Burners work fully automatically. They reliably provide warm-up various installations for heating and heating water. The burner, the proposed site operates in the following types of gas according to EN 437 or in accordance with the working sheet of DWGV G 260 / I: natural gas E and LL, as well as reduced gas. The burners have a new mixing device, which provides low content of harmful substances in flue gases. Due to the directional supply of air and gas when burning, intensive recycling occurs flue gases. The content of harmful emissions complies with RAL-UZ 80 orders. When testing the limit values \u200b\u200bof NOx 70 mg / kWh and CO 60 mg / kWh were not exceeded. Compact design: All nodes of new types of burners WG 5 are collected compact and occupy a little space. Fuel and gas control devices are easily looked and available. To maintain the mixing device, it is enough to remove the lid. Easily removable burner cover protects all nodes and electrical equipment.
Used by different types heat generators, for example, on warm air generators. Burners are not suitable for installation outdoors.
Radially located fan, sound-forming air intake body, air adjustment from the suction side of the damper, microprocessor combustion manager. The new electronic device W-ZG 01, which changed the traditional for the ignition tormers W transformer, ensures reliable ignition.
Burners WG 5-40
Gas wEISHAUPT WG 5-40 burners - Household burners with a capacity of 12.5 to 550 kW. Natural gas or liquefied gas can be used for the operation of the burners. The burners have an aluminum housing with a housing of high-strength noise absorbing plastic. All burner nodes and mechanisms are available, which makes it possible to quickly carry out the necessary service work. Various options configuration and type of burner control allow you to apply wEISHAUPT WG 5-40 burners Not only by heating boilersbut also on other installations. For example: ventilation and central air conditioning systems and hot air generators, drying and painting chambers, as well as for production purposes.
| Photo | Choose a model | Power | Regulation | Ramp | Availability |
| 12.5 - 50 kW | Single-stage | ½" | In stock |
||
 | 40 - 110 kW | Single-stage | ¾" | In stock | |
| 25 - 110 kW | Two-stage | ¾" | In stock | ||
| 25 - 110 kW | Modulated | ¾" | In stock | ||
 | 80 - 200 kW | Single-stage | 1" | In stock | |
| 35 - 200 kW | Two-stage | 1" | In stock | ||
| 35 - 200 kW | Modulated | 1" | In stock | ||
 | 40 - 350 kW | Modulated | ¾" 1" 1½ " | In stock with ramp 1 "and 1½" |
|
 | 55 - 550 kW | Modulated | ¾" 1" 1½ " | In stock with ramp 1½ " |
| Photo | Model | Power | Regulation | Ramp | Availability |
| WG 10 f / 1-D, isp. LN. | 40 - 110 kW | Single-stage | ¾" | Under the order |
WG 10 f / 1-D, isp. Z-LN. | 25 - 110 kW | Two-stage | ¾" | Under the order | |
WG 10 f / 1-D, isp. ZM-LN. | 25 - 110 kW | Modulated | ¾" | Under the order | |
WG 10 f / 0-D, isp. ZM-LN. | 25 - 110 kW | Modulated | ¾" | Under the order | |
| WG 20 F / 1-C, Sp. LN. | 80 - 200 kW | Single-stage | ¾" | Under the order |
WG 20 F / 1-C, Sp. Z-LN. | 35 - 200 kW | Two-stage | ¾" | Under the order | |
WG 20 F / 1-C, Sp. ZM-LN. | 35 - 200 kW | Modulated | ¾" 1" | Under the order | |
| WG 30 F / 1-C, Sp. ZM-LN. | 40 - 350 kW | Modulated | ¾" 1" 1½ " | Under the order |
| WG 40 N / 1-A, Sp. ZM-LN. | 80 - 550 kW | Modulated | ¾" 1" 1½ " | Under the order |
The ability to directly configure using the function buttons (WG10-WG40 isp. Zm-ln)
Operation on hot water systems with a cyclic mode (forced shutdown every 24 hours)
The ability to operate on hot air generators and steam boilers of groups LL and IIL, as well as groups IV (as an option with W-FM 21).
The built-in connector for the EBUS bus offers the following functions:
- Connecting to a PC to display the process of work and settings functional parameters
- Remote control and diagnostics via automatic modem
- Connect K. modern systems Automation of buildings
- the pre-purge time is installed on the PC via the EBUS bus
A large power range from 12.5 to 550 kW provides individual use on various heat generators and ensures the implementation of any technical tasks.
The W-ZG01 electronic ignition device, used on all WeishauPt Trial Wood, has high reliability and low power consumption.
To control hermetic gas valves The built-in minimum gas pressure control relay is used. Thus control of tightness without additional parts and expenses.
