Mumbai, Maharashtra, India
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Addressable Water Leak Sensor Cable -Addressable Water Leak Sensor Cable Manufacturer of a wide range of products which include Sontay Sensor Cable With J3 Four Zone Wld Panel, Sontay Water Leak Sensor Cable, RLE Addressable Water Leak Sensor Cable and Conventional Water Leak Sensor Cable.
J3-Saini Ad-09: sensing cable detects conductive liquids anywhere along its length. After installed with a J3 water leak detection panel alarm or other module, once the cable senses the leakage of liquids, it will trigger an alarm. The sensor cable can detect the leakage of water, weak-acid extra.
J3-Saini Ad-09: sensor cable was consisted of two sensing cable. Internal of two sensing cable is metal wire and outside of cable is conducting polymer to make J3 sensing cable mechanically strong and chemically resistant. This rugged construction allows the cable to perform well, even in demanding environments.
ADVANCED TECHNOLOGY:Sensor cable processed into helical structure contrast to parallel structure, it can greatly reduce electromagnetic interference and misstatement rate. The characteristic of sensor cable is as follow, small and portable, strong flexibility, easy setup, and unique design. These make the cable dry quickly and stop alarm to let module reset rapidly. J3-Saini Ad-09 sensor cable is made by anti-corrosion, low smoke and innoxious material.
FLEXIBLE DESIGN:The sensor cable can be provided custom length of multiple of 5 meter so that it can suitable to use in different areas and monitor subfloors, and double-containment piping, data centre, manufacturing process, telecommunication, electric room etc.
We have well-connected and capacious warehouse that helps us in arranging products systematically to deal with urgent deliveries and orders. Our exceptionally good warehouse system helps us in keeping the products safe till the final dispatch. One-stop destination for presenting quality Addressable Water Leak Sensor Cable, we are a notable supplier in this field.
STABLE STRUCTURE: J3-Saini Ad-09: sensor cable was consisted of two sensing cable. Internal of two sensing cable is metal wire and outside of cable is conducting polymer to make J3 sensing cable mechanically strong and chemically resistant. This rugged construction allows the cable to perform well, even in demanding environments.
ADVANCED TECHNOLOGY: Sensor cable processed into helical structure contrast to parallel structure, it can greatly reduce electromagnetic interference and misstatement rate. The characteristic of sensor cable is as follow, small and portable, strong flexibility, easy setup, and unique design. These make the cable dry quickly and stop alarm to let module reset rapidly. J3-Saini Ad-09 sensor cable is made by anti-corrosion, low smoke and innoxious material.
FLEXIBLE DESIGN: The sensor cable can be provided custom length of multiple of 5 meter so that it can suitable to use in different areas and monitor subfloors, and double-containment piping, data centre, manufacturing process, telecommunication, electric room etc.
Placed in Maharashtra(India), we are an entity acknowledged for our superior products and matchless services. We have developed several offline as well as online options for the convenience of clients to ensure faster trade.
SPECIFICATION: J3-Saini C-99 Material PVC Twisted pair with stainless steel sensing elements Dimensions 4.5mm dia. (0.17") Leader cable length 2m (6.5ft) .
PART CODES: J3-Saini C-99 Water Cable Sensor Sensing Cable Length (add type to above code)
INSTALLATION (J3-Saini C-99):
Fire Hydrantand Sprinkler System are considered to be the most effective and economical way to apply water from fixed systems. It is designed to act upon a fire at a pre-determined temperature by means of a water spray. It could extinguish the fire or control its spread. The extinguishing mechanism of sprinkler water spray includes combustible materials to prevent further fire spread and displacement of combustible vapour and oxygen steam.
The sensitivity of the sprinkler heat is dependent on the nominal rating of its glass bulb, which varies from 570 oC - 260 oC and is identified by different colour codes. When considering the increase of the compartment size, or the reduction in passive fire protection systems by using sprinkler systems, the sprinkler system should meet the relevant recommendations by commonly used standards such as BS 5306 : part 2, i.e., The relevant occupancy rating together with the additional requirements for life safety.
The sensitivity of the sprinkler heat is dependent on the nominal rating of its glass bulb, which varies from 570 oC - 260 oC and is identified by different colour codes. When considering the increase of the compartment size, or the reduction in passive fire protection systems by using sprinkler systems, the sprinkler system should meet the relevant recommendations by commonly used standards such as BS 5306 : part 2, i.e., The relevant occupancy rating together with the additional requirements for life safety.
There are four main types of sprinkler systems - wet, dry, alternate and pre-action system. They are normally chosen by the nature of the area to be protected, whether storage of water in the pipework would pose a risk due to process or weather condition, or where the risk of accidental discharge is to be eliminated.Fire Hydrants Or hydrant outlets, are installed within the building to enable firefighters to connect their hoses to a water supply to fight.
Fire hydrants may be of the dry type which are empty in normal situations, but are charged with water supplied through fire brigade's pumping appliance to the inlet at ground level in the building perimeter during emergency. Alternatively, they may be kept full of water and supplied from tanks and pumps in the building. Normally, the wet fire hydrants are also coupled with fire service inlets. These are located at the perimeter of the building to enable water from the external source to be fed into the building via the fire brigade's pumping alliance. Building height generally determines which type is used.
It is also important in the planning stage to ensure that an external source of water supply. Such as street hydrants, is within reasonable distance from the building. The fire service should not have to travel far form an external water source.
Our well-structured warehouse is properly maintained and equipped with modern amenities, thus assist us wholly in meeting bulk requirements of the customers. We assure you to deliver goods to the desired place, as we have strong distribution network and shipping facilities.
ELECTRIC FLYING INSECT KILLER FOR HOME
J3 ELECTRIC FLYING INSECT KILLER FOR HOME
For maximum customer satisfaction, we ensure that the product reaches the customer in the said time slot, owing to our reliable shipping facilities. Only quality packing material has been used for the packing of the products. Customers can stay rest assured for the safe delivery of the orders as our experts keep a vigil eye on the entire procedure.
ELECTRIC FLYING INSECT KILLER FOR OFFICE
ELECTRIC FLYING INSECT KILLER FOR HOME
fire hydrant and sprinkler systemare considered to be the most effective and economical way to apply water from fixed systems. It is designed to act upon a fire at a pre-determined temperature by means of a water spray. It could extinguish the fire or control its spread. The extinguishing mechanism of sprinkler water spray includes combustible materials to prevent further fire spread and displacement of combustible vapour and oxygen steam. The sensitivity of the sprinkler heat is dependent on the nominal rating of its glass bulb, which varies from 570 oc 2600 oc and is identified by different colour codes. When considering the increase of the compartment size, or the reduction in passive fire protection systems by using sprinkler systems, the sprinkler system should meet the relevant recommendations by commonly used standards such as bs 5306 : part 2, i.e., the relevant occupancy rating together with the additional requirements for life safety. the design of a sprinkler system is determined by the hazard classification of the building occupancy. Each category has its own minimum design density of discharge and assumed maximum area over which this design density is to be achieved. there are four main types of sprinkler systems wel. Dry. Alternate and pre-action system. They are normally chosen by the nature of the area to be protected. Whether storage of water in the pipework would pose a risk due to process or weather condition, or where the risk of accidental discharge is to be eliminated.
there are four main types of sprinkler systems wet, dry, alternate and pre-action system. They are normally chosen by the nature of the area to be protected, whether storage of water in the pipework would pose a risk due to process or weather condition, or where the risk of accidental discharge is to be eliminated.
fire hydrants or hydrant outlets, are installed within the building to enable firefighters to connect their hoses to a water supply to fight fires. Fire hydrants may be of the dry type which are empty in normal situations, but are charged with water supplied through fire brigade's pumping appliance to the inlet at ground level in the building perimeter during emergency. Alternatively, they may be kept full of water and supplied from tanks and pumps in the building. Normally, the wet fire hydrants are also coupled with fire service inlets. These are located at the perimeter of the building to enable water from the external source to be fed into the building via the fire brigade's pumping alliance. Building height generally determines which type is used.
it is also important in the planning stage to ensure that an external source of water supply. Such as street hydrants, is within reasonable distance from the building. The fire service should not have to travel far form an external water source.
first aid appliancethis is the use of first aid fire fighting equipment such as hose reels accompanying the manual alarm call point, the portable fire extinguishers etc. They are meant to be the first line of defense by the occupants themselves who spot the fire before the arrival of fire brigades and are designed too.
sprinkler systemsautomatic sprinkler systems are considered to be the most effective and economical way to apply water from fixed systems. It is designed to act upon a fire at a pre-determined temperature by means of a water spray. It could extinguish the fire or control its spreads the extinguishing mechanism of sprinkler water spray includes combustible matenals to prevent further fire spread and displacement of combustible vapour and oxygen steam. The sensitivity of the sprinkler heat is dependent on the nominal rating of its glass bulb, which varies from 570oc 2600oc and is identified by different colour codes. When considering the increase of the compartment size. Or the reduction in passive fire protection systems by using sprinkler systems. The sprinkler system should meet the relevant recommendations of commonly used standards such as bs 5306 : part 2, i.e. The relevant occupancy rating together with the additional requirements for the safety.
the design of a sprinkler system is determined by the hazard classification of the building occupancy. Each category has its own minimum design density of discharge and assumed maximum area over which this design density is to be achieved.
