Q1: What is the difference between a magnetic-assisted electric contact and an ordinary electric contact pressure gauge?
A: Ordinary electrical contacts that rely solely on spring contacts are prone to arc erosion and poor contact. Magnetic-assisted magnetic steesteel-assistedtion reduces arc damage, make contact more reliable, antianti-shaked has a much longer service life than ordinary electric contact pressure gauges.
Q2: Can the electric contact directly drive the motor?
A: No, the contact load current is small and only used as a signal switch. It must be connected to an external relay or contactor to indirectly control the motor, pump, and valve. Directly carrying high-power loads will burn out the contacts.
Q3: Can magnetic assisted contact pressure gauges be used in vibration environments?
A: It is recommended to use a shock-resistant magnetic-assisted contact pressure gauge for vibration conditions. Ordinary vibration can cause false tripping of contacts; oil-filled shock-resistant models can suppress pointer shaking, reduce misoperation, and ensure stable control points.
Q4: What are the reasons for inaccurate control points and frequent false alarms?
A: Common reasons: deformation of the movement caused by overpressure usage; Large on-site vibration; Contact oxidation; The set value is too close to the working pressure. Avoid long-term overrange, choose a shock-resistant type for vibration conditions, and regularly recalibrate the upper and lower limit contacts.
INQUIRY
English
عربى
русский
中文简体








