For electrical works are very popular tools that, in addition, they allow to carry only one tool instead of two or three, are also very convenient and easy to use. A striking example is the tools PEX Crimp Tool and PEX Clamp Tool. Duo-Stripper is designed for stripping wire cross-section from 0,5 to 6,0 mm2 and cutting the pex tubing sheath wires up to 25mm2. Duo-Crimp combines the functions of cleaning, cutting wire cross-section from 0,5 to 6,0 mm2 and crimp ferrules-liners to 6mm2. Both instruments can be easily operated with one hand and be sure to bring pleasure quickly made and quality work.
Just a versatile instrument can be attributed to the functions of K10: crimping insulated terminals from 0,5 to 6,0 mm2, the shape of molding - oval, pruning, and removal of insulation from the wires of the same cross section, cutting screws M2 ,6-M5, and K60 - crimping Laminating uninsulated terminals from 0,75 to 6,0 mm2, pruning and removal of insulation from the wires, cutting bolts M2 ,6-M5.
The new model K007 contains three interchangeable dies for crimp terminals, which are easily replaced at any time, as they are stored in the arms and fastened by latch. This tool is intended for crimping insulated terminals cross-sections from 0.5 to 6 mm2, uninsulated tip section from 0,5 to 10 mm2 and tube tip section from 0,5 to 10 mm2.
http://www.lmnpipecutter.com/pex-crimp-tool-kit.html
Wednesday, May 12, 2010
Tuesday, May 11, 2010
PEX Tool for crimping ferrules-liners.
The most popular model in this series tool K1, K46, K3, K35 - a hand tool for crimping ferrules-liners cross section from 0.14 to 35 mm2 (range of crimp depending on model). Form crimping can be trapezoid or unilateral indentation. Weight of the tool from 0.190 to 0.240 kg. Model K1 supplemented mechanism stripping wire cross-section of 0,14 to 2,5 mm2.
PEX Tools for crimping tubular lugs (tinned copper non-insulated).
PEX tool with ratchet mechanism suitable for crimping tubular lugs force the small size, cross-sections from 0,75 to 16,00 mm 2. For more tips section are tools K05, K06, K09 with the ranges crimp 6-50mm2, 10-25mm2, 25-150mm2, respectively. Form Crimping hexagon. Tools K7 and K07 are designed for crimping ferrules section 120-240 mm2 and 185-400mm2, crimping method - unilateral indentation. The range of crimp in all the instruments, except K02, varies by rotation matrices.
PEX Tools for crimping tubular lugs (tinned copper non-insulated).
PEX tool with ratchet mechanism suitable for crimping tubular lugs force the small size, cross-sections from 0,75 to 16,00 mm 2. For more tips section are tools K05, K06, K09 with the ranges crimp 6-50mm2, 10-25mm2, 25-150mm2, respectively. Form Crimping hexagon. Tools K7 and K07 are designed for crimping ferrules section 120-240 mm2 and 185-400mm2, crimping method - unilateral indentation. The range of crimp in all the instruments, except K02, varies by rotation matrices.
Monday, May 10, 2010
PEX Tool for crimping insulated terminals.
PXT3101 page and PXT3201 are designed for double insulated crimp terminals section 0,1 and 0,5-1mm2-6mm2. A universal tool for PXT3202, except crimp terminals section of 0,5-6mm2, complementing the functions of cutting and stripping wires up to 6mm2. All models are equipped with ratchet.
Sunday, May 9, 2010
PEX Tools for cutting and removing the pex tubing insulation
Mechanical PEX tools Everhot K110, K115 and K150 is recommended for cutting aluminum or copper pex tubing diameters up to 14mm, 25mm and 50mm respectively.
For stranded wire and pex tubing is designed PEX tool K102 (max cutting diameter 20mm). A separate series of tools provided with ratchet. Step by step cutting pex tubing allows you to easily and neatly cut the pex tubing of large diameter, for example, tools K106 / 1 and K106 / 2, designed to cut the pex tubing diameter up to 32mm and 52mm. For stripping round pex tubing is designed tool Jokari - convenient and practical knife with a curved blade, the working diameter: 8-28mm.
Also for cutting virtually any pex tubing will be indispensable knife production Greenlee. The main blade of this knife is designed for cutting thick pex tubing sheath and the inner blade allows you to make a thin pex tubing insulation, without damaging the internal wires. When the mass stripping wires up to 4,0 mm2 useful tool HIGHT STRIP, otherwise the same results when working with wires recommend using the so-called multifunctional tools.
For stranded wire and pex tubing is designed PEX tool K102 (max cutting diameter 20mm). A separate series of tools provided with ratchet. Step by step cutting pex tubing allows you to easily and neatly cut the pex tubing of large diameter, for example, tools K106 / 1 and K106 / 2, designed to cut the pex tubing diameter up to 32mm and 52mm. For stripping round pex tubing is designed tool Jokari - convenient and practical knife with a curved blade, the working diameter: 8-28mm.
Also for cutting virtually any pex tubing will be indispensable knife production Greenlee. The main blade of this knife is designed for cutting thick pex tubing sheath and the inner blade allows you to make a thin pex tubing insulation, without damaging the internal wires. When the mass stripping wires up to 4,0 mm2 useful tool HIGHT STRIP, otherwise the same results when working with wires recommend using the so-called multifunctional tools.
Friday, May 7, 2010
Spirovent
The system is free from the air - it is reality. Hydraulic Spirovent Spirovent Air Superior has been designed specifically for effective de-aeration piping systems of tall buildings:
* For the central heating system with a static height of 15 m between the boiler and the highest point;
* For cooling systems with a static height of more than 5 m between the chiller and the highest point
New hydraulic Spirovent can be used in virtually any environment. Due to a significant volume of deaeration he quickly releases the system from the air for a considerable period of time. The principle of its action is that part of the water in its tank is exposed to low blood pressure. Through this dissolved air and gases are removed from the water and the output from the vent. In conclusion, subjected to degassing of the water is TACO pumped back into the system, where it again absorbs air bubbles and are available in water gas.
