Capillary temperature switch P
adjustableSPDTstainless steel

Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel
Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel
Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel - image - 2
Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel - image - 3
Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel - image - 4
Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel - image - 5
Capillary temperature switch - P  - GEORGIN S.A. - adjustable / SPDT / stainless steel - image - 6
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Characteristics

Heating technology
capillary
Type
adjustable
Contact type
SPDT
Material
stainless steel
Protection level
explosion-proof, IP66
Other characteristics
precision, digital
Temperature

Min.: -50 °C
(-58 °F)

Max.: 600 °C
(1,112 °F)

Description

Version: direct bulb or capillary Case: Zamak Sensing element: Stainless steel or copper bulb and capillary Switch: 1 or 2 change over(SPDT) Options: » Stainless steel armour or PVC coated capillary » Pneumatic switch » Intrinsic Safety » Explosion-proof housing » Increased safety housing » GOST certificate » VERITAS certificate GEORGIN P Series PRESSURE SWITCHES and TEMPERATURE SWITCHES offer an extensive range of equipment suitable for the harshest operating conditions. The series is a justified choice whenever precision and reliability are necessary criteria APPLICATIONS thermal or nuclear energy generation chemicals, petrochemicals, fertilisers textile industry, plastic materials diesel engines, pumps and compressors steam circuits, furnaces and burners, autoclaves metallurgy, steelmaking ambience control and climatic treatment gas, steam or hydraulic turbines shipbuilding for merchant or military navy glass industry The pressure or temperature is applied to the sensing element (SE), whose position then changes, acting on the flexible arm (FA). The force produced in this way is balanced by the spring (RS). This is how the setpoint is adjusted. As the set point is approached, the change in forces disturbs the balance and acts on the contact.A second spring (RE) acting on the end of the flexible arm (LP) increases the deviation of the switch(es). The force produced by the dead band spring is adjustable, and is used to offset the two contacts in the case of differential functions.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.