Infeciton Controlled OT | OR Solutions – We provide complete solutions for all types of surgery rooms, clean rooms and critical care rooms of a hospital. Solutions including hygienic air-conditioning and ventilation systems, fixed OR equipment that are complying to all European and US standards. We can guarantee 99.5% inactivation efficiency of all viruses and bacteria in our surgical rooms, which are developed, operated and maintained by us.
Hospital Communication Systems – Our nurse call systems are certified in accordance with the European Code VDE0834. Consequently, the responsible operators can be sure that the highest level of quality and security are being received in line with the latest directives and standards, and all requirements are met for the safe and advanced operation in clinics and hospitals.
Medical Gas Pipeline Systems – With more than two decades of experience in working with cryogenic gases, we have gained our capability in working with Medical Gas Pipeline systems (MGPS) to its full extent. Thanks to our CAD center with our cutting-edge pipe sizing software, which helps in designing meticulously all the complicated piping networks of a hospital with much ease. Our well qualified, trained and certified execution team ensures all our installations meet and exceeds the expectations of our valued clients.
Hospital Instruments and Furniture – With our strong international associations and tie ups, we can cater a large number of instruments and furniture for various needs of a hospital. We always make sure that our client’s expectations are met with respect to the clinical performances, safety and patient's comfort and the budget. We also provide a range of high-grade furniture and storage solutions which include patient transport, examination tables, treatment chairs, medical trolleys, operation and surgery instruments etc.
Biomedical Equipment – We supply a range of medical equipment that are required for diagnostics, treatment and sterilization. We supply biomedical equipment from very reputable manufacturers from Europe and US with highest level of reliability, quality and standard. We continue our support even after we sell an equipment by providing service support as per the customer requirements.
Services and Maintenance Program – When we supply and made service to you, we become your partner and we start our relationship with the customers. We provide 24/7 comprehensive maintenance of medical equipment to our contracted customers. Annual maintenance contracts for equipment service includes repair, maintenance, servicing by our well qualified and trained strong service team. We also undertake hospital facility management for large hospitals to small clinics. Services includes bio-medical, electrical, air-conditioning, electromechanical and civil jobs on a day-to-day basis. Well experienced team will be stationed at the hospital for regular checks, repairs and maintenance of the entire hospital on a long-term contract basis.
Our ''All-In-One'' 3 stage cooling, dehumidification, re-heating, recovery, automation and filtration unit is a compact but an efficient system built to last. It is 100% plug and play standalone ''one piece'' unit, which needs only ducts and power supply for its start up. In support of the health care process, HVAC systems are called upon to perform several vital functions that affect environmental conditions, infection and hazard control, and building life safety. MAX.E3-DH series units are designed and manufactured in accordance with all the major international standards.
EN 1886 - Ventilation for buildings - Air handling units - Mechanical Performance: The standard is a part of a series of standards for air handling units, used for ventilation and air conditioning of buildings for human occupancy. It considers the mechanical performance of an air handling unit and will be supported by a standard for sections and components. This standard specifies test methods, test requirements and classifications for air handling units, which are supplying and/or extracting air, via ductwork, for ventilating/conditioning a part or the whole of the building.
This document treats not only the ventilating and air-conditioning unit, but also the distribution system. MAX.e3-DH is constructed in accordance with the general technical requirements of this memorandum. They concern:
ASHRAE - HVAC design manual for hospitals and clinics, which provides in-depth design recommendations based on best practices, and presents proven, cost-effective, and reliable solutions that result in low maintenance cost and high reliability.
MAX.e3-DH is an equipment specially developed for hospitals, where the temperature and the relative humidity have to be in narrow limits (±1oC / ±2%) maintained. It is designed to:
Operations Rooms (OR) being the most critical area in a hospital complex, it is necessary to control OT air in respect of temperature, humidity and particulate matter content of air, micro-organisms, i.e. bacteria, viruses, fungi etc.
