACG+ offers continuous monitoring of up to five different gas variables (oxygen, carbon monoxide, carbon dioxide, volatile organic compounds and water vapor) and simultaneously displays results for testing and calibration purposes. This eliminates potential delays and downtimes while test results are sent out for analysis. The ACG+ has also made cumbersome colorimetric tubes obsolete by drastically reducing the potential for human error in gas analysis. The continuous monitoring also has virtually eliminated the need for time-consuming spot checks. The ACG+ simultaneously scans for O2, CO2, CO, VOCs and water vapor, making it one of the most versatile tools any vessel can utilize. The automatic data log provides additional peace of mind for decision makers.

A Cost Effective Solution

You can’t put a price on safety, reliability and peace of mind. The Analox development team created the ACG+ to combine multiple tasks simultaneously, reducing the need for multiple analyzer units, costly test tubes, and often, extended times in port for repairs. The ACG+ is available in either a fixed location model or convenient portable units. This adaptability provides designers, procurement officers and equipment specialists some options in closed quarter situations.

A Tool, Easy To Install And Maintain

While each ACG+ unit can monitor up to five gasses simultaneously, each analytical system operating in the ACG+ is independent of the others. This means sensors can be replaced individually without needlessly causing downtime.

An Easy Choice

The Analox ACG+ has been proven effective in military situations around the world. The unit’s continuous and specific monitoring capabilities make it an easy choice for key decision-makers.

Technical Specifications

ACG+

Power	24V DC
Optional battery power	NiMH or Li-ION
Optional mains adaptor	Universal input 95 to 250 V AC, 50/60 Hz
IP Rating	IP45
Response Time	T90 <120 seconds T90 <15 minutes H2O sensor
Temperature	Operating: −5 °C to 50 °C / 23°F to 122°F Storage: −10 °C to 60°C / 14°F to 140°F
Flow rate	0.5L per minute (max)
Inlet Pressure	5-10 Bar Gauge (Optional regulator can be purchased)
Humidity	0-99% RH (Non Condensing)
Outputs	1 x normally open relay contacts 1 x normally closed relay contacts 3 x 24 V DC switched output

ACG+ Sensors

O2 Sensor	CO2 Sensor	CO Sensor	VOC Sensor	Water Vapor Sensor
Range	0 to 50%	0 to 1000 ppm	0 to 20 ppm	0 to 100 ppm	0 to 100 mg/m3
Accuracy	±(0.035% O2 + 1% of reading + ±(0.035% O2 + 1% of reading + 0.15% of reading/°C)	±(25 ppm CO2 + 1% of reading + 1 ppm CO2/°C)	±(1 ppm CO + 5% of reading + 0.1 ppm CO/°C)	±(1 ppm VOC + 5% of reading + 0.25% of reading/°C)	±(0.15 mg/m3 H2O + 20% of reading)
Technology	Analox MEC intelligent electrochemical oxygen sensor	Analox 5S3 intelligent NDIR sensor	Analox MEC intelligent electrochemical sensor	Analox MEC intelligent PID sensor	Water vapour sensor using capacitive technology

Click here to download Data Sheet

Click here to download Quick Start Guide

Click here to download User Manual

Description

The Sub Mk3P Continuous Gas Monitor from Analox is designed specifically to monitor life support gasses aboard a submarine in the event of a distressed submarine (DISSUB) situation.

Portable and lightweight, the Sub Mk3P monitor provides crucial information to the senior survivor about the state of the atmosphere inside the submarine during a time of crisis. This information helps that officer make one of the most challenging decisions any submariner ever has to make – attempt to escape the submarine or wait for rescue teams.

Technical Specification

Temperature & Humidity Sensor

Main Unit


Battery power	4 x ‘D’ alkaline cells (Hyperbaric)
External power	24V dc (9-36V dc), <0.5A
Backup batteries	2 x LR43 alkaline manganese cells
Displays	6 x 4 character LCD, with symbols and LED backlights
Operating temperature	-5 to 50°C
Storage temperature	-5 to 50°C
Operating pressure	0.7 to 10barA
Operating humidity	0 to 100%RH (Non-condensing)
Standards/ compliance	NATO STANAG 1476:2014 ANEP/MNEP 85 & 86 (2014) DEF STAN 59-411:2014 (EMC) IACs E10:2014 (MarED) type tested IP65 CE marked (RoHS)"
Dimensions (W, H, D)	240mm x 198mm x 127mm
Weight	2kg with batteries installed

O2 Sensor


Range	0 to 2000mbar pO2
Accuracy	±10mbar (0 to 300mbar pO2) ±50mbar (300 to 2000mbar pO2)
Response time (t90)	20s
Detection mode	Electro-chemical
Shelf life (in sealed packaging)	6 months
Expected life (in air)	12 months

CO2 Sensor


Range	0 to 100mbar pCO2
Accuracy	±10mbar
Response time (t90)	60s
Detection mode	Infrared
Expected life (in air)	5 years

Pressure Sensor

Range	0.7 to 10barA (-3 to 90MSW or -10 to 300FSW)
Accuracy (including annual drift)	-0.07bar +0.04bar
Response time (t90)	<1s
Detection mode	Piezoresistive
Expected life (in air)	>12 months (Replaced as a part of the O2sensor)

Click here to download Data Sheet

Click here to download Technical Manual

Description

The SV-Multigas-2 is a dual oxygen (O2) and carbon dioxide (CO2) monitor designed for vehicles operating in the upper atmosphere. Housed in a robust, compact enclosure, the unit is ideal for use in airborne delivery systems, satellites and aircraft cabins. Since 2014 the SV-Multigas-2 has been successfully used in rockets travelling to outer space. Flexibility The SV-Multigas-2 incorporates user maintainable analogue sensors that provide a 1 to 5 V output. This modular approach to gas monitoring ensures that our customers have the flexibility to integrate the unit into their own system. It can be either installed directly in the gas path or used for general air monitoring.

