LNC860-ST STEP-UP VFD

General-purpose Heavy-duty Inverter, standard with RS485 communication, dual-channel relay (optional). Models 0.75-22kW adopt built-in braking unit, supporting vector control, 16-step speed, simple PLC and constant-pressure water supply PID function. 4G communication (optional).

Overview

The LNC860-ST series step-up VFD is specially designed for applications requiring single-phase 220V input and three-phase 380V output. Equipped with advanced algorithms, it converts civilian single-phase 220V power to industrial three-phase 380V power, solving the problem that industrial 380V equipment cannot be used in areas with only single-phase household electricity. It is suitable for scenarios where single-phase 220V power needs to be converted to three-phase 380V industrial power.

Product features

  • Protection functions: over-voltage, over-current, phase loss, under-voltage, overload, short-circuit, etc.
  • Frequency: Input frequency 50-60Hz, output frequency 0-500Hz.
  • Converts single-phase 220V into three-phase 380V, i.e. converts household power to industrial power.

Model meaning

LNC860-ST STEP-UP VFD Model meaning

List of machine types

VFD model Output current (A) Applicable motor (KW)
Single-phase input power: 220V±10%, 50/60Hz Three-phase output: 380V
LNC860-ST0007G 2.1 0.75
LNC860-ST0015G 3.8 1.5
LNC860-ST0022G 5.1 2.2
LNC860-ST0037G 9 3.7
LNC860-ST0055G 13 5.5
LNC860-ST0075G 17 7.5
LNC860-ST0110G 25 11
LNC860-ST0150G 32 15
LNC860-ST0185G 37 18.5
LNC860-ST0220G 45 22
LNC860-ST0300G 60 30
LNC860-ST0370G 75 37
LNC860-ST0450G 91 45

Technical specifications

Item Specification
Control characteristics Output frequency 0-300Hz
Carrier frequency 0.5kHz ~ 15kHz, carrier frequency can be automatically adjusted according to load characteristics
Frequency resolution 0.01Hz
Control mode Open – loop vector control (SVC)
V/F control
Starting torque 0.5Hz/180%(SVC)
Speed regulation range 1:100 ( SVC )
Speed stabilization accuracy ±0.5% ( SVC )
Torque control accuracy ±5%(SVC)
Overload capacity G Model: 150% rated output current for 60 seconds; 180% rated current for 3 seconds
Torque boost Automatic torque boost; manual torque boost: 0.1%~30.0%
V/F curve Three modes: Linear type; Multi-point type; V/F curve
Acceleration and deceleration curve Linear or S – curve acceleration and deceleration modes;
four acceleration and deceleration times; acceleration and deceleration time range 0.1~3200.0s
DC braking DC braking frequency: 0.00Hz ~ maximum frequency. Braking time: 0.0s~32.0s, braking action current value: 0.0% ~ 100.0%
Simple PLC, multi-step speed operation Up to 16 – step speed operation can be achieved through the built – in PLC or control terminals
Built – in PID It can easily realize the process – control closed – loop control system
Automatic voltage regulation (AVR) When the grid voltage changes, it can automatically maintain a constant output voltage
Overvoltage, overcurrent & stall control Automatically limit current and voltage during operation to prevent frequent tripping caused by overcurrent and overvoltage
Fast current – limiting
function
Minimize over – current faults to the greatest extent and protect the normal operation of the frequency converter
Operating characteristics Operating command channel Three channels: given by the operation panel, given by the control terminals, given by the serial communication port. It can be switched in various ways
Frequency source Main frequency sources: digital setting, analog voltage setting, analog current setting, RS485 communication setting, multi-speed segments, PID and simple PLC, switchable via multiple methods
Auxiliary frequency source Ten auxiliary frequency sources. It can flexibly achieve auxiliary frequency fine – tuning and frequency synthesis
Input terminals 6-channel digital input terminals; 2-channel analog input terminals; AI1: 0~10V voltage input;
AI2: 0~10V voltage input or 4~20mA current input
Output terminals 1- channel open collector FM;
2- channel relay output terminals;
2-channel analog output terminals, supporting 0~20mA current output or 0~10V voltage output
Display and keyboard operation LED display 5-digit parameter display
Key Locking and Function
Selection
Realize partial or full key locking and define the scope of functions of partial keys to prevent misoperation
Protection characteristics Protection function Motor short-circuit detection upon power-on, output phase loss protection, overcurrent protection, overvoltage protection, undervoltage protection, overheating protection, overload protection, etc.
Environment Application place Indoors, not directly exposed to sunlight, free from dust, corrosive gases, flammable gases, oil mist, water vapor, dripping water or salt, etc
Altitude Derating is required when the altitude exceeds 1000 meters, with a 10% derating for every additional
1000 meters.
Ambient humidity – 10℃ ~ + 40℃ (When the ambient temperature is between 40℃ ~ 50℃, derating operation is required)
Humidity Less than 95%RH, without water droplet condensation
Vibration Less than 5.9m/s² (0.6g)

Basic wiring diagram

LNC860-ST STEP-UP VFD Basic wiring diagram

Installation dimensions of the keyboard base

LNC860-ST STEP-UP VFD Installation dimensions of the keyboard base

Diagrams of the overall dimensions and installation dimensions of the plastic structure

LNC860-ST STEP-UP VFD Diagrams of the overall dimensions and installation dimensions of the plastic structure

Diagrams of the overall dimensions and installation dimensions of the sheet metal structure

LNC860-ST STEP-UP VFD Diagrams of the overall dimensions and installation dimensions of the sheet metal structure
Machine type Overall dimensions Installation dimensions Installation hole diameter
kW H(mm) H1(mm) W(mm) D(mm) A(mm) B(mm) mm
0.75-5.5 200 / 130 155.5 119.5 189 M4
7.5-11 245 / 140 160.2 129 239 M5
15-18.5 279 / 180 162.5 165.5 268 M5
22-30 385 430 230 225 184 410 M6
37-45 382 430 270 225 222 410 M6
55-75 534 594 310 265 200 570 M8
90-110 643 653 326 292 200 635 M8
132-160 760 769 450 335 300 751 M8
185-200 880
1250(with base)
930
1275(with base)
579 380 449 903 M8
220-315 983
1353(with base)
1060
1392(with base)
650 377 420 1030 M10
355-450 1203
1653(with base)
1358
1731(with base)
800 400 520 1300 M14

Details

LNC860-ST STEP-UP VFD product detail 1
LNC860-ST STEP-UP VFD product detail 2
LNC860-ST STEP-UP VFD product detail 3
LNC860-ST STEP-UP VFD product detail 4
LNC860-ST STEP-UP VFD product detail 5
LNC860-ST STEP-UP VFD product detail 6
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