Bimetal termisk beskytter ingen temperaturkontrollbryter KSD9700 / Seki

Prosess med tilpasset liten bimetal termisk beskytter nei / NC (KSD9700 / Seki temperaturkontrollbryter plast, Bimetallisk; Nominell spenning : 250V; Nåværende : 5En ~ 25 amp ; ).

Tilpasset -20 ~ 280 ℃ Hi -amp temperaturbegrenseren liten størrelse termisk beskytterbryter

Uxcell KSD9700 Thermostat 55℃ N.C 10A Metal Bimetal Temperature Control Switch

Bimetal termisk beskytter ingen temperaturkontrollbryter 250V 40-100 ℃

Bimetal Thermal Protector is a temperature control switch that uses bimetal as a temperature sensing element. Når apparatet fungerer normalt, the bimetal strip is in a free state and the contacts are in a connected state. When the temperature rises to the operating temperature point, the bimetal element is heated to generate internal stress and quickly operates, opening the contacts and cutting off/connecting the circuit, spiller dermed en termisk beskyttelsesrolle. When the ambient temperature drops to the reset temperature of the protector, the contacts will close again to connect the circuit.

Produktnavn : Temperature Control Switch;
Modell. Ingen : KSD9700;
Materiale : Plast, Bimetallisk
Kontakt : NC(Normal Close);
Nominell spenning : 250V;
Nåværende : 5En ~ 25 amp
Max Rated Disconnection Temperature : 70C;
Farge : Silver Tone, Svart
Kabellengde : 6.5cm/ 2.6″;
Head Dimension : 20 x 8 x 3mm / 0.79″ x 0.31″ x 0.12″(L*W*T)

I’m looking KSD9700 temperature switches and came across this type which warns against shorts and instructs you to use a provided plastic sleeve to prevent this.

I’d like to understand exactly what could short to what. I wouldn’t have thought that the outer metal shell would be conductive to the leads, but is that actually what this warning is about? If not, what are they warning against? YES

Aside from the risk of a short causing a problem, I would ideally want the metal case to be directly on the object whose temperature is being measured for the fastest response without any insulating effect of the plastic.

Process of Custom Thermal Protector NO / NC (KSD9700 / Seki) Temperature Control Switch
①: Diskuter krav med kunder (Kontroller termisk avskjæringstemperaturpunkt, Handlingsmodus (manuell og automatisk tilbakestilling), Tilbakestill temperatur, Installasjonsmetode og størrelse);
②: Submit preliminary plan for feasibility analysis of customer request;
③: Financial accounting cost;
④: Technical preparation experiment and design simulation;
⑤: Procurement investigation of various material costs;
⑥: Production knows product processing flow and staffing;
⑦: Quality evaluation and inspection process;

Produktbeskrivelse

What’s the difference between N/C and N/O
Normalt stengt: When the temperature falls to the reset temperature, the thermostat contact can be connected again.
Normalt åpen: When the temperature falls to the reset temperature, the thermostat contact can be disconnected again.

KSD9700 Seki Temperature Control Switch Dimension & Structure