Basic technical data of electric lock

Basic technical data of electric locks External applied voltage: Sine effective value 220V, 50Hz Current: 10A Power consumption: 200W Maximum driving force (static) 150N Maximum support capacity of backup battery: not less than 30min Ambient temperature: -200C--+750C Relative humidity: Maximum 70% Protection level: IP23 BEDIS controller BEDIS is a two-wire data communication dedicated remote controller directly connected to the main controller bus. It is compact, easy to install and easy to use. It can be completed within a range of 50 meters:

Function conversion Setting of working parameters Selection of function status Fault self-diagnosis display.

1. Control function The channel status of the selectable automatic doors has been programmed by the main controller, and the function conversion can be easily performed using the BEDIS pole.

The following functions can be selected by the user: Manual - when the door wing stops, it can be pushed by hand; Normally open - the door wing opens and remains in the open position; Automatic - the door wing is not locked, and the door is automatically opened/closed by the sensor or switch signal; Automatic half-open - the door wing works automatically, but the channel opening is reduced; One-way channel - the door wing is locked and only used as an exit channel; Night - the door wing is locked, and the door can only be opened with a key switch.

2. Self-diagnosis display The LED on the panel of BEDIS can display 17 possible faults through BCD code combination indication, and the electric control lock can quickly eliminate the faults. Such as: drive unit fault; main controller fault; sensor fault; lock control unit fault.

2. Common control system characteristics

1. Intelligent automatic and random fault diagnosis; automatic monitoring of operation sequence; optimization of transmission characteristics, such as acceleration/deceleration of the main transmission, conflict diagnosis of the transmission process, noise, etc.

2. Establish an automatic learning process. During the first adjustment, the system automatically learns; measures the weight of the door wing and the friction force of the movement; based on the above measurement results (1) automatically adjusts to the maximum allowable speed; (2) safely adjusts the maximum static force; checks the reliability of the sensor; and automatically determines the position of the channel opening.