T800 Series Small Multidrive Inverter
Product Introduction
- The T800 Series Standard Multi-Machine Drive Inverter is specially designed for low-power applications in the traditional automation industry.It breaks through the limitations of single-machine drive, enabling intelligent coordinated control of multiple devices.It meets the essential demands of multi-point drive, linked speed regulation and energy consumption optimization in scenarios such as printing & packaging, woodworking machinery, food & beverage, logistics & warehousing, etc.It helps enterprises upgrade toward automated and flexible production.The product is widely used in printing & packaging, woodworking machinery, food & beverage, logistics & warehousing, textile printing & dyeing, lithium battery, mobile phone manufacturing and other industries.
Core advantages:
1:One controller, multiple drives linked.
- It lets one single inverter drive multiple motors at the same time.Using smart algorithms, it keeps all axes synchronized perfectly.This makes wiring much simpler and lowers your equipment cost.
- We’ve boosted dynamic response speed by 30%, ensuring stable tension synchronization for printing presses and precise speed control for logistics conveyors—ideal for all kinds of high-precision applications.
2:Energy Saving, Efficiency Boost — Intelligent Control Leads.
- It comes with a built-in adaptive energy-saving algorithm that adjusts output power in real time based on the load. This cuts total energy use by 15% to 25%, making it especially great for high-energy applications like textile printing and dyeing, as well as lithium battery manufacturing.
- It supports energy feedback technology, which converts braking energy into electricity and feeds it back to the power grid, reducing energy waste.
3:Super compatible, works for just about any application.
- It works with small motors from 0.4kW to 7.5kW.It comes with CANopen, EtherCAT, PROFINET communication options,and connects smoothly with PLCs, HMIs and all kinds of industrial control systems.
4:Super stable and reliable, with maximum protection.
- It features a tough, all-metal casing with IP20 protection.It easily handles dust, oil, and moisture—ideal for demanding environments like food processing plants and textile workshops.
- It has a wide voltage design — 380V ±15%.It stays stable even when voltage jumps around, and cuts down on downtime.
Model Description


Technical Specifications
| Project | Specification | |
| Defencive function | Overtemperature protection, power phase loss protection, overvoltageprotection, undervoltage protection detection, etc | |
| Interface | Communication/Highway | Support Modbus-RTU, CAN, Profinet RT, EtherCAT, EtherNet/IP communication |
| Programmable | ① Al1-Al2: programmable, support-10V~+10V/0mA~20mA ② support PT100, PT1000,KTY-84-130,PTC-130 temperature detection | |
| Digital input and output | D11-D14:Standard Dl opto-isolation with dual-polarity input compatibility. D101-D104: Standard multi-function input/output terminals, selectable via function codes. When functioning as digital inputs, they comply withspecifications of Dl1-Dl4; when used as outputs, they provide standardcollector-drain output functionality. These terminals must not be directly connected to power sources and require pull-up resistors whose valuesare determined by load requirements. | |
| Relay output | TA-TB: Normal close; TA-TC: Normally open | |
| Keypad | Standard 7-bit LED digital display, multiple symbol display and 9 function keys.Among them, the 2-bit single digital indicator shows theaxis number, and the 5-bit white digital indicator shows the content. | |
| Quantity of inverters | 8 shafts (the number of inverter units that one rectifier unit can drive satisfies this formula: the number of single-axis inverter units + 2*the number of double-axis inverter units ≤ 8); for example, a rectifier unit of 15kW can carry 2 single-axes of 7.5kW, or 2 double-axes of 3.7kW, or 4 double-axes of 1.5kW | |
