High-Level Automatic Heating Vector Pressure Water Supply Equipment

Product Details
Customization: Available
Max.Head: >150m
Max.Capacity: >400 L/min
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Number of Employees
65
Year of Establishment
1998-09-10
  • High-Level Automatic Heating Vector Pressure Water Supply Equipment
  • High-Level Automatic Heating Vector Pressure Water Supply Equipment
  • High-Level Automatic Heating Vector Pressure Water Supply Equipment
  • High-Level Automatic Heating Vector Pressure Water Supply Equipment
  • High-Level Automatic Heating Vector Pressure Water Supply Equipment
  • High-Level Automatic Heating Vector Pressure Water Supply Equipment
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Basic Info.

Model NO.
LSMG
Driving Type
Motor
Impeller Number
Multistage Pump
Working Pressure
High Pressure Pump
Influent Type of Impeller
Single Suction Pump
Position of Pump Shaft
Vertical Pump
Pump Casing Combined
Verticaljoint Surface Pump
Mounting Height
Suction Centrifugal
Impeller
Closed
Usage
Pump, Pumps, Condensate Pump, Slurry Pump, Circulating Pump
Color
Costomize
Certificate
ISO9001:2008
Standard or Nons
Standard
Theory
Electromagnetic Pump
Power
Electric
Material
Cast Iron
Transport Package
Wooden Sealed Packaging
Specification
caliber: 20~300mm
Trademark
Lyson
Origin
China
HS Code
8413709990
Production Capacity
5000pieces/Month

Product Description

                                                                            Introduction
LSMG automatic high-rise heating vector pressure water supply equipment, is based on the high-rise building heating system variable flow requirements for the current status of the domestic water heating system, customized volume, specifically for high-rise heating systems developed with proprietary intellectual property products. He uses the hydraulic characteristics of their own, the use of mechanical devices to achieve a smooth flow of water to automatically open, close, decompression, regulation. Not only to overcome the decompression valve decompression, shutdown and other flaws, is not only a simple system from the start to the closed system, but set automatically open, automatically shut down, decompression and pressure regulator, the ground elevation difference of the mountain system , Air-conditioning water system, and all other constant flow and variable flow system.
With the trend of national energy conservation and emission reduction, heating household metering is required, which puts forward the requirement of variable flow for the heating system. As long as the products with variable flow capacity can meet the requirements of the market, after hard design and experiment, in 2009 In the second generation of high-rise building direct heating invention patents new products, the core of its technology 'vector voltage regulator' is based on the current status of domestic heating water quality, custom-made, specifically for high-rise heating system developed with independent intellectual property rights New product

High-Level Automatic Heating Vector Pressure Water Supply Equipment
High-Level Automatic Heating Vector Pressure Water Supply Equipment
High-Level Automatic Heating Vector Pressure Water Supply Equipment
High-Level Automatic Heating Vector Pressure Water Supply Equipment
High-Level Automatic Heating Vector Pressure Water Supply Equipment





                                                                     Features
LSMG series of fire pressure water supply equipment, in the control system uses a programmable control technology, fire main pump timing soft-start technology, effectively ensure the safe operation of fire equipment. Its characteristics are as follows:
       1, can have dual power supply design, and can automatically switch;
       2, multi-function programming control, fire main pump timing soft start inspection;
       3, with the fire control center computer networking;
       4, can accept a variety of fire signals, with fire center networking.
Booster pump seal with mechanical seal, with a sealed, leak-free features. Water supply equipment usually used to pressurize the end of a fire-fighting pipe network.

First, a long-term use of diaphragm can be inflated to prevent water pollution.

Second, the equipment occupies a small investment province, automatic operation.

Third, the fault protection, fault automatically switch.
        
                                                                  Application

1) In order to ensure that the fire pump at stand-by time, fire fighting equipment to meet the emergency fire.

2) Mainly used for fire protection water supply in petrochemical, natural gas, power plants, textile cotton, wharf, aviation, warehousing, high-rise buildings and other industries.

3) foam fire extinguishing system can also be used for water vessels, offshore tankers and fire ships and other occasions.

4) can be used for direct extraction of municipal pipe network for water supply fire fighting water supply occasions.

5) can be used for life, fire a water supply equipment for the occasion.

6) Can be used for fire water supply pressure, fire inspection and other special occasions.
   
                                                             classification                                                                
1) Equipment for fire water supply system points:
 
a. Fire hydrant water supply fire booster regulator water supply equipment
 
b. Automatic sprinkler system fire booster regulator water supply equipment
c. hydrants and automatic sprinkler system fire booster regulator water supply equipment
 
2) equipment according to the installation location is divided into:
 
a. On the type of fire booster regulator water supply equipment
 
b. Under the set fire sprinkler pressure regulator water supply equipment
 
3) Equipment according to the pressure tank set is divided into: a. Vertical tank fire booster regulator water supply equipment
 
b. horizontal tank fire booster regulator water supply equipment
c. Supplement gas pressurized pressurized water supply equipment
d. capsule fire pressurized water supply equipment   
                                                               Use points

1) The manufacturer of the pressure water tank shall hold the pressure vessel manufacturing license or registration, and shall have a sound quality management system and system.