Laminar air flow system (LAF) is non-turbulent air distribution system which is in bell-shaped lanes vertically on the operating table. At the entrance of the plenum is provided with a HEPA filter of 0.3 microns with 99.99% efficiency. The plenum also functions as a light source above the operating area; it has energy efficient LED lights fitted to it and provides shadow less lighting.
It is necessary to maintain the air velocity in the operating area at the required level and is ensured by LAF. Clean, treated and filtered air coming from LAF over the operative area carries bacterial away from the patient and the inmates. As per NABH (National Accreditation Board for Hospitals and Healthcare) the air velocity should be between 2.5 – 3.5 CM (meter per minute). We ensure the same in our designs.
Highly clean air of LAF falls in CLASS 100/ISO 5 category. When this air moves further in OT after leaving LAF area it mixes with lesser clean air of the room along with heat, moisture and bacterial load from the operative area; gradually loses its clean state and while it reaches the last point in OR from where it is sucked back to the AHU. Air in peripheral area of LAF normally falls in CLASS 10,000/ISO 100,000 categories, depending on the OT size. LAF can be made in various sizes as per the requirement. AHU can be mounted in different ways; AHU can be kept outside OT, normally floor mounted or can be Ceiling Suspended above the OR with maintenance accessibility provisions. Return air is taken from almost floor level in OT, sent to the AHU through the VU treatment module, and returned through plenum with fresh air as per the requirements through LAF. Filtered, treated and cooled fresh air is added within AHU. This addition of fresh air also maintains positive pressure in the OR. Since the OR has a positive pressure, the outside room air entering the OR is restricted while the doors are opened. We also provide necessary cascade pressure relief dampers on the wall to relieve excess pressure in hermetically sealed areas.
Galvanized Steel / Aluminum / SS304 Jointless PU Coating 1.5mm Galvanized Steel / 2.0mm Aluminum Sheets with frames and suspended sections fixed to the concrete. Joints are filled with metallic filler material. Complete surface is sprayed with anti-bacterial Poly Urethane paint. On completion ceiling will be seamless finish and looks one piece.
Galvanized Steel / Aluminum / SS304 Powder Coated Tiles 600x600mm Powder Coated Tiles made of 0.6mm Galvanized Steel / Aluminum or SS304 sheet are fitted in aluminum frame. Joints are filled with anti-bacterial silicon compound. On completion ceiling will be in tiled form with lighter visible grooves.
GALVANIZED STEEL/ALUMINUM/SS304 JOINTLESS WITH PU COAT 1.5 mm Galvanized steel / 2 mm aluminum /1.2 mm SS304 sheets with reinforcements are welded to frames and sections which are fixed to the concrete wall or erected with sub frame. Joints are filled with metallic filler material. Complete surface is sprayed with anti-bacterial Poly Urethane paint. On completion ceiling, will be seamless finish and looks one piece.
Fixed double glass glazed windows with motorized curtains can be fitted within the structure. Same level of wall cladding or smaller and window can be provided for natural light.
GALVANIZED STEEL/ALUMINUM/SS304 PRE-COATED PANELS 1.5 mm Galvanized steel / 2 mm aluminum /1.2 mm SS304 preformed panels are fitted on a frame. Each panel fits in to the slots of the adjacent panel and the wall is finished uniformly. Between vertical grooves of the panels anti-bacterial silicon rubber sleeve are placed. Panels have interlocking arrangement. On completion walls looks made of metal with fine vertical grooves.
VINYL PANEL CLADDING 1mm vinyl sheets are fitted on zero level walls. Vertical joints are sealed with thermal welding. Pleasant colors are available.
GLASS PANELS Frameless 10mm hardened glass with reinforcement is fitted on each side of wall to obtain a seamless finish. Small gaps between the glass is filled with same colored anti-bacterial silicon filler.
