@kacise.bsky.social
@kacise.bsky.social@kacise.bsky.social@kacise.bsky.socialPressure Control for a Test Bench That Runs Both Gas and Liquid — https://www.kcsensor.com/gas-liquid-test-bench-pressure-control-case/?utm_source=bluesky&utm_medium=social&utm_campaign=bluesky-main_pressure_case_study&utm_content=KCS-SOC-2026-0003&utm_id=KCS-SOC-2026-0003 #Kacise
@kacise.bsky.social@kacise.bsky.socialDissolved Oxygen Calibration: KWS-600, KWS-630 and KWS-670: Why fluorescence DO sensors drift, and what calibration actually corrects https://www.kcsensor.com/dissolved-oxygen-calibration/ #Kacise
@kacise.bsky.socialInstalling a Solar-Powered IoT Buoy Water Quality Monitoring System: Step-by-step wiring schematic for the KWF500 IoT buoy system https://www.kcsensor.com/install-iot-buoy-water-quality-monitoring-system/ #Kacise
@kacise.bsky.socialPipeline Safety Monitoring Across a 108 km Water Main: DN800 / PN16 ductile iron main — leak detection across a difficult footprint https://www.kcsensor.com/pipeline-safety-monitoring-for-southeast-asia/ #Kacise
@kacise.bsky.socialKSLV605 Capacitive Level Gauge on Diesel Tanks: ±1.5% full-scale accuracy with no moving parts and no float to stick https://www.kcsensor.com/kslv605-capacitive-diesel-tank-case-study/ #Kacise
@kacise.bsky.socialKLF110 Radar Flow Meter on a Pakistan Irrigation Canal: Field Case Study: Solar-powered KLF110 deployment for open-channel flow measurement https://www.kcsensor.com/klf110-radar-flow-meter-pakistan-canal-irrigation/ #Kacise
@kacise.bsky.social80 GHz Radar Level Meter in a Polyurethane Mixing Tank: Case setup: a 2,000 L stainless steel tank, anchor agitator at 45–60 RPM, viscosity 800–3,000 mPa·s https://www.kcsensor.com/80ghz-radar-level-meter-polyurethane-mixer/ #Kacise
@kacise.bsky.socialHappy National Day from Kacise 🇨🇳: Thank you for the trust you place in our sensors, project after project https://www.kcsensor.com/ #Kacise
@kacise.bsky.socialChlorophyll Sensor Guide: Types, Applications and How to Specify One: Measurement principle: 470 nm excitation, 685 nm emission, typically 0–500 μg/L chlorophyll-a https://www.kcsensor.com/chlorophyll-sensor-guide/ #Kacise
@kacise.bsky.socialCapacitive Level Measurement for Pharmaceutical Processing: Where level measurement is critical: API reactors, buffer preparation, bioreactor media supply, WFI storage https://www.kcsensor.com/pharmaceutical-capacitive-level-sensors-solutions/ #Kacise
@kacise.bsky.socialKWS-850 Multi-Parameter Sensor in Estuary Water Quality Monitoring: A representative system design for Iberian Peninsula tidal estuaries with bivalve and finfish aquaculture https://www.kcsensor.com/kws-850-multi-parameter-sensor-estuary-water-quality-monitoring/ #Kacise
@kacise.bsky.socialHarmful Algal Blooms: Early Signals Worth Monitoring: Early signals: chlorophyll trends, pH swing and the night-time DO drop https://www.kcsensor.com/harmful-algal-blooms/ #Kacise
@kacise.bsky.socialDissolved Oxygen Monitoring in Shrimp Farming: The Night Window: Night-time DO is the real risk window — continuous monitoring beats morning checks https://www.kcsensor.com/do-sensor-shrimp-farming-water-monitoring/ #Kacise
@kacise.bsky.socialHappy Mid-Autumn Festival from Kacise 🌕: Thank you for another year of trusting our sensors in the field https://www.kcsensor.com/ #Kacise
@kacise.bsky.socialWater Quality Standards for Aquaculture: What to Measure and Alarm On: Key parameters and target ranges for pond and RAS systems https://www.kcsensor.com/water-quality-standards-for-the-aquaculture/ #Kacise
@kacise.bsky.socialCapacitance Level Transmitter Sizing: Calculation Table: Dielectric constant, probe length and vessel geometry in one worked table https://www.kcsensor.com/capacitance-level-transmitter-calculation-table/ #Kacise
