Coreless motor is a permanent magnet DC servo motor, compared to common motor, the difference is the use of coreless rotor/stator. Coreless motor has following advantages: • • • • • The maximum energy conversion efficiency (an index of energy saving characteristics) : its efficiency in general is more than 70%,some products can reach above 90%(the common core motor at 15-50%); Activation, brake fast, fast response: mechanical time constant less than 28ms, part of the product can reach 10ms, the recommended operating region of the state of high speed run, the flexible speed regulation; Reliable...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary Gearbox or Encoder...

MOTOR TECHNICAL DATA Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary Gearbox or Encoder...

MOTOR TECHNICAL DATA Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary Gearbox or Encoder...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary Gearbox or Encoder...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary Gearbox or Encoder...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. 95g Modular System: Motor + Planetary Gearbox or Encoder...

Motor model Nominal voltage V No load speed rpm No load current mA Nominal speed rpm Nominal torque mNm Nominal current A Output power W Stall torque mNm Stall current A Max. efficiency % Terminal resistance Ω Torque constant mNm/A Speed constant rpm/V Speed torque gradient rpm/mNm Terminal inductance mH Rotor inertia gcm2 Wnl InI Wc Tc Ic Pc Tmax Imax ηmax Rt Kt Wt Δn/ΔT L J Ambient temperature Axial play Motor weight Max. Axial load (dynamic) Max. force for press fits (static) Max. radial load, 4mm from flange Motion Control Products Ltd. Modular System: Motor + Planetary Gearbox or Encoder...