Vinyl - Anti-static and Conductive / Dissipative Copper strips are placed on the floor as per the requirement for conductivity and are interconnected and grounded. 1/2/3 mm vinyl sheet in roll or tiles fitted on the floor with self-leveling compound. Choice of Colors and designs are available as per the taste and to suite the interior of the OR / ICU complex.
HPCL / Aluminum / SS304 Powder Coated Automatic Sliding Doors 50mm HPCL (High Pressure Compact Laminate) / SS304 with PUF infilled one-piece shutter sliding on wheels and channel with drop and push action i.e. shutter is dropped down and pushed near wall to make it hermetically sealed when closed. Manual or automatic options are available. Automation with speed control, half/full open, hand sensor or foot push option are available on request.
SS304, Hinged 1.0mm SS304 sheet with PUF insulated 45mm thick shutter within 1.2 mm frame. Double glass window in shutters of size 300x300mm or 600x300mm provided. Door closer, drop seals, tower bolt, dead lock, handles are provided as standard accessories. Additionally, impact protection plates at trolley height can be provided. Door is completely sealed on all sides with no air leakages.
600x600 mm Protocol IP54 / 60 recess mounted fittings with LED (dimmable optional). Philips or equivalent can be provided as required.
SS304 touch screen control panel incorporating membrane type panel with day time, elapsed time, medical gas alarms, hands-free telephone, music etc. Air handling system controls, temperature and humidity indicators, peripheral lighting controls etc. are provided on the panel which is fitted on an SS base plate. Data transfer facility can also be provided.
Single, double and triple film box with LED backlights and intensity control. Thickness is about 40mm which can easily be fitted on wall or concealed to wall level.
Totally isolated passage for transferring dirty/clean equipment, linen and surgical tools etc. It has glass doors, double locking and interlocking facility.
Provides centralized distribution of medical gases, reduces the number of cylinders in ward areas, has built-in safety features to monitor gas distribution within the hospital and gas specific connectors to ensure correct supply.
The Connect Medical Systems Automatic Manifold Control System offers a complete solution to centralized supply of compressed air and medical gas from high pressure cylinders for distribution to hospitals and laboratories.
The unit is supplied as a complete factory tested package and offers a high quality and reliable system.
The manifold system is extendable and flexible and can be easily tailored to meet specific customer requirements or to suit individual applications and plant room layouts.
Systems available as standard in all voltage and frequency options to suit international electrical standards which ensures trouble free installation and reliable operation.
Full warranty offered on all equipment, which commences from commissioning date of the system with extended warranties available on request.
Provides clean dry medical quality air at 4, 7 and 10 bar; conforms to requirements of HTM 02-01; Include duplex bacterial filters, desiccant dryers and controls; high quality compressors for long trouble free operation; available duplex/ triplex/ quadruplex plants.
The Connect Medical Systems Medical Compressed Air Plant provides a complete solution to centralised supply of medical air to hospitals.
The plant is supplied as a package pre-wired, piped and tested in the factory prior to shipping.
Models are available with multiple compressor and pressure vessel combinations, with overall layout configuration modified to suit irregular size and shaped plant rooms.
Manufactured in the UK. Many component parts made by CMS from high quality materials, with other key components from reputable, globally positioned suppliers.
A wide range of power supply options are available to suit international conditions.
Full warranty and technical backup for one year from commissioning with extended warranties and extended technical support packages available on request.
Provides medical suction in wards and theatres; includes medical vacuum filters to avoid risk of contamination and high-quality compressors for long trouble free operation; conforms to HTM 02-01 requirement; available duplex/triplex/quadruplex plants.
The Connect Medical Systems Medical Vacuum Plant provides a total solution to the centralized supply of Medical Vacuum to the hospital or medical laboratory.
The unit is supplied as a complete package or modular plant, fully factory tested prior to shipping.
The plant is available in a standard layout or can be tailored to meet site or customer specified requirements.
The system offers high quality, oil lubricated, air cooled rotary sliding vacuum pumps as standard, with options available for oil free and water cooled models.
