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PERSONAL CO2/O2 MONITOR-SUB-ASPIDA

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Key features
  • It is the only portable monitor to be pressure corrected ensuring no false readings are given
  • The Sub Aspida is compact in size (127 x 44 x 90mm LxDxW)
  • The oxygen (O2) sensor can be calibrated on air, reducing costly gas requirements and making you self sufficient in the maintenance of the sensor
  • The carbon dioxide (CO2) sensor only needs calibrating every 12 months
  • OLED (Organic Light Emitting Diode) display
  • Pressure compensated CO2 & O2 sensors
  • Rechargeable battery-operated (NiMH)
  • Datalogging
  • Man-down alarm
  • Can offer continuous monitoring or spot checking
  • Audio, visual and vibration alarms
  • TWA (Time Weighted Average) Alarm
  • User maintainable
  • Can be worn on the belt or clipped to a panel
  • Pressure range of 700-1200mbara
  • Maintenance reminders as standard
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
SF1033560130141-13
Brands:: Analox

Description

Description

The Sub Aspida is a personal, portable monitor which is used to detect levels of carbon dioxide (CO2) and oxygen (O2) in pressurized environments.

CO2 monitoring & O2 monitoring with the Sub Aspida

Unlike industrial sensing monitors, the Sub Aspida was designed with pressure corrected sensors, giving you 100% confidence in your readings.

The Sub Aspida has been upgraded to support those who work at high altitude.

Pressure tested to 10,000 ft or 700 MB, the Sub Aspida will remain accurate and reliable when monitoring CO2 and O2 in the atmosphere, meaning you can concentrate on the job at hand!

 

Technical Specification

SUB-ASPIDA

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DescriptionShipped From Abroad
Key features
  • It is the only portable monitor to be pressure corrected ensuring no false readings are given
  • The Sub Aspida is compact in size (127 x 44 x 90mm LxDxW)
  • The oxygen (O2) sensor can be calibrated on air, reducing costly gas requirements and making you self sufficient in the maintenance of the sensor
  • The carbon dioxide (CO2) sensor only needs calibrating every 12 months
  • OLED (Organic Light Emitting Diode) display
  • Pressure compensated CO2 & O2 sensors
  • Rechargeable battery-operated (NiMH)
  • Datalogging
  • Man-down alarm
  • Can offer continuous monitoring or spot checking
  • Audio, visual and vibration alarms
  • TWA (Time Weighted Average) Alarm
  • User maintainable
  • Can be worn on the belt or clipped to a panel
  • Pressure range of 700-1200mbara
  • Maintenance reminders as standard
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
Key Features
  • Optional Submarine PMS (Platform Management System) integration
  • Customized user interface/HMI
  • Datalogging
  • Download port
  • Visual alarms with alarm location
  • Password protection
  • Choice of gas sensing modules: oxygen (O2), carbon dioxide (CO2), carbon monoxide (CO), hydrogen (H2) and refrigerants
  • Local visual alarms
  • Optional relays
  • Temperature compensated
  • User maintainable
  • Partial pressure sensing
  • MIL-STD-461F compliant
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 Easily accomplish more with SonoScape’s new P50 ultrasound system. Incorporating single crystal clarity, automatic corrections and calculation, and user defined flexibility promises a confident diagnostic experience as well as opening new doors of opportunity for ultrasound use. Delivery & Availability: Typically 7-14 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
Content
Description
The Sub Aspida is a personal, portable monitor which is used to detect levels of carbon dioxide (CO2) and oxygen (O2) in pressurized environments.
CO2 monitoring & O2 monitoring with the Sub Aspida
Unlike industrial sensing monitors, the Sub Aspida was designed with pressure corrected sensors, giving you 100% confidence in your readings. The Sub Aspida has been upgraded to support those who work at high altitude. Pressure tested to 10,000 ft or 700 MB, the Sub Aspida will remain accurate and reliable when monitoring CO2 and O2 in the atmosphere, meaning you can concentrate on the job at hand!  
Technical Specification
SUB-ASPIDA
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
Description
The 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 Specification
DAMS SPECIFICATION  
Characteristics

Flexibility

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
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

