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Silicone O-Rings are sometimes referred to VMQ O-Rings.

Silicone elastomers are an excellent material due to its outstanding resistance to extreme range of temperature ranging from (-59`C to 232`C) and it has good retention of compression and flexibility. 

In addition Silicone perform excellent resistance to ozone, oxygen, moisture and water swell. Last of all, Silicone has and produces very low odour and taste elastomer therefore making it the right material to be used in food and beverage, and medical industry.

Overview on Application Rating for Material Silicone 

Heat Ozone & Aging Resistance - Excellent

Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classified as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with “Shore A” scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance. Silicone O-Rings the standard nominal durometer is 70 Shore.

O-Rings and rubber seals are generally used for:

· Applications that require resistance to OIL

· Applications that are required to work in low temperatures (-0°C)

· High performance Fuel systems that requires strictly no leakage

O-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.

The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.

If you want to install an O-ring correctly and within a short time, here are steps to follow:

· Covering and lubricating the threading of the shaft

The threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.

That’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.

You will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.

Instead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.

Place the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.

For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.

ORING JIS B2401 P14 ID 13.80 x CS 2.40Material : Silicone 70 Shore Silicone O-Rings are sometimes referred to VMQ O-Rings.Silicone elastomers are an excellent material due to its outstanding resistance to extreme range of temperature ranging from (-59&#x60;C to 232&#x60;C) and it has good retention of compression and flexibility. In addition Silicone perform excellent resistance to ozone, oxygen, moisture and water swell. Last of all, Silicone has and produces very low odour and taste elastomer therefore making it the right material to be used in food and beverage, and medical industry.Temperature Range (Dry Heat)Low: -75&#x60;F / -59&#x60;C High: 450&#x60;F / 232&#x60;COverview on Application Rating for Material Silicone Properties (Rating)Oils &amp; Grease - FairTear Strength – PoorFuel Resistance - PoorHeat Ozone &amp; Aging Resistance - ExcellentWater Swell Resistance - ExcellentAbrasion Resistance - PoorOther than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classified as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with “Shore A” scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance. Silicone O-Rings the standard nominal durometer is 70 Shore.Primary UsageO-Rings and rubber seals are generally used for:· Applications that require resistance to OIL· Applications that are required to work in low temperatures (-0°C)· High performance Fuel systems that requires strictly no leakage<ul class="md-block-unordered-list-item"><li>Aircrafts</li><li>Marine Ships</li><li>F1 Cars</li></ul>· General Industrial Use Tips for installation of an O-ringO-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.So how do you install an O-ring?The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.If you want to install an O-ring correctly and within a short time, here are steps to follow:· Covering and lubricating the threading of the shaftThe threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.· Don’t force it over sharp cornersThat’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.· Even stretchingYou will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.· Don’t roll it down the shaftInstead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.· Finishing it offPlace the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.Installation Guide<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/NnM6KtRUUtEtNTsJQYC_LX.png" alt="" /><figcaption className="md-block-image-caption"></figcaption></figure>

ORING JIS B2401 P14
&nbsp;ID 13.80 x CS 2.40
Material : Silicone 70 Shore&nbsp;&nbsp;&nbsp;
Silicone O-Rings are sometimes referred to VMQ O-Rings.
Silicone elastomers are an excellent material due to its outstanding resistance to extreme range of temperature ranging from (-59`C to 232`C) and it has good retention of compression and flexibility.&nbsp;
In addition Silicone perform excellent resistance to ozone, oxygen, moisture and water swell. Last of all, Silicone has and produces very low odour and taste elastomer therefore making it the right material to be used in food and beverage, and medical industry.
<ins>Temperature Range (Dry Heat)</ins>
Low: -75`F / -59`C High: 450`F / 232`C
<ins>Overview on Application Rating for Material Silicone </ins>
Properties (Rating)
Oils &amp; Grease - Fair
Tear Strength – Poor
Fuel Resistance - Poor
Heat Ozone &amp; Aging Resistance - Excellent
Water Swell Resistance - Excellent
Abrasion Resistance - Poor
Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classified as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with “Shore A” scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance. Silicone O-Rings the standard nominal durometer is 70 Shore.
<ins>Primary Usage</ins>
O-Rings and rubber seals are generally used for:
· Applications that require resistance to OIL
· Applications that are required to work in low temperatures (-0°C)
· High performance Fuel systems that requires strictly no leakage
<ul>
<li>Aircrafts</li>
<li>Marine Ships</li>
<li>F1 Cars</li>
</ul>
· General Industrial Use&nbsp;
<ins>Tips for installation of an O-ring</ins>
O-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.
<ins>So how do you install an O-ring?</ins>
The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.
If you want to install an O-ring correctly and within a short time, here are steps to follow:
· Covering and lubricating the threading of the shaft
The threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.
· Don’t force it over sharp corners
That’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.
· Even stretching
You will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.
· Don’t roll it down the shaft
Instead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.
· Finishing it off
Place the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.
For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.
<ins>Installation Guide</ins>

 <div class="img-ctnr">
 <amp-img 
 on="tap:1ours"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/NnM6KtRUUtEtNTsJQYC_LX.png"
 ></amp-img>
 </div>
 
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ORING JIS B2401 P14 ID 13.80 x CS 2.40 Silicone 70 Shore

oring jis b2401 p14 id 13.80 cs 2.40 silicone 70 shore silikon ring o-ring oem gelang oem/oem代工 2.40硅胶70肖氏 o型圈 oem代工

oring-jis-b2401-p14-id-13-80-x-cs-2-40-silicone-70-shore

Nitrile is often referred to Buna (Buna-N) and NBR.

Nitrile elastomer being affordable is a common material widely used in the industry where sealing take place using O-Ring. It is popular in the industry due to it ability to withstand a wide range of temperature ranging from (-30`C to 100`C). 

It has excellent resistance to petroleum application, it is rated good in the Gas impermeability. In addition Nitrile material are one of the best in its compression and abrasion resistance. The only down side of Nitrile have a poor ozone and weather resistance and only moderate resistance to high temperature.

However Nitrile are not a restricting factors in many applications.

Overview on Application Rating for Material Nitrile (NBR) 

Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classify as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with Shore A scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance.