Each vacuum pump is controlled by a separate motor starter panel, whilst overall plant control is maintained by the PCU panel.
Full warranty and technical backup for one year from commissioning, with extended warranties and extended technical support packages available on request.
For the safe and effective removal of waste anaesthetic gas, conforming to HTM 02-01 requirements. Available simplex | duplex systems.
The Connect Medical Systems anaesthetic gas scavenging system offers a complete solution to centralized AGSS supply to hospitals and laboratories.
The unit is fully automatic in operation and supplied as a complete factory tested package which can easily be tailored to meet specific customer requirements.
The system offers high quality reliable air cooled, oil free side channel exhausters as standard.
Vacuum control valve fitted to automatically regulate vacuum within the pipeline.
Systems available as standard in all voltage and frequency options to suit international electrical standards which ensures trouble free installation and reliable operation.
Full warranty on all equipment, which commences from commissioning date of the system with extended warranties available on request.
Provides local isolation at the entrance to ward areas and theatre suites. Provided with locking mechanism for operation by authorised persons only. Includes ‘break glass panel’ facility for emergency access, as well as gas specific NIST connectors included in the up and down stream.
The Connect Medical Systems Area Valve Service Unit (AVSU) is suitable for new build or extension applications which require a system of secure but accessible medical gas isolation valves.
The unit is designed to be either surface mounted to eliminate builders works or flush mounted into recessed or studded walls. The unit is connected directly to the medical gas main pipe-works using copper tail pieces supplied as part of the whole assembly.
Each valve is supplied with a blank spade which can be fitted in place of a through spade to form a physical barrier for engineering work to be carried out up or down stream of the valve.
Each valve incorporates 100% shut-off valves within the gas specific NIST connector. All seals can be easily removed to aid installation and future maintenance. Full steel construction front cover and back plate improve fire rating.
Form the user interface with the system; conform to the requirements of BS EN 9170-1:2008 and BS EN 7396-1:2007; colour coded body to provide instant gas recognition.
The Connect Medical Systems Medical Gas and Vacuum Terminal Units are suitable for installation into piped medical gas installations within a hospital or laboratory environment.
For refurbishment applications, a range of conversion kits are available to convert many other manufacturer’s existing first fix equipment to CMS, which effectively eliminates builders works in the area of the project.
Special emphasis and consideration at the design stage has resulted in a terminal unit which is quick and easy to install and maintain thus reducing installation time and ownership cost.
The terminal unit is manufactured under strict quality controls in which every terminal unit is subject to full pressure and functionality tests prior to dispatch with a batch number applied for traceability.
Surface/Flush, Pendant and Bed Head Units are all standard options.
Local alarms for up to 6 gases. Local pressure and vacuum switches also supplied. Plant alarms for up to 15 gases in groups of 5 gases, according to the medcon protocol for master alarm panels, and all plant fitted with transmitters built in for easy connection using 2 wire system.
Meets EN ISO 11197:2009. Clean design with epoxy powder finish. Ventilated to avoid build-up of gas within the unit. Fully customisable layout of gas outlets and electrical services. Integrated lighting includes room and reading lights. Available in any colour to match or contrast with room colours.
VISOCALL IP brings together care, information, service, organization and billing in hospitals using a common functional platform. IP-based network technology forms the economical, secure and extensible structure for all functions and services in the care sector.
The primary aim of nurse call systems in hospitals is to support people in emergency situations and offering quick assistance. Reliability and fault-free functioning therefore have the highest priority.
VISOCALL IP is made up of decentralized blocks that communicate independently with each other. There is no centralized control unit, thereby eliminating the possibility of total system failure. VISOCALL IP is certified in accordance with VDE 0834 – proof of its high level of reliability and permanent system availability. The redundancy concept also provides an extra level of security.
The Most Important Thing: Safety of the Patients - The primary target of nurse call systems in hospitals is to support people in emergency situations, offering quick assistance. Reliability and fault-free functioning therefore have the highest priority.
