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VENUS SOLO OEM SENSOR

Brands: Analox

~~$0.00~~

Shipped From Abroad

Key Features

Single gas (user defined)
Backward compatible with ADC’s ‘Eclipse’
Linearised Output
Continuous status signal to check device health

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

Sku:

SF1033560130141-15

Brands:: Analox

Description
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Description

Description

The Venus Solo OEM sensor is a self-contained unit designed for integration into other manufacturers’ equipment and provides a measurement of gas concentration according to specific user requirements. These GFC (Gas Filter Correlation) sensors generate a signal proportional to the infrared absorption of the measured gas.

Providing the gas concentration lies within the designed range of the sensor, the signal is periodically compared with a reference gas. Gas concentrations are indicated through the non-linearised analogue signal output. Gas connections to and from the sensor are via suitable fittings on the gas measuring cell.

The Venus Solo OEM Series sensors electrical supply is designed to accept 24V DC (3amp max).

Our Venus Solo OEM sensor uses GFC (Gas Filter Correlation) technology to give highly accurate gas measurements.

The Venus Solo can be integrated into your own gas analyzer or management system and offers the user a 0-2.5v analogue output.

The sensor is currently available as either: Carbon dioxide (CO2), carbon monoxide (CO), nitrous oxide (N20), methane (CH4) or nitric oxide (NO). If your application requires a different gas, just let us know and we can customise it to your needs.

The Venus Solo is used in Military applications to protect submariners from carbon monoxide (CO) exposure.

Technical Specification

Venus Solo

Operating Temperature Range	5°C to 40°C
Ambient Humidity	0 to 95% RH, non condensing
System Warm-up Time	30-60 minutes (dependant on gas)
Power Requirements	24V DC +/- 10%, Max current 3A, Nominal current 600mA (after warm up)
Outputs	4-20mA, RS232, relays
Response Time (T90)	Between 10-90 secs (dependant upon gas cell length) at flow rate of 500ml/minute
Intrinsic Accuracy	+/- 0.2% of full scale
Sensor Technology	Gas Filter Correlation

Gas PPM Ranges

Gas Type	10 PPM	20 PPM	50 PPM	100 PPM	200 PPM	500 PPM	1000 PPM	2000 PPM	5000 PPM
Carbon Dioxide (CO2)	✓		✓	✓		✓	✓		✓
Carbon Monoxide (CO)		✓		✓	✓	✓	✓		✓
Methane (CH4)				✓	✓	✓	✓		✓
Nitrous Oxide (N20)	✓		✓	✓	✓	✓	✓		✓

Gas % Ranges

Gas Type	1%	5%	10%	20%	50%	100%
Carbon Dioxide (CO2)	✓	✓	✓		✓	✓
Carbon Monoxide (CO)	✓	✓	✓		✓	✓
Methane (CH4)	✓	✓	✓	✓	✓	✓
Nitrous Oxide (N20)	✓	✓	✓	✓	✓	✓

Click here to download Data Sheet

Click here to download Operational Manual

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VENUS SOLO OEM SENSOR remove OXYGEN & CARBON DIOXIDE MONITOR remove Full Touch Screen Water Purification System remove LOW LEVEL CARBON MONOXIDE MONITOR remove Smart-RO Water Purification System remove DISSUB ANALYSER remove

Name VENUS SOLO OEM SENSOR remove OXYGEN & CARBON DIOXIDE MONITOR remove Full Touch Screen Water Purification System remove LOW LEVEL CARBON MONOXIDE MONITOR remove Smart-RO Water Purification System remove DISSUB ANALYSER remove

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SKU SF1033560130141-15 SF1033560130141-12 SF1033560130126-4 SF1033560130141-4 SF1033560130126-1 SF1033560130141-17

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Description

Shipped From Abroad

Key Features

Single gas (user defined)
Backward compatible with ADC’s ‘Eclipse’
Linearised Output
Continuous status signal to check device health

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 Center series uses city tap water as the water source, conveniently and quickly produces secondary RO reverse osmosis water, DI/EDI deionized water and UP ultrapure water. It adopts standard two-stage reverse osmosis system and EDI technology and modules*, and continuously produces Class II pure water with a TOC of more than 10MΩ.cm (25℃) and less than 30ppb*, and ultrapure water of 18.2MΩ.cm (25℃).There are currently four sub-product series of Center (Center-EDI) pure water and ultrapure water, and the system water output is: 45, 60, and 90 liters/hour.

