Planar autonomous system description, device, installation features and recommendations

It’s important to ensure that your home has enough insulation and heating because doing so promotes efficiency as well as sustainability. The Planar Autonomous System is one novel approach that is becoming more and more well-liked. With its all-encompassing approach to insulation and heating, this state-of-the-art technology promises to save energy and improve homeowner comfort.

An advanced heating and insulation system that can function independently without requiring frequent manual adjustments is called the Planar Autonomous System. The Planar system is a convenient option for busy homeowners because it is designed to be self-regulating, in contrast to traditional heating systems, which frequently require frequent monitoring and maintenance.

Several essential components that distinguish the Planar Autonomous System from traditional insulation and heating techniques are involved in its installation. The system automatically modifies heating levels in response to various factors, including indoor temperature, weather, and occupancy patterns, by utilizing sophisticated sensors and controls. This clever technology minimizes energy consumption and guarantees the highest level of comfort, which lowers expenses and has a positive environmental impact.

The Planar system’s adaptability to different home configurations is one of its best features. The system can be customized to meet your unique needs, regardless of how big or small your home is. Its modular design also makes expansion and installation simple, giving homeowners wishing to upgrade their insulation and heating systems a flexible option.

If you are thinking about purchasing the Planar Autonomous System, there are a few things you should consider. First and foremost, it’s crucial to speak with a trained expert to evaluate the unique needs of your house and choose the best setup for the system. In order to guarantee that the system continues to function effectively and efficiently over time, routine maintenance and servicing are also essential.

To sum up, the Planar Autonomous System offers homeowners a unique combination of efficiency, sustainability, and convenience in heating and insulation. This ground-breaking system promises to revolutionize home insulation and heating by utilizing cutting-edge technology, making living more comfortable and sustainable for many years to come.

Errors from the Planar control unit marked S

When a heater malfunctions, the control panel display automatically identifies and codes the fault.

Panel of control PU-22

The following errors in the table below are fixable by you.

Look for free air inlet and outlet in the heater’s inlet and outlet pipe.

Check the gas venting piping and the combustion air supply system. To cool down the heater, restart.

* – exclusive to Planar 8DM-12/24-S air heaters

**Warning! The heater will be blocked if the "Overheating" error occurs three times in a row when the heater is turning on or operating. Blocking happens when there is overheating, independent of the sensors that identify the problems.

If blocking occurs, the control panel will show code 33. Speak with the service center to have the heater unblocked.

Problems that are best handled by contacting a specialized service center.

Code Flashes Fault description
5 5 Faulty flame indicator.
6 6 Failure of built-in temperature sensor on the control unit.
7* 17* Open circuit of the enclosure temperature sensor.
9 4 Glow plug malfunction.
10 11 Air blower malfunction. RPM below the rated speed.
27 11 Engine does not turn.
28 11 Motor rotates without control.
11* 18* Malfunction of the inlet air temperature sensor.
17 7 Fuel pump malfunction.
32* 15* Malfunction of the heated air outlet temperature sensor.
34* 19* The design of the sensor has been changed.
36* 20* Flame indicator temperature is higher than normal.

* – exclusive to Planar 8DM-12/24-S air heaters

Automatic electronic regulation

"Planar" has a digital It controls the temperature on its own. The driver sets the initial values, and adjustments are made in accordance with those values. Range: fifteen to thirty degrees. The gadget will operate in reduced power consumption mode, producing less heat, once the interior temperature of the car reaches the predetermined level.

The electronics will switch on the ventilation mode if there is a significant temperature differential between the set temperature and the actual temperature. You can cool the driver’s workspace by doing this. The apparatus will go into active mode as soon as the air temperature begins to decrease. The gadget has the option of being fitted with a remote temperature sensor.

Technical characteristics

Let’s look at the widely used 4DM 12-24 model. Additionally, this is a "Planar" autonomous heater. It costs 19,400 pesos. It’s an autonomous diesel heater. The following technical details apply to the device.

As a result, in active operation mode, the heat production is 3 kW, and in low operation mode, it is 1 kW. The active mode uses 0.36 liters of fuel per hour. The device uses up to 0.12 l/h when in low mode. Maximum power consumption of 30 W. Air injected: 120 m3/h. 12 and 24 V are the electric voltages that are supplied. At 20 degrees Celsius and nominal supply voltages, all of these characteristics were measured. There could be a tiny measurement error.

It’s important to know the ins and outs of planar autonomous systems when it comes to insulation and heating your home. These systems are made to minimize energy use and their negative effects on the environment, all while providing effective heating. For homeowners who want to maximize their insulation and heating solutions, it is crucial to comprehend the components, installation features, and operation of these systems. A thorough understanding of everything from the device itself to installation considerations and maintenance suggestions guarantees that your house stays comfortable and energy-efficient all year long. Understanding the ins and outs of planar autonomous systems is essential to making informed decisions, optimizing comfort while lowering costs, whether you’re thinking about installing a new system or upgrading your existing one.

