Integrated elevator controller for 2.2–55kW, three-phase 380V systems. Supports PMSM and asynchronous motors, vector control, direct travel, up to 16 floors and two-elevator parallel control.
The IDEEI 1K+ Integrated Elevator Controller combines a vector-control elevator drive with elevator logic control for three-phase 380V systems from 2.2kW to 55kW. It supports PMSM and asynchronous motors, direct-travel operation, up to 16 floors and direct parallel control of two elevators.
| Parameter | Specification |
|---|---|
| Product series | IDEEI 1K+ |
| Product type | Integrated elevator controller |
| Power range | 2.2–55kW |
| Voltage class | Three-phase 380V |
| Motor support | PMSM and asynchronous motors |
| Control modes | SVC, CLVC and V/F |
| Maximum floors | Up to 16; confirm I/O configuration |
| Parallel control | Two elevators |
| Communication | CANbus and Modbus |
| Encoder interface | Confirm the PG card for the selected motor |
| UPS operation | Supported; confirm rescue-power configuration |
| Braking configuration | Model and duty dependent |
The 1K+ combines motor-drive functions and elevator logic in one platform. This can reduce the number of separate control components and simplify the relationship between motion commands, door signals, floor calls and safety inputs. Direct-travel operation allows the controller to generate the travel curve and approach the landing without a separate creeping stage when the complete system is correctly commissioned.
For modernization work, the ability to configure PMSM or asynchronous motors can help engineers adapt the controller to different traction machines. Two-elevator parallel control and expandable floor I/O should be specified at the beginning of the project so the required communication, boards, terminals and control-panel design can be confirmed before production.
The drive is one part of the complete elevator control and safety system. Door control, safety-chain design, emergency power, mechanical braking, final-limit circuits and local inspection requirements remain project responsibilities. The page specifications must therefore be used for preliminary comparison rather than as a substitute for system engineering.
Motor power alone is not sufficient for final selection. Rated motor current, traction ratio, car and counterweight data, rated speed, travel height, duty cycle and braking profile can change the required drive or peripheral components. IDEEI should review the nameplate and project data before the order configuration is fixed.
Yes. The 1K+ supports both motor types. The correct motor parameters and encoder interface must be selected and commissioned for the actual machine.
The supplied product data specifies up to 16 floors. Confirm the required floor I/O expansion and project configuration before ordering.
Yes. The supplied product data supports direct parallel control of two elevators without a separate group controller. Confirm the required communication and dispatch configuration.
UPS operation is supported, but the UPS capacity, wiring and rescue sequence must be engineered for the selected motor and elevator system.
Send the motor nameplate, voltage, current, motor type, encoder, elevator load and speed, brake arrangement, floor count, quantity and destination.
Send the motor nameplate, rated current, elevator type, encoder, brake information, quantity and destination. IDEEI will help confirm the appropriate drive and project configuration.
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Zhejiang Qibin Technology Co., Ltd. · Haiyan, Zhejiang, China
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