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1. High level Control Calculations: Uses PID control and fluffy rationale calculations for exact and proficient temperature and mugginess guideline.
2.Consistent Coordination: Viable with different sensors and correspondence conventions, guaranteeing consistent mix into existing frameworks.
3.Remote Observing: Empowers remote checking and control by means of electronic connection point or portable application, upgrading functional adaptability.
4.Extensive Caution Framework: Highlights configurable alerts and alarms for convenient reaction to temperature and dampness deviations.
5.Energy Productivity: Consolidates energy-saving elements to advance energy utilization while keeping up with ideal natural circumstances.
6.Dependability and Solidness: Worked to endure brutal modern conditions, sticking to industry guidelines for unwavering quality and sturdiness.
Operating Power | AC 220±10%,50HZ |
Conditions of use | Temperature -20℃~70℃;Relative humidity≤95%RH |
span of control | Temperature -9℃~99℃;Humidity 0~99%RH |
accurate | Temperature 0.5℃;Humidity 5%RH |
Control backlash | Temperature 0~20℃;Humidity 0~20%RH |
load capacity | Double working voltage 3A |
pressure resistance | 50Hz, 1000V alternating current duration 1 min |
power consumption | <2w |
volume | 48✖48✖78mm3 |
1.Power Plants: Manage temperature and stickiness levels in charge rooms and hardware fenced in areas to guarantee ideal execution and unwavering quality.
2.Transformer Stations: Keep up with stable natural circumstances to forestall dampness development and broaden gear life expectancy.
3.Server farms: Control dampness levels to shield delicate electronic hardware from dampness related harm.
4.Modern Cycles: Enhance ecological circumstances for assembling processes requiring exact temperature and moistness control.
1. Q: Could the LY-WSK-ZA regulator at any point be coordinated with existing robotization frameworks?
A: Indeed, the LY-WSK-ZA upholds consistent reconciliation with different robotization frameworks utilizing Modbus RTU convention.
2. Q: What is the working temperature scope of the regulator?
A: The LY-WSK-ZA works inside a temperature scope of - 20°C to 70°C, guaranteeing solid execution in different ecological circumstances.
3. Q: Does the regulator offer remote checking capacities?
A: Indeed, the LY-WSK-ZA empowers remote observing and control through electronic point of interaction or versatile application, giving constant admittance to ecological information and settings.