T800 series Small Multidrive Product

The T800 Series small multidrive product features compact size, simplified wiring, common DC bus with shared braking resistor for energy saving and cost reduction, Type-C software commissioning, external 24V power supply, optional input filter, dual-channel STO, pluggable power and control terminals, and multiple fieldbus support to lower communication and control costs for multi-inverter systems.

Item No :
T800
Order(MOQ) :
20
Payment :
Paypal/TT/Western Union
Product Origin :
Shanghai, China
Color :
Black
Lead Time :
18-30 days
Weight :
73kg

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This drive system features a compact design and simplified wiring, based on a common DC bus with a shared braking resistor. It supports commissioning via Type-C cable and an external 24V DC power supply, with an optional common input filter. It incorporates dual-channel Safe Torque Off (STO) and uses plug-in terminals for both power and control connections. Supported fieldbuses include EtherCAT, ProfiNet, CANopen, Profibus-DP and ModbusTCP, reducing communication and control costs for multi-inverter systems. The system supports up to 8 motors in single-axis configuration and up to 16 motors in dual-axis configuration. Its modular architecture (independent rectifier, inverter, filter, and I/O expansion cards) allows individual replacement of damaged modules, lowering maintenance costs. The power range is as follows: rectifiers: 2.2-3.7kW (single-phase 220V), 0.4-7.5kW (three-phase 220V), 3.7-15kW (three-phase 380V); single-axis inverters: 0.2-3.7kW (three-phase 220V), 0.4-7.5kW (three-phase 380V); dual-axis inverters: 0.2-2.2kW (three-phase 220V), 0.4-3.7kW (three-phase 380V).

Product Features

Reduce size and wiring.
Common DC bus, can share the braking resistor, realizing energy saving and cost reduction.
Possible to use setup software via Type C cable
Support external 24V power supply. Optional common input filter.
Support dual-channel STO
Both power and control signals use pluggable terminals.
Support CanOpen, ProfiNet, EtherCat, Modbus TCP, EtherNet/IP fieldbuses, greatly decrease the cost of using communication control for multiple inverters.

Technical Specifications

Program	Item	T800 Specification
Rectifier Unit	Defensive Function	Overtemperature protection, power phase loss protection, overvoltage protection, undervoltage protection detection, etc.
	Communication Interface / Highway	Supports Modbus-RTU, CAN, Profinet RT, EtherCAT, EtherNet/IP communication protocols
	Analog Input (Programmable)	① AI1-AI2: Programmable, supports -10V~+10V / 0mA~20mA ② Supports PT100, PT1000, KTY-84-130, PTC-130 temperature detection
	Digital Input & Output	DI1-DI4: Standard multi-function input/output terminals, selectable via function codes. When used as inputs, they comply with specifications DI1-DI14; when used as outputs, they provide standard collector-drain output functionality. These terminals must not be directly connected to power sources and require pull-up resistors whose values are determined by load requirements.
	Relay Output	TA-TB: Normally Closed (NC) TA-TC: Normally Open (NO)
	Keypad	Standard 7-bit LED digital display, multiple symbol display, and 9 function keys. The 2-bit single-digit indicator shows the axis number; the 5-bit white digital indicator shows parameter values/contents.
	Supported Inverter Quantity	8 shafts (the number of single-axis inverter units + 2× the number of double-axis inverter units ≤ 8). Example: A 15kW rectifier unit can drive 2×7.5kW single-axis units, or 2×3.7kW double-axis units, or 4×1.5kW double-axis units.
Essential Parameters	Motor Type	Synchronous / Asynchronous
Comprehensive Defensive Functions	Output Frequency Resolution	Digital setting: 0.01Hz Simulated setting: Max. frequency × 0.025%
	Control Mode	3-phase asynchronous motor: V/f, SVC Permanent magnet synchronous motor: SVC
	Speed Range	1:50 (Asynchronous motor, V/f mode) 1:100 (Asynchronous motor, SVC mode)
	Speed Control Accuracy	±1.0% (V/f mode) ±0.5% (SVC mode)
	Speed Vibration	±0.5% (SVC mode)
	Torque Control Mode	SVC
	Fault Protection & Detection	Overhead-to-ground short circuit, phase-to-phase short circuit, drive over-current, drive overload (output power limit), motor overload, drive over-voltage, drive under-voltage, drive SVC stall, drive overheating, output phase loss, communication fault, current detection fault, motor parameter identification fault, EEPROM read/write fault, rotor lockout protection, excessive speed deviation, stall alarm, etc.

Specifications

Input voltage level	Power (kW)	Product model
Rectifier unit model
Three-phase 380V~480V	3.7	T800-0-4T12	T800-0-4T12B
	7.5	T800-0-4T22	T800-0-4T22B
	15	T800-0-4T41	T800-0-4T41B
Three-phase 200V~240V	3.7	T800-0-2T22	T800-0-2T22B
Three-phase 200V~240V	7.5	T800-0-2T41B	T800-0-2T41B
Single-phase 200V~240V	2.2	T800-0-2S24	T800-0-2S24B
Single-phase 200V~240V	3.7	T800-0-2S40	T800-0-2S40B
Inverter unit (single axis)model
Three-phase 380V~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
Three-phase 200V~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
Three-phase 380V~480V	0.4	T800-2-4T1R8	T800-2-4T1R8S
	0.75	T800-2-4T3R4	T800-2-4T3R4S
	1.5	T800-2-4T4R8	T800-2-4T4R8S
	2.2	T800-2-4T5R5	T800-2-4T5R5S
	3.7	T800-2-4T9R5	T800-2-4T9R5S
Three-phase 200V~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