Essential parameters | Motor type | Motor type: Synchronous/Asynchronous |
| Output frequency resolution | Digital setting: 0.01Hz Simulated setting: Maximal frequency*0.025% | |
| Control mode | 3PH asynchronous motor: V/f、SVC Permanent magnet synchronous motor: SVC | |
| Speed range | 1:50 (Asynchronous machine V/f) 1:100 (Asynchronous machine SVC) | |
| Speed control accuracy | ±1.0% (V/f) ±0.5% (SVC) | |
| Speed vibration | ±0.5%(SVC) | |
| Torque control mode | SVC | |
| Defencive function | Overhead-to-ground short circuit,phase-to-phase short circuit,driver overcurrent, driver overload (output power limit), motor overload, driver overvoltage, driver undervoltage, driver SVC stall, driver overheating,output phase loss, communication fault, current detection fault, motor parameter identification fault, EEPROM read/write fault, rotor lockoutprotection,excessive speed deviation, stall alarm | |
Inverter module components(single axis)
| Number | Part name | Explanation |
| ① | STO terminal | STO terminal is not standard, and can be identified whether it has this terminal through the product model: inverter single-axis module with STO function: the product model ends with the letter 'S' inverter single-axis module without STO function: the product model ends without the letter'S' inverter single-axis module |
| ② | Pilot lamp | Output terminal indicator light |
| ③ | U/V/W output terminals | Output terminals of the inverter is connected to the 3phase motor |
| ④ | 2*M4 screw grounding terminal | Two grounding terminals (PE) for protective grounding |
| ⑤ | Cool fans | Cool fans |

Inverter module components(double axis)
| ① | STO terminal | STO terminal is not standard,you can identify whether the terminal is available or not by the product model:●Inverter dual-axis module with STO function:the product model ends with the letter “S”● Inverter dual-axis moduls without STO function:the product model ends without the letter “S”. |
| ② | Output shaft 1 indicators light | Output terminal 1 indicator light |
| ③ | U1/V1/W1 axis 1 output terminal | Output terminal 1 of the frequency converter is connected to the three-phase motor |
| ④ | Output shaft 2 indicators light | Output terminal 2 indicator light |
| ⑤ | U2/V2/W2 axis 2 output terminal | Output terminal 2 of the frequency converter is connected to the three-phase motor |
| ⑥ | Nut screw grounding terminal | 2 grounding terminals (PE) for protective grounding |
| ⑦ | Cool fans | Used for equipment heat dissipation |
Product model
| Input voltage level | Power/KW | Product model | |
| Rectification unit module | |||
| 3Phase 380-480v | 3.7 | T800-0-4T12 | T800-0-4T12B |
| 7.5 | T800-0-4T22 | T800-0-4T22B | |
| 15 | T800-0-4T41 | T800-0-4T41B | |
| 3Phase 200-240v | 3.7 | T800-0-2T22 | T800-0-2T22B |
| 7.5 | T800-0-2T41B | T800-0-2T41B | |
| 1Phase 200-240v | 2.2 | T800-0-2S24 | T800-0-2S24B |
| 3.7 | T800-0-2S40 | T800-0-2S40B | |
| Inverter unit (single axis) model | |||
| 3Phase 380-480v | 0.4 | T800-1-4T1R8 | T800-1-4T1R8S |
| 0.75 | T800-1-4T3R4 | T800-1-4T3R4S | |
| 1.5 | T800-1-4T4R8 | T800-1-4T4R8S | |
| 2.2 | T800-1-4T5R5 | T800-1-4T5R5S | |
| 3.7 | T800-1-4T9R5 | T800-1-4T9R5S | |
| 5.5 | T800-1-4T13 | T800-1-4T13S | |
| 7.5 | T800-1-4T17 | T800-1-4T17S | |
| 3Phase 200-240v | 0.2 | T800-1-2T1R7 | T800-1-2T1R7S |
| 0.4 | T800-1-2T3 | T800-1-2T3S | |
| 0.75 | T800-1-2T5 | T800-1-2T5S | |
| 1.5 | T800-1-2T8 | T800-1-2T8S | |
| 2.2 | T800-1-2T11 | T800-1-2T11S | |
| 3.7 | T800-1-2T17 | T800-1-2T17S | |
| Inverter unit (dual axis) model | |||
| 3Phase 380-480v | 0.4 | T200-2-4T1R8 | T200-2-4T1R8S |
| 0.75 | T200-2-4T3R4 | T200-2-4T3R4S | |
| 1.5 | T200-2-4T4R8 | T200-2-4T4R8S | |
| 2.2 | T200-2-4T5R5 | T200-2-4T5R5S | |
| 3.7 | T200-2-4T9R5 | T200-2-4T9R5S | |
| 3Phase 200-240v | 0.2 | T800-2-2T1R7 | T800-2-2T1R7S |
| 0.4 | T800-2-2T3 | T800-2-2T3S | |
| 0.75 | T800-2-2T5 | T800-2-2T5S | |
| 1.5 | T800-2-2T8 | T800-2-2T8S | |
| 2.2 | T800-2-2T11 | T800-2-2T11S | |
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