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

Shipped From Abroad

Key Features

Highly accurate 4-pin sensor
>3-year expected cell life
Temperature compensation Sub-ppm gas measurement
RS485 digital output
Optional pressure sensor
Easy cell replacement
High stability, low drift
Easy cell replacement
High stability, low drift

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 an hourly water output of 15-30 liters, ion retention rate >97%, organic matter retention rate >99% (when MW >200 Daltons), particle and bacteria retention rate >99%, which can meet the water requirements for routine laboratory ware cleaning 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

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.

Content

Description

The Venus Solo OEM sensor is a self-contained unit designed for integration into other manufacturers’ equipment and provides a measurement of gas concentration according to specific user requirements. These GFC (Gas Filter Correlation) sensors generate a signal proportional to the infrared absorption of the measured gas. Providing the gas concentration lies within the designed range of the sensor, the signal is periodically compared with a reference gas. Gas concentrations are indicated through the non-linearised analogue signal output. Gas connections to and from the sensor are via suitable fittings on the gas measuring cell. The Venus Solo OEM Series sensors electrical supply is designed to accept 24V DC (3amp max). Our Venus Solo OEM sensor uses GFC (Gas Filter Correlation) technology to give highly accurate gas measurements. The Venus Solo can be integrated into your own gas analyzer or management system and offers the user a 0-2.5v analogue output.

The sensor is currently available as either: Carbon dioxide (CO2), carbon monoxide (CO), nitrous oxide (N20), methane (CH4) or nitric oxide (NO). If your application requires a different gas, just let us know and we can customise it to your needs. The Venus Solo is used in Military applications to protect submariners from carbon monoxide (CO) exposure.

Technical Specification

Venus Solo

Operating Temperature Range	5°C to 40°C
Ambient Humidity	0 to 95% RH, non condensing
System Warm-up Time	30-60 minutes (dependant on gas)
Power Requirements	24V DC +/- 10%, Max current 3A, Nominal current 600mA (after warm up)
Outputs	4-20mA, RS232, relays
Response Time (T90)	Between 10-90 secs (dependant upon gas cell length) at flow rate of 500ml/minute
Intrinsic Accuracy	+/- 0.2% of full scale
Sensor Technology	Gas Filter Correlation

Gas PPM Ranges

Gas Type	10 PPM	20 PPM	50 PPM	100 PPM	200 PPM	500 PPM	1000 PPM	2000 PPM	5000 PPM
Carbon Dioxide (CO2)	✓		✓	✓		✓	✓		✓
Carbon Monoxide (CO)		✓		✓	✓	✓	✓		✓
Methane (CH4)				✓	✓	✓	✓		✓
Nitrous Oxide (N20)	✓		✓	✓	✓	✓	✓		✓

Gas % Ranges

Gas Type	1%	5%	10%	20%	50%	100%
Carbon Dioxide (CO2)	✓	✓	✓		✓	✓
Carbon Monoxide (CO)	✓	✓	✓		✓	✓
Methane (CH4)	✓	✓	✓	✓	✓	✓
Nitrous Oxide (N20)	✓	✓	✓	✓	✓	✓

Click here to download Data Sheet

Click here to download Operational 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

Performance characteristics

New 7.0-inch color touch screen

Animated menu, system information at a glance, and a new fingertip touch operation experience.

The lab optimized standard two-stage reverse osmosis system

The use of dual pumps, dual membranes and transition water tanks reduces system energy consumption, reduces wastewater and produces more stable water quality.

Advanced EDI technology and modules

Providing you with consistent 10MΩ.cm grade high purity water at an optimized operating cost.

Removable water tray

Prevent water droplets from splashing, store water in time, facilitate cleaning, and keep the system clean.

Built-in double water tank

Built-in 20L PE water tank and 1 20L pressure water bucket, saving more experimental space and eliminating the inconvenience of external water bucket.