A Fail-Safe System - VISOCALL IP is not dependent on the system’s backbone. The intelligent system elements perform their task even without a network or a server.
Automatic Fault Detection - VISOCALL IP monitors itself. System faults are automatically detected and are forwarded immediately to the responsible member of the technical staff. Detailed fault descriptions are made available immediately to mobile devices via pagers, dect, smartphones or tablets.
Without Interference in its own Communications Network - VISOCALL IP uses its own network within wards. Faults in external devices (e.g. diagnostic devices or EDP systems) do not cause the system to be compromised.
Anti-Microbial Coated Surfaces - The anti-microbial surface of the operating devices reduces the risk of pathogens spreading.
Integrating several systems offers entirely new opportunities. A multitude of different systems and technologies, where the individual branches often even have proprietary interfaces, is accompanied by a multitude of possible sources of errors. Boiling it all down to a common platform increases security and minimizes costs.
Modular software functions make it possible to assemble the system for every operator individually and in a cost-optimized manner, as well as allowing the extension of system functions without needing to interrupt operation. Plug & play system devices and the use of ''IntelliFIX'' self-disconnecting plugs reduce servicing and operating costs.
Used of Highly-Advanced Network Technology - VISOCALL IP uses economical standard network technology. Existing network structures can be used.
Modular System: Incremental Structure Possible - Additional functions like the billing system, the solution for protecting patients with dementia, care data logging or patient entertainment can be activated at any time at a later stage. Ongoing operation is not affected in any way.
Simple to Renovate and Revitalize - Existing cable ducts can be reused, as a single network cable does not take up much space. Older Schrack Seconet systems can also be functionally integrated into the VISOCALL IP platform, thereby vindicating previous investments.
VISOCALL IP Lowers Operating Costs - With the simple structure used, expenses for servicing and maintenance can be minimized.
IntelliFIX: Self-Disconnecting Plug - The plug yields in the event of tensile loads from any direction. Cables do not tear, sockets are protected, and the most common causes of repair can be avoided. IntelliFIX is also exceptionally cost-optimized and is included on every system device as standard.
Plug and Play: Socket Connections and Modules - When installing or replacing modules there is nothing that can go wrong, what formerly had to be tediously screwed in is now available as a plug-in module. The result is plug and play without time-consuming programming or configuration.
Central Upload of Firmware and Software Updates - New functions, software and updates for all devices can be uploaded from a central unit.
Remote Diagnosis and Access - he servicing company that is responsible for maintenance can check the overall state of the system from any location and deploy technicians in a targeted fashion.
Precise information is available quickly and on the move. The devices are intuitive to operate and help to set priorities. The speech function frees staff members from making unnecessary journeys. This saves time and resources.
A hotel-like feeling, offering state of the art convenience and comprehensive range of services, increases the attractiveness of every healthcare establishment.
In comparison to the standard air-conditioning and ventilation systems, our concept solution has many advantages, like cost effectiveness in various means:
Energy Consumption/Costs - 3 to 3.5 times (300-350%) lesser energy consumption (kWh), compared to “Standard” solution – AHU + Chiller + Pump.
Initial Investment Costs - by removing the need for chiller, extraction fan, pumps and connections between chiller and AHU like pipes, fittings, insulation, etc.
Reduces Labour (installation) Costs, needed for the above-mentioned connections.
Installed Electric Power/Supply Costs - significantly reduces the installed electric power demands; sizes and quantity of cables needed for the HVAC system, etc.
REDUCED TIME FOR:
Designers - to design and implement the solution into the HVAC system. It requires minimum work.
Installers - to place and install the unit, they only need to connect it to the duct system and provide it with power supply.
Service Technicians - to start up the unit.
Service and Maintenance - as an “All in One” concept, they are reduced to the minimum. The only thing required is to check and replace the air-filters as recommended. The system has “Internet Monitoring”, which completely eliminate the need of service and maintenance staff.