ORING JIS B2401 P14 ID 13.80 x CS 2.40Material : Nitrile (NBR) 70 Shore Nitrile is often referred to Buna (Buna-N) and NBR.Nitrile elastomer being affordable is a common material widely used in the industry where sealing take place using O-Ring. It is popular in the industry due to it ability to withstand a wide range of temperature ranging from (-30&#x60;C to 100&#x60;C). It has excellent resistance to petroleum application, it is rated good in the Gas impermeability. In addition Nitrile material are one of the best in its compression and abrasion resistance. The only down side of Nitrile have a poor ozone and weather resistance and only moderate resistance to high temperature.However Nitrile are not a restricting factors in many applications.Temperature RangeLow : -22&#x60;F / -30&#x60;C High: 212&#x60;F / 100&#x60;COverview on Application Rating for Material Nitrile (NBR) Properties ( Rating )Oils &amp; Grease - GoodTear Strength - GoodFuel Resistance - PoorGas impermeability - GoodCompression - ExcellentAbrasion Resistance - Good Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classify as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with Shore A scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance.Primary UsageO-Rings and rubber seals are generally used for:· Applications that require resistance to OIL· Applications that are required to work in low temperatures (-0°C)· High performance Fuel systems that requires strictly no leakage<ul class="md-block-unordered-list-item"><li>Aircrafts</li><li>Marine Ships</li><li>F1 Cars</li></ul>· General Industrial Use Tips for installation of an O-ringO-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.So how do you install an O-ring?The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.If you want to install an O-ring correctly and within a short time, here are steps to follow:· Covering and lubricating the threading of the shaftThe threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.· Don’t force it over sharp cornersThat’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.· Even stretchingYou will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.· Don’t roll it down the shaftInstead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.· Finishing it offPlace the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.Installation Guide<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/t~mdqe5ODx0rpVPCoUZNIf.png" alt="" /><figcaption className="md-block-image-caption"></figcaption></figure>

ORING JIS B2401 P14&nbsp;
ID 13.80 x CS 2.40
Material : Nitrile (NBR) 70 Shore
&nbsp;&nbsp;
Nitrile is often referred to Buna (Buna-N) and NBR.
Nitrile elastomer being affordable is a common material widely used in the industry where sealing take place using O-Ring. It is popular in the industry due to it ability to withstand a wide range of temperature ranging from (-30`C to 100`C).&nbsp;
It has excellent resistance to petroleum application, it is rated good in the Gas impermeability. In addition Nitrile material are one of the best in its compression and abrasion resistance. The only down side of Nitrile have a poor ozone and weather resistance and only moderate resistance to high temperature.
However Nitrile are not a restricting factors in many applications.
<ins>Temperature Range</ins>
Low : -22`F / -30`C High: 212`F / 100`C
<ins>Overview on Application Rating for Material Nitrile (NBR) </ins>
Properties ( Rating )
Oils &amp; Grease - Good
Tear Strength - Good
Fuel Resistance - Poor
Gas impermeability - Good
Compression - Excellent
Abrasion Resistance - Good&nbsp;
Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classify as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with Shore A scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance.
<ins>Primary Usage</ins>
O-Rings and rubber seals are generally used for:
· Applications that require resistance to OIL
· Applications that are required to work in low temperatures (-0°C)
· High performance Fuel systems that requires strictly no leakage
<ul>
<li>Aircrafts</li>
<li>Marine Ships</li>
<li>F1 Cars</li>
</ul>
· General Industrial Use&nbsp;
<ins>Tips for installation of an O-ring</ins>
O-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.
<ins>So how do you install an O-ring?</ins>
The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.
If you want to install an O-ring correctly and within a short time, here are steps to follow:
· Covering and lubricating the threading of the shaft
The threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.
· Don’t force it over sharp corners
That’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.
· Even stretching
You will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.
· Don’t roll it down the shaft
Instead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.
· Finishing it off
Place the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.
For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.
<ins>Installation Guide</ins>

 <div class="img-ctnr">
 <amp-img 
 on="tap:e59uv"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/t~mdqe5ODx0rpVPCoUZNIf.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="e59uv" 
 layout="nodisplay"></amp-image-lightbox>

ORING JIS B2401 P14 ID 13.80 x CS 2.40 Nitrile (NBR) 70 Shore

oring jis b2401 p14 id 13.80 cs 2.40 nitrile (nbr) 70 shore 13,80 2,40 ring o-ring oem gelang oem/oem代工 2.40腈（nbr）70肖氏 o型圈 oem代工

oring-jis-b2401-p14-id-13-80-x-cs-2-40-nitrile-nbr-70-shore

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Schneider Electric M9R14240 Id Rccb, 40A, 2 Pole, 300mA, Type Ac, 240V Ac

schneider electric m9r14240 id rccb, 40a, pole, 300ma, type ac, 240v ac tiang, tipe residual current circuit breakers rccbs kutub, jenis electric/施耐德电气 rccb，40a，2 极，300ma，交流类型，240v 交流 施耐德电气

schneider-electric-m9r14240-id-rccb-40a-2-pole-300ma-type-ac-240v-ac

SCHNEIDER ELECTRIC Acti 9 Id K - Residual Current Circuit Breaker - 4P - 40A - 300mA - Type Ac

[Ue] rated operational voltage 380...415 V AC 50 Hz

Residual current tripping technology Voltage independent

Rated breaking and making capacity Idm 500 A

Rated conditional short-circuit current GL63: Inc 4.5 kA

[Ui] rated insulation voltage 440 V AC 50 Hz

[Uimp] rated impulse withstand voltage 4 kV

Connections - terminals Biconnect top or bottom 1…35 mm² rigid

Biconnect top or bottom 1…25 mm² flexible

Wire stripping length 14 mm for top or bottom connection

IP degree of protection IP20 conforming to IEC 60529

IP40 (modular enclosure) conforming to IEC 60529

Electromagnetic compatibility 8/20 µs impulse withstand, 200 A conforming to EN/IEC 61008-1

