FUMORE ELECTRIC CO.,LTD

Torque Inverter(FEVF-89TX-1): Simple, and easy to operate with wires. When connect to the three phase(R,S,T) or single phase(R,S) power, and then connect to three phase AC Motors or Torque Motors(U,V,W), It will do variable torque and variable frequency adjustment.It doesn't need any accessories and variables adjustment setting and it will do any control of coiling. (Center coiling or surface coiling) There is function of preventing it from loosing or shaking.
Torque signal DC(0~10V), Frequency signal (0~10V) Do 0~100% frequency and torque control.
There are both two signal input terminals in each torque or frequency function, and it can do multi-external input control. Frequency terminals(F2,Fx), Torque terminals(T2,Tx).
There are functions of start torque/frequency compensation (promotion) in FEVF-89TX-1 Torque Inverter which starts to run (FEVF-89T, FEVF89TX don't have this kind of function).
FEVF-89TX-1 Torque Inverter can do auto-increment/decrement with (LOAD CELL) Tension Controller or Proximity Switch + control (Load Cell Tension Controller is added).
There are functions of simulating auto-increment or auto-decrement in FEVF-89TX-1 Torque inverter Example [pic 8 and pic 9(optional)]. For coiling, when the coil material increase we must increase/decrease torque, increase/decrease frequency.
There is functions of preventing from loosing in torque limitation function in FEVF-89TX-1 Torque inverter and when feeding machine stop feeding, there is excellent Torque from loosing in the motor which FEVF-89TX-1 Torque Inverter drives.
PS: There is no vibration like the movement up and down or back and forth in transmission shaft.
There is active operating function in FEVF-89TX-1 Torque inverter and there is low resistance. Low tension following with operating function.
PS: Braking resistor is needed
FEVF-89TX-1 Torque Inverter is proved to be used in torque control of Electronic Grade Glass Fabric .

FEVF-89TX-1

Types Illustration　FEVF

POWER SOURCE　Voltage

3

Phase of Power

1 : 1-Phase

3 : 3-Phase

2

Input Voltage

1:110V(AC)

2:220V(AC)

3:380V(AC)

4:400V(AC)

5:415V(AC)

6:440V(AC)

7:460V(AC)

Motor Specification

2

1 : 1-Phase 220V

3 : 3-Phase 380V

4 : 3-Phase 440V

P5-05

P5:1/2HP

01:1HP

02:2HP

03:3HP

05:5HP

07:7.5HP

10:10HP

:
:

60:60HP

TYPE	322P5	32201	32202	32203	32205	32207	32210	32215	32220	32203	32203	32240	32250	32260
Motor Output	0.4	0.75	1.5	2.2	3.7	5.5	7.5	11	15	18.5	22	30	37	45
Motor Hp	1/2	1	2	3	5	7.5	10	15	20	25	30	40	50	60
Rated output current	3.1	4.5	7	10.5	16	24	32	45	60	72	85	110	140	170
Inverter Capacity	1.2	1.4	2.7	4	6	10	13.7	17.9	22	27.5	33	43	52	65
Line Souce	3-Phase　220~230v±10%　50/60HZ±5%
Max output Voltage	3-Phase　0~230v　Three phase 0-230V
TYPE	333P5 344P5	33301 34401	33302 34402	33303 34403	33305 34405	33307 34407	33310 34410	33315 34415	33320 34420	33325 34425	33330 34430	33340 34440	33350 34450	33360 34460
Motor Output	0.4	0.75	1.5	2.2	3.7	5.5	7.5	11	15	18.5	22	30	37	45
Motor Hp	1/2	1	2	3	5	7.5	10	15	20	25	30	40	50	60
Rated output current	1.5	2.3	3.8	5.2	8.8	12	16	24	30	39	45	60	73	85
Inverter Capacity	1	1.7	2.9	4	6.7	10.3	12.3	17.9	22	28	34	44	53	65
Line Souce	3-Phase　380~440v±10%　50/60HZ±5%
Max output Voltage	3-Phase　0~230v　Three phase 0-380V　0-460V
Control Method	Sine Wave Pwm (V/F contorol)
Torque Signal(MAN)	Manual Dc 0-10V Aut Dc 0-10V or 0~20mA
Accel/Decel Time	1~11sec, for torque priority, acceleration or deceleration will harmonize without limited by ACCEL/DECEL.
Braking Torque	Lower then 20% (with optional braking resistor)be related to Torque magnitude when torque control.
Overload Capacity	150% Rated output current resistor
Over Voltage	DC Voltage >410V(Power supply110/220V AC) DC Voltage >810V(Power supply380/440V AC) DC Bus voltage exceed
Operation Temperature	-10~40℃/0~90℃ Relative humidity not dewing
Vibration-Proof	1G(9.8m/s²) or less