Building Management System - significantly reduces the costs for a BMS system. The built-in pCO WEB circuit board, allows a permanent internet connection to the equipment from any location in the world and helps you/us to make adequate reaction to situations requiring fast and accurate solutions to the problem. It can interface with more of the widely used communication standards, either directly or via gateways.
We introduce AUGMA ambient vaporizers for cryogenic liquid-to-gas conversions. Ambient vaporizer is a mandatory component in whether for a cylinder filling plant or an end-user application. As per the application, variety of vaporizer options are offered by AUGMA and guidance if required are also provided by carefully evaluating the applications. Selections are available in consideration with the flow rate, pressure, ambient climate, usage (hours per day), space availability and material compatibility for the type of liquid in service.
Our specially designed and extruded aluminum profile fins allow maximum ambient heat is conducted into the cryogenic liquid stream to provide maximum vaporization. This vaporization system is the most economical solution for production and operation. Vaporizers are carefully sized for the application by increasing the unit in length and width as appropriate.
Various ambient vaporizers models allow the selection of the process tubing to comply with the maximum working pressure and liquid types for which the vaporizer is used. Tube materials includes aluminum for low pressure applications up to 40 bars and stainless steel up to 400 bars.
Ambient vaporizers is the same as in the Ambient Air type but circulated by electric fans to increase the efficiency of the vaporization almost to the double capacity. Usually this type is used to reduce the size of the vaporizer. Electric fans ranging from 1 to 10 Kw is used with control panel and power is required for operation. This type of vaporizers can be mounted horizontally and can still get good efficiency. Advantage of this type is that it can be installed in low ceiling areas or area with less footprint.
When procuring a vaporizer, you should consider the location, where it is going to be installed, pressure, flow rate, humidity, ambient, air circulation, duty cycle etc. Typical conditions for regular models while designing, AUGMA considers 8 hours of continuous duty cycle and 21ºC ambient temperature. However, we are capable of designing and producing vaporizers to your requirements if requested.
Service Details | |
| Manufacturer | AUGMA |
| Equipment Name | Atmospheric Vaporizer |
| Type | Vertical | Horizontal |
| Fluid | LIN | LOX | LAR |
| Operating Inlet Temp. | -196°C | +65°C |
| Operating Outlet Temp. | 20 °C Below Ambient |
| Relative Humidity | 90% |
| Operating Inlet Pressure | 200 | 300 Bar |
| Design Pressure | 200 | 300 Bar |
| Pneumatic Test Pressure (Bar) | 1.1 times of Operating Pressure |
| Hydro Test (Bar) | 1.5 times of Operating Pressure |
Vaporizer Details |
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| Manufacturing Code | ASME SEC VIII DIV 1 | ||
| Pressure Drop | 5 Bar | ||
| Tube ID | 15.6 mm | ||
| Number of Fins Per Tube | 8 | ||
| Extrusion Diameter | 6'' | ||
| Extrusion Spacing | 312 mm | ||
| Materials of Construction | Aluminium 6063-T5 | ||
| Model Number | DC-400 | DC-500 | DC-600 |
| Capacity | 400 Nm3 | Hr | 500 Nm3 | Hr | 600 Nm3 | Hr |
