A200-D90 Datasheet PDF learn more.
Part number : A200D90
Functions : brake of motor / BRAKE PACK / (A100-D45).
Package information : Module Type
Manufacturer : NISSEI
Image :
Description
For a brake motor, a rectifier is typically used to convert alternating current (AC) power into direct current (DC) power, which is necessary to control the brake mechanism. The rectifier ensures that the brake operates reliably and efficiently. Here’s how it works and what you should consider:
1. Functionality: The rectifier converts AC power from the mains into DC power, which is used to energize the brake coil. When the brake coil is energized, the brake is released, allowing the motor to rotate. When the DC power is removed, the brake engages, stopping the motor.
2. Input Voltage: 200-220 VAC / Output: 90 VDC. Rectifier for brake motor. Included with brake motor.
To operate the brake of a gear motor with a rectifier brake, the rectifier A200-D90 (A100-D45) or A100-D90 that is included with the product is required (Figure 14). Since the braking delay time differs depending on the wiring method, please select the wiring method according to the application from the wiring methods shown in Figure 12 and Table 6. The rectifier includes a surge killer, but if it becomes a particular problem, please add a separate surge killer or noise filter.
When speed conversion is performed using an inverter
Please note that when using a gear motor and inverter in combination, an abnormal temperature rise (motor surface temperature of 80°C or more) may occur during low speed rotation. If the product is equipped with a brake, voltage fluctuations may cause brake malfunction, so bypass the inverter for the brake wiring. Also, since the allowable torque value changes depending on the input rotation speed, the output shaft allowable torque is the value multiplied by the correction coefficient according to <P.59/Figure 46>.
A200 D90 A100 D90 A100 D45 14 12 No. T50 T040 075 220 T50 T040W 075W 220W M.S S100 S100W 100 400 100W 400W M.S A200 D90 A100 D45 14 12 6 A100 D90 56 10 36 10 S R5 26 1 AC M A200-D90 A100-D45 C M.S AC M AC M A100 -D90 Br A100 -D90 Br 46 Br 200 150 M.S 2 S M.S C AC M A200-D90 A100-D45 AC M.S M AC M A100 -D90 17 A M.S Br M.S S A100 -D90 Br M.S Br 2.5 4.5 3 AC M A200-D90 C AC M AC M A100 -D90 Z SW No.OP-ENC471D-10A B M Br S A100-D45 Br C MS A100 -D90 Z Br – Br SW max14 max7.5 15 max17 13 0.8 1 2 3 4 5 6 U Y W 30 B B 200V A200-D90 6A AC200V AC200V DC90V M 7.5 1 3.9 1 A200-D90 A100-D45 200V 200V B1 B2 13 80 ta OFF 6 P.59 No. T50 T040 075 T50 T040W 075W 0.005 0.015 A B 0.03 0.10 0.1 0.2 150 220 150W 220W 0.005 0.020 0.05 0.15 0.2 0.4 S100 100 400 S100W 100W 400W 0.005 0.015 0.03 0.10 A 3 0.1 0.2 AC200V MS 46 1 2 16 1 A Z 16 2 M U V W U V W A200-D90 AC AC Br MS AC AC DC90V 35 36 [ … ]
A200-D90 PDF File
Information related to components
A200-D90 - - Nissei  |
CPT20090 - Schottky PowerMod - Microsemi
 |