Us Motors D2C1JH 2 Hp Psc Ac Motor 3450 Rpm Odp 56 Frame

Product Description

The US MOTORS D2C1JH is a single-phase permanent split capacitor (PSC) AC motor rated at 2 horsepower and 3450 RPM. It features an open drip-proof (ODP) enclosure with a rigid mount configuration and a 56 frame size. The motor runs on 60 Hz power, draws 23 amps at low voltage or 11.5 amps at high voltage under full load, and delivers a full-load efficiency of 80.80 percent with a 1.15 service factor. Ball bearings support the shaft. Rotation is reversible, making it adaptable to a range of drive configurations. This motor is typically installed by HVAC technicians, equipment mechanics, or industrial maintenance personnel.

The D2C1JH is suited for general-purpose applications where a compact, rigid-mount single-phase motor is required. Common install scenarios include fan drives, pumps, compressors, and light industrial equipment operating on single-phase 60 Hz power. The reversible rotation and standard 56 frame dimensions make it a practical fit for equipment originally spec'd around a comparable PSC motor. The 5/8-inch shaft diameter and 1-7/8-inch shaft length accommodate standard drive couplings and pulleys used in these applications.

Key Features

• 2 HP output at 3450 RPM for high-speed general-purpose drive applications
• PSC motor design provides reliable single-phase operation without a starting capacitor relay
• ODP enclosure rated for ambient temperