PG6-K20

This newly developed geared motor uses a molded planetary gearbox.
Large reduction ratios can be realized in a compact size, along with high output and high resolution.
The controllability that characterizes our PM motors has also been maintained,
allowing for simplification of the system structure and easy handling.

scroll

Outer Diameter [mm]	Magnet Material	Insulation Resistance (M) [Ω/min]	Dielectric Strength (AC) [V/min]	Drive Method	Resistance/Phase [Ω]	Insulation resistance	Dielectric Strength	Class of Insulation	Ambient Temperature Range lower limit [deg.C]	Ambient Temperature Range upper limit [deg.C]	Radial Play [mm]	Axial Play [mm]
6.0	Nd-Fe-B bonded magnet (N51)	1	100	2-2 phase	20.0	1M[Ω]Min. at DC100[V]	AC100[V] 1[min]	Class E（Except lead wire）	-10	50	0.10	0.20

Click the arrow icon in the table below to switch from ascending to descending order.

scroll

Model	Drive Circuit	Drive Voltage [V]	Current/Phase [mA]	Drive IC	Gear Ratio [1:X]	Step Angle [°]	Rated Torque [mN・m]	Rated Torque [gf･cm]	Maximum Instantaneous Torque [mN・m]	Maximum Instantaneous Torque [gf･cm]	Gearhead length L1 [mm]	Full length L [mm]
PG6-K20-0004	BIPOLAR CONST.VOLT.	3	20.0	LB1836M	1:4	4.500	10.0	102.0	20.0	204	13.95	19.25
PG6-K20-0016	BIPOLAR CONST.VOLT.	3	20.0	LB1836M	1:16	1.125	20.0	204.0	30.0	306	16.55	21.85
PG6-K20-0064	BIPOLAR CONST.VOLT.	3	20.0	LB1836M	1:64	0.281	40.0	408.0	60.0	612	19.15	24.45
PG6-K20-0256	BIPOLAR CONST.VOLT.	3	20.0	LB1836M	1:256	0.070	40.0	408.0	60.0	612	21.75	27.05
PG6-K20-1024	BIPOLAR CONST.VOLT.	3	20.0	LB1836M	1:1024	0.018	40.0	408.0	60.0	612	24.35	29.65

*PG6-K20-1024 : Please contact us due to specialty.

Optical Equipment：Projector ／ Security Camera
Medical Equipment：Blood Analyzer ／ Tube Pump
Industrial Equipment：Flow Control Valves ／ Antenna
Adjustment Device
Power Tools：Drills ／ Drivers
Catalog
- PDF product catalog
CAD
- 3D/2D CAD

Featured Products

High Voltage DC Brushless Motor

Compared to conventional molded inner motors, our latest models achieve lower noise, reduced power consumption, and a more compact, lightweight design.