The new gas multiblock includes the following components and functions:
Gas pressure servor to maintain it at a constant level
2 Magnetic Valves (class A)
filter
Gas pressure relay
With too low gas pressure, a gas disadvantage program launches. In addition, the gas pressure relay is used to automatically control tightness.
The main manufacturers of gas burners abroad are:
German company W.EISHAUPT.;
Italian company Unigas.;
Finnish company Oilon..
The burners produced by these companies are presented in Fig. 5.7.1, 5.7.2, 5.7.3 and in Table. 5.7.1.
WEISHAUPT WG-40 UnigasNG550 Oilon.GP-50 H
(fig. 5.7..1) (fig. 5 .7. 2) (fig. 2 5.7 3)
table. 5.7.1
|
Technical data |
Weishaupt WG-40 | ||
|
Range power |
40 - 570 kW | ||
|
Adjustment power |
two-stage |
two-stage |
two-stage |
|
Types of fuel |
Natural gas Liquefied gas |
Natural gas Liquefied gas |
Natural gas Liquefied gas |
|
Control |
Ionization |
Flame detection electrode |
Ultraviolet sensor |
|
Work voltage | |||
|
Frequency in the network | |||
|
Consumed | |||
|
Power consumption Start work | |||
All burners fully respond to all the standards and requirements for the protection services of nature, fire-fighting, technical services. Used for the heating of buildings and technological installations. Fully adapted to work in Russia.
Differs in the following qualities:
modern compact design;
fuel efficiency, significantly reduce power consumption;
microprocessor combustion manager;
high-quality fuel combustion process;
low noise;
ease of service and operation
Gas burner Weishaupt WG40can be used on:
Heat generators
Water installations with intermittent and long-term operation mode (W-FM20: The burning manager turns off the burner once every 24 hours)
Steam and Water Installations and Long Mode of operation
(W-FM21: combustion manager with self-control function)
On the burner you can only use the types of gas specified on the typical plate.
Operation in the open air burner is prohibited. The burner can only be used in closed rooms.
The burner operation is allowed only in the range of the relevant work field.
The gas connection pressure should not exceed the gas pressure specified on the typical plate.
This is a gas blowing burner with a two-stage operation mode.
For the modulated operation mode, a stepper regulator is used, digital combustion manager W-FM 100 /
Features:
Performs control and control of all burner functions;
Control using keys;
Connection to the information bus (EBUS);
Built-in control of the tightness of the magnetic valves;
Liquid crystal display and service panel.
The liquid crystal display shows individual steps of the program and the corresponding working condition of the burner. The control panel keys can change the burner settings and cause information about the burner.
Servo drives
Gas choke and air damper are controlled using individual servo drives. This provides an optimal air ratio for
gas burning in the entire power range.
Flame sensor
The flame sensor monitors the signal on the presence of a flame at each stage of the burner. If the flame signal does not match the functions of the functions, the burner shutdown occurs.
Multifunctional Gas Multible W-MF
(Nominal sizes from 3/4 "to 1 1/2")
with the following elements and functions:
Pressure regulator.
Aligns possible gas pressure drops in the gas pipeline, provides constant pressure and uniform gas consumption. Adjusting screw is set to adjust the adjustment pressure;
2 magnetic valves (class A);
Gas filter;
Gas pressure relay
In case of insufficient gas pressure, the program lack of gas is launched. In addition, gas pressure relays automatically control
tightness.
Pressure regulator FRS
Aligns possible gas pressure drops on the network, provides constant pressure and uniform gas consumption.
Using this device, adjusting pressure is set.
DMV Dual Magnetic Valve
Automatic feed or termination of gas supply.
With the help of a tuning screw, it is possible to limit the progress of the valve and, thus, increase the pressure loss.
Gas pressure relay
With too low gas pressure, a gas disadvantage program launches. Gas pressure relay, in addition, serves to carry out automatic tightness control.
Air pressure relay
With the termination of the air supply of the air pressure relays, the burner is secured.
Testing functions when starting the burner
Each time the burner is started, the servo functions and the air pressure switch are tested. If the deviation from the provided
programs, the launch of the burner is interrupted and re-started. Such new launches are held a total of 5.
Gas disadvantage program
The gas pressure relay controls the minimum gas pressure between both W-MF / DMV multiblock valves. If due to too low gas pressure gas pressure relay
it does not work, the launch of the burner is interrupted. After the waiting time (2 minutes), the burner is repeated. If the lack of gas is fixed again, the launch is repeated for the third time through
2 minutes. After the third unsuccessful attempt, the launch of the burner is made only in an hour. You can exit the program disaggregation of the gas, turning off and turning on the voltage again.