2) Equipment outsourcing parts must have a product certification and admission test before use. Equipment, pressure tank, pump units, electrical components and other components, should be tested before the assembly and use. The use of on-site assembly of equipment, on-site inspection machine performance.

3) should hold the production license issued by the relevant departments.

4) The overall structure of the equipment, water pipelines, gas pipelines and electrical wiring layout should be reasonable, should be left to install and maintain space for easy operation.

5) The purchased components and materials used in the equipment shall be made of products that meet the national standards (industry standards).

6) The structural requirements of the pump unit:

a. Regulator pump should be equipment pump, its working capacity should be the same as the working pump.

b. Each regulator pump should be set up a separate suction pipe.

c. Pump water diversion should be used from the filling.

7) The pressure tank water storage volume of the fire hydrant water supply system is not less than 300L; the pressure tank water storage volume of the automatic sprinkler system is not less than 150L; the pressure tank water volume of the fire hydrant and automatic sprinkler system is not less than 450L;

8) fire-fighting equipment at least with the main pump and sub-pump pressure pump two (one with a prepared).

                                                         Installation points

1) Pressure booster for pressurized pressurized water supply equipment for fire control, its volume, pressure, water level and working pressure shall comply with national standards and building fire protection design requirements.

2) Fire booster regulator water supply equipment on the safety valve, pressure gauge, etc. should be installed in accordance with product instructions for use.

3) Fire booster regulator water supply equipment installation position, inlet pipe and outlet pipe direction should meet the design requirements; installation should be provided around the passage of its inspection, its width should not be less than 0.7m, fire pressure water supply equipment to the top of the floor or floor The distance of not less than 1.0m.

4) Equipment to the scene to be devanned inventory. Installation in place to be leveling, grouting. Pipeline connection and electrical control wiring shall be controlled drawings, check correct.

5) After the equipment is installed, the equipment must be commissioned and commissioned. Including the start-stop control of the pump, each valve switch, and equipment cleaning, water test run.

                                                         Product Standards

"Performance requirements and test methods for fixed fire service water supply equipment - Part 1: Fire pressure water supply equipment" GA 30.1-2002
                                                         Product advantages

1) Start-up mode: The device has automatic, manual and long-distance fire linkage three control methods, the device can start emergency fire button to start, but also by the fire center remote start. Frequency counter with a fire start and stop signal interface, the device received a fire signal, immediately enter the fire water supply status, a pump failure or flow is not enough, the automatic frequency can move another pump. Fire signal release, immediately restored to normal fire control status. In order to prevent automatic frequency in case of failure, the system also has a manual power frequency start function.

2) Regulating function: When the inverter cabinet has no fire signal in automatic mode, the equipment is in working state of frequency conversion and voltage regulation, and the water pressure limit signal of the pipe network is collected by the pressure gauge. When the water pressure in the pipe network drops to the lower limit of the regulation voltage, Operation, to the fire hydrant network, when the pipe network pressure reaches the pressure limit, the fire pump to stop running, this time by the pressure tank to pipe network recharge regulator.

3) Automatic pump change function: The fire main pump has the function of cyclical rotation operation, and the pump change period is set by the frequency counter program, generally set to 24 hours. If the device detects a pump failure, immediately switch to another pump steady operation and alarm display.

4) Automatic (manual) inspection function: Although the fire pump pump is usually the normal operation of the pump, but the regular inspection of the pump is still very necessary to prevent accidents caused by long-term pump does not run and "rusty." Inspection cycle and inspection run time set by the program. If the inspection pump failure, the system can automatically alarm.

5) Intelligent fire fighting function: due to fire or pipe network serious water leakage, in the absence of fire signal, the device automatically enter the fire high water supply, and alarm.

7) A variety of protection and fault alarm function: The system has off phase, overload, ground, undervoltage protection and alarm functions.

8) Control Interface: The system has a water level interface for water shortage alarm indication. In addition there is also linked with the fire center linkage, feedback interface, to achieve long-distance automatic start and pump health feedback. According to the requirements can provide standard RS485 communication interface, easy to remote monitoring.

9) Can be equipped with dual power switching device, when the main power fails, it can automatically switch backup power.
                                    
 Remarks
1, fire work pressure lower limit: Hydrant system should not be less than 0.15Mpa
Fire hydrants and automatic sprinkler system should not be less than 0.15Mpa
Automatic sprinkler system should not be less than 0.07Mpa
2, the effective water volume: Dedicated system should not be less than 0.3m³
Combined system should not be less than 0.45m ³

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