Tropicalisation 2 conforming to IEC 60068-1

Ambient air temperature for operation -5…55 °C

Ambient air temperature for storage -25…85 °C

<h3 class="md-block-header-three">SCHNEIDER ELECTRIC Acti 9 Id K - Residual Current Circuit Breaker - 4P - 40A - 300mA - Type Ac</h3>Main<ul class="md-block-unordered-list-item"><li>Range Acti9</li><li>Product name Acti9 ID K</li><li>Product or component</li><li>type</li><li>Residual current circuit breaker (RCCB)</li><li>Device short name ID K</li><li>Poles description 4P</li><li>Neutral position Left</li><li>[In] rated current 40 A</li><li>Network type AC</li><li>Earth-leakage sensitivity 300 mA</li><li>Earth-leakage</li><li>protection time delay</li><li>Instantaneous</li><li>Earth-leakage</li><li>protection class</li><li>Type AC</li></ul>Complementary<ul class="md-block-unordered-list-item"><li>Device location in system Group incomer</li><li>Network frequency 50 Hz</li><li>[Ue] rated operational voltage 380...415 V AC 50 Hz</li><li>Residual current tripping technology Voltage independent</li><li>Rated breaking and making capacity Idm 500 A</li><li>Im 500 A</li><li>Rated conditional short-circuit current GL63: Inc 4.5 kA</li><li>K60: Inc 6 kA</li><li>[Ui] rated insulation voltage 440 V AC 50 Hz</li><li>[Uimp] rated impulse withstand voltage 4 kV</li><li>Contact position indicator No</li><li>Control type Toggle</li><li>Mounting mode Clip-on</li><li>Mounting support DIN rail</li><li>9 mm pitches 8</li><li>Height 81 mm</li><li>Width 72 mm</li><li>Depth 68 mm</li><li>Net weight 0.35 kg</li><li>Colour White</li><li>Mechanical durability 5000 cycles</li><li>Electrical durability AC-1: 4000 cycles</li><li>Connections - terminals Biconnect top or bottom 1…35 mm² rigid</li><li>Biconnect top or bottom 1…25 mm² flexible</li><li>Wire stripping length 14 mm for top or bottom connection</li><li>Tightening torque 3.5 N.m top or bottom</li></ul>Environment<ul class="md-block-unordered-list-item"><li>Standards EN/IEC 61008-1</li><li>IP degree of protection IP20 conforming to IEC 60529</li><li>IP40 (modular enclosure) conforming to IEC 60529</li><li>Pollution degree 2</li><li>Electromagnetic compatibility 8/20 µs impulse withstand, 200 A conforming to EN/IEC 61008-1</li><li>Tropicalisation 2 conforming to IEC 60068-1</li><li>Relative humidity 95 % at 55 °C</li><li>Ambient air temperature for operation -5…55 °C</li><li>Ambient air temperature for storage -25…85 °C</li></ul>Packing Units<ul class="md-block-unordered-list-item"><li>Unit Type of Package 1 PCE</li><li>Number of Units in Package 1 1</li><li>Package 1 Height 7.6 cm</li><li>Package 1 Width 7.2 cm</li><li>Package 1 Length 8.6 cm</li><li>Package 1 Weight 0.446 kg</li></ul>

<h3>SCHNEIDER ELECTRIC Acti 9 Id K - Residual Current Circuit Breaker - 4P - 40A - 300mA - Type Ac</h3>
Main
<ul>
<li>Range Acti9</li>
<li>Product name Acti9 ID K</li>
<li>Product or component</li>
<li>type</li>
<li>Residual current circuit breaker (RCCB)</li>
<li>Device short name ID K</li>
<li>Poles description 4P</li>
<li>Neutral position Left</li>
<li>[In] rated current 40 A</li>
<li>Network type AC</li>
<li>Earth-leakage sensitivity 300 mA</li>
<li>Earth-leakage</li>
<li>protection time delay</li>
<li>Instantaneous</li>
<li>Earth-leakage</li>
<li>protection class</li>
<li>Type AC</li>
</ul>
Complementary
<ul>
<li>Device location in system Group incomer</li>
<li>Network frequency 50 Hz</li>
<li>[Ue] rated operational voltage 380...415 V AC 50 Hz</li>
<li>Residual current tripping technology Voltage independent</li>
<li>Rated breaking and making capacity Idm 500 A</li>
<li>Im 500 A</li>
<li>Rated conditional short-circuit current GL63: Inc 4.5 kA</li>
<li>K60: Inc 6 kA</li>
<li>[Ui] rated insulation voltage 440 V AC 50 Hz</li>
<li>[Uimp] rated impulse withstand voltage 4 kV</li>
<li>Contact position indicator No</li>
<li>Control type Toggle</li>
<li>Mounting mode Clip-on</li>
<li>Mounting support DIN rail</li>
<li>9 mm pitches 8</li>
<li>Height 81 mm</li>
<li>Width 72 mm</li>
<li>Depth 68 mm</li>
<li>Net weight 0.35 kg</li>
<li>Colour White</li>
<li>Mechanical durability 5000 cycles</li>
<li>Electrical durability AC-1: 4000 cycles</li>
<li>Connections - terminals Biconnect top or bottom 1…35 mm² rigid</li>
<li>Biconnect top or bottom 1…25 mm² flexible</li>
<li>Wire stripping length 14 mm for top or bottom connection</li>
<li>Tightening torque 3.5 N.m top or bottom</li>
</ul>
Environment
<ul>
<li>Standards EN/IEC 61008-1</li>
<li>IP degree of protection IP20 conforming to IEC 60529</li>
<li>IP40 (modular enclosure) conforming to IEC 60529</li>
<li>Pollution degree 2</li>
<li>Electromagnetic compatibility 8/20 µs impulse withstand, 200 A conforming to EN/IEC 61008-1</li>
<li>Tropicalisation 2 conforming to IEC 60068-1</li>
<li>Relative humidity 95 % at 55 °C</li>
<li>Ambient air temperature for operation -5…55 °C</li>
<li>Ambient air temperature for storage -25…85 °C</li>
</ul>
Packing Units
<ul>
<li>Unit Type of Package 1 PCE</li>
<li>Number of Units in Package 1 1</li>
<li>Package 1 Height 7.6 cm</li>
<li>Package 1 Width 7.2 cm</li>
<li>Package 1 Length 8.6 cm</li>
<li>Package 1 Weight 0.446 kg</li>
</ul>

Spec Sheet (A9KR16440)

Switch Socket

Switch Socket Outlet

Rocker Switch

Other Electrical Accessories

Bell Switch

Other Electrical Switches

Dimmer Switch

Plugs & Connector 

HK Wong

Schneider Electric Acti 9 Id K - Residual Current Circuit Breaker - 4P - 40A - 300mA - Type Ac

schneider electric acti id residual current circuit breaker 4p 40a 300ma type ac pemutus sirkuit arus sisa tipe litar baki jenis electric/施耐德电气 剩余电流断路器 交流型 断路器 施耐德电气

schneider-electric-acti-9-id-k-residual-current-circuit-breaker-4p-40a-300ma-type-ac

Material :  Viton Fluoroelastomers (FKM) 75 Shore   

Fluorocarbon O-Rings are usually call FKM or VITON elastomer, this elastomer are very close to being the universal material to be used in the sealing industry of O-Ring.

This is because due to it wideranges of chemical resistances and outstanding temperature combined with ozone, UV, weathering, and gasoline resistances. They have a temperature ranging from (-15`C to 199`C).

In addition fluorocarbon elastomer, have great benefit to be used in vacuum sealing due to its low gas impermeability ratings. 

The down side of fluorocarbon elastomer is, they should avoid being use in low temperature applications or exposing to hot water, steam, polar solvents, low molecular weight esters and esters, glycol based brake fluids or hot hydrofluoric or chlorosulfonic acids are a factor.

Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classified as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with “Shore A” scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance.Fluorocarbon Viton O-Rings the standard nominal durometer is 75 Shore and 90 Shore.

