SV-Multisensor2_01

Health Education / Medical Equipment

OXYGEN & CARBON DIOXIDE MONITOR

Brands: Analox

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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.

Sku:

SF1033560130141-12

Brands:: Analox

Description
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Description

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

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Settings OXYGEN & CARBON DIOXIDE MONITOR remove Super-Full Touch Screen Water Purification System remove Pilot-RO Water Purification System remove Atmosphere Protection Module remove PERSONAL CO2/O2 MONITOR-ASPIDA remove PARTIAL PRESSURE O2 ANALYSER remove

Name OXYGEN & CARBON DIOXIDE MONITOR remove Super-Full Touch Screen Water Purification System remove Pilot-RO Water Purification System remove Atmosphere Protection Module remove PERSONAL CO2/O2 MONITOR-ASPIDA remove PARTIAL PRESSURE O2 ANALYSER remove

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SKU SF1033560130141-12 SF1033560130126-3 SF1033560130126-2 SF1033560130141-16 SF1033560130141-11 SF1033560130141-19

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Description

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 Super series uses city tap water as the water source, and can easily and quickly produce secondary RO (reverse osmosis) water, EDI deionized water and UP ultrapure water. It uses a standard two-stage reverse osmosis system and Ionpure EDI technology and modules to continuously produce Class II pure water with a TOC of more than 10MΩ.cm (25℃) and <30ppb, and ultrapure water of 18.2MΩ.cm (25℃). System water output: 10 liters/hour, and the daily output of pure water can reach 240 liters.

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

Shipped From Abroad An economical choice of primary pure water for daily laboratory cleaning , with a water output of 45 - 180 liters per hour, ion retention rate >98%, organic matter retention rate >99% (when MW >200 Daltons), particle and bacteria retention rate >99%, which can meet the requirements of conventional production process water and laboratory utensil cleaning water, and can be used as the inlet water for ultrapure water systems, high-pressure steam sterilizers, environmental test chambers and other instruments.

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

Shipped From Abroad

Key Features

Flexible to meet your specific needs and ensures you meet current legislation
Measures up to 2 gasses with a choice of; O2 (oxygen), CO2 (carbon dioxide) and R134a (refrigerants). The APM will soon be able to measure VOCs (volatile organic compounds)
Uses MODBUS RTU communications protocol
Temperature compensated sensors with PressureSync technology
Fitted with 2 relays
Compatible with the Analox Distributed Atmosphere Monitoring solution (DAMS)

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

Shipped From Abroad

Key Features

IP65 rated, ensuring the unit is dust tight and protected against water
Data logging capability
Man down alarm
Time Weighted Average (TWA) monitoring
Rechargeable batteries
Intelligent software – up to 2 users registered to one unit
User changeable alarms
We recommend: 23.5% for oxygen (O2) enrichment (As per NHS SOPS/EH40/OSHA); 19.5% for oxygen (O2) deficiency 0.5%; & 1.5% for carbon dioxide (CO2) enrichment

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

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

Performance characteristics

New 7.0-inch color touch screen

The new 7-inch color 16:9 widescreen high-resolution full touch screen control system provides a new fingertip touch operation experience.

4-channel water quality and 3-channel flow monitoring on the host

Source water, secondary RO water, EDI deionized water, UP ultrapure w

The lab optimized standard two-stage reverse osmosis system

The use of dual pumps, dual membranes and transition water tanks reduces system energy consumption and wastewater, ensuring stable water quality under different source water conditions.

ater, 4-way water quality online monitoring and water quality exceeding standard alarm function.

1-way source water flow statistics, EDI deionized water and UP ultrapure water 2-way high-precision quantitative water extraction function.

Standard-50L PE pure water tank

The polyethylene pure water tank with conical bottom design contains an air filter, which can effectively absorb CO2, organic matter and filter bacteria and particles, and can be equipped with UV ultraviolet irradiation sterilization components.

Features and Advantages

Built-in 3-pump system with primary and secondary RO booster pumps and circulation disinfection pumps to achieve complete two-stage reverse osmosis, system circulation and disinfection functions
Full-level filter element alarm prompt function based on time and flow, showing the used and remaining life of consumables
Automatic detection and alarm functions such as system water shortage alarm, water tank full alarm, water quality exceeding standard alarm, consumable life end alarm, water leakage protection alarm, etc. provide safety guarantee
Fully automatic RO membrane anti-scaling flushing program (flushing interval and duration can be set) to extend the service life of the RO membrane
Built-in SD card, can store and view operation data charts and curves, and can be inserted into a USB flash drive for complete data export, providing data traceability
With USB interface system program upgrade function, and optional WIFI module
Built-in perpetual calendar clock, convenient for consumables management and service settings
Ultrapure water full pipeline dosing disinfection function, just add disinfection tablets to start the one-key disinfection program to ensure high-quality pure water
Ultrapure water circulation function, which can be started and shut down freely to maintain low bacterial contamination level in the system
Factory and customer secondary passwords, system parameter settings are all password protected to prevent unauthorized changes
Compatible with 2 pure water storage methods of pressure water barrels to meet different application needs
High-strength all-engineering plastic chassis, ergonomic design, beautiful appearance, no corrosion and rust, ensure the cleanliness of the machine body, in line with GLP specifications
Unique 4-door design, pretreatment, RO and ultra-purification components, EDI and TOC modules, water tanks and control components adopt independent modular structures, making system maintenance more convenient
Pipes and joints are NSF certified to minimize TOC precipitation in the system and ensure the highest pure water quality
Powerful pre-treatment components, combined with 5μm PP transparent filter, KDF composite filter, coconut shell water-washing grade precision activated carbon filter, effectively protect the RO membrane
DOW RO reverse osmosis membrane, RO membrane components optimized by The lab, achieve the combination of long life, stability and high desalination rate of RO membrane
The new integrated ultra-purification component of DOW resin ensures that the water produced reaches 18.2MΩ.cm and reduces TOC precipitation
Ultra-long life 254&185nm dual wavelength UV lamp, combined with medical grade 316L flow hood, effectively sterilizes, reduces TOC, and enhances the system's application range
UF ultrafiltration components, molecular weight cut-off: MWCO5000D, effectively remove pyrogens/endotoxins, can be used for precision cell culture and IVF
Double-layer terminal sterilizing filter, accuracy: (0.45+0.1)μm, using PES polyethersulfone composite filter membrane, double-layer filtration design to ensure the terminal effluent is sterile

Technical Parameters

name	Basic	Heat removal prototype	Low organic matter type	Comprehensive	Built-in TOC monitor
model	Super 10	Super 10F	Super 10V	Super 10FV	Super-TOC10V	Super-TOC 10FV
Pure water output	10 L/hour
Ultrapure water output	Up to 2.0L/min (when there is water in the water tank)
Ultrapure water index
Resistivity (25℃)	18.2MΩ.cm
Total Organic Carbon TOC*	<10ppb	<10ppb	<3ppb	<3ppb	<3ppb	<3ppb
bacteria	<0.01cfu/ml
Particles (>0.1μm)	<1/ml
Pyrogens/endotoxins	N/A	<0.001Eu/ml	N/A	<0.001Eu/ml	N/A	<0.001Eu/ml
RNases	N/A	<1pg/ml	N/A	<1pg/ml	N/A	<1pg/ml
Deoxyribonucleases (DNases)	N/A	<5pg/ml	N/A	<5pg/ml	N/A	<5pg/ml
Pure water index
Resistivity*	>5MΩ.cm
Total Organic Carbon (TOC)*	<30ppb
Silicon Rejection Rate	>99.9%
Source water requirements	Urban drinking tap water, water temperature 5-45℃, water pressure 1.0-4.0Kgf/cm2
Size and weight	Length × width × height: 545 × 470 × 649 mm, weight: about 35 kg
Electrical requirements	220-240V, 50/60Hz
power	240W
System Configuration	Host (including 1 set of purification column) + TOC monitor (TOC type) + 50L PE ultrapure water storage tank

An economical choice of primary pure water for daily laboratory cleaning , with a water output of 45 - 180 liters per hour, ion retention rate >98%, organic matter retention rate >99% (when MW >200 Daltons), particle and bacteria retention rate >99%, which can meet the requirements of conventional production process water and laboratory utensil cleaning water, and can be used as the inlet water for ultrapure water systems, high-pressure steam sterilizers, environmental test chambers and other instruments

