• Sampling Cooler/ Enfriador de Muestros/ Cooler for Samples for Boiler Water System 1
  • Sampling Cooler/ Enfriador de Muestros/ Cooler for Samples for Boiler Water System 2
Sampling Cooler/ Enfriador de Muestros/ Cooler for Samples for Boiler Water

Sampling Cooler/ Enfriador de Muestros/ Cooler for Samples for Boiler Water

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Loading Port:
Nanjing
Payment Terms:
TT OR LC
Min Order Qty:
10 set
Supply Capability:
100 set/month

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Sampling cooler used for boiler room or soda assay sample cooling

 power station, the water in the boiler and heating system mostly 

higher temperature, and high temperature is not convenient to 

sampling, also not easy to determine, in the sample should be cool,

so let's introduce the sample of sampling point sampling cooler for 

cooling, general requirements to ensure traffic in the 500-700 ml/min, 

the sample can take a 30 to 40 degrees cold, satisfy the People's 

Republic of China power industry standard DL/T 457-457.
Sampling tubes adopt stainless steel tube, can not use carbon steel or 

brass tube, in order to avoid the sample is in the process of sampling

tube of metal corrosion products pollution.
Sampling cooler is suitable for the high temperature of the liquid and 

gas media such as sampling, has a compact structure, high heat transfer

efficiency, convenient washing, long service life, etc.

Specifications and Models:

QYL-133/0.3 QYL-159/0.35 QYL-219/0.45 0.38 QYL-273/0.55

1: sampler for stainless steel tube and shell for carbon steel.
2: the sample cooling pipe generally choose diameter 10, 12, 14, 16, 18mm 

(or the user specified) interface optional welding and flange, 

cooling water interface for DN25, external thread.
3: the general selection is often: QYL - 159/0.32, and QYL QYL - 219/0.40-273/0.54.
4: whether to need to be combined (i.e., whether to support, water tank, valves, etc.).

Types of sampling

1. Boiler water sampling
Boiler water sample generally removed from the sound of continuous 

drainage tube, led to the cooler again.Sampling points should be near 

the outfall to elicit the exit of the drum, as far as possible and as far 

as possible in a drum derivation after first before discharge valve.
2. Water sampling
After water sampling points generally located in the feed water pump, 

high pressure feed pipe economizer before, should be in a small pipe, 

vertical pipe to pipe connect water supply samples which led to the 

sampling cooler.After water sample tube should be located in feed

water dosing enough to each position.

3. The water sampling
Water sampling points on general in the exit of the condensate pump,

the condensate pipeline, should not be installed in the entrance of the 

condensate pump, because of the entrance of the condensate pump 

pressure below atmospheric pressure.
4. The hydrophobic sampling
Hydrophobic general sampling in the drain tank.Sampling points are usually 

located in around 300 mm from the bottom of the drain tank.
Samples by sampling cooler, 5 will steam condenses into water.Steam in the sampler 

flow generally for 20 to 30 kg/h.Demand for sample which leads to the catheter and 

cooler, the same as the water sampling.

FAQ

We have organized several common questions for our clients,may help you sincerely:

①How about your company?

A world class manufacturer & supplier of castings forging in carbon steel and alloy steel,is one of the large-scale professional investment casting production bases in China,consisting of both casting foundry forging and machining factory. Annually more than 8000 tons Precision casting and forging parts are exported to markets in Europe,America and Japan. OEM casting and forging service available according to customer’s requirements.

②How to guarantee the quality of the products?

We have established the international advanced quality management system,every link from raw material to final product we have strict quality test;We resolutely put an end to unqualified products flowing into the market. At the same time, we will provide necessary follow-up service assurance.

③How long can we receive the product after purchase?

In the purchase of product within three working days, We will arrange the factory delivery as soon as possible. The pecific time of receiving is related to the state and position of customers.Commonly 7 to 10 working days can be served