| Effective Surface Area | Unit Approx. | 114.28 m2 | 142.8 m2 | 172 m2 |
| End of Connection - Inlet | 1/2" Union | 1/2" Union | 1/2" Union |
| End of Connection - Outlet | 1/2" Union | 1/2" Union | 1/2" Union |
LIN | LOX | LAR |
||||
| CAPACITY | 300 Nm3 | Hr | 400 Nm3 | Hr | 600 Nm3 | Hr | 750 Nm3 | Hr |
| Type | Vertical | Horizontal | |||
| Operating Temp | -196°C | +50°C | |||
| Operating Outlet Temp | 20°C Below Ambient | |||
| Relative Humidity | 90% | |||
| Design Pressure | 200 | 300 Bar | |||
| MAWP | 200 | 300 Bar | |||
| Hydro Test Pressure | 300 | 450 Bar | |||
| Manufacturing Code | ASME SEC VIII DIV 1, PED with CE | |||
| Pressure Drop | 2 Bar | |||
| Tube ID | 12.5 | 15 | 21 mm | |||
| Inlet | Outlet Connection | 1/2" NPT (F) | 1/2" NPT (F) | 1/2" NPT (F) | 1" NPT (F) |
Service Details | |
| Manufacturer | AUGMA |
| Equipment Name | Atmospheric Vaporizer |
| Type | Vertical | Horizontal |
| Fluid | LIN | LOX | LAR |
| Operating Inlet Temp. | -196°C | +65°C |
| Operating Outlet Temp. | 20 °C Below Ambient |
| Relative Humidity | 90% |
| Operating Inlet Pressure | 100 Bar |
| Design Pressure | 100 Bar |
| Pneumatic Test Pressure (Bar) | 1.1 times of Operating Pressure |
| Hydro Test (Bar) | 1.5 times of Operating Pressure |
Vaporizer Details |
|||||
| Manufacturing Code | ASME SEC VIII DIV 1 | ||||
| Pressure Drop | 0.9 Bar | ||||
| Tube ID | 21.5 mm | ||||
| Number of Fins Per Tube | 8 | ||||
| Extrusion Diameter | 6'' | ||||
| Extrusion Spacing | 312 mm | ||||
| Materials of Construction | Aluminium 6063-T5 | ||||
| Model Number | DC-500 | DC-1000 | DC-1500 | DC-2000 | DC-2500 |
| Capacity | 500 Nm3 | Hr | 1000 Nm3 | Hr | 1500 Nm3 | Hr | 2000 Nm3 | Hr | 2500 Nm3 | Hr |
| Effective Surface Area | Unit Approx. | 137 m2 | 274 m2 | 412 m2 | 548 m2 | 685 m2 |
| End of Connection - Inlet | 3/4" Union | 1 1/2" Union | 1 1/2" Union | 1 1/2" Union | 1 1/2" Union |
| End of Connection - Outlet | 3/4" Union | 2 1/2" Union | 3" Union | 3" Union | 3" Union |
LIN | LOX | LAR |
||||
| CAPACITY | 100 Nm3 | Hr | 500 Nm3 | Hr | 2500 Nm3 | Hr | 5000 Nm3 | Hr |
| Type | Vertical | Horizontal | |||
| Operating Temp | -196°C | +50°C | |||
| Operating Outlet Temp | 20°C Below Ambient | |||
| Relative Humidity | 90% | |||
| Design Pressure | 100 Bar | |||
| MAWP | 100 Bar | |||
| Hydro Test Pressure | 150 Bar | |||
| Manufacturing Code | ASME SEC VIII DIV 1, PED with CE | |||
| Pressure Drop | 1 Bar | |||
| Tube ID | 12.5 | 15 | 21 mm | |||
| Inlet | Outlet Connection | 3/4" NPT (F) | 1" Flange | 1.5/3" Flange | 1.5/3" Flange |
Our comprehensive LPG bottling plants are well accepted known in the Middle East and Africa, most suitable and cost effectively engineered and at the same time highly sophisticatedly safe and with minimum maintenance costs and trouble free operation. Multi-capacity filling facility at each station, completely automatic and manual operation with minimum labour. Totally PLC monitored and centrally controlled or manually operated systems. Filling carousel or stand alone filling scales with precision filling capabilities.
Design, Engineering and Preparation of drawings and P and I diagram. Supply of LPG Cylinder Filling Pumps, LPG Compressors, LPG Decanting hose, LPG Filling Machines, Cylinder Weight Check Scale, Conveyor System, Cylinder Valve Leakage Tester, Defective Cylinder Evacuation System, LPG Pipeline System, Air Compressor, Drier, Pneumatic Pipeline Systems.