Control of hermeticity
After adjusting the burner, automatic tightness control is performed. The combustion manager controls on the gas line
invalid increase and decrease in pressure. If an invalid increase and decrease in pressure is not fixed, the burner goes into standby mode (STANDBY) appears on the display. When the burner is disappeared or when the voltage disappears, the tightness control is performed at the next torch start:
During the launch, the burner is turned off;
Tightness control;
Automatic re-start.
Network voltage control
During the operation of the burner, the mains voltage is controlled by the combustion manager. If the voltage reaches the lower allowable value (-15% of the working), the burner is turned off; on the display
appears OFF U.
Program work
The regulator gives the team to generate heat:
Verification of servo drives;
Starting the fan, pre-purge combustion chamber;
Ignition;
Magnetic valves open, fuel supply;
Flame formation;
Depending on the inquiry request, air damper and gas choke are opened;
After 24 hours of continuous operation, the forced control of the burner occurs.
If there is enough heat:
Magnetic valves are sequentially closed;
Subsequent purge of combustion chamber;
The fan turns off;
Control of the tightness of magnetic valves;
Turning off the burner, standby mode (STANDBY).
Fig. 5.7.5. Functional scheme of gas reinforcement
1 ball valve with thermal coat;
2. Gas multiblock;
3. Gas choke;
4. Burner;
five . Gas pressure relay.
The advantage of this burner is the presence of a combustion manager W-FM 100. Modern liquid-fuel, gas and combined burners work with the highest possible fuel combustion values. To achieve these parameters, it is necessary to provide accurate fuel consumption and the combined air. In addition, to optimize burning values \u200b\u200band reducing the emission of harmful substances, it is necessary to change the passage section in the flame head and the flow rate in it. Customers impose more and higher requirements for remote control, diagnostics and control. At the same time, it is necessary to reduce installation and maintenance costs.
Weishaupt was dismissed by the system, the basis of which was a new combustion manager W-FM100. This system is a logical continuation of the successful introduction of a digital combustion manager in the range of up to 500 kW.
The W-FM 100 manager is made according to the "smart terminal" principle. All functions are supported by software. There are all the necessary connections for external components on plug terminal blocks. This also applies to terminals for all gas and liquid fuel valves, which are thus connected directly. The combustion manager is mounted in the burner. In special cases, the device can be installed in the control cabinet. The W-FM manager works with a network voltage, and there is no need to use intermediate relays. To ensure the reliability of switching, the relays are installed on the outputs.
For maintenance and observation, as well as commissioning, the manager is equipped with a separate control unit and indication (bui) associated with it using the CAN information tire. This allows you to control the burner with a buoy at a distance of up to 100 m from the manager. You can connect up to 4 servo drives to the information bus. To provide communication that are installed directly on air flow controls, fuel and mixing device. Power on high-precision stepper servo drives comes on the CAN bus.
The manager is allowed to connect up to 4 different flame sensors. An infrared detector was developed for the continuous operation of the combined burner. For gas burners in this case, an ionization electrode can be used. The system is equipped with the control of the geopotype of the gas valves. Only an additional gas pressure relay is necessary. You can additionally install the power regulator to the combustion manager to which various temperature and pressure sensors are connected. The power controller is an adaptive regulator, independently calculating the optimal control parameters.
To ensure communication, there is a digital interface that transfers all the necessary data and commands to control a higher level or communicates via a telephone network using a modem. There are two digital interfaces on the control and display unit (buzz). Outside, an RS 232 interface is available for connecting a PC or laptop. With the help of the appropriate software, the commissioning of the burner becomes much easier. In addition, you can save and print the operating parameters. Available registering function allows you to print the burner work schedule. The mounting plate has an interface for remote data transmission using an E-BUS information bus, a higher level control system that can be controlled by all burner functions. This also applies to capacity regulation. All diagnostic functions may be requested via the interface.
The burning manager has 7 burner work programs for different species Fuel and location of valves. Thus, it is possible to individually control gas, liquid and combined burners. Thanks to the direct connection of all valves to the installation, there is no need to use the external fuel selection relay. Depending on the requirement, all the necessary pressure relays can also be connected to the main device and are configured to a specific function. Thanks to the built-in flame control relay, you can use four different flame sensors. On liquid fuel burners, you can install an ordinary photo sensor. For gas and combined burners, a semiconductor sensor is provided. For a long mode of operation (up to 72 hours), an infrared pulse detector was developed, which can be used both on liquid and gas burners. When working on gas, it is possible to use an inexpensive ionization electrode. Long operation mode is provided with a flame amplifier.
Bui can be removed from the main device at a distance of up to 100 meters. With a buoy, you can control all the burner functions. Therefore, there is no need to use any external keys or switches. The whole course of work, as well as diagnostics are displayed in the display in the form of text. With the help of a computer, you can install any necessary language.
