Air Differential Pressure Switch, 250V, IP54

Air Differential Pressure Switch, 250V, IP54

Factory price air differential pressure switch adopts single-pole double-throw (SPDT) contact mode and has an IP54 protection level to prevent dust and water splashes. The operating temperature range is -40℃ to +85℃, the rated voltage is 250V, the rated current is 1.5A (0.4), and the withstand voltage is 700psi, which is suitable for monitoring air pressure changes in industrial systems.

SKU: CCHN-APS-LF32

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Delivery date: 6-25 days

Overview

The set value or switching point of the air differential pressure switch can be adjusted on-site by simply using the adjustment knob and the built-in calibrated visual scale. This switch is equipped with a clear cover that not only protects the adjustment knob scale from changes, but also provides IP54 protection. Repeated switch experiments ensure the long service life of the switch.

Specification

Model	CCHN-LF32-02	CCHN-LF32-03	CCHN-LF32-04	CCHN-LF32-05	CCHN-LF32-10	CCHN-LF32-11	CCHN-LF32-25	CCHN-LF32-50
Measurement range	20-200 (Pa)	30-300 (Pa)	40-400 (Pa)	50-500 (Pa)	200-1000 (Pa)	100-1000 (Pa)	500-2500 (Pa)	1000-5000 (Pa)
Pressure difference	10 (Pa)	10 (Pa)	20 (Pa)	20 (Pa)	100 (Pa)	50 (Pa)	150 (Pa)	250 (Pa)
Error range	≤±15%
Rated voltage	250V
Rated current	1.5A (0.4)
Withstand voltage	700psi
Medium	Air, non-flammable or non-hazardous gas
Upper limit of working pressure	10kPa
Installation method	Vertical installation
Protection level	IP54 (with housing), IP00 (without housing)
Working temperature	-40℃~+85℃
Contact method	SPDT
Electrical parameters	Initial contact resistance <100 milliohms
Terminal block	6.3mm straight plug terminal or screw connection
Interface type	6.0mm outer diameter hose

Dimension (mm)

Air differential pressure switch dimension

Applications

Air differential pressure switch application

Tips: Application scope of air differential pressure switch

Fire ventilation duct system: used to control the ventilation duct in the fire protection system to ensure that the duct pressure is within the safe range.
Air filter system: monitor the cooling and heating system of the air filter to ensure the normal operation of the equipment.
Industrial electronic circuit cooling system: used to monitor the cooling system of the industrial electronic circuit to ensure that the equipment is not damaged by overheating.
Positive pressure monitoring of the pressurized room: used to monitor the positive pressure state of the pressurized room to ensure that the system operates within the safe pressure range.
Heater air volume monitoring: used for the air volume monitoring of the heater, providing overheat protection to prevent equipment damage.
Heat exchanger antifreeze protection: monitor the pressure changes of the heat exchanger, provide antifreeze protection, and prevent equipment damage due to low temperature.