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LCGD
High Accuracy, Miniature Button Compression Load Cell
Cella di carico a compressione a pulsante miniaturizzata ad alta precisione
Models In Stock
- Calibrazione Tracciabile NIST a 5 punti inclusa
- Alta precisione
- Dati calibrazione shunt 59 kOhm inclusi
- Profilo basso
LCGD
From
Models In Stock
Product Overview
- Calibrazione a 5 punti 0%, 50%, 100%, 50%, 0%
- Resistenza del ponte 350 Ω
- Lunghezza cavo 5 ft
- Opzione di calibrazione 5 PUNTI NIST
- Collegamento elettrico Cavo
- Potenza elettrica 2 mV/V
- Classificazioni della custodia IP65
- Tipo di forza Compressione
- Deflessione a fondo scala 0.003 in
- Isteresi ± 0,20%
- Linearit ± 0,25%
- Tipo di cella di carico Pulsante
- Materiali Acciaio inossidabile
- Temperatura di esercizio, max 121 °C
- Temperatura di esercizio minima -54 °C
- Sovraccarico, max 300% FS
- Temperatura di processo, max 71 °C
- Temperatura di processo, min. 16 °C
- Ripetibilit ± 0,10%
- Sovraccarico di sicurezza 150% FS
- ID serie LCGD
- Tensione di alimentazione 10 Vcc
- Effetto dell'intervallo termico ± 0,018% rdg/°C
- Effetto termico zero ± 0,009% FSO/°C
- Tabella cablaggio/connettori Rosso: (+) Eccitazione; Nero: (-) Eccitazione; Verde: (-) Uscita; Bianco: (+) Uscita
- Errore di azzeramento/bilanciamento ± 2%
La serie LCGD di celle di carico miniaturizzate a profilo basso sono celle di carico a compressione con eccellente stabilità a lungo termine. Una costruzione completamente in acciaio inox garantisce affidabilità in ambienti industriali severi e ogni cella di carico include una calibrazione tracciabile NIST a 5 punti.
Queste unità sono progettate per funzionare montate su una superficie piana e dispongono di un pulsante di carico lavorato come parte integrante della cella di carico di base.
La LCGD è disponibile anche in configurazioni metriche, con gamme da 0-100 N a 0-200kN. Si prega di consultare la LCMGD per dettagli completi, o contattare il nostro reparto Pressione per ulteriori informazioni.
Queste unità sono progettate per funzionare montate su una superficie piana e dispongono di un pulsante di carico lavorato come parte integrante della cella di carico di base.
La LCGD è disponibile anche in configurazioni metriche, con gamme da 0-100 N a 0-200kN. Si prega di consultare la LCMGD per dettagli completi, o contattare il nostro reparto Pressione per ulteriori informazioni.
Show Ratings & Reviews
Rated 5 out of
5
by
Anonymous from
Fast and exactly correct
Very easy to order! Great communication! Part arrived quickly and safely! 10/10 would recommend to a friend!
Date published: 2024-10-25
Rated 5 out of
5
by
Avicos Automation from
Is it Good?
Excellent product, I recommend it, most of the times I use this brand
Date published: 2023-03-17
I need to extend the cable on a LCGD-1K to about 30ft. Accuracy of signal is not all that critical, I just need the DP32PT-330-C24 to be able to close a dry contact (auto door) when it senses a human standing an 8ft entry ramp (maybe a 20 lb delta)
It will depend on a few things, mainly how accurate you need it to be, how many calibration points you are using and whether it is a 4 or 6 wire. If you are going across a really long distance then you may want to look into using a signal conditioner to change it from a bridge output to a current output or even to digital.
Best practice is to put a conditioner basically next to your load cell and send a 4-20ma or other current signal from there. Then you're good for like a quarter mile.
While 10-15ft is nominal for load cell cable length, 30 ft might be pushing it a bit. You could still get away with it but you may see erratic/fluctuation reading and signal will be noisy.
Date published: 2025-04-01
What is the wire gauge?
Wire gage for LCGD load cells is 24AWG
Date published: 2023-01-09
I have a load cell cable length of 3 meters, if I increase this cable length by 4 times, will there be a lot of fluctuation in my sensitivity values ? What can you suggest to solve the problem in this case ? Thanks for help.
You can experience signal lose and/or noise in the signal due to external electrical interference. A typical solution is to keep the cable length short and use a strain gage bridge signal condition to convert the load cells millivolt signal to either a 4 to 20mADC or a 0 to 10VDC signal. Suggest you look at products like our IN-UVI or TXDIN1600S conditioners.
Date published: 2023-02-21
Can you recommned a 5 or 6 digital meter to work with it ? We want to use it to calibrate 1KN~15KN device.
We suggest you look at our DP8EPT Digital Panel Meter.
Date published: 2020-09-10
Hello, can you answer my questions ? We have the omega lcgb 2k load cell. What is the difference between using a shield when connecting and not using it. Thank for help.
The shield is used to dampen the effect of external electrical noise. If used it should be connected to an earth ground. The load cell will function with or without the shield connected.
Date published: 2023-02-17
Is it ok to apply 15V excitation voltage instead of 10V to this LCGD/LCMGD Series?
Applying a higher voltage will result in excessive heat generation and thermal drift in readings. It would be best to apply the max voltage that is listed on the spec sheet or cal cert.
Date published: 2024-07-15
Hello, I have a question. İf we change the cable length, how much does the sensitivity value change at what level because there is no sensitivity line. Thanks for help.
Unless you adding a significant amount of cable there would be a minimal effect on the mV/V sensitivity load cell.
Date published: 2023-02-17
Hello, we have the omega lcgb 2k load cell. What is the difference between using a shield when connecting and not using it. Thanks for help.
Using the shield connect is not absolutely necessary to the correct operation of the load cell. All that is necessary the connect of the excitation power to the read & black leads and measurement of the signal at the green & white leads. If you are experiencing interference of the signal caused by external electrical noise you can connect the shield lead to an earth ground
Date published: 2023-02-21