Die KSPH-Halbleiter-DMS besitzen einen besonders hohen Widerstand und ermöglichen damit hohe Brückenausgangsspannungen bei der Anwendung hoher Brückenspeisespannungen.
KSPH Series
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Order on request
This product is ordered on request!
An account at myZSE gives you the opportunity to order this product directly.
Specifications
- Materials Resistive element
- P type Si
- Materials Base
- Paper base and phenol-epoxy
- Operating temperature in combination with major adhesives after curing
-
CC-33A: -50 to 120 ºC
CC-36: -30 to 100 ºC °C - Operating temperature in combination with major leadwire cables
- Silver-clad copper wires : -50 to 150 ºC °C
- Strain limit at room temp.
- 0.3 %
- Fatigue lives at normal temperature (times)
- 2x106 timesI
- Materials Base
- Paper base + phenol-epoxy
- Gitterform
- E4
- Fatigue lives at normal temperature (times)
- 2x106 (±1000μm/m) times
- k-Faktor
- 170
- Materials Resistive element
- P type Si
- Strain limit at room temp.
- 0.3 %
- Stück pro Packung
- 4 Stück
- Safe Temperature Range
- -50 – 150 °C
- Operating temperature range in combination with major adhesives after curing
-
CC-33A: -50 to 120ºC
CC-36: -30 to 100ºC °C
Productgroups
Products
Accessories
Instantaneous strain gage adhesive cured at normal temperature.
Operating Temperature: -196 .. 120 °C
Metals (Steel, stainless steel, copper, aluminum alloys A1050, A2024, etc.)
Plastics (Acrylate, PVC, nylon, etc.)
Composite materials (CFRP, GFRP, PCB, etc.)
Rubber
5 tubes á 2 grams
- Suitable for bonding a high-elonation gage such as KFEM and KFEL at normal temperatures of 20 to 80°C
- Suitable for bonding to hard-to-bond materials such as aluminum alloy (A7075) and magnesium alloy
- High peeling resistance, high impact resistance and less aging deteriotation of bonding strength
- Strong bonding power to hard-to-bond materials
- Curing time is longer than CC-33A
- Operating Temperature: -30 to 100°C
Main material:
- Metals (Steel, stainless steel, copper, aluminum alloys A1050/A2024/A7075, magnesium alloy, etc.)
- Plastics (acrylate, vinyl chloride, nylon, polypropylene, etc.)
- Composite materials (CFRP, GFRP, printed board, etc.)
- Concrete
- Mortar
- Lumber
- Rubber
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Kyowa Electronic Instruments
KYOWA ELECTRONIC INSTRUMENTS CO, LTD. is a Japanese company that has been covering all core elements of industrial strain measurement technology since 1951.