Can weigh more than 60kg riot☆☆ electronic name, about how much money?≠¶•

Explosion-proof electronic weighing sc₽λale is based on the rare₽$¥> electronic weighing scale, t‌&he use of voltage reducti₩✘  on, current limitation, cut-off, seali★$ng and optical cable communications and o☆λαther skills, to remove or block t¶¶ he electrical circuit in the weig™γ&hing scale can be generat¶λ​ed in the initiation source, electrical spark★∑s, static sparks, low temper×≤‍ature, so that the electronic weighing scale can¥₹© safely and reliably r✘→→✘espond to. Things in risk areas.

In the electronic scale i"∑ndustry, there is a word uncertain will no↔✔&αt be some consumers have not hear↓÷≤d - "remote control Jinjian&q≈¥<uot;, should not be i ↔'"n our minds are telev $✔ision remote control, air conditioniλ↕§Ωng remote control, etc., but never thought electr∑ε↑onic scale will be necessary™✔ to implement remote control. Remote cont∞$≤rol Jingliang is a high✔±-tech means, such a broad co₹≠↔δnsumer is aware of j↕φ★ust arrived, hawkers bought electroniε₹→₹c scales to find a special person to implement a ₽←♠ certain modification and then, they¥₽ can control the scale λδ‍<performance, price and so on.

Such skills are certainly high-÷≈tech, but they are no longer widely used in weε&∏₽ekdays. In this small editφΩion of the proposal first§•≠↑: broad consumers do★φ‍€ not have to go to the local lα★©→egitimate market to carry out the pu₹©§rchase of goods, can not stop in the same stal♣÷l business goods, to rotate the ≤€stall business, this look can quickly see the re∞♠ sults. Second: when we are in the meat,π₩¥ poultry business, we can not pay in a hu↑ ∞rry, to go to a fair scale after t$↕€←he reinspection of the money, this kind o≠'f practice is certainly cumbersome, ©≤always very applicable. ↔₩≈Once we see hawkers on electroλ♠×​nic scales when we are dealing with¶¶↔β goods, we can go to the relevant p≥≠∏arts to protect our le β gitimate rights and interΩαests.

There is no truck that has passed  γthe relevant examinat™✘β↕ion, and no truck has been delineated according ₽σλ∞to the relevant parts. I£<↑∑f such environment i≈€ s encountered, the operator of the electron↓βic scale technician sh★>≥☆ould refuse to weigh. Fifth: Wheγ₹γn weighing, the electronic scales technician↑ ☆₹ should seriously reflect on whether the weighed& ≈↕ truck has a delivery notice checked by t​↓ βhe supply part. But in special circumstanceλ'♥s, the electronic scales technician should co≈λntact the person in charge γ →of the supply part in real time to confε ♠​irm that the part of the truck hφ×↓÷as been given a replenishment notice.•™ It is necessary to weigh th ★e car before it is confirmed, and the operator o♣γf the electronic scales should have relevant ™₽∏↕telephone records in "✘place. Fourth: elect§>α♥ronic scales technicians to b≈¥₽≈e weighed vehicles to start €↓a rigorous confirmation of yesterday's small ∞‌↓edition to tell you the above five ele>₹•§ctronic scales technicians operating standards, l§₩ooking forward to any operator ↕>¥of electronic scales technicians can be rigorous ∏ standards of their own actions, set u≥→$€p for the electronic scales techni©♠cians in the industry The new model, in tβδ ₩he earlier edition, could also bring a little ↓≥more operational standards for electronic scaβ¥les technicians.

Electronic scales te←&chnicians who are receptive once or twice should γδ€αbe able to deform the loader and even d€βestroy the weighing s"✘‌±ensor. Secondly, there is no track to fo↓×↑llow for the change of weighing d∏"₹​ata deviation. The reason fo↓‍r this kind of defect is th"™​♦at two different applied forces make the weighin"∑$g sensor input flag signal divergent←Ωε. The way to deal with this kind ☆​£of defect is that the weighing of₹≈ficer should carry out the weighing under diα♣fferent applied forces.

The intelligent electronic scal↔±πλe technician will sh>±γ‍ow this appearance or something in or$★≠♦dinary application. This pσφ art of the results are to be avπγ↔→oided, and can not be arbitrary r​₽→•andom a user in the application♣π"ε can pay attention to those results, so≠≥' that the formation of a long-term electronic"← scale technician in the appl≠£ication of a weighing ban, bias and ot↔‍≤her signs. Here are some rare problems that I can€¶ explain to you, and I hope it will h≠✔♥elp everyone.

First: goods, electronic scale technicians in t≤ he application of the mo¶×δ✔st common results, when the same goods beyond÷←<™ the largest scale electronic scale techn"♦↑βicians weighing, it can form weighing π&±readings helpless performance, when★" Ω the goods subtracted a small part of∏π the weight, weighing data will be abnormal perf≥÷©ormance. Second: whenever you present this kind↔<∏ of environment, you can judge that the s×✔ensor is broken.

Third: the performance of electronic scales " ₩'instrument performance data is ₩↓zero, but in addition to the object, thσ→®★e object component does not show.€δ₽ Once you have presented this kind ∞π of environment, you can judge that the sens±α₹£or is broken.

Fourth: when the electronic sc✔≈☆ale starts, the data of t∑ §πhe performance instrument does no∏>t show zero, and the display screen keeps beati​α®®ng.