Delivery Time:Stock product:3~5 working days , No stock:10~35 days

Precision Strain Gage Load Cell 5kg - 10t ,  S Beam Load Cell With Alloy Steel

Features :

Model:F2802 Tension and compression load cell High comprehensive precision, high stability Simple structure, easy to install  Made of alloy steel or stainless steel Good overload control Capacity:5kg~10t

Description:

The compact design F2802 S Beam Load Cell also called S-type load cell, it is suitable for for platforms, silos, or scales. The Standard F2802 S Beam Load Cell model is made of female threads, comes in anodized aluminum alloy. The cell also comes in metric threads.

The cell offers easy customization as per need. The product is manufactured in China with metal foil strain gauge technology. The product is available in anodized aluminum. The capacity from 5kg to 10t.

Applications:

S-type designing can be installed easily, which be available for  crane scales, electronic mechanic Scales, hopper and tank weighing, packing scales, quantitative feeding machine, filling machine, universal material testing machine and other electronic weighing devices.

This kind can be used single, and be used two or more sets together, but they must be connected with Rod Ends Spherical Plain bearings or connecting rod, which is beneficial for weighing device in the way of hoisting equipment.

Technical parameters:

Specifications	Technique
Rated output	2.0±5%mV/V
Zero balance	±2% F.S.
Non-linearity	0.03% F.S.
Hysteresis	0.03% F.S.
Repeatability	0.02% F.S.
Creep (30min)	0.03% F.S.
Temp. effect on output	0.025% F.S. / 10ºC
Temp. effect on zero	0.025% F.S. / 10ºC
Input impedance	385±30Ω
Output impedance	350±3Ω
Insulation	≥5000MΩ/ 100VDC
Recommended excitation	10V
Maximum excitation	15V
Compensated temp. range	- 10~60ºC
Operation temp. range	- 20~80ºC
Safe overload	150% F.S.
Ultimate overload	200% F.S.
Cable size	3000 mm
Protection class	IP65(<500kg) IP67(≥500kg)
Cable color code	Input: Red(+) Black(-); Output: Green(+) White(-);

Size and capacity:

Schematic Wiring Diagram :