Click here to download Data Sheet
Click here to download Manual
DETAILS Powerful Compact Precision Taking into consideration the evolving expectations and needs for ultrasound, the P50 is a slim and unobtrusive trolley system that is comfortable in tight, congested spaces with little room to work in. Providing everything you need for a comfortable examination in a small space for both you and your patient. Single Crystal Transducer Wideband single crystal probes greatly improve the signal ratio, acquire stunning images and provide superior sensitivity and resolution for both the near and far-fields. μ-Scan+ The new generation μ-Scan imaging technologies give you better image quality by reducing noise, improving signal strength and improving visualization. Dynamic Color Dynamic colour improves upon already existing colour Doppler technologies for clear capture of colour flow and detail visualization of even tiny veins with lower velocities. Solution for Radiology P50, is a leading-edge ultrasound system that can meet the demands of any clinical setting. You can experience a superior performance in multi-dimensional imaging for a full range of clinical applications – abdominal, breast and cardiovascular. C-xlasto Imaging By understanding that tissue stiffness varies depending on the type of tissue, we can use C-xlasto Imaging to easily find abnormalities and tumours within soft tissue. The differences in tissue responses are detected and visualized in real-time by the elastography algorithms through different representations, which can be particularly helpful in analyzing breast, thyroid and musculoskeletal structures. Predominately used only in linear probes, SonoScape’s new transvaginal and bi-plane probe for gynaecology and urology are breaking the mould and expanding elastography applications. Real-time Color Panoramic With the combination of colour flow and real-time panoramic, visualizing the blood flow of an entire vein or artery is now an easy task. Accomplished in real-time for the convenience of the sonographers, any mistakes can also be easily backtracked and corrected without interrupting the scan. Contrast Imaging Contrast Imaging on P50 makes full use of the infra harmonic signal and second harmonic signal to improve the image resolution and deep penetration. What’s more, the Dynamic Acoustic Control technology effectively controls the acoustic pressure for the contrast agent, decreasing the required agent dose and assures uniform image quality, guaranteeing longer contrast agent duration and better lesion perfusion of delayed phase observation. Solution for OB/GYN P50 has superior image quality, automated measurement tools, and a variety of volume technologies to provide ideal solutions for clinical examinations such as pregnancy examinations, and gynecologic disease diagnosis. With a new 4D transvaginal probe, P50 helps you to see and detect fetal abnormalities and significantly improves your diagnostic confidence during your examinations. S-Live Silhouette A unique transparent 3D anatomical image of the fetus for improved initial anatomical review. By using this new application, the system can create completely different fetal images from conventional ultrasound images, which can depict the fetal's intracorporeal anatomical structure. Pelvic Floor 4D Working in conjunction with SonoScape’s latest transvaginal probes, trans-perineal 4D pelvic floor ultrasound provides a useful clinical assessment of the impact of vaginal delivery on the female anterior compartment. Allowing doctors to judge whether the pelvic organs prolapsed or not, the extent of prolapse, and determining whether the pelvic muscles tore correctly. S-Guide S-Guide gives the user an extensive list of example obstetric ultrasound images as reference guides and a convenient checklist system to keep track of their progress during their obstetrics examination. Auto Face Automatically removes masking layers in front of the fetus’s face for a clearer vision of the fetus’s face. AVC Follicle AVC Follicle automatically identifies how many follicles are present and calculates their individual volumes. Solution for Cardiology P50 provides clear 2D clinical images and Doppler sensitivity to assess critical cardiac performance. Compatible with SonoScape’s single crystal probes, the P50 can provide images with better resolution and penetration in Cardiac diagnosis. Tissue Doppler Imaging Tissue Doppler Imaging allows clinical doctors to quantitatively evaluate local myocardial movements and functions, facilitating them with the ability to analyze and compare the motions of the different parts of the patient’s heart. Stress Echo Stress echocardiography is the combination of 2D echocardiography with physical, pharmacological or electrical stress of the patient. It also then provides users with report management tools such as configurable template editor, multiple loops to select one for storage, wall motion scoring, stress echo report, etc Auto IMT Auto IMT is used when determining the level of vascular sclerosis present in the patient by automatically tracing and calculating the thickness of the carotid vessels. What distinguishes the P50 is that it provides an instant and accurate Mean and Max index at the touch of a single button. Auto EF Automated 2D Cardiac Quantification is a fully intelligent trace function for endocardium with 19 easily-adjustable points providing rapid access to proven 2D EF and volumes.
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