Elevator button Iran

Elevator button

An elevator push button panel is an electrical command device for registering floor calls and managing control signals in car and hall stations. Standard supply voltage ranges from 12 to 30 volts DC with circuit current below 60 milliamperes. The printed circuit board is manufactured from 1.6 millimeter FR4 with 35 micron copper cladding. Contact resistance is under 40 milliohms, and electrical life exceeds 500 thousand cycles. Enclosure protection ranges from IP44 to IP65 with minimum IK09 impact resistance. Dielectric withstand capability is verified at 1500 volts AC without breakdown.

The assembly includes an anti scratch stainless steel push switch or capacitive touch sensor with EMI noise filtering circuitry. Mechanical operating force ranges from 1.5 to 4 newtons with travel of 0.5 to 1 millimeter. Button diameter varies between 19 and 35 millimeters with installation tolerance below ±0.1 millimeter. LED luminous intensity ranges from 80 to 200 candela with service life above 50 thousand hours. Communication with the controller is implemented through serial protocols such as RS485 or CAN. Quality validation includes vibration testing, 95 percent humidity exposure, and 1 million operational cycle endurance tests.

Elevator button

An elevator push button panel is an electrical command interface for registering floor calls in traction and hydraulic systems. Standard supply voltage is 12 or 24 volts DC, and current consumption per button is below 80 milliamperes. Contacts are silver or gold plated with contact resistance under 50 milliohms. Enclosure protection ranges from IP40 to IP55 with minimum IK08 impact rating. Stainless steel panel thickness varies between 1.2 and 2 millimeters with surface roughness below 0.8 micrometers. Mechanical life exceeds 1.5 million cycles with dielectric withstand voltage of 1000 volts AC.

The assembly includes a mechanical push switch or capacitive touch sensor, FR4 printed circuit board, and LED module rated at 2 to 3 volts. Button diameter typically ranges from 22 to 35 millimeters with operating force between 2 and 5 newtons. Communication with the controller is implemented via CAN bus or RS485 protocol. Insulation resistance between terminals exceeds 100 megaohms at 500 volts DC test. Operating temperature range is defined from minus 20 to plus 70 degrees Celsius. Quality assurance includes 1 million cycle endurance testing, 48 hour salt spray test, and illumination evaluation above 100 lux.

Elevator button

An elevator push button panel is an electromechanical or electronic interface used to send floor selection and hall call commands. Operating voltage is typically 12 to 24 volts DC with rated current below 100 milliamperes. Enclosure protection rating generally ranges from IP40 to IP54 with minimum IK07 impact resistance. The housing is manufactured from 1 to 2 millimeter stainless steel or durable polycarbonate. Mechanical life exceeds 1 million cycles, and electrical life is at least 500 thousand cycles. LED indicators with luminous intensity from 50 to 150 candela ensure proper visibility.

The structure includes a microswitch or capacitive touch sensor, printed circuit board, and integrated illumination system. Button diameter usually ranges from 20 to 35 millimeters with assembly tolerance below ±0.2 millimeters. Signal communication with the controller is implemented via serial protocol or parallel wiring. Insulation resistance between contacts exceeds 100 megaohms at 500 volt test voltage. Operating temperature range is defined between minus 10 and plus 60 degrees Celsius. Quality testing includes functional verification, endurance testing, and humidity resistance evaluation.

Elevator button

An elevator push button is a user interface component for sending hall call or floor selection commands to the control system. The operating control voltage is typically defined between 12 and 24 volts DC. Current consumption per button is generally below 50 milliamperes. The enclosure protection rating is IP40 in standard models and up to IP65 for special environments. The panel material is stainless steel with thickness from 0.8 to 1.5 millimeters. Mechanical life of the push mechanism is guaranteed for at least 1 million operating cycles. Standard mounting hole diameter for round buttons is 22 or 30 millimeters.

The structure consists of a microswitch or capacitive touch sensor combined with an LED status indicator circuit. LED brightness is adjusted between 50 and 150 candela per square meter. Electrical contact resistance is typically measured below 50 milliohms. Permissible operating temperature ranges from minus 10 to plus 60 degrees Celsius. Electrical safety standards comply with EN 81 and EN 60947 requirements. Installation can be flush or surface mounted with dimensional tolerance less than ±0.5 millimeters.