XSCB-3kg sensors, XSCB-3kg, XSCB-3kg precision sensors

 XSCB-3kg sensors, XSCB-3kg, XSCB-3kg precision sensor; Our commitment: Where to buy our products from, any quality problems within one month unconditional replacement or refund the full purchase price, without any additional cost. Where to buy products from our offer: 1 year free warranty and lifetime maintenance; Qin source feature is really people, real life, down to work. Welcome to the new and old customers to consult, order, Lu workers: 13682686710; 0755-86066036 FB-SB2t type-ASS dynamic load module; FB-SB3t type-ASS dynamic load module; FB-SB5t type-ASS dynamic load module HSX-A40kg, HSX -A50kg, HSX-A75kg, HSX-A100kg, HSX-A150kg, HSX-A200kg, NHS-A-10t, NHS-A-22t, NHS-A-33t, NHS-A-47t, NHS-10t, NHS-22t , NHS-33t, NHS-47t, NHS-68t, Qin source of technology, excellent service, fair and reasonable price, sincerely treat every customer; conventional sensors with large inventories, the price is favorable to the unexpected welcome to inquire and order!. : NHS-4.7t load cell, NHS-10t load cell, NHS-15t load cell, NHS-22t load cell, LFSG-5t NHS-33t load cell, NHS-47t load cell, NHS-68t weighing sensor, NHS-100t. LFSG weighing sensor: LFSG-2t load cell, LFSG-3t load cell, LFSG-5t load cell, LFSG-10t. LFSQ weighing sensor: LFSQ-1t load cell, LFSQ-2t load cell, LFSQ-5t load cell, LFSQ-10t, LFSQ-60t LFS-A load cell: LFS-10t load cell, LFS-20t weighing sensor, LFS-25t load cell, LFS-30t load cell, LFS-45t. H3F-C3-100kg-3B H3F-C3-250kg-3B technical parameters: Sensitivity Sensitivity: 2.0 ± 0.002mV / V; 3.0 ± 0.002mV / V; recommended excitation voltage Recommend excitation :10-12VDC maximum excitation voltage Maximun excitation: 15VDC Material Construction: Alloy Steel Alloy Steel zero temperature affect TCO: ± 0.02% FS/10 ℃ Input impedance Input reslstance: 400 ± 10Ω output impedance Output reslstance: 352 ± 2Ω Insulation resistance Insulation resistance: ≥ 5000MΩ output temperature TC SPAN: ± 0.02 % FS/10 ℃ operating temperature range Operating Temp Range: -30 ~ +70 ℃ Comprehensive error Total error: ± 0.02% FS; ± 0.03% FS