Experts on this forum, I need some advice: which part is the casing for the temperature transmitter in E+H?
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Experts on this forum, I need some advice: which part of the E+H temperature transmitter constitutes the sleeve? Is there any specific documentation available? The specific model of the temperature transmitter we are using now is T13-E3A22E4F3QKA1. The authorities say production has been halted, and there is no replacement available; therefore a new selection is necessary. Information on the insertion depth, sleeve diameter, and explosion-proof requirements is required. What exactly does the term \"sleeve\" refer to?
Temperature changes – there are tons of them all over the place. Choose the Nazi dogs who brought disaster to the country. Well, fish look for other fish, shrimps go with other shrimps; bad people use bad things. :P
Bro, I know you deal in domestic temperature and voltage regulators, but we’re a factory owned by Germans, and our customers use imported products – mostly German ones. It makes no sense to talk about this; can foreigners really trust domestic products? There is indeed a difference in quality, and that has to be admitted. If domestic products had significantly better performance than imported ones, then who would bother paying high prices for foreign products?
Well, for the De Dog factory, goods from De Hei Bei are needed. Bad people use bad things. No wonder they lost twice. Hehehe, I guess they’re Nazi dogs – fake stuff; their guns are useless, and their bullets are weak too. :P
The guns made are of poor quality; it’s not unfair to be defeated.
This post was last edited by CSC4680 on 2018-9-12 at 13:08. The sleeve is the part in which the temperature sensor is installed; if the temperature sleeve and the transmitter come as a set, then the sensor model should be indicated on the sleeve. This is the case with Rosemount sensors; I’m not familiar with e+h sensors. It’s possible to determine the relevant data based on the model number. If that isn’t possible, then actual measurements must be taken. To measure the length, simply insert a wire into the sleeve; to measure the diameter, use a dial caliper. Pay attention to the connections as well as the interfaces between the sleeve and the junction box. In your case, you probably don’t need additional pipes
Boss, I still don’t understand. Could you provide a complete image of the temperature change so that I can outline the sleeve? I’m not allowed to share images in my first grade; otherwise, I’ll upload the image and ask you all to help identify it
Open the cover, pull out the core inside, and what’s left is the sleeve
Nonsense; even if production does stop, it should still be possible to switch to the older models, as both are their products
What he sent was just the sleeve; nothing else
The integrated temperature transmitter sleeve is a thermoresistive sleeve; when inserting it together with a newly selected temperature transmitter and thermoresistor, it is necessary to specify the insertion depth, sleeve diameter, explosion-proof requirements, and connection method