Q: if you've heard of the wilhelm scream, is there an equivalent for an electricity crackling sound?I've heard it in Star Wars, many cartoons, probably Spider-man (it's like imagine when some big electrical equipment goes wrong and starts producing sparks, or when you have some space laser gun that stuns people).Any idea?
I think it comes from Frankenstein, with all that electrical equipment they used
Q: a small fire that is at the outlet
BY CALLING 9-1-1-
Q: If this is maintained, but voltage changed from 480V to 240V, by what ratio will supply line losses change?
Power voltage x current Therefore current power/voltage. Thus, if power is constant at 2000kW current at 480 volts will be: I 2000,000/480 4166.67amps At 240 volts: I 2000,000/240 8333.33 amps However, line losses are current (squared) x resistance Thus the ratio will be 4166.67 (squared) / 8333.33 (squared), resistance remaining constant of course. I make that 0.25 (or 4, if you are thinking that way up!) That help?
Q: I still don't know what course suits me. My father is suggesting me this degree. I'm just wondering what jobs could I get if I pursue this
Electrical engineering has an incredible scope in future: You can get jobs as: 1. Power plant engineer-Operation and maintenance 2. Substation engineer 3. Project engineer-Substations, Balance of plants 4. Residential engineer 5. Research scientist 6. Manufacturing engineer- electrical equipment,transformers, breakers, CRP, switchgears, panels, relays, cables, conductors etc. 7. Solar plant engineer 8. Hydro plant engineer There are so many
Q: How come water shorts things out when water doesn't even conduct electricity it is the minerals in the water. If you dropped pure water in electrical equipment what would happen
Water is actually a pretty good insulator. The water molecules themselves don't conduct electricity very well at all. Water is conductive when there are substances dissolved in the water which dissociate into ions. It's the ions which actually do the conducting. If you placed pure water on electrical equipment, you would get wet electronic equipment, with little chance for shorting out. It would actually depend on the voltages in the electron equipment. But keep in mind that pure what does contain some ions. First there is the autoionization of water to make H+ and OH-. Secondly pure water has a pH of around 5.5 to 6 due to the absorption of CO2 from the air. This will result in H+ and HCO3- ions. So pure water is not ion-free and will conduct electricity if the voltage is high enough.
Q: I have heard, (I can't recall where), that the Earth's natural magnetic field is slowly declining. I have also heard that solar flares can disrupt the operation of electrical/electronic equipment. Would either of these natural phenomena affect the operation of electronic/electrical equipment? Please answer each query briefly, and provide links if possible.
The magnetic field of the Earth is only an issue with things that measure or otherwise require the presence of the field, specifically compasses, only at that, only magnetic compasses. Most modern navigational equipment use gyrocompasses, which measure the rotation axis of the Earth and therefore, do not care whether a magnetic field exists. If the magnetic field were to disappear tomorrow, only magnetic compasses and certain geologists would be affected.
Q: i got this in a hairdressing assinment and i need to no about it x
safety features of equipment. electrical connexion. must be earthed so no fires can occur or minimise. equipment must be checked every 6 to 9 mths for any electrical fault. etc
Q: Hey Guys !I just finished High school and I'm quite certain that Engineering is my first choice, however, I'm still a little bit hesitant. I'm choosing between electrical or mechanical! I think I like both majors and as far as I know Mechanical is the science of moving objects where you can get more hands-on experience , while electrical engineering is more imaginative. You can't really see electricity , thus it's more challenging ! To be honest , I like challenges but I don't want to end up regretting any decisions! Can anyone give me any insights , advices or opinions on both of majors ! What I'm going to study , what can I do , anything that could practically help me decide ! Thanks in advance
I believe you grasp the essential intellectual difference between the two fields. In the study of both disciplines there are laboratories where you build things. In electrical labs you build circuits, and in mechanical labs you use lathes, drill presses and milling machines to build mechanical devices. When you are out of school and working, you will most likely not be doing anything hands on except inspecting equipment, systems and facilities. Your principal work will be analyzing, documenting, reporting and creating design/construction documents. I had an orientation to both fields (mechanical and electrical) as from the time I was about 13 I rebuilt engines in a machine shop and loved to build all sorts of mechanical things on a farm. But I also liked to design and build receivers, transmitters, amplifiers, etc. Ulitmately, I was attracted more to electrical engineering because it seemed more esoteric and mysterious; but I think I would have been happy and successful in both fields, and possibly even in structural engineering. These fields apply math and the other sciences, and require creativity to find ideal solutions. Civil engineering seemed too mundane to me.
Q: I paid taxes and homeowners fees for 15 years. There are no buildings on the land. Also had to pay for an electrical hookup, although no electrical equipment was installed.
This appears to be a building lot that you purchased for personal use and then never built. You did not rent this land. Your basis of the land is your purchase price plus the cost of the electrical hookup. There may be other items that could be added to the basis, you may consult a local tax preparer and provide more details. You report the sale on Schedule D, providing the date of acquisition, date of sale, sales price (less sales commissions), and your basis. Your gain is the difference of the sales price and your basis. It will be taxed as long-term capital gains. The maximum tax rate on your gain will be 15%. The taxes you paid could have been deducted as real estate taxes on Schedule A. The homeowner's fees are not deductible.
Q: Affect Health? Noise problem?
Depends on the devices, I lived below a cell tower (literally 1m over head, installed on the top of my building). After doing as much research as I could on it, I found that no one really knows for certain the effects of radio waves on humans. If your major concern is just large voltage electricals, the greatest risks are fire, a small magnetic field might interfere with your devices occasionally, and constant low hum.

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