ORING JIS B2401 P14 ID 13.80 x CS 2.40Material : Viton Fluoroelastomers (FKM) 75 Shore Fluorocarbon O-Rings are usually call FKM or VITON elastomer, this elastomer are very close to being the universal material to be used in the sealing industry of O-Ring.This is because due to it wideranges of chemical resistances and outstanding temperature combined with ozone, UV, weathering, and gasoline resistances. They have a temperature ranging from (-15&#x60;C to 199&#x60;C).In addition fluorocarbon elastomer, have great benefit to be used in vacuum sealing due to its low gas impermeability ratings. The down side of fluorocarbon elastomer is, they should avoid being use in low temperature applications or exposing to hot water, steam, polar solvents, low molecular weight esters and esters, glycol based brake fluids or hot hydrofluoric or chlorosulfonic acids are a factor.Temperature Range (Dry Heat)Low: -5&#x60;F / -15&#x60;C High: 390&#x60;F / 199&#x60;COverview on Application Rating for Material Silicone Properties (Rating)Oils &amp; Grease - ExcellentTear Strength – GoodFuel Resistance - GoodHeat Ozone &amp; Aging Resistance - ExcellentWater Swell Resistance - GoodAmmonia, Amines, Alkalis - PoorOther than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classified as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with “Shore A” scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance.Fluorocarbon Viton O-Rings the standard nominal durometer is 75 Shore and 90 Shore.Primary UsageO-Rings and rubber seals are generally used for:· Applications that require resistance to OIL· Applications that are required to work in low temperatures (-0°C)· High performance Fuel systems that requires strictly no leakage<ul class="md-block-unordered-list-item"><li>Aircrafts</li><li>Marine Ships</li><li>F1 Cars</li></ul>· General Industrial Use Tips for installation of an O-ringO-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.So how do you install an O-ring?The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.If you want to install an O-ring correctly and within a short time, here are steps to follow:· Covering and lubricating the threading of the shaftThe threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.· Don’t force it over sharp cornersThat’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.· Even stretchingYou will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.· Don’t roll it down the shaftInstead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.· Finishing it offPlace the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.Installation Guide<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/9r0tkS9Ym_jSNfnHMO785b.png" alt="" /><figcaption className="md-block-image-caption"></figcaption></figure>

ORING JIS B2401 P14
&nbsp;ID 13.80 x CS 2.40
Material : Viton Fluoroelastomers (FKM) 75 Shore&nbsp;&nbsp;&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;
Fluorocarbon O-Rings are usually call FKM or VITON elastomer, this elastomer are very close to being the universal material to be used in the sealing industry of O-Ring.
This is because due to it wideranges of chemical resistances and outstanding temperature combined with ozone, UV, weathering, and gasoline resistances. They have a temperature ranging from (-15`C to 199`C).
In addition fluorocarbon elastomer, have great benefit to be used in vacuum sealing due to its low gas impermeability ratings.&nbsp;
The down side of fluorocarbon elastomer is, they should avoid being use in low temperature applications or exposing to hot water, steam, polar solvents, low molecular weight esters and esters, glycol based brake fluids or hot hydrofluoric or chlorosulfonic acids are a factor.
<ins>Temperature Range (Dry Heat)</ins>
Low: -5`F / -15`C High: 390`F / 199`C
<ins>Overview on Application Rating for Material Silicone </ins>
Properties (Rating)
Oils &amp; Grease - Excellent
Tear Strength – Good
Fuel Resistance - Good
Heat Ozone &amp; Aging Resistance - Excellent
Water Swell Resistance - Good
Ammonia, Amines, Alkalis - Poor
Other than the size and material type, there is one final option that you need to take in consideration. And that is the Durometer. Durometer are being classified as an industry standard to measure the elastomer hardness. Durometer is measured and listed in accordance with “Shore A” scale. Typical standard hardness for the elastomer are 70 shore, 75 shore and 90 shore to choose from depending on the material that you are using. The higher the value of the shore indicates that the material you are using is harder.Durometer is also generally stated and accepted with a “+/- 5” tolerance.Fluorocarbon Viton O-Rings the standard nominal durometer is 75 Shore and 90 Shore.
<ins>Primary Usage</ins>
O-Rings and rubber seals are generally used for:
· Applications that require resistance to OIL
· Applications that are required to work in low temperatures (-0°C)
· High performance Fuel systems that requires strictly no leakage
<ul>
<li>Aircrafts</li>
<li>Marine Ships</li>
<li>F1 Cars</li>
</ul>
· General Industrial Use&nbsp;
<ins>Tips for installation of an O-ring</ins>
O-rings need to be installed properly for a perfect fit and sealing. It is important that you install the O-ring in a prescribed manner to ensure your application continues to function properly. You will also ensure you increase the life of the application.
<ins>So how do you install an O-ring?</ins>
The process of installing an O-ring into a male gland is an intricate affair that should be carefully undertaken. Glide it along the shaft so as it reaches the gland. At that point, it should easily snap into place. Simple as it might sound, a number of steps will ensure that the O-ring doesn’t get damaged.
If you want to install an O-ring correctly and within a short time, here are steps to follow:
· Covering and lubricating the threading of the shaft
The threading of the shaft has the potential of tearing the rubber seal. Cover the threads using a masking tape and then lubricate them to allow for easy passage of the O-ring. The aim is to have the O-ring slide through without getting torn.
· Don’t force it over sharp corners
That’s a tip that will save you the stress of a torn O-ring. In fact, running the O-ring over jagged or sharp objects could get it torn. You may not be able to notice some of these tears. That’s why you should ensure you prevent them from occurring in the first place.
· Even stretching
You will have to stretch the O-ring over the shaft. Ensure you do it evenly. Pulling from one side is a no-no. If anything, you should stretch the O-ring as little as possible. You will not just get a tighter grip but added security too.
· Don’t roll it down the shaft
Instead of rolling the O-ring down the shaft, slide it. If you spiral wind or roll an O-ring, it cannot be properly installed. It will also not function optimally and can even end up being damaged. If you have a lubricant, apply it on the O-ring and you will keep it rolling.
· Finishing it off
Place the female component in a manner that allows its radius to go around the corner. This should be done when you are finalizing the installation process. Ensure the lead of this component is inside the chamfer. This is how you will be able to guarantee the safety of the O-ring.
For O-rings to perform optimally, they have to be properly installed. It doesn’t just provide secure sealing but also increases the service life of the component together with the application. Don’t compromise on this process.
<ins>Installation Guide</ins>

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 on="tap:5sqs3"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/9r0tkS9Ym_jSNfnHMO785b.png"
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ORING JIS B2401 P14 ID 13.80 x CS 2.40 Viton Fluoroelastomers (FKM) 75 Shore

oring jis b2401 p14 id 13.80 cs 2.40 viton fluoroelastomers (fkm) 75 shore 13,80 2,40 fluoroelastomer ring o-ring oem gelang oem/oem代工 2.40氟橡胶（fkm）75邵氏 o型圈 oem代工

oring-jis-b2401-p14-id-13-80-x-cs-2-40-viton-fluoroelastomers-fkm-75-shore

Abb AX40-30-10-80 Contactor 3P 11KW 3NO 1AUX 50/60HZ 230-240VAC

Catalog Description:AX40-30-10-80 220-230V50Hz/230-240V60Hz Contactor

Long Description:AX32, AX40 contactors are mainly used for controlling 3-phase motors and power circuits up to 690 V AC. These contactors are of the block type design with: – 3 main poles and 1 built-in auxiliary contact – control circuit: AC operated – add-on auxiliary contact blocks for front or side mounting and a wide range of accessories.

