Product overviewCW110BLBT-03630-L1-H is a 110 mm framed brushless DC (BLDC) motor rated 1100 W, 24 VDC, 3.6 N·m at 3000 rpm. It is designed for OEM evaluation and system integration in applications such as electro-hydraulic pump drives, mobile work functions, and upgrades from brushed DC motors. Suitable for compact industrial equipment and auxiliary drives when electrical, mechanical and environmental requirements are confirmed for the project.
Key highlights- Rated power: 1100 W
- Rated voltage: 24 VDC
- Rated torque: 3.6 N·m @ 3000 rpm
- Rated current: 53±10% Arms
- Frame size: 110 mm; body length (L): 126 mm; body length with brake (LB): 171 mm
- Weight: 4.14 kg (standard) / 6.25 kg (with options)
- Protection: IP54 (IP65 optional)
- Feedback options: Magnetic Hall; Hall + 2500-line incremental encoder (optional)
- Part number: CW110BLBT-03630-L1-H
Quick specsRated Power: 1100 W
Rated Voltage: 24 VDC
Rated Torque: 3.6 N·m
Rated Speed: 3000 rpm
Rated Current: 53±10% Arms
Frame Size: 110 mm
Electrical & mechanical specifications- Torque constant: 0.06±10% N·m/A
- Rotor inertia: 7.7±10% ×10⁻⁴ kg·m²
- Back EMF: 4.08±10% V/krpm
- Line inductance / resistance: not specified; tolerance ±10%
- Insulation resistance: DC 500 V, >20 MΩ (Class F)
- Dielectric strength: 800 VAC / 1 s / 5 mA
Mechanical & performance figuresMechanical drawing is available for the 110 mm standard structure. Torque–speed characteristics and performance curves are provided for the CW110BLBT-03630-L1-H configuration to support system sizing and controller tuning.
Applications & installation notes- Typical applications: electro-hydraulic pump drives, mobile equipment actuators, compact industrial machinery, auxiliary drives, and brushed-DC upgrade projects
- Operating environment: temperature -20 to 40 °C (optionally -40 to 40 °C); humidity 20%–80% RH non-condensing; altitude below 1000 m (derate when exceeding temperature or altitude limits)
- Optional features: IP65 protection, brake variants, encoder feedback — specify at order
- Confirm electrical interface, mounting and duty cycle during integration