Santwell is a load cell company specializing in R&D, production and sales of high precision weighing sensor products.
Buy top of the line quality of Overload Metering Devicesshear Precision Cells System Beam Double Ended Beams System Compression load cell QS-VIS at low prices from some of the best manufacturers of the products. It turns out that the application of the technology plays an important role in deciding the performance of the product. At present, it can be widely seen in the field(s) of Force Sensors & Load Cells. After assessing the needs of customers and the market, we have successfully made Overload Metering Devicesshear Precision Cells System Beam Double Ended Beams System Compression load cell QS-VIS have some wanderful advantages, all of which can help make it stand out in the market. Moreover, its appearance is highly emphasized as well. Our creative designers make the product unique in its appearance by keeping close up with the latest industry trends.
Model Number: | QS-VIS | Type: | Load Cell |
Place of Origin: | Zhejiang, China | Brand Name: | Santwell |
Description: | double ended beam load cell | Rated Load: | 15 T |
Sensitivity: | 2.0000±0.002mv/v | Total Error: | ±0.05%F.S |
Creep(30 minutes): | ±0.02%F.S | Recommended Excitation Voltage: | 5V-18V(AC or DC) |
Maximum Excitation Voltage: | 24V(AC or DC) | Zero Balance: | ±1%F.S |
Insulation Impedance: | ≥5000MΩ | Safe Overload: | ±150%F.S |
UItimate Overload: | ±200%F.S |
Technical Parameter | ||||
Rated Load | T | 15 | ||
Sensitivity | mV/V | 2.0000±0.002 | ||
Total Error | %F.S | ±0.05 | ||
Creep(30minutes) | %F.S | ±0.02 | ||
Recommended Excitation Voltage | V | 5 ~18 (AC or DC) | ||
Maximum Excitation Voltage | V | 24 (AC or DC) | ||
Zero Balance | %F.S | ±1 | ||
Input Impedance | Ω | 775±10 | ||
Output Impedance | Ω | 700±5 | ||
Insulation Impedance | MΩ | ≥5000 | ||
Safe Overload | %F.S | 150 | ||
Ultimate Overload | %F.S | 200 | ||
Operating Temperature Range | ℃ | (-30~+70) | ||
Compensated Temperature Range | ℃ | (-20~+60) | ||
Temperature Effect On Load | ℃ | ±0.02%F.S/10 | ||
Temperature Effect On Zero | ℃ | ±0.02%F.S/10 | ||
Construction | Alloy steel | |||
Protection Class | IP67&IP68 | |||
Citation | GB/T7551-2008/OIML R60 | |||
Mode of Connection | Input+E:Red Input-E:Black Output+S:Green Output-S:White |
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