Features and advantages

Planar" autonomous system is manufactured in Samara at the company "Advers". The company is engaged in the production and sale of various climatic equipment, which is in great demand in Russia. The main advantage of the company"s products – affordable prices and high quality equipment. Autonomous heaters can efficiently and reliably perform their functions even at air temperatures as low as -45°С. Also among the advantages of the appliance are its compact size. The heater does not take up much space in the car interior. The use of the device is greatly simplified due to the fact that the system is equipped with a remote control unit. With its help, you can turn on and off the device, as well as change the various modes of operation of the autonomous system.

The company "Advers" possesses all the required certificates attesting to the safety and adherence to quality standards of all its products. A minimal fuel consumption during operation guarantees a lengthy operating life for Autonomika "Planar." It is possible to install on your own. This enables substantial cost savings for you.

The cost of the autonomous "Planar" system is yet another significant benefit. It is 28,300 p for a diesel model with a 7.5 kW capacity.

Compared to comparable products from European manufacturers, this is substantially less expensive.

Design and operating principle

The heater has a timer and a voltage regulator. It is feasible to operate continuously in autonomous mode. There is no need to be concerned about the construction’s safety because the ignition is only activated electronically when all the conditions are satisfied and all the parts are working properly.

The principal elements of Planar are:

  • power supply unit;
  • heating element;
  • fuel pump.

The autonomous unit’s basic function is to supply the heating compartment with outside air. The energy released during fuel combustion heats this air. Following that, warm air is delivered to the bus, van, or interior of an automobile.

A specific regulator must be fixed in the desired position in order to set a certain power. In autonomous mode, the heater will maintain the chosen temperature on its own once the owner of the car makes that selection.

Benefits of air heater use:

  • low cost;
  • low fuel consumption;
  • operation is set by temperature mode or power;
  • when the engine is switched off, very little electricity is consumed when the machine is idle for a long period of time;
  • does not make a lot of noise;
  • Due to the collectorless motor the working life is increased;
  • Diagnostics of the construction is in automatic mode.

Principle of operation

This air self-contained heater works as follows. Thus, with the help of a fuel pump, fuel is fed into the combustion chamber of the Planar. The heat that is generated from the combustion of the diesel is then transferred to the heat exchanger. Then the radiator is blown and hot air enters the cabin. The exhaust gases are discharged from the car interior (through a pipe, as in the photo below). The device is also suitable for operation in closed rooms. Diesel fuel is used as a fuel for "Planar". As already noted, the equipment can operate completely autonomously – the car engine does not need to work. The peculiarities of installation are that the "hair dryer" itself is located inside the cabin, and the tank with fuel – outside.

Design

Warm air is used by the system to operate; it is an air heater. A heating element is incorporated into the design to provide diesel fuel to the device. Additionally, the unit has control and starting equipment.

The car’s fuel tank provides power for the self-contained heater. An alternative mode of operation involves the direct supply of diesel fuel from a dedicated tank within the unit. The organization of the electricity supply follows the same idea. A car battery can be used to power the gadget. The gadget is intended to be as self-sufficient as feasible. Every component’s operation is completely controlled by electronics. Only after the electronic unit performs self-diagnostics and verifies that every component is in good working order will the device turn on. As a result, the autonomous system "Planar" is totally safe in addition to being extremely effective and economical.

Topic Planar autonomous system description, device, installation features and recommendations
Description This topic covers the basic understanding of planar autonomous systems, including how they function without external control, typically through feedback mechanisms.
Device The device refers to the physical components that constitute the planar autonomous system, such as sensors, actuators, and controllers.
Installation Features Installation features encompass the considerations and requirements for properly setting up a planar autonomous system, including placement of sensors, wiring, and structural support.
Recommendations This section provides advice and best practices for optimizing the performance and longevity of planar autonomous systems, such as regular maintenance, monitoring, and troubleshooting tips.

The installation of a planar autonomous heating and insulation system can greatly improve your home’s comfort and energy efficiency. This cutting-edge technology provides a complete solution for preserving ideal temperatures while lowering expenses and energy use.

Homeowners can achieve uniform heating throughout their living areas without the use of underfloor heating or conventional radiators by installing a planar autonomous system. The system works effectively and silently, dispersing heat evenly throughout walls and floors to make every room feel comfortable.

Careful planning and consideration of a number of factors, such as the house’s layout, insulation levels, and existing heating infrastructure, are necessary before installing a planar autonomous system. Expert installation guarantees the system’s smooth integration into the structure, extending its lifespan and efficacy.

To maximize the performance of a planar autonomous system, proper insulation is essential. Sufficient insulation minimizes heat loss through walls, floors, and ceilings, assisting in the retention of heat inside the living areas. Furthermore, efficient insulation reduces energy waste and lowers utility costs.

A planar autonomous system’s continuous dependability and efficiency depend on routine monitoring and maintenance. In order to spot possible problems early on and take quick action, homeowners should arrange for routine inspections and maintenance. A planar autonomous heating and insulation system can offer years of dependable comfort and performance with the right maintenance.

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Sergey Ivanov

I like to help people create comfort and comfort in their homes. I share my experience and knowledge in articles so that you can make the right choice of a heating and insulation system for your home.

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