Rated Operational Voltage:Auxiliary Circuit 690 V

Rated Frequency (f):Auxiliary Circuit 50 / 60 Hz

Conventional Free-air Thermal Current (Ith):acc. to IEC 60947-4-1, Open Contactors Θ = 40 °C 65 A

Rated Operational Current AC-1 (Ie):(220 / 240 V) 55 °C 60 A

Rated Operational Current AC-3 (Ie):(415 V) 55 °C 40 A

Rated Operational Power AC-3 (Pe):(415 V) 18.5 kW

Rated Operational Current AC-15 (Ie):(500 V) NC 2

Rated Short-time Withstand Current Low Voltage (Icw):at 40 °C Ambient Temp, in Free Air, from a Cold State 10 s 400 A

at 40 °C Ambient Temp, in Free Air, from a Cold State 15 min 65 A

at 40 °C Ambient Temp, in Free Air, from a Cold State 1 min 150 A

at 40 °C Ambient Temp, in Free Air, from a Cold State 1 s 600 A

at 40 °C Ambient Temp, in Free Air, from a Cold State 30 s 225 A

Maximum Breaking Capacity:cos phi=0.45 (cos phi=0.35 for Ie > 100 A) at 440 V 820 A

cos phi=0.45 (cos phi=0.35 for Ie > 100 A) at 690 V 340 A

Maximum Electrical Switching Frequency:(AC-1) 600 cycles per hour

Rated Operational Current DC-13 (Ie):(24 V) 6 A / 144 W

Rated Insulation Voltage (Ui):acc. to IEC 60947-4-1 and VDE 0110 (Gr. C) 690 V

Rated Impulse Withstand Voltage (Uimp):Auxiliary Circuit 6 kV

Maximum Mechanical Switching Frequency:3600 cycles per hour

Rated Control Circuit Voltage (Uc):50 Hz 220 ... 230 V

Operate Time:Between Coil De-energization and NC Contact Closing 7 ... 14 ms

Between Coil De-energization and NO Contact Opening 4 ... 11 ms

Between Coil Energization and NC Contact Opening 6 ... 18 ms

Between Coil Energization and NO Contact Closing 8 ... 21 ms

Degree of Protection:acc. to IEC 60529, IEC 60947-1, EN 60529 Auxiliary Terminals IP20

acc. to IEC 60529, IEC 60947-1, EN 60529 Coil Terminals IP20

acc. to IEC 60529, IEC 60947-1, EN 60529 Main Terminals IP20

<h3 class="md-block-header-three">Abb AX40-30-10-80 Contactor 3P 11KW 3NO 1AUX 50/60HZ 230-240VAC</h3> <ul class="md-block-unordered-list-item"><li>Extended Product Type:AX40-30-10-80</li><li>Product ID:1SBL321074R8010</li><li>EAN:3471522401809</li><li>Catalog Description:AX40-30-10-80 220-230V50Hz/230-240V60Hz Contactor</li><li>Long Description:AX32, AX40 contactors are mainly used for controlling 3-phase motors and power circuits up to 690 V AC. These contactors are of the block type design with: – 3 main poles and 1 built-in auxiliary contact – control circuit: AC operated – add-on auxiliary contact blocks for front or side mounting and a wide range of accessories.</li><li>Number of Main Contacts NO:3</li><li>Number of Main Contacts NC:0</li><li>Number of Auxiliary Contacts NO:1</li><li>Number of Auxiliary Contacts NC:0</li><li>Rated Operational Voltage:Auxiliary Circuit 690 V</li><li>Main Circuit 690 V</li><li>Rated Frequency (f):Auxiliary Circuit 50 / 60 Hz</li><li>Main Circuit 50 / 60 Hz</li><li>Conventional Free-air Thermal Current (Ith):acc. to IEC 60947-4-1, Open Contactors Θ = 40 °C 65 A</li><li>acc. to IEC 60947-5-1, Θ = 40 °C 16 A</li><li>Rated Operational Current AC-1 (Ie):(220 / 240 V) 55 °C 60 A</li><li>(690 V) 40 °C 60 A</li><li>(690 V) 70 °C 42 A</li><li>Rated Operational Current AC-3 (Ie):(415 V) 55 °C 40 A</li><li>(440 V) 55 °C 37 A</li><li>(500 V) 55 °C 33 A</li><li>(690 V) 55 °C 25 A</li><li>(380 / 400 V) 55 °C 40 A</li><li>(220 / 230 / 240 V) 55 °C 40 A</li><li>Rated Operational Power AC-3 (Pe):(415 V) 18.5 kW</li><li>(440 V) 22 kW</li><li>(500 V) 22 kW</li><li>(690 V) 22 kW</li><li>(380 / 400 V) 18.5 kW</li><li>(220 / 230 / 240 V) 11 kW</li><li>Rated Operational Current AC-15 (Ie):(500 V) NC 2</li><li>(500 V) 2 A</li><li>(690 V) 2 A</li><li>(24 / 127 V) 6 A</li><li>(220 / 240 V) 4 A</li><li>(380 / 400 V) 3 A</li><li>(400 / 440 V) 2 A</li><li>Rated Short-time Withstand Current Low Voltage (Icw):at 40 °C Ambient Temp, in Free Air, from a Cold State 10 s 400 A</li><li>at 40 °C Ambient Temp, in Free Air, from a Cold State 15 min 65 A</li><li>at 40 °C Ambient Temp, in Free Air, from a Cold State 1 min 150 A</li><li>at 40 °C Ambient Temp, in Free Air, from a Cold State 1 s 600 A</li><li>at 40 °C Ambient Temp, in Free Air, from a Cold State 30 s 225 A</li><li>for 0.1 s 140 A</li><li>for 1 s 100 A</li><li>Maximum Breaking Capacity:cos phi=0.45 (cos phi=0.35 for Ie &gt; 100 A) at 440 V 820 A</li><li>cos phi=0.45 (cos phi=0.35 for Ie &gt; 100 A) at 690 V 340 A</li><li>Maximum Electrical Switching Frequency:(AC-1) 600 cycles per hour</li><li>(AC-15) 1200 cycles per hour</li><li>(AC-3) 1200 cycles per hour</li><li>(DC-13) 900 cycles per hour</li><li>Rated Operational Current DC-13 (Ie):(24 V) 6 A / 144 W</li><li>(110 V) 1.1 A / 121 W</li><li>(125 V) 1.1 A / 138 W</li><li>(220 V) 0.55 A / 121 W</li><li>(250 V) 0.55 A / 138 W</li><li>(400 V) 2.8 A / 134 W</li><li>(500 V) 2 A / 144 W</li><li>Rated Insulation Voltage (Ui):acc. to IEC 60947-4-1 and VDE 0110 (Gr. C) 690 V</li><li>Rated Impulse Withstand Voltage (Uimp):Auxiliary Circuit 6 kV</li><li>Maximum Mechanical Switching Frequency:3600 cycles per hour</li><li>Rated Control Circuit Voltage (Uc):50 Hz 220 ... 230 V</li><li>60 Hz 230 ... 240 V</li><li>Operate Time:Between Coil De-energization and NC Contact Closing 7 ... 14 ms</li><li>Between Coil De-energization and NO Contact Opening 4 ... 11 ms</li><li>Between Coil Energization and NC Contact Opening 6 ... 18 ms</li><li>Between Coil Energization and NO Contact Closing 8 ... 21 ms</li><li>Degree of Protection:acc. to IEC 60529, IEC 60947-1, EN 60529 Auxiliary Terminals IP20</li><li>acc. to IEC 60529, IEC 60947-1, EN 60529 Coil Terminals IP20</li><li>acc. to IEC 60529, IEC 60947-1, EN 60529 Main Terminals IP20</li><li>IP20</li><li>Terminal Type:Screw Terminals</li><li>Unit of Measurement : Pcs</li></ul>

