Technical Data 　High-speed lifters 　LIFT MASTER Wire connection for motor (200 VAC class )

Wire connection for motor (200 VAC class)
Since the lifting speed is fast for H speed and U speed, provide an acceleration/deceleration time by inverter control for use.

Please check each dimension table for the lifting direction of the lifter in the positive phase connection shown below.

S speed S speed, H speed, U speed (Inverter control)
Brake internal connection Brake AC external operation Brake AC external operation + DC external wiring
(When stopping accuracy is required )
Brake internal connection Brake AC external operation Brake AC external operation + DC external wiring

[M]：Motor 　[B]：Brake 　MC：Magnetic contactor 　MCa：Auxiliary relay 　OCR：Overcurrent relay 　DM200D：DC rectifier --N--：Protection element (Varistor )

  • Note 1) The brake voltage is 90 VDC. (When inputting 200 VAC to DM200D )
  • Note 2) When using individual DC switching, the brake power supply can be damaged depending on the wiring length, wiring method, relay type, or other factors. Connect a varistor between the individual DC switching terminals.
  • Note 3) When using 0.1kW to 0.75kW different voltage specifications (such as 230V AC) with AC external operation, the voltage supplied to the brake is different, so please contact us.
  • Note 4) Brake power must be taken from the primary power supply of the inverter, and brake operation must be synchronized with motor ON/OFF.
  • Note 5) Please refer to the inverter's instruction manual as interlocking with the inverter is required to turn on and open the MCa.
  • Note 6) Connecting the varistor closer to the brake power supply module (blue lead wire) will be most effective. The specific models of the varistors are as follows. Select a varistor voltage of 470 V for DM200D.
  • *1 Use a supply voltage of 200-254 VAC at 0.1 kW/0.2 kW, 200-220 VAC at 0.4 kW/0.75 kW, or 200-230 VAC at 1.5 kW/2.2 kW for the brake shown in the marked section.
  • For *2 in the diagram, use an auxiliary relay (MCa) with a contact capacity of 200 VAC / 7 A or more (resistive load).
  • When using an MC auxiliary contact or auxiliary relay for *3 in the diagram, use a device with a contact capacity of 200 VAC / 10 A or more (resistive load).
Product name Company name Model No.
For DM200D
Surge Absorber Panasonic ERZV14D471
Zetrap Fuji Electric ENE471D-14A
Ceramic Varistor Nippon Chemi-Con TND14V-471KB00AAA0

※Zetrap is a registered trademark of Fuji Electric Device Technology.

Motor characteristic

With a three-phase motor

Phases Output Poles Frequency 　Hz Voltage 　V Rated amperage 　A AC side brake current value
A (reference value) at 20°C
3 Phase 0.1kW 4 50/60/60 200/200/220
(400/400/440)		 0.63/0.57/0.58
(0.32/0.29/0.29) 		0.12
0.4kW 2.3/2.0/2.0
(1.2/1.0/1.0) 		0.16
0.75kW 50/60/60
(50/50/60/60)		 200/200/220
(380/400/400/440)		 4.0/3.5/3.4
(1.9/2.0/1.75/1.7) 		0.17
1.5kW 6.6/6.0/5.8
(3.4/3.3/3.0/2.9) 		0.10
2.2kW 9.6/8.8/8.4
(4.8/4.8/4.4/4.2) 		0.10

Note) If the motor is equipped with a brake, the above brake current is added to the phase where the brake lead wire is connected to the motor lead wire.
AC side brake current values are for AC200V 60Hz and AC100V 60Hz.

With servo motor

For the characteristics of servo motors, check the servo motor model name in the "Standard Model List (click here)" and refer to the documentation issued by the motor manufacturer.

Back to top