Bienvenue sur notre nouveau site Web, vous avez rencontré un problème ou un bug? Veuillez le signaler ici
LC101
Capteurs de force en « S » entièrement en acier inoxydable
Modèles en stock
- Construction entièrement en acier inoxydable pour les applications industrielles difficiles
- Interchangeabilité de 0,25 % pour les applications à plusieurs capteurs de force
- Étalonnage à 5 points fourni (en tension)
LC101
Depuis
C$
772.70
Modèles en stock
L'aperçu du produit
- 5-Point Calibration 0%, 50%, 100%, 50%, 0%
- Calibration Option 5 POINT NIST
- Electrical Output 3 mV/V
- Force Type Tension
- Full Scale Deflection 0.02 in
- Input Resistance 350 ± 10 Ω
- Interchangeability 0.0025
- Load Cell Type S-beam
- Materials 17-4 PH Stainless Steel
- Operating Temperature, Max 93 °C
- Operating Temperature, Min -40 °C
- Output Resistance 350 ± 10 Ω
- Overload, Max 300% FS
- Process Temperature, Max 71 °C
- Process Temperature, Min 17 °C
- Safe Overload 1.5
- Supply Power Note 10 Vdc, 15 Vdc maximum
- Supply Voltage 10 Vdc
- Thermal Span Effect 0.002% FSO/°C
- Thermal Zero Effect 0.002% FSO/°C
- Zero/Balance Error ± 1%
Description
Comment fonctionnent les capteurs de forceTension/Compression 0-25 lb à 0-40 000 lb 0-10 kgf à 0-10 000 kgf
CARACTÉRISTIQUES
Excitation : 10 Vcc, 15 Vcc max.
Sortie : 3 mV/V ±0,0075 mV/V
Linéarité : ±0,03 % de sortie pleine échelle (0,1 % 40 K)
Hystérésis : ±0,02 % de sortie pleine échelle (0,1 % 40 K)
Répétabilité : ±0,01 % de sortie pleine échelle (0,05 % 40 K)
Équilibrage de zéro : ±1 % de sortie pleine échelle
Plage de température de fonctionnement : -40 à 93 °C (-40 à 200 °F)
Plage de température compensée : 17 à 71 °C (60 à 160 °F)
Effets thermiques :
Zéro : 0,002 % de sortie pleine
échelle par °C
Étendue : 0,002 % de sortie
pleine échelle par °C
Surcharge admissible : 150 % de la capacité
Surcharge ultime : 300 % de la capacité
Résistance d'entrée : 350 ±10 ?
Résistance de sortie : 350 ±10 ?
Déflection de pleine échelle : 0,010 à 0,020"
Construction : acier inoxydable 17-4 PH
Raccordement électrique (LC101/LCM101) (câble blindé 4 conducteurs) :
<100 kgf/250 lb : 9 m (30') 24 AWG
250 à 1 000 kgf/250 à 2 000 lb : 9 m (30') 20 AWG
=1 500 kgf/3 000 lb : 4,5 m (15') 20 AWG
Connecteur apparié (LC111/LCM111) :
?100 kgf/200 lb: PT06F8-4S,
vendu séparément
=250 kgf/250 lb : PT06F10-6S,
vendu séparément
PDF et manuels
Afficher les notes et les avis
Rated 5 out of
5
by
wolf460 from
The S beam load cell
I received my load cell several weeks ago and it is well worth the value. The accuracy, durability, and workmanship are outstanding.
Date published: 2017-02-13
Rated 5 out of
5
by
Indiana_tester from
Great load cell, when it is available in time.
We have several of these in our product test lab, and they work great, just as described. They are accurate. We excite them with an Omron 12V power supply and feed the signal into a National Instrument C Series analog input module. My only gripe is lead time. We have had to choose a less-than-optimal load range and the hard-wired cord instead of the bayonet lug because the one we wanted was 4, 8 or 12 weeks lead time. I wish it didn't take so long to get a catalog item.
Date published: 2019-02-28
Rated 5 out of
5
by
Larry Legend from
This works great for our application.
This unit will last us approximately one year and gets used constantly on a daily basis.
Date published: 2017-03-13
Rated 5 out of
5
by
Progressive Electric from
Omega Load Cell review
Great product, we use these units in multiple test locations and they stand up to harsh environments.
Date published: 2022-01-04
Rated 5 out of
5
by
Felix83 from
Awesome service
The service is exceptional. Got my item as expected and on time.
Date published: 2017-01-26
Is this load cell susceptible to high vibration? I am running a test that sees significant vibration for 24 hours or longer and the last load cell that I had stopped working. The load was consistent between 2000-2050 LBS and the load cell stopped working.
The short answer is yes.
Load cells have a difficult time because of their construction .
The wires can break and the connection would be lost.
Also theirs the issue of overloading.
Please contact us to discuss with are engineers of a possible solution.
Date published: 2021-06-16
What is a minimum load for a LC101-250 load cell?
Thank you for your inquiry, the LC101-250 is an analog device that should respond to any change it sees.
Date published: 2022-02-18
what is the frequency response of the load cells? Can they be used to measure dynamic (variable in time at high frequency) loads?
Thank you for contacting Omega. The load cells we carry are not intended for high frequency measurements. Typically they are good for measurements up to about 100 Hz.
Date published: 2019-10-01
I wanted to know what is a compatible amplifier that we can use with this load cell, LC101-50?
Thank you for your inquire
We have a variety of amps available a few models are DMD466,DMD4059 & DMD465
Date published: 2021-09-13
Can the top and bottom rest against a surface or does the load cell need to be off set with rod ends?
Tank you for your question?
The load cell works best with rod ends or a load button.
The cell will still work if you measure the load with the top and bottom
Date published: 2019-06-27