<h3>Abb AX40-30-10-80 Contactor 3P 11KW 3NO 1AUX 50/60HZ 230-240VAC</h3>
&nbsp;&nbsp;
<ul>
<li>Extended Product Type:AX40-30-10-80</li>
<li>Product ID:1SBL321074R8010</li>
<li>EAN:3471522401809</li>
<li>Catalog Description:AX40-30-10-80 220-230V50Hz/230-240V60Hz Contactor</li>
<li>Long Description:AX32, AX40 contactors are mainly used for controlling 3-phase motors and power circuits up to 690 V AC. These contactors are of the block type design with: – 3 main poles and 1 built-in auxiliary contact – control circuit: AC operated – add-on auxiliary contact blocks for front or side mounting and a wide range of accessories.</li>
<li>Number of Main Contacts NO:3</li>
<li>Number of Main Contacts NC:0</li>
<li>Number of Auxiliary Contacts NO:1</li>
<li>Number of Auxiliary Contacts NC:0</li>
<li>Rated Operational Voltage:Auxiliary Circuit 690 V</li>
<li>Main Circuit 690 V</li>
<li>Rated Frequency (f):Auxiliary Circuit 50 / 60 Hz</li>
<li>Main Circuit 50 / 60 Hz</li>
<li>Conventional Free-air Thermal Current (Ith):acc. to IEC 60947-4-1, Open Contactors Θ = 40 °C 65 A</li>
<li>acc. to IEC 60947-5-1, Θ = 40 °C 16 A</li>
<li>Rated Operational Current AC-1 (Ie):(220 / 240 V) 55 °C 60 A</li>
<li>(690 V) 40 °C 60 A</li>
<li>(690 V) 70 °C 42 A</li>
<li>Rated Operational Current AC-3 (Ie):(415 V) 55 °C 40 A</li>
<li>(440 V) 55 °C 37 A</li>
<li>(500 V) 55 °C 33 A</li>
<li>(690 V) 55 °C 25 A</li>
<li>(380 / 400 V) 55 °C 40 A</li>
<li>(220 / 230 / 240 V) 55 °C 40 A</li>
<li>Rated Operational Power AC-3 (Pe):(415 V) 18.5 kW</li>
<li>(440 V) 22 kW</li>
<li>(500 V) 22 kW</li>
<li>(690 V) 22 kW</li>
<li>(380 / 400 V) 18.5 kW</li>
<li>(220 / 230 / 240 V) 11 kW</li>
<li>Rated Operational Current AC-15 (Ie):(500 V) NC 2</li>
<li>(500 V) 2 A</li>
<li>(690 V) 2 A</li>
<li>(24 / 127 V) 6 A</li>
<li>(220 / 240 V) 4 A</li>
<li>(380 / 400 V) 3 A</li>
<li>(400 / 440 V) 2 A</li>
<li>Rated Short-time Withstand Current Low Voltage (Icw):at 40 °C Ambient Temp, in Free Air, from a Cold State 10 s 400 A</li>
<li>at 40 °C Ambient Temp, in Free Air, from a Cold State 15 min 65 A</li>
<li>at 40 °C Ambient Temp, in Free Air, from a Cold State 1 min 150 A</li>
<li>at 40 °C Ambient Temp, in Free Air, from a Cold State 1 s 600 A</li>
<li>at 40 °C Ambient Temp, in Free Air, from a Cold State 30 s 225 A</li>
<li>for 0.1 s 140 A</li>
<li>for 1 s 100 A</li>
<li>Maximum Breaking Capacity:cos phi=0.45 (cos phi=0.35 for Ie &gt; 100 A) at 440 V 820 A</li>
<li>cos phi=0.45 (cos phi=0.35 for Ie &gt; 100 A) at 690 V 340 A</li>
<li>Maximum Electrical Switching Frequency:(AC-1) 600 cycles per hour</li>
<li>(AC-15) 1200 cycles per hour</li>
<li>(AC-3) 1200 cycles per hour</li>
<li>(DC-13) 900 cycles per hour</li>
<li>Rated Operational Current DC-13 (Ie):(24 V) 6 A / 144 W</li>
<li>(110 V) 1.1 A / 121 W</li>
<li>(125 V) 1.1 A / 138 W</li>
<li>(220 V) 0.55 A / 121 W</li>
<li>(250 V) 0.55 A / 138 W</li>
<li>(400 V) 2.8 A / 134 W</li>
<li>(500 V) 2 A / 144 W</li>
<li>Rated Insulation Voltage (Ui):acc. to IEC 60947-4-1 and VDE 0110 (Gr. C) 690 V</li>
<li>Rated Impulse Withstand Voltage (Uimp):Auxiliary Circuit 6 kV</li>
<li>Maximum Mechanical Switching Frequency:3600 cycles per hour</li>
<li>Rated Control Circuit Voltage (Uc):50 Hz 220 ... 230 V</li>
<li>60 Hz 230 ... 240 V</li>
<li>Operate Time:Between Coil De-energization and NC Contact Closing 7 ... 14 ms</li>
<li>Between Coil De-energization and NO Contact Opening 4 ... 11 ms</li>
<li>Between Coil Energization and NC Contact Opening 6 ... 18 ms</li>
<li>Between Coil Energization and NO Contact Closing 8 ... 21 ms</li>
<li>Degree of Protection:acc. to IEC 60529, IEC 60947-1, EN 60529 Auxiliary Terminals IP20</li>
<li>acc. to IEC 60529, IEC 60947-1, EN 60529 Coil Terminals IP20</li>
<li>acc. to IEC 60529, IEC 60947-1, EN 60529 Main Terminals IP20</li>
<li>IP20</li>
<li>Terminal Type:Screw Terminals</li>
<li>Unit of Measurement : Pcs</li>
</ul>

