Membrane strain gauge KA
for stress analysisencapsulated

Membrane strain gauge - KA  - BCM SENSOR TECHNOLOGIES bv - for stress analysis / encapsulated
Membrane strain gauge - KA  - BCM SENSOR TECHNOLOGIES bv - for stress analysis / encapsulated
Membrane strain gauge - KA  - BCM SENSOR TECHNOLOGIES bv - for stress analysis / encapsulated - image - 2
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Characteristics

Technology
membrane
Other characteristics
for stress analysis, encapsulated
Resistance

Min.: 350 Ohm

Max.: 3,000 Ohm

Gauge factor (k)

Min.: 1.86 unit

Max.: 2.2 unit

Description

CM SENSOR diaphragm KA-series strain gauges are specially developed for manufacturing precision pressure sensors, while the KC-series strain gauge are for manufacturing precision force transducers. For the purpose of the specific application, the full-bridge strain gauges are temperature and creep compensated, and they can be either encapsulated or open-face according to the requirement. The karma gauges can be manufactured with effective modulus compensation (EMC). The EMC gauges are mostly for manufacturing low-cost force transducers, because with the EMC gauges the manufacturers can eliminate the use of compensation resistors and achieve the sensitivity compensation. For creep compensation, there are 18 creep codes: “N10, N9, N8, …, O, …, P5, P6, P7″. The “N10” is the most negative creep code, while the “P7″ is the most positive one. The “O” stands for a moderate creep code. For a specific strain gauge, please find its available creep code below its dimensions at the “Option *9″ on the following pages. For a customized creep code, consult BCM SENSOR. For more information on self-temperature compensation (STC), creep compensation, and EMC of strain gauges, please refer to the corresponding articles respectively on the website of BCM SENSOR.
*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.