Benefits for professionals in the field of heating and users
# Deaerated water
# Safe and intact system
# Lifetime of the system
# Optimal heat transfer components of the system
# No noise
# Easy installation and operation
* For the central heating system with a static height of 15 m between the boiler and the highest point;
* For cooling systems with a static height of more than 5 m between the chiller and the highest point
New hydraulic Spirovent can be used in virtually any environment. Due to a significant volume of deaeration he quickly releases the system from the air for a considerable period of time. The principle of its action is that part of the water in its tank is exposed to low blood pressure. Through this dissolved air and gases are removed from the water and the output from the vent. In conclusion, subjected to degassing of the water is TACO pumped back into the system, where it again absorbs air bubbles and are available in water gas.
Benefits for professionals in the field of heating and users
# Deaerated water
# Safe and intact system
# Lifetime of the system
# Optimal heat transfer components of the system
# No noise
# Easy installation and operation
Wednesday, May 5, 2010
Accumulator for individual water supply systems
Outwardly, hydraulic accumulators are very similar to flanged expansion tanks like Extrol 15 or Extrol 30 of radiant heating systems. However, the appointment and service conditions have other, hence there is a positive difference.
First, the mode accumulator over loaded. In normal operation, its frequency response is from 5 to 15 times per hour with a well chosen volume accumulator. If the volume is chosen correctly, this value can increase up to 20-30 times per hour. Of course such an operation requires a reliable, flexible membrane which can withstand a large number of loads.
Secondly, hydraulic accumulators are used in household water supply systems, so the material must not be toxic and permitted for use with drinking water.
Thirdly, the water in the water supply system in most cases comes from a well or wells. It is saturated with oxygen, which is released and accumulates in the membrane. Therefore, large accumulators at the top of the diaphragm is pipe and valve for venting the air. The appearance of such accumulator presented earlier in Figure 5.
Fourth, hydraulic accumulators usually placed on the line of cold water in the water supply system, so in terms of the temperature at which they operate, the regime more sparing. Typically, the water temperature in the system can not exceed 30 ° C.
As expansion tanks of heating systems, hydraulic accumulators are filled with water is not completely. The volume of "issue" with the work accumulator water is less than the net volume expansion tank heating system.
First, the mode accumulator over loaded. In normal operation, its frequency response is from 5 to 15 times per hour with a well chosen volume accumulator. If the volume is chosen correctly, this value can increase up to 20-30 times per hour. Of course such an operation requires a reliable, flexible membrane which can withstand a large number of loads.
Secondly, hydraulic accumulators are used in household water supply systems, so the material must not be toxic and permitted for use with drinking water.
Thirdly, the water in the water supply system in most cases comes from a well or wells. It is saturated with oxygen, which is released and accumulates in the membrane. Therefore, large accumulators at the top of the diaphragm is pipe and valve for venting the air. The appearance of such accumulator presented earlier in Figure 5.
Fourth, hydraulic accumulators usually placed on the line of cold water in the water supply system, so in terms of the temperature at which they operate, the regime more sparing. Typically, the water temperature in the system can not exceed 30 ° C.
As expansion tanks of heating systems, hydraulic accumulators are filled with water is not completely. The volume of "issue" with the work accumulator water is less than the net volume expansion tank heating system.
Tuesday, May 4, 2010
The radiant heating system "warm floor"
One of the most common today is radiant floor heating. Most consumers find water "warm floor". As the coolant can be used and frost free agent, but the heat will still be water.
Let's look at one of the most common water floor heating systems, which is popularly called Stalinkas. It is a structure consisting of two-pipe routing and having an upper filling. Most often these systems are found in low-rise buildings Stalinist.
The main advantage of this system is its reliability. In addition, it requires in relation to a no maintenance. Ways to create Stalinkas only two:
* According to a parallel scheme
* According to the vector diagram
In the first case, the location of the heating system was determined by type of location of bottling. The system, made by a vector diagram, more often called - with a fair movement of coolant. Among other schemes, it is the most reliable. In addition, her work is characterized by constant uniform.
So, as mentioned above, the main advantage of this system is the uniformity of its heating radiators. That is, you do not have to wait until the required space heats up, going from room to room.
But despite this advantage in our days, the system is mainly used only in country houses. This is explained by the fact that her work is not possible at elevations above the fifth floor. This significantly limits the ability of the Stalinist heating system, but at the same time, does not make it less effective.
Order heating private houses can be in our company.
Let's look at one of the most common water floor heating systems, which is popularly called Stalinkas. It is a structure consisting of two-pipe routing and having an upper filling. Most often these systems are found in low-rise buildings Stalinist.
The main advantage of this system is its reliability. In addition, it requires in relation to a no maintenance. Ways to create Stalinkas only two:
* According to a parallel scheme
* According to the vector diagram
In the first case, the location of the heating system was determined by type of location of bottling. The system, made by a vector diagram, more often called - with a fair movement of coolant. Among other schemes, it is the most reliable. In addition, her work is characterized by constant uniform.
So, as mentioned above, the main advantage of this system is the uniformity of its heating radiators. That is, you do not have to wait until the required space heats up, going from room to room.
But despite this advantage in our days, the system is mainly used only in country houses. This is explained by the fact that her work is not possible at elevations above the fifth floor. This significantly limits the ability of the Stalinist heating system, but at the same time, does not make it less effective.
Order heating private houses can be in our company.
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