Jimmy Foo

Philips

Thomas & Betts

BRADY

Bussmann

Weidmuller

FUJI

Crouse-Hinds

Fuses & Fusegear

Light Bulbs

Led Lights

Light Tubes

Doreen Tan

abb ax40-30-10-80 contactor 3p 11kw 3no 1aux 50/60hz 230-240vac kontaktor contactors para kontraktor penyentuh penghubung 接触器

abb-ax40-30-10-80-contactor-3p-11kw-3no-1aux-50-60hz-230-240vac

Abb ESB40-20N-06 Contactor Installation 40A 2NO

Catalog Description:ESB40-20N-06 Installation Contactor (NO) 40 A - 2 NO - 0 NC - 230 V - Control Circuit 400 Hz

Long Description:The ESB40..N installation contactors are used to control single and three-phase loads up to 40 A and can be operated by AC or DC.

These contactors are made for use in household applications as well as in industrial environments.

Hum-free operation, low power consumption and integrated overvoltage protection.

Various contact combinations and accessories are available.

Rated Operational Voltage:Main Circuit 220 V DC

Rated Frequency (f):Control Circuit 400 Hz

Rated Operational Current AC-1 (Ie):(NO) 40 A

Rated Operational Current AC-3 (Ie):(230 V) Single Phase, NO 22 A

Rated Operational Power AC-1 (Pe):(230 V) Single Phase, NO 9.2 kW

Rated Operational Power AC-3 (Pe):(230 V) Single Phase, NO 3.7 kW

Rated Operational Current AC-7a (Ie):(NO) 40 A

Rated Operational Power AC-7a (Pe):(230 V) Single Phase, NO 9.2 kW

Rated Operational Current AC-7b (Ie):(230 V) Single Phase, NO 22 A

Rated Operational Power AC-7b (Pe):(230 V) Single Phase, NO 3.7 kW

Recommended Screw Driver:Control Circuit Pozidriv 1

Rated Impulse Withstand Voltage (Uimp):6 kV

Connecting Capacity Main Circuit:Flexible with Ferrule 1x 1.5 ... 16 mm²

Flexible with Insulated Ferrule 1x 1.5 ... 16 mm²

Flexible with Insulated Ferrule 2x 1.5 ... 10 mm²

Connecting Capacity Control Circuit:Flexible with Ferrule 1x 0.75 ... 2.5 mm²

Flexible with Ferrule 2x 0.75 ... 1.5 mm²

Flexible with Insulated Ferrule 1x 0.75 ... 2.5 mm²

Flexible with Insulated Ferrule 2x 0.75 ... 1 mm²

Tightening Torque:Control Circuit 0.9 N·m

Wire Stripping Length:Control Circuit 7 mm

Electrical Durability:AC-1 (NO) 150000 cycle

<h3 class="md-block-header-three">Abb ESB40-20N-06 Contactor Installation 40A 2NO</h3> <ul class="md-block-unordered-list-item"><li>Extended Product Type:ESB40-20N-06</li><li>Product ID:1SAE341111R0620</li><li>EAN:4013614518478</li><li>Catalog Description:ESB40-20N-06 Installation Contactor (NO) 40 A - 2 NO - 0 NC - 230 V - Control Circuit 400 Hz</li><li>Long Description:The ESB40..N installation contactors are used to control single and three-phase loads up to 40 A and can be operated by AC or DC.</li><li>These contactors are made for use in household applications as well as in industrial environments.</li><li>The following benefits are provided:</li><li>Hum-free operation, low power consumption and integrated overvoltage protection.</li><li>Various contact combinations and accessories are available.</li><li>Unit of Measurement : PCS</li></ul>Technical<ul class="md-block-unordered-list-item"><li>Rated Operational Voltage:Main Circuit 220 V DC</li><li>Main Circuit 400 V AC</li><li>Rated Control Circuit Voltage (Uc):230 V</li><li>Rated Frequency (f):Control Circuit 400 Hz</li><li>Control Circuit 50 Hz</li><li>Control Circuit 60 Hz</li><li>Control Circuit DC</li><li>Main Circuit 50 Hz</li><li>Main Circuit 60 Hz</li><li>Main Circuit DC</li><li>Rated Operational Current AC-1 (Ie):(NO) 40 A</li><li>Rated Operational Current AC-3 (Ie):(230 V) Single Phase, NO 22 A</li><li>Rated Operational Power AC-1 (Pe):(230 V) Single Phase, NO 9.2 kW</li><li>Rated Operational Power AC-3 (Pe):(230 V) Single Phase, NO 3.7 kW</li><li>Rated Operational Current AC-7a (Ie):(NO) 40 A</li><li>Rated Operational Power AC-7a (Pe):(230 V) Single Phase, NO 9.2 kW</li><li>Rated Operational Current AC-7b (Ie):(230 V) Single Phase, NO 22 A</li><li>Rated Operational Power AC-7b (Pe):(230 V) Single Phase, NO 3.7 kW</li><li>Recommended Screw Driver:Control Circuit Pozidriv 1</li><li>Main Circuit Pozidriv 2</li><li>Rated Impulse Withstand Voltage (Uimp):6 kV</li><li>Rated Insulation Voltage (Ui):500 V</li><li>Connecting Capacity Main Circuit:Flexible with Ferrule 1x 1.5 ... 16 mm²</li><li>Flexible with Ferrule 2x 1.5 ... 10 mm²</li><li>Flexible with Insulated Ferrule 1x 1.5 ... 16 mm²</li><li>Flexible with Insulated Ferrule 2x 1.5 ... 10 mm²</li><li>Flexible 1x 1.5 ... 16 mm²</li><li>Flexible 2x 1.5 ... 10 mm²</li><li>Rigid 1x 1.5 ... 25 mm²</li><li>Rigid 2x 1.5 ... 10 mm²</li><li>Connecting Capacity Control Circuit:Flexible with Ferrule 1x 0.75 ... 2.5 mm²</li><li>Flexible with Ferrule 2x 0.75 ... 1.5 mm²</li><li>Flexible with Insulated Ferrule 1x 0.75 ... 2.5 mm²</li><li>Flexible with Insulated Ferrule 2x 0.75 ... 1 mm²</li><li>Flexible 1x 1 ... 4.0 mm²</li><li>Flexible 2x 1 ... 2.5 mm²</li><li>Rigid 1x 1 ... 4 mm²</li><li>Rigid 2x 1 ... 2.5 mm²</li><li>Tightening Torque:Control Circuit 0.9 N·m</li><li>Main Circuit 2.5 N·m</li><li>Wire Stripping Length:Control Circuit 7 mm</li><li>Main Circuit 13 mm</li><li>Degree of Protection:IP20</li><li>Electrical Durability:AC-1 (NO) 150000 cycle</li><li>AC-3 (NO) 100000 cycle</li><li>AC-7a (NO) 150000 cycle</li><li>AC-7b (NO) 100000 cycle</li><li>Mechanical Durability:1000000 cycle</li><li>Number of Poles:2</li><li>Number of Auxiliary Contacts NC:0</li><li>Number of Auxiliary Contacts NO:0</li><li>Number of Main Contacts NC:0</li><li>Number of Main Contacts NO:2</li><li>Width in Number of Modular Spacings:3</li><li>Pollution Degree:3</li><li>Standards:IEC/EN 60947-1</li><li>IEC/EN 60947-4-1</li><li>IEC/EN 61095</li><li>UL 60947-1</li><li>UL 60947-4-1</li></ul>

