We produce our eco type fire fighting pumps in different types and powers.
These types of products are models of fire extinguishing pumps suitable for use in small buildings as flow rate.
Before putting it into use, it is carefully checked at every stage of the production and the final quality control is approved and prepared for shipment.
We recommend that our technical team be consulted for product selection.
Manufacturer of fire fighting pumps Turkey.
EY
Definition
These single pump fire boosters with stainless steel body and vertical shaft are light and sound alarm, weekly test program and in compliance with TSE standards. It is designed to pressurize water in fire fighting systems.
Usage Areas
These fire boosters are used in fire fighting systems with water in residential units with high fire risk, industrial facilities, hotels, hospitals, workplaces, shopping malls, factories, public housing, warehouses, ships, schools and social service buildings, facilities processing chemicals and hazardous materials, automatic sprinklers, indoor fire cabinets and outdoor hydrants.
Pump Material Characteristics
| Pump Body | AISI 304 INOX |
| Impeller | NORYL |
| Shaft | AISI 420 |
| Liquid Temperature | 0-45°C |
| Protection Class | IP 54 |
| Insulation | CI.F |
| Seal | CERAMIC/CARBON |
Techical Specifications
| MOTOR | PUMP | ||||||||||
| Type | KW | V | Hz | rpm | W | L | H | input | output | 60 mss | 80 mss |
| SHT 12 A 400/7 EY | 1×3 | 380 | 50 | 2900 | 350 | 290 | 585 | 1¼ | 1¼ | 1x7m³ | 1x5m³ |
| SHT 16 A 550/5 EY | 1×4 | 380 | 50 | 2900 | 370 | 330 | 660 | 1½ | 1¼ | 1x12m³ | 1x7m³ |
| SHT 16 A 750/7 EY | 1×5,5 | 380 | 50 | 2900 | 370 | 330 | 700 | 1½ | 1¼ | 1x16m³ | 1x12m³ |
| SHT 24 A 1000/7 EY | 1×7,5 | 380 | 50 | 2900 | 817 | 670 | 1145 | 2″ | 2″ | 1x20m³ | 1x16m³ |
| SHT 34 A 1500/6 EY | 1×11 | 380 | 50 | 2900 | 817 | 670 | 1105 | 2″ | 2″ | 1x32m³ | 2x24m³ |
EEY
Definition
These two pumps fire boosters with stainless steel body and vertical shaft are light and sound alarm, weekly test program and in compliance with TSE standards. It is designed to pressurize water in fire fighting systems.
Usage Areas
These fire boosters are used in fire fighting systems with water in residential units with high fire risk, industrial facilities, hotels, hospitals, workplaces, shopping malls, factories, public housing, warehouses, ships, schools and social service buildings, facilities processing chemicals and hazardous materials, automatic sprinklers, indoor fire cabinets and outdoor hydrants.
Pump Material Characteristics
| Pump Body | AISI 304 INOX |
| Impeller | NORYL |
| Shaft | AISI 420 |
| Liquid Temperature | 0-45°C |
| Protection Class | IP 54 |
| Insulation | CI.F |
| Seal | CERAMIC/CARBON |
Techical Specifications
| MOTOR | PUMP | ||||||||||
| Type | KW | V | Hz | rpm | W mm | L mm | H mm | MANIFOLD INPUT | MANIFOLD OUTPUT | 60 mss | 80 mss |
| SHT 12 B 400/7 EEY | 2×3 | 380 | 50 | 2900 | 940 | 465 | 820 | 2″ | 2″ | 2x7m³ | 2x5m³ |
| SHT 16 B 550/5 EEY | 2×4 | 380 | 50 | 2900 | 940 | 550 | 820 | 3″ | 2½ | 2x12m³ | 2x7m³ |
| SHT 16 B 750/7 EEY | 2×5,5 | 380 | 50 | 2900 | 940 | 550 | 820 | 3″ | 2½ | 2x16m³ | 2x12m³ |
| SHT 24 B 1000/7 EEY | 2×7,5 | 380 | 50 | 2900 | 1177 | 684 | 1145 | 3″ | 2½ | 2x20m³ | 2x16m³ |
| SHT 34 B 1500/6 EEY | 2×11 | 380 | 50 | 2900 | 1117 | 684 | 1105 | 3″ | 2½ | 2x32m³ | 2x24m |
EEEY
Definition
These three pumps fire boosters with stainless steel body and vertical shaft are light and sound alarm, weekly test program and in compliance with TSE standards. It is designed to pressurize water in fire fighting systems.
Usage Areas
These fire boosters are used in fire fighting systems with water in residential units with high fire risk, industrial facilities, hotels, hospitals, workplaces, shopping malls, factories, public housing, warehouses, ships, schools and social service buildings, facilities processing chemicals and hazardous materials, automatic sprinklers, indoor fire cabinets and outdoor hydrants.