Supply of Safety Equipments such as Fire Fighting Pump sets, Jockey Pump, Fire Hydrant Main Pipeline System, Water Sprinkler System, Gas Detector System, Supports and Accessories, Fire Safety Equipment, Shrink Seal System.
Electrical and Earthing such as Switchboard Control Panel Unit, Flame Proof Lighting for filling hall, thank yard, decanting point and LPG Pump House; push button stations and emergency stop buttons.
Armored cabling for all electric motors lighting and other fittings earthing system for tanks, pump house, filling hall and all electrical equipment.
Supply, Installation and commissioning of the required capacities of LPG Storage Tanks with all the necessary safety fittings for LPG tanks as per the relevant standards and codes.
Custom made software system to compute the filling activities and gas utilization machine/ operator wise and cumulative to record hourly, daily, weekly and monthly to review the records as and when required from the engineers table. This system can find out any pilferage malpractice and wastage over and under filling of cylinders by the authorities even if they are not present in the plant.
In the presence of Corona virus (COVID-19), we had to find solutions to limit the spreading of this disease to protect people from infection with this virus, and by our presence in the market as a company specialized in the field of medical equipment with experience in biomedical engineering, we created a system for disinfection and sterilization with high efficiency in purifying people as they enter the public places. And we produce tunnels and sanitized gates of various models, sizes and capacities upon request and in a manner that is appropriate for all applications.
High Pressure Pump | ||
| S | No | Description | |
| 1 | High Pressure Pump | 1 No. |
| 2 | Electrical Control Box | 1 No. |
| 3 | Model | TWPHP 10 |
| 4 | Power | 180W, 220V 50Hz |
| 5 | Working Pressure | 60-80 Bar |
| 6 | Flow | 1 Lpm |
| 7 | Weight | 10 Kg |
| 8 | Dimensions | 430 x 250 x 310 mm |
| 9 | Nozzles | 15 No. |
| 10 | Misting Nozzle Anti-drip SS 0.15 mm Orifice | 12 No. |
| 11 | Misting Quick-lok Union for Single Nozzle | 12 No. |
| 12 | Mist Tube 3/8” High Pressure | 20 Mtr |
| 13 | Misting Quick-lok Tee | 4 No. |
Relays, Timer, Sensor completely wired and ready to use.
Checmical Specifications | ||
| Ingredients | Symbol | Wt | Vol% |
| Water | H2O | 99.7 - 99.8 |
| Sodium Chloride | NaCl | 0.1 - 0.2 |
| Hypochlorus Acid | HOCl | 0.016 - 0.02 |
| Sodium Chlorate | NaClO3 | 0.002 |
Technical Specifications | ||
| SPECIFICATIONS | DISINFECTANT GATE | DISINFECTANT TUNNEL |
| Number of Nozzles | 5 (highly efficient fine mist) | 10 (highly efficient fine mist) |
| Device Sizes | 550 L x 1900 W x 2100 H | 2000 L x 1200 W x 2100 H |
| Disinfectant Cabinet | Nil | 740 L x 700 W x 1150 H |
| Sensor Type | Automatic 3-4 seconds spray | Automatic 4-5 seconds spray |
| Walkway | Anodized aluminum board | Anodized aluminum plate |
| Visual Indicators | LED lights when spraying | LED lights when spraying |
| Panel Type (2 options) |
Nil | A) Plexiglass plates 8 mm B) Polycarbonate Plates 8 mm |
| Construction Material | Steel reinforced aluminum | Steel reinforced aluminum |
| Control Type | Infrared sensors and Automatic operation board |
Automatic operation board with manual switch |
| Container Capacity | 65 liters (customized) | 65 liters (customized) |
| Sanitizer Usage | Liter | 100 - 120 person per liter | 80 - 100 person per liter |
| Color | User selection | User selection |