Terminal Types		Terminal Symbol	Terminal	Description
Main Circuits Terminal	Power	R/L1.S/L2.T/L3	AC power input terminal	Three phase power source input. Please connect R/L1.S/L2 terminal if it is single phase power.
	Motor	U/T1.V/T2.W/T3	Motor wires terminal	Three phase variable frequency, voltage, current connect to motor wires.
	Brake unit	B1 . B2	Braking resistor terminal	External braking resistor.
	Brake unit	P . N	External braking module	External braking module terminal.
	Ground	E	Ground terminal	The third kind 100Ω or less (200v class), 10Ω or less(400v class)
Control Circuit Terminal	Frequency instruction input terminal	1-F3/T3(+10v) 2-F2/(0~10v) 3-GND	1-F3/T3:Frequency and Torque source. 2-F2:Input terminal.	Terminal1.2.3. and J1 socket. Only one selected.
	Frequency instruction input terminal	4-Fx	Frequency instruction auxiliary input terminal.	For external frequency signal input terminal(0~10v)
	Torque instruction input terminal	1-F3/T3(+10v) 5-T2/(0~10v) 7-GND	Torque instruction source and input terminal.	Terminal 5 and J2 socket . Only one selected.
	Torque instruction input terminal	6-Tx	Torque auxiliary input terminal.	For external torque signal input terminal(0~10v)
	Forward Run Revers	12-FWR 13-REV 11-SC		11-SC and 12-FWR Close→Forward Run, open→ stop/Reset, 11-SC and 13-REV close→Reverse Run, open→stop/Reset
	Start Torque compensation			close:Start torque compensation See FEVF-89TX-1 Application Example.
	Frequency Meter	7-GND 8-Hz-FM		External Frequency DC0~10v。
	10-P	10-P +15v	Voltage +15v 20mA or less	Operating panel, digital meter power +15V, 20mA or less.
	Torque / Frequency voltage output	9-Vx (0~10v) 4-Fx 6-Tx	Auto increment / decrement for Torque / Frequency	(optional)
	Torque / Frequency increment or decrement		Open:increment Close:decrement	Increment +v Decrement -v (optional)
			Open:increment Close:decrement	Increment +T Decrement -T (optional)
			Torque / Frequency increment or decrement reset Terminal	Close: For frequency / torque increment decrement reset and return to initial torque or frequency.(optional)
	TRIP ALARM	Rc Rb Ra	TRIP ALARM terminal	TRIP Relay contact
	TRIP ALARM	19-D01 20-DOG	TRIP ALARM terminal	DC48v 50mA or less
	Inverter abnormal trip reset			Inverter abnormal trip OCT(over current) OVT(over voltage) IPF(Instantaneous power failure) OTT/OC(Inverter over temperature or motor overload) When abnormal trip, red indicator lights, After breakdown terminate, only need to turn on, stop and reset again, then abnormal trip red indicator eliminates, and the inverter could be uccessfully operated.

FEVF SERIES Function of Panel

FEVF SERIES Characteristics

Standard Connection Diagram

Specification

Instructions

FEVF-89TX-1 Application Example

Terminal Function FEVF-89TX-1