Technical Parameters

Product Model	Pilot-RO45	Pilot-RO63	Pilot-RO90	Pilot-RO120	Pilot-RO180
Pure water output*	45L/Hour	63L/Hour	90L/Hour	120L/Hour	180L/Hour
RO reverse osmosis water indicators
Ion retention rate	98%-99% (when using new RO membrane)
Organic matter retention rate	>99%, when MW>200 Daltons
Particle and bacteria retention	>99%
bacteria	<0.01 cfu/ml (optional 0.2μm imported PES terminal filter)
Particles (>0.2μm)	<1/ml (optional (0.2μm imported PES terminal filter)
Raw water requirements	Urban drinking tap water, water temperature 5-45℃, water pressure 1.0-4.0Kgf/ ^cm2
Size and weight	Length × width × height: 640 × 540 × 1110mm; Weight: about 70Kg
Electrical requirements	220V, 50/Hz
power	120W	120W	240W	240W	240W
System Configuration	Main unit (including 1 set of purification column) + 2 built-in 15L pressure water buckets + TDS/conductivity test pen + accessory bag

Descriptions

The Analox APM (Atmosphere Protection Module) is a configurable modular system which has the ability to monitor up to 2 gasses. This unique solution can be used as a stand alone atmosphere monitor or it can be integrated into existing PMS systems.

Technical Specifications

System Specifications

Operating Temperature	0°C to +45°C +32°F to +113°F
Operating pressure	700 to 1300mBar
Humidity Range	0 to 95% RH
Power	24vDC (nominal) as standard
Communications	MODBUS RTU
Relays	2 as standard
Calibration interval	Before mission and / or every 3 months

Sensor Unit

Sensor type	Range	Danger
CO2	NDIR	0 to 5% / 0 to 30mBar	Toxic
O2 (Depleted)	Electrochemical	0 to 25% / 0 to 2500mBar	Asphyxiation
O2 (enriched)	Electrochemical	0 to 25% / 0 to 2500mBar	Fire/explosion
R134a	NDIR	0 to 1000ppm	Asphyxiation
VOCs	PID	0 to 20ppm	Toxic

Click here to download Data Sheet

Download Pumped Detectors Technical Manual

The Aspida is a robust, high specification personal oxygen (O2), carbon dioxide (CO2) or dual (O2 / CO2 combined) monitor which can be worn on a belt or even wall mounted as a backup to a primary safety system.

The Aspida, (Greek for Shield) helps you comply with the regulations, will remind you when maintenance is needed and it safeguards the user from the gas risks.

Technical Specification

Aspida

Operating temperature	-5°C to +50°C
Humidity Range	0 to 99% RH
Display	High-visibility, Organic Light Emitting Diode (OLED) display
Alarm horn	95dB @ 30cm (110dB - man-down alarm)
LED indicators	1 x Green - OK, 1 x Amber - Fault, 1 x Red - Alarm
Internal data log	1 log every 30 seconds for at least 7 days of continuous use
Batteries	2 x NiMH 2100mAh AA batteries (or suitable AA type batteries)
Battery discharge time	15 hours under normal operation (passive atmospheric monitoring, minimal user interaction, no alarms)
Battery lifespan	2 years
Battery charge time	4.5 hours (from flat)
Charge power supply rating	9 V DC - 0.55A
Dimensions	127 x 44 x 90 mm / 5 x 1.7 x 3.5 inches (HxDxW)
Electronics warranty	2 years
IP rating	IP65

Aspida Sensors

CO2 Sensor	O2 Sensor
Sensor type	Analox infrared MIR	Electrochemical
Range	0.01 to 5%	0.1 to 25%
Accuracy (at standard temperature and pressure)	±2% of full scale between 0.01% and 2.5%, ±3%	±3% of full scale between 0.1% and 25%
Response time	T90 <60 seconds	T90 <30 seconds
Sensor life span	5 years	2 year (expected)

Characteristics

Personal Protection

Enriched oxygen (O2) can cause a condition on the human body called hyperoxia, enriched CO2 is highly toxic, both are a threat to life and must be safeguarded against. If an inert gas such as nitrogen (N2), argon (Ar), helium (He) or liquid nitrogen (LN2) leaks then this will deplete the levels of oxygen (O2) in the surrounding area, creating a dangerous atmosphere. The Aspida can offer personal protection and alerts to all of these risks, offering you true peace of mind.

Ideal Solution

Offering audible and visual alarms, data logging and a man down alarm for lone workers, it is an ideal solution to protect staff from the dangers of a leak of carbon dioxide (CO2), oxygen (O2) or inert gas. The Aspida is an affordable, easy to operate gas detection monitor and is perfect for ensuring safety in areas where the gas is piped, used or stored. It operates using rechargeable battery technology allowing it to run for more than 12 hours continuously between charges.

Click here to download User Manual

Click here to download Data Sheet

Download Aspida Software

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

Click here to download Data Sheet

Click here to download Quick Start Guide

Click here to download User Manual

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