Technical Specification

SV-Multigas-2

Operating temperature range	32 to 104 °F / 0 to 40 °C
Storage temperature range	−4 to 140 °F / −20 to 60 °C
Operating pressure range	8.7 to 17.4 psia / 600 mbar to 1200 mbara
Vacuum tolerance	normal operation of the SV-Multigas-2 will not be affected by 4 hour exposure to vacuum
Electrical supply	18 to 36 V DC, 100 mV ripple maximum
Power consumption	5 W maximum
2 analogue outputs are provided, one for each gas	Zero output: 1.0 V, full-scale output: 5.0 V, warm-up/fault output: 0.25 V Outputs are isolated from the incoming power supply and from each other

O2 SENSOR

Range	0 to 5.80 psi pO2 / 0 to 400 mbar
Repeatability @ 14.5 psia, 70 °F / 1000 mbara, 21 °C	± 0.116 psi pO2 / ± 8 mbar

CO2 SENSOR

Range	0 to 0.14 psi pCO2 / 0 to 10 mbar
Repeatability @ 14.5 psia, 70 °F / 1000 mbara, 21 °C	±(0.0014 psi pCO2 + 1.1% of reading) / ±(0.1 mbar + 1.1% of reading)

Click here to download Data Sheet

Key Features

Uses a GFC infra-red sensing technique ensuring the system is not sensitive to hydrogen or water vapor
Built-in auto-zero function ensures sensor stability
Real-time monitoring ensures rapid response to carbon monoxide (CO) issues as they occur
90 days data-logging allows records to be stored and used should they ever be needed
Easy to maintain allowing you to be more self-sufficient whilst minimizing downtime
Designed specifically for the submarine environment so it is able to cope with the demands of the environment in terms of EMC, shock and temperature

Technical Specifications

*Mechanical*
Nominal cabinet dimensions (exc mounting lugs)	479 x 280 x 176 mm (h x w x d)
Nominal cabinet dimensions (inc mounting lugs)	479 x 360 x 200 mm (h x w x d)
Cabinet weight	11.6 kg
Cabinet material	aluminium

*Electrical*
Electrical supply	115 V AC 60 Hz
Max power consumption	90W
Fuse rating	(F1, F2): 20 mm, 2.5A anti-surge
Signal output	4-20 mA
EMC compliance	MIL-STD-461F
ESD compliance	EN 61000-4-2

Operating temperature range	0 to +45°C
Storage temperature	40 to +70°C
Operating pressure range	800 to 1400 hPa
Extended pressure range	600 to 800 hPa (Degraded performance over this pressure range)
Storage/transport pressure range	300 to 1400 hPa
Operating humidity range	0 to 80 %RH
Extended humidity range (up to 1 hour)	80 to 100 %RH
Storage humidity range	0 to 80 %RH (temporary max. 100 %RH)
Max. roll angle	15° (constant), 45° (temporary)
Max. pitch angle	10° (constant), 30° (temporary)
Shock	Tested at 22g, 20ms (half sine) without shock isolation
Vibration	NATO STANAG 4138

CO measuring range	0 to 200 ppm
Repeatability, measured at RTP	± (1 ppm CO + 1 display count)
Accuracy across normal operating environmental envelope	±5% full scale (equivalent to ± 10 ppm)
Zero drift	±1 ppm CO/day
Cross-sensitivity to hydrogen	2% vol H2 < 1 ppm CO
Cross-sensitivity to CO2	5% vol CO2 < 1 ppm CO
Response time	T90 <60s

Click here to download Data Sheet

Click here to download Manual

Description

The HYP is a rugged and compact portable partial pressure monitor. Simple to operate, the HYP accurately reads oxygen (O2) levels within the hyperbaric environment.

O2 monitoring with the HYP

Classification bodies and industry guidelines within the diving market require each hyperbaric chamber to have a means of providing independent oxygen (O2) monitoring in the event of the primary monitor failing. The HYP is a portable PPO2 monitor capable of helping you to achieve such guidelines.

Oxygen Sensor

The compact size allows for convenient fitting within confined spaces such as diving bells and hyperbaric lifeboats, or alternatively the unit can easily be hand carried. It is very simple to use, with just a single push-button to switch power on and off, and an LCD display. It may be used at depths of up to 600MSW / 2000FSW, and can also be used at surface pressures.

Technical Specification

HYP

Range	0.00 to 2.00bar ppO2
Accuracy	± 1% of reading, ± 1LSD
Sensor warranty	3 months
Sensor response	<15 secs to T90
Sensor Life	Up to 3 years in air at (STP)
Power	9V Alkaline (PP3)
Battery life	1 month (800 hours) continuous operation or 3 months operation for 8 hours per day
Electronics Warranty	1 Year
Operating temperature	0°C to 40°C
Operating pressure	0.8 to 60 bar absolute (approx. 600MSW/2000FSW)
Dimensions	H 98mm x D 36mm x W 64 mm
Weight	200g
Replacement sensor	9100-9212-5H

Additional key features

Accurate and fast response to O2 levels

Compact and robust housing
Easy to read large display
Versatile, the HYP is suitable for use in; diving bells, hyperbaric chambers, hyperbaric lifeboats and submarines
Calibration every 6 months

Additional information