<h3>Abb ESB40-20N-06 Contactor Installation 40A 2NO</h3>
&nbsp;&nbsp;
<ul>
<li>Extended Product Type:ESB40-20N-06</li>
<li>Product ID:1SAE341111R0620</li>
<li>EAN:4013614518478</li>
<li>Catalog Description:ESB40-20N-06 Installation Contactor (NO) 40 A - 2 NO - 0 NC - 230 V - Control Circuit 400 Hz</li>
<li>Long Description:The ESB40..N installation contactors are used to control single and three-phase loads up to 40 A and can be operated by AC or DC.</li>
<li>These contactors are made for use in household applications as well as in industrial environments.</li>
<li>The following benefits are provided:</li>
<li>Hum-free operation, low power consumption and integrated overvoltage protection.</li>
<li>Various contact combinations and accessories are available.</li>
<li>Unit of Measurement : PCS</li>
</ul>
Technical
<ul>
<li>Rated Operational Voltage:Main Circuit 220 V DC</li>
<li>Main Circuit 400 V AC</li>
<li>Rated Control Circuit Voltage (Uc):230 V</li>
<li>Rated Frequency (f):Control Circuit 400 Hz</li>
<li>Control Circuit 50 Hz</li>
<li>Control Circuit 60 Hz</li>
<li>Control Circuit DC</li>
<li>Main Circuit 50 Hz</li>
<li>Main Circuit 60 Hz</li>
<li>Main Circuit DC</li>
<li>Rated Operational Current AC-1 (Ie):(NO) 40 A</li>
<li>Rated Operational Current AC-3 (Ie):(230 V) Single Phase, NO 22 A</li>
<li>Rated Operational Power AC-1 (Pe):(230 V) Single Phase, NO 9.2 kW</li>
<li>Rated Operational Power AC-3 (Pe):(230 V) Single Phase, NO 3.7 kW</li>
<li>Rated Operational Current AC-7a (Ie):(NO) 40 A</li>
<li>Rated Operational Power AC-7a (Pe):(230 V) Single Phase, NO 9.2 kW</li>
<li>Rated Operational Current AC-7b (Ie):(230 V) Single Phase, NO 22 A</li>
<li>Rated Operational Power AC-7b (Pe):(230 V) Single Phase, NO 3.7 kW</li>
<li>Recommended Screw Driver:Control Circuit Pozidriv 1</li>
<li>Main Circuit Pozidriv 2</li>
<li>Rated Impulse Withstand Voltage (Uimp):6 kV</li>
<li>Rated Insulation Voltage (Ui):500 V</li>
<li>Connecting Capacity Main Circuit:Flexible with Ferrule 1x 1.5 ... 16 mm²</li>
<li>Flexible with Ferrule 2x 1.5 ... 10 mm²</li>
<li>Flexible with Insulated Ferrule 1x 1.5 ... 16 mm²</li>
<li>Flexible with Insulated Ferrule 2x 1.5 ... 10 mm²</li>
<li>Flexible 1x 1.5 ... 16 mm²</li>
<li>Flexible 2x 1.5 ... 10 mm²</li>
<li>Rigid 1x 1.5 ... 25 mm²</li>
<li>Rigid 2x 1.5 ... 10 mm²</li>
<li>Connecting Capacity Control Circuit:Flexible with Ferrule 1x 0.75 ... 2.5 mm²</li>
<li>Flexible with Ferrule 2x 0.75 ... 1.5 mm²</li>
<li>Flexible with Insulated Ferrule 1x 0.75 ... 2.5 mm²</li>
<li>Flexible with Insulated Ferrule 2x 0.75 ... 1 mm²</li>
<li>Flexible 1x 1 ... 4.0 mm²</li>
<li>Flexible 2x 1 ... 2.5 mm²</li>
<li>Rigid 1x 1 ... 4 mm²</li>
<li>Rigid 2x 1 ... 2.5 mm²</li>
<li>Tightening Torque:Control Circuit 0.9 N·m</li>
<li>Main Circuit 2.5 N·m</li>
<li>Wire Stripping Length:Control Circuit 7 mm</li>
<li>Main Circuit 13 mm</li>
<li>Degree of Protection:IP20</li>
<li>Electrical Durability:AC-1 (NO) 150000 cycle</li>
<li>AC-3 (NO) 100000 cycle</li>
<li>AC-7a (NO) 150000 cycle</li>
<li>AC-7b (NO) 100000 cycle</li>
<li>Mechanical Durability:1000000 cycle</li>
<li>Number of Poles:2</li>
<li>Number of Auxiliary Contacts NC:0</li>
<li>Number of Auxiliary Contacts NO:0</li>
<li>Number of Main Contacts NC:0</li>
<li>Number of Main Contacts NO:2</li>
<li>Width in Number of Modular Spacings:3</li>
<li>Pollution Degree:3</li>
<li>Standards:IEC/EN 60947-1</li>
<li>IEC/EN 60947-4-1</li>
<li>IEC/EN 61095</li>
<li>UL 60947-1</li>
<li>UL 60947-4-1</li>
</ul>