The electronic system of associated control differs from the usual noise-resistant system of CAN-BUS through which the servo drives perform actions on the actuators (air damper, fuel regulator, gas choke and adjusting sleeve). Servo drives equipped with their own microprocessions are serviced through a stepper motor with a very high resolution. The integrable regulating and controlling chain sets the position of the drive shaft with an accuracy of 0.1 degrees. The specified values \u200b\u200bare transmitted from the Manager using the bus. After receiving the exact actual position, the data is transmitted to control from the servo back to the manager.
For two types of fuel, there are, accordingly, separate data blocks are commissioned only after checking and adjusting. Only the required number of power points is entered into the program. Additional introduction or change of power points is not difficult.
Control of the tightness of the gas valves occurs according to a special program. Using an additional gas pressure relay, you can check the tightness of the gas valves, without using other elements. At the same time, you can choose the time to carry out the control: until the burner is started, after turning off the burner or in both cases. If there is an emergency shutdown or power failure, tightness control is usually carried out before launching the burner.
Power controller (optional) has an additional function optimization of control parameters. If necessary, the control parameters are calculated and saved using the measurement of the transitional values \u200b\u200bof the regulatory section. In order to reduce the load of the adjustment organs, the regulator is additionally installed signal stabilizer. The regulator has two internal specified values \u200b\u200bthat can be selected using an external control unit (heat maintenance function, night mode). For the cold start of the boiler there is a separate program that allows you to adjust the heat generator to the nominal temperature or pressure in such a way as to avoid a sharp effect on the material of the boiler. If necessary, the internal specified value can be installed using external. In addition, if there is an external regulator or control system, the regulator can be used as an external regulator. The actual state of the burner can be defined as a standard signal.
The cost of the burner WG (p \u003d 55-500kW) \u003d 6400u.
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Loads Over 5 kg:
Load less than 5 kg:
Delivery in Moscow and regions of the Russian Federation
Delivery is carried out by the courier service of the SDEK according to the scheme "From hand to hand" from Monday to Friday from 10-00 to 18-00. For a separate agreement with the operator, delivery can be made at another time, as well as on weekends. Delivery is carried out during the day, or at your request in the first (from 11-00 to 14-00) or the second (from 14-00 to 18-00) half the day. Also for your convenience we can offer evening delivery (stipulated with the operator personally).
Payment is carried out directly by courier at the time of the order transmission, if something does not suit you, you can abandon the order partially or completely.
We are convincingly pleased not to detain the courier at your address more than 20 minutes. If it is impossible to transfer the order to the recipient within a 20-minute stay at its address, the courier has the right to leave the address of the customer, to ensure timely delivery of orders to other clients. We strongly recommend on delivery day to ensure the smooth operation of the contact telephone numbers you specified.
30-60 minutes before the visit to you, the courier will contact you and report the exact time of arrival. Without a prior call, our couriers are not leaving to the customer.
The company SDEK (express courier delivery service) has been on the market for more than 11 years and delivers goods and documents in more than 2000 cities throughout Russia and the world. The courier service is engaged in express delivery, transportation of goods, delivery of colors, gifts, sending around the city.
The client is given the opportunity to track the delivery process on the company's website. The SDEK provides services to online shopping, including the delivery of goods to the buyer on a specially developed delivery module, as well as the reception of the cash on delivery.
Payment of ordered equipment
Payment of ordered equipment is made in any way convenient for you:
By ordering the installation in our company, you get a comprehensive "turnkey" service. We fully descend the estimate for the supply and installation of the object without attracting subcontracting organizations. This allows you to significantly save the budget and get a qualitative service with clear terms of work.
We have all the necessary licenses and tolerances for conducting work on gas pipelines and gas-grade equipment.
We work with organizations and individuals. One everywhere remains unchanged - this is the high quality and professionalism of the work!
In addition to maintaining equipment in a working condition, timely maintenance Allows you to strive in the optimal state working parameters of the equipment, and this saves energy resources. Indeed, during the operation of the efficiency of almost any technically complex device will inevitably decrease.
Our company has the entire arsenal in the equipment brigades necessary equipment and tools for maintenance of heating systems, ventilation, air conditioning at the highest professional level.
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Gas burner WEISHAUPT WG5 for boilers low power, drying installations, paint cameras, bakery furnaces, hot air generators, central air conditioning systems providing in their design fan upgraded burner with a capacity of up to 50 kW. This burner WEISHAUPT is the most low-power gas burner. Automatic Burners WG 5 provide the operation of the heating system without the need for manual power control, since gas-burner WEISHAUPT WG5 works on previously specified settings. By type of burner control, only with a single-stage power control type is made. The burner is controlled by an electronic combustion manager (W-FM10), which provides all the burner systems. WEISHAUPT WG5 burners can work on natural gas or liquefied gas (depends on the burner execution).
