Schindler elevator inverter and PCB products are used within elevator systems to support motor control, communication, monitoring and operational functions. The range includes Schindler elevator inverter products, PCB boards, communication boards, power supply boards and specialised electronic boards used within selected elevator arrangements.
Schindler inverter products, including the Variodyn series, are associated with the control of motor operation within elevator systems. These products contribute to the regulation of motor speed, acceleration and deceleration during elevator travel.
Available Inverter Models
Inverter Power Supply Boards
Inverter power supply boards are used within selected inverter arrangements and support power-related functions associated with inverter operation.
Available Inverter Power Supply Model
Schindler PCB boards are electronic boards used within elevator control, monitoring and communication arrangements. These products are available in multiple configurations for selected elevator systems.
Available PCB Board References
| Board Category | Available References |
|---|---|
| 48F Series | 48F125, 48F130, 48F135 |
| 50Q Series | 50Q212 |
| 53F Series | 53F104, 53F117, 53F122, 53F125, 53F128, 53F135, 53F137, 53F138, 53F245, 53F515 |
| Other PCB Boards | 73Q125, 36R900, 46B130, 67M100 |
| SKE & 300P Boards | SKE 1.M, 300P |
| Additional References | 840174, 591786, 591710, 591712, 591822 |
Communication boards are used within selected elevator communication arrangements and support the exchange of information between elevator systems and associated electronic products.
Available Communication Board Models
The range also includes specialised boards designed for selected control, door operation and escalator applications.
Available Models
Product Note
The listed products represent selected Schindler elevator PCB boards, Schindler inverter control board products and inverter variants. Additional board models are available within the Bestech product range.
1. Why do elevator systems use different types of electronic boards?
Different electronic boards are designed to perform specific functions such as motor control, communication, monitoring and operational management.
2. Why are PCB boards identified using reference numbers?
Reference numbers help identify the correct board for product selection, replacement and compatibility purposes.
3. Can an elevator system contain multiple PCB boards?
Yes. Elevator systems commonly use multiple electronic boards that perform different functions within the overall control arrangement.
4. Why are communication boards used in elevator systems?
Communication boards support the exchange of information between selected electronic arrangements and control systems.
5. Why is compatibility important when selecting replacement electronic boards?
Electronic boards are typically selected according to the elevator model, system arrangement and technical requirements of the application.