Features and Advantages

The ultrapure water circulation system can be started and shut down freely to maintain the low bacterial contamination level of the system
Ultrapure water full pipeline disinfection program, can manually execute "circulation disinfection", "water inlet disinfection", "water tank filling", "manual sewage discharge", "stop disinfection"
Fully automatic RO membrane anti-scaling flushing (flushing interval and duration can be set) and manual forced flushing program to extend the service life of the RO membrane
The life of PP, KDF, AC, RO, UP, UF, TF, and UV consumables can be set, and the used time can be displayed, and automatic replacement reminders will be given when the time expires.
Water shortage and water full alarm, source water, RO reverse osmosis water, DI deionized water/UP ultrapure water exceeding the standard alarm
Compatible with two pure water storage methods: pressure water bucket and liquid level water tank, which can directly display the water storage capacity of the water tank to meet different application needs
System time setting (year/month/day/hour/minute), timed standby (0~60min), timed shutdown (0~24hour) functions
Record and check the replacement time of consumables at any time to fully grasp the equipment maintenance information
Complete information query and data management functions, fully control system operation status, water quality, consumables usage, timely alarm, historical alarm and other information
The entire pipeline adopts quick plug-in interface, and all pipes and joints are NSF certified
DOW RO reverse osmosis membrane ensures stable operation and high desalination rate
DOW's high-purity nuclear-grade resin ensures that the water produced reaches 18.2MΩ.cm and reduces TOC precipitation
Ultra-long life 254 & 185nm dual wavelength UV lamp, effective sterilization, reducing TOC
MWCO 5000D UF ultrafiltration module, effectively removes endotoxins/pyrogens
0.2μm PES polyethersulfone composite membrane terminal filter to ensure pure water quality

Description

The TEC CO is a device for monitoring very low levels of carbon monoxide (CO). This is housed in a robust miniature enclosure rated for IP55 ingress protection, with built-in temperature compensation and an RS485 digital output via Analox communications protocol. The sensors are backwards-compatible with the existing MEC (mini electrochemical) range and offer the same modular approach to gas monitoring.

Technical Specifications

TEC CO


Operating temperature range	−20 °C to 50 °C
Measurement range	0 ppm to 20 ppm
Response time (T90)	<70 seconds @ 0.5 L/min
Humidity range	15 %rh to 90 %rh
Power Supply	5 V DC ±10%, 50 mA (max)
IP rating	IP55

Carbon Monoxide Sensor

The TEC CO sensor was developed with signal stability in mind. It uses a sophisticated 4-pin electrochemical sensor which provides greater sensitivity than a 3-pin type, and its ‘plug-in’ mounting ensures that the cell pins have very short tracks to the circuit board for improved noise immunity. This connection arrangement not only maximizes sensor performance but also simplifies routine maintenance such as cell replacement.

Technical Parameters

Product Model	Smart-RO15	Smart-RO30
Pure water output*	15L/Hour	30L/Hour
Instantaneous water output**	Up to 2.0L/Min (when there is water in the water tank)
RO reverse osmosis water indicators
Ion retention rate	97%-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 (0.45+0.1)μm imported PES terminal filter)
Particles (>0.2μm)	<1/ml (optional (0.45+0.1)μm imported PES terminal filter)
Raw water requirements	Urban drinking tap water, water temperature 5-45℃, water pressure 1.0-4.0Kgf/ ^cm2
Instantaneous water output	2.0L/min (pressure water bucket required)
Water outlet	1: RO reverse osmosis water
Dimensions/weight	Length × width × height: 41 × 22 × 42 cm / about 20 kg
Electrical requirements	100-240V, 50/60Hz
power	48W	72W
System Configuration	Main unit (including 1 set of purification column) + 15L pressure water bucket + TDS/conductivity test pen + accessory bag

Consumables Information


Part Number/Model	Product Name	Service life/root (estimated)
PC-M-PP	5μmPP depth filter element	About 2-6 months
PC-PP-ZK	Zikang PP filter element	About 2-6 months*
PC-AC-B-ZK	Zikang activated carbon filter	About 4-6 months*
PTC-AC-HZS1	Organic matter purification column	About 6800 liters of pure water
RO-100GPD	100GPDRO membrane	About 1-2 years
RO-200GPD	200GPDRO membrane	About 1-2 years
PTC-MBR-K	Deionization purification column (imported resin)	About 1000 liters of pure water/column
PTC-UPPR-K	Ultrapure water column (imported resin)	About 1000 liters of pure water/column
TF-(0.45+0.1)μm-S	(0.45+0.1)μm imported PES terminal filter	-
UF-5000D	MWCO5000DUF ultrafiltration component (original imported)	-
UV-(185nm&254nm)-10W-K	Dual wavelength (185nm & 254nm) UV lamp assembly (imported)	-
LAMP-(185nm&254nm)-10W-K	Dual wavelength (185 & 254nm) UV lamp (imported)	About 9000 hours
UV-254-10W-K	254nmUV ultraviolet lamp assembly (imported lamp tube)	-
LAMP-254-10W-K	254nm UV lamp (imported)	About 9000 hours

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

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