PARTIAL PRESSURE O2 ANALYSER
$0.00
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
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
Description
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
Click here to download Data Sheet
Click here to download Quick Start Guide
Click here to download User Manual
Quick Comparison
| Settings | PARTIAL PRESSURE O2 ANALYSER remove | DISTRIBUTED ATMOSPHERE MONITORING SYSTEM remove | DISSUB ANALYSER remove | Super-Full Touch Screen Water Purification System remove | CARBON MONOXIDE ATMOSPHERE MONITORING SYSTEM remove | VENUS SOLO OEM SENSOR remove | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Name | PARTIAL PRESSURE O2 ANALYSER remove | DISTRIBUTED ATMOSPHERE MONITORING SYSTEM remove | DISSUB ANALYSER remove | Super-Full Touch Screen Water Purification System remove | CARBON MONOXIDE ATMOSPHERE MONITORING SYSTEM remove | VENUS SOLO OEM SENSOR remove | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Description | Shipped From Abroad
Key Features
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
Key Features
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
Key Features
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
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
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
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| Content | DescriptionThe 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 HYPClassification 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 SensorThe 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 SpecificationHYPClick here to download Data SheetClick here to download Quick Start GuideClick here to download User Manual | DescriptionThe DAMS (Distributed Atmosphere Monitoring System) is a flexible, robust and fully configurable, submarine atmosphere monitoring system. Designed with you in mind, this life-saving, mission critical equipment offers multi-point sensing for AIP or Diesel Electric subs and is suitable for new submarine designs or mid-life upgrades.Gas sensors are monitored centrally via the PLC and offer local sensing and alerts for the crew in the aft, middle and fore of your boat, giving you true peace of mind throughout the duration of your patrol. Technical SpecificationDAMS SPECIFICATIONCharacteristicsFlexibility No matter a submarine’s size or what country’s flag it flies, it is a fact that no two submarines are the same. Every vessel has unique gas monitoring needs and requires an analytical tool with the versatility to be configured to each vessel’s individual requirements. Each state-of-art DAMS unit is flexible, robust and fully configurable and can monitor up to six different gasses simultaneously from one centralized PLC (programmable logic controller) panel.Communication Easily the most versatile and customizable product in the entire Analox line, DAMS quite simply is a centralized hub that allows multiple analyzers and monitors located in multiple locations throughout a submarine to communicate with each other. With the integral communication to the ships platform management systems, should an alarm be triggered, the duty officer is ideally positioned and instantly informed to take appropriate corrective action without having to leave the Con, or central control room. Testing The modular design of the DAMS incorporates multiple testing technologies including GFC to monitor carbon monoxide (CO), electrochemical for depleted or enriched oxygen (O2), NDIR for carbon dioxide (CO2) and refrigerants (R134a) and Catalytic Bead technology to test for hydrogen (H2). Each DAMS monitor is ideally suited for conventionally powered diesel/electric powered submarines or air-independent propulsion (AIP) designs. Each DAMS unit is shock, pressure and temperature compensated and tested to withstand the demanding submarine environment. This highly versatile tool can be tailored to customer-specific requirements for EMC (electro-magnetic capability), durability, vibration and noise interference. Having successfully passed rigorous sea trials and laboratory testing, DAMS units are currently deployed with multiple naval groups throughout the world. In response to highly precise military standards and requirements, DAMS is simple to customize and install. Each unit is user maintainable, and has delivered the proven accuracy and reliability demanded by the submarine community. The modular design of DAMS allows for upgrades and changes to the system as the vessel’s operational requirements change throughout the product’s operational life.Easy Calibration Each DAMS system can be calibrated by just one person and is extremely easy to maintain, reducing and often eliminating disruptions to normal operations. Analox also offers multi-gas sensors that can be calibrated simultaneously.Click here to download Data Sheet | DescriptionThe 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 SpecificationTemperature & Humidity Sensor Main Unit
Click here to download Data SheetClick here to download Technical Manual | Performance characteristics
The new 7-inch color 16:9 widescreen high-resolution full touch screen control system provides a new fingertip touch operation experience.
Source water, secondary RO water, EDI deionized water, UP ultrapure w
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.
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
Technical Parameters
| Key Features
Technical SpecificationsClick here to download Data SheetClick here to download Manual | DescriptionThe 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 SpecificationVenus Solo | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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