Models
DB510A-15t
Features
- Capacity: 15 t
- Material: Alloy steel
- Type: Double-Ended Shear Beam
- Protection Rating: IP68
Suitable for on-vehicle weighing systems and other electronic weighing devices.
Dimensions

Specifications

케이센서스 스마트스토어
Capacity: 15 t
Material: Alloy steel
Type: Double-Ended Shear Beam
Protection Rating: IP68
Suitable for on-vehicle weighing systems and other electronic weighing devices.
DB510A-15t


50,100,300,500kg Or Customized Spoke Type Load Cell FA129B is a model of our brand FIBOS FA1-Series, it belongs to FA129. Spoke Type Load Cell FA129B can be used to measure load 50kg,100kg,300kg and 500kg or customized capacity, its Creep(30min) and Non-linearity both ≤0.02%F.S. or can be customized, its Hysteresis and Repeatability both ≤0.018%F.S. or can also be customized.
0.5kN 1kN 2kN 3kN 5kN 10kN 20kN 50kN 100kN ≤0.1%F.S. Stainless Steel Column Type Load Cell is a model of Column Type Load Cell, its material is Stainless steel, it could measure load 0.5kN, 1kN, 2kN, 3kN, 5kN, 10kN, 20kN, 50kN and 100kN, its rated output is 1.5±10%mV/V, zero balance is ±0.02mV/V, its weight is 0.8kg or 2kg, and its creep(30min)≤0.1%F.S..
20kg The Creep ≤0.05%F.S. Stainless Steel Spoke Type Load Cell FA122B belongs to FA122 which is in Spoke Type Load Cell category of our brand FIBOS FA1-Series, Spoke Type Load Cell FA122B can be used to measure load 20kg capacity, its Creep(30min) ≤0.05%F.S., its Non-linearity and Repeatability both ≤0.1%F.S., and its Hysteresis ≤0.2%F.S..
3000N Or Customized Column Type Load Cell FA415 is a model of Column Type Load Cell, it belongs to our brand FIBOS FA4-Series, FA415 can measure 3000N or customized capacity, its Non-linearity and Repeatability both are 0.025%F.S. or customized, its cable size is ⌀4x2000mm or customized length, and its IP Class is IP65 or it also could be customized.
This sensor is made of high-grade alloy steel, is stable, can be installed in tight spaces, and can be customized. It is suitable for various industrial automation and precision measurement applications.
5-200N Stainless Steel S Beam Load Cell FA301 is a model of our brand FIBOS FA3-Series, it belongs to S Beam Load Cell category, FA301 can be used to measure load 5N,10N,20N,50N,100N and 200N capacity, its Creep(30min),Non-linearity,Hysteresis and Repeatability all ≤0.05%F.S., its Cable size is ⌀2x3000mm.
50kg 100kg 200kg 500kg ≤0.1%F.S. Stainless Steel Spoke Type Load Cell FA122C is a model of our brand FIBOS FA1-Series, Spoke Type Load Cell FA122C can be used to measure load ranges from 50kg,100kg,200kg up to 500kg capacity, its Cable size is ⌀4x3m and its material is Stainless steel, its Rated output range is 1.5~2.0mV/V.
10-1000N Stainless Steel S Beam Load Cell FA302 is a model of our brand FIBOS FA3-Series, S Beam Load Cell FA302 can be used to measure load ranges from 10N,20N,50N,100N,200N,500N up to 1000N capacity, its Cable size is ⌀2x3000mm, its Weight is 0.1kg and Material is Stainless steel, its range of Input impedance and Output impedance are both 650/350±5Ω.
5000N Or Customized Column Type Load Cell FA462 is a model of Column Type Load Cell, it can measure load 5000N or customized capacity, its Non-linearity and Repeatability are same 0.01%F.S. or customized, we could use Alloy Steel or other customized metallic material as its material.
0–200 N Raw Sensitivity 0.6–0.8 Stainless Steel Column-Type Load Cell FA906 is a model from our FIBOS FA9-Series. The Column-Type Load Cell FA906 can measure loads up to 200 N, with a raw sensitivity range of 0.6–0.8. Its rated output is 4–20 mA, and its zero balance is within ±1 % mV/V.
This sensor is based on advanced alloy steel and features narrow space installation, high precision stability, and customization possibilities, making it suitable for a variety of industrial fields including automotive, medical, robotics, and automation.
This weigh module has a rugged and compact design and an accuracy, which makes it especially suitable for load and level monitoring in storage tanks. The sensing element consists of three sections. The two outer sections constitute supports and rest on the built-in block, which is secured to the base. On the middle section, which is the loadsensing part, there is a yoke to which the leg of the tank is secured. The sensor is efficiently locked so that it cannot twist in the built-in block.
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