Pump Material Characteristics
| Pump Body | AISI 304 INOX |
| Impeller | NORYL |
| Shaft | AISI 420 |
| Liquid Temperature | 0-45°C |
| Protection Class | IP 54 |
| Insulation | CI.F |
| Seal | CERAMIC/CARBON |
Techical Specifications
| MOTOR | PUMP | ||||||||||
| Type | KW | V | Hz | rpm | W mm | L mm | H mm | MANIFOLD INPUT | MANIFOLD OUTPUT | 60 mss | 80 mss |
| SHT 12 C 400/7 EEY | 3×3 | 380 | 50 | 2900 | 1190 | 465 | 820 | 2″ | 2″ | 3x8m³ | 3x5m³ |
| SHT 16 C 550/5 EEY | 3×4 | 380 | 50 | 2900 | 1190 | 550 | 820 | 3″ | 2½ | 3x12m³ | 3x6m³ |
| SHT 16 C 750/7 EEY | 3×5,5 | 380 | 50 | 2900 | 1190 | 550 | 820 | 3″ | 2½ | 3x15m³ | 3x12m³ |
| SHT 24 C 1000/7 EEY | 3×7,5 | 380 | 50 | 2900 | 1537 | 684 | 1145 | DN100 | 3″ | 3x18m³ | 3x12m³ |
| SHT 34 C 1500/6 EEY | 3×11 | 380 | 50 | 2900 | 1537 | 684 | 1105 | DN100 | 3″ | 3x30m³ | 3x24m³ |
Vertical Shaft Stage Fire Boosters
Vertical Shaft multistage Fire Boosters, produced by turkish vertical fire pump manufacturers, fire pumps are electrically powered water pumps produced for use in the fire system by increasing water pressures. Fire Pumps, with the help of high pressure, deliver the water they absorb from a certain water reservoir to remote fire cabinets and sprinklers.
Vertical Shaft multistage Pumps manufactured by turkish vertical multistage fire system producers, are generally products that facilitate use in places with horizontal space problems, they are used for fire booster purposes, The pumps are designed with more than one impeller and stage on a vertical shaft. Although the material of the pump impeller is usually noryl, they can also be manufactured as stainless and cast. Such pumps can also be used as fire pumps in small businesses.
The pump , produced by turkish vertical fire pump suppliers , is designed to be driven by the asynchronous motor on the pump, the pump is usually connected to the system with an easy mounting apparatus called a glen (flange) and can be easily disassembled in case of maintenance.
Fire pumps produced by turkish vertical fire pump manufacturers, have a few extra equipment compared to other boosters, one of which is the weekly test system. Since fire pumps do not operate unless there is any leakage or use in the installation, they can operate the pump for at least 10 seconds every week against mechanical interlocks. Vertical Shaft Stage Fire Boosters with a flow rate between 10 m³/h and 34 m³/h are suitable for use in industries, hospitals, residential units, hotels, mass housing, gas stations, holiday villages, shopping centers, social facilities, fire systems, and for pressurized water needs.
Vertical Shaft Fire Pumps: These are fire pumps that provide pressurized water in water extinguishing systems and are expressed with nominal flow rate and nominal pressure value.
Regarding the selection of vertical fire pumps , In buildings, industrial facilities, in every field that comes to mind when it comes to service and production; They are fire extinguishing pumps used in possible fire situations that may cause great damage to life and property. Taking precautions against every situation that may cause a fire, not after the fire has broken out, is of course a priority.
However, due to certain conditions, unconscious personnel, human or material problems, a fire may occur despite all precautions. One of the measures taken in such cases is fire extinguishing systems.
Regarding the installation of vertical fire pump ,Let’s summarize the working principles of the Vertical shaft stage Fire Pump with a few items;
The fire pump operating principle should be selected to meet the required pressure and flow rate during the fire; this is one of the critical points in fire pump selection.
Fire pump systems produced by turkish vertical fire pump producers , consist of main and backup pumps. In this sense, it is an important detail to project the main fire pumps as redundant, because a B plan is always required in case of possible risks.
Fire pumps used in fire extinguishing systems are controlled by a control panel. A separate control panel for each fire pump These panels are positioned in accordance with the relevant standards and regulations.
Electric motor driven or diesel fire pumps can be used in fire extinguishing systems.
If the system pressure in the fire pump operating principle installation falls below the value set by the pressure switch of the fire pump, the fire pump is activated automatically. Signal information comes from the pressure switch and this information is transmitted to the control panel. The fire pump is activated according to the incoming pressure information and is deactivated when necessary with the stop switch on the control panel.