Our products and solutions are all backed by our advanced manufacturing capabilities and leading technologies. So far, we have been able to manufacture the Warehouse Measurement 75 Klb 24 V 2Cr14Ni Double Ended shear beam load cell QS-V skillfully. Its application ranges include Force Sensors & Load Cells.
In the fierce market competition, Ningbo Santwell Import & Export Co., Ltd has grown continuously. We invest in R&D to find better solutions in the Force Sensors & Load Cells industry. We offer buyer Warehouse Measurement 75 Klb 24 V 2Cr14Ni Double Ended shear beam load cell QS-V that they need at prices that fit their pocket. Relying on our excellent products and sensible marketing strategy,Ningbo Santwell Import & Export Co., Ltd hold a firm belief that we will take a large market share in the future and benefit our stakeholders as well.
Model Number: | QS-V | Place of Origin: | Zhejiang, China |
Brand Name: | Santwell | Usage: | PRESSURE SENSOR |
Theory: | Resistance Sensor | Output: | Analog SENSOR |
Description: | double ended shear beam load cell | Rated Load: | 75klb |
Sensitivity: | 2.0000 mv/v | Total Error: | ±0.04%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 | Application: | Warehouse Measurement |
Technical Parameter | ||||
Rated Load | klb | 75klb | ||
Sensitivity | mV/V | 2.0000 | ||
Total Error | %F.S | ±0.04 | ||
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 | 2Cr14Ni | |||
Protection Class | 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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