LC-J – Corrosion-Resistant Compression Load Cells
(5 kN – 200 kN)
Order on request
These products are requested only from ZSE. Our employees will contact you as soon as possible with an offer.
Order on request
This product is ordered on request!
An account at myZSE gives you the opportunity to order this product directly.
The hermetically-sealed structure with inert gas filled in makes load cells in the LC-J series applicable for measurement in food processing or where they are exposed to strongly corrosive liquids or gases. Their high overload rating minimizes a chance of breaking down due to overload.
Features:
- Corrosion-resistant stainless steel design
- Hermetically-sealed structure with insert gas filled in
- Safe overload rating as high as 400 %
-
TEDS installed versions can also be manufactured. Inquiries are welcome.
Specifications
Performance
- Nonlinearity
-
±0.5
% RO
- Transducer mounting direction
-
Downward/Sideways
- Models
-
DTH-A-100
- Models
-
DTH-A-100
- Models
-
DTK-A, DTH-A, DTJ-A, DT-D
- Models
-
DTK-A, DTH-A, DTJ-A, DT-D
- Models
-
DTK-A, DTH-A, DTJ-A, DT-D
- Models
-
DTK-A, DTH-A, DTJ-A, DT-D
- Produkt Name
-
Ballpoint Probe
- Models
-
Probes for replacement of DTH, DTJ, DT-D, DTK type standard accessory probes
-
-
-
- Produkt Name
-
Spheric Probe
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LC-500KJ
- Rated Capacity
-
5
kN
- Natural Frequency
-
5.2
kHz
- Models
-
DTK-A, DTH-A, DTJ-A, DT-D
Request
S
LC-1TJ
- Rated Capacity
-
10
kN
- Natural Frequency
-
6
kHz
- Weight
-
3
kg
Request
S
LC-2TJ
- Rated Capacity
-
20
kN
- Natural Frequency
-
5.8
kHz
-
Request
S
LC-5TJ
- Rated Capacity
-
50
kN
- Natural Frequency
-
5.7
-
Request
S
LC-20TJ
- Rated Capacity
-
200
kN
- Natural Frequency
-
6
kHz
- Weight
-
6
kg
Request
S
D
S32-7
7 Pin Tajimi female connector
Request
S
S32-7
7 Pin Tajimi female connector
Suitable for many Kyowa sensors.
PRC03-32A10-7F10.5
Standard: NDIS4102 (7 pins)
S
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.
