When you apply power to the T-Verter K1 for the first time, the integrated LED display will flash its factory default startup frequency (typically 05.0 or 50.0 Hz).
after cutting power before opening the casing to allow high-voltage capacitors to discharge. Techniekhulp Troubleshooting Common K1 Issues
Complete Technical Guide & Parameter Reference for the T-Verter K1 Series VFD
Alter the value using arrow keys, then press again to store your new preference. Crucial Factory Parameters
Includes diagrams for 3-phase power input and motor output connections. It emphasizes proper grounding (resistance < 100 Ohms) to prevent high-frequency noise. t-verter k1 series manual pdf
Disclaimer: Ensure you match the specific model number, such as K1-402-M3, with the manual you use, as different versions may exist.
Ensure the manual matches your specific frame size (e.g., K1-201-H for 1HP, 230V).
: A similar user manual for the K1 Series AC Servo Driver (a closely related product line) is available from Xulonggk and Scribd .
The T-VERTER K1 Series is a robust line of industrial VFDs suitable for various motor control applications. While finding original manufacturer documentation can be challenging due to the product's age and distribution channels, numerous alternative sources provide operating manuals, installation guides, and repair documentation. When you apply power to the T-Verter K1
Programming the K1 inverter is done via the keypad or the RS485 communication port (if equipped).
The core of the is the parameter table. Most users need to set only five parameters for basic operation.
Controls the ramp-up duration from 0Hz to maximum speed (set in seconds).
Incoming AC Line Power ----> [ L1 ] [ L2 ] [ L3 ] T-VERTER K1 VFD Three-Phase Motor <---- [ T1 ] [ T2 ] [ T3 ] Remote Control and Speed Analog Inputs : A similar user manual for the K1
Press the key on the local interface to initiate motor spin-up. The drive will ramp the motor smoothly up to the target base frequency.
Secure the VFD in an environment isolated from conductive metal dust, oil mists, corrosive gases, and direct water exposure. Terminal Power and Control Wiring
[ 3-Phase Input Power ] │ │ │ ▼ ▼ ▼ ┌──────────────────┐ │ L1 L2 L3 │ <-- Primary Input Terminals │ │ │ T-VERTER K1 │ │ │ │ T1 T2 T3 │ <-- Motor Output Terminals └──────────────────┘ │ │ │ ▼ ▼ ▼ [ 3-Phase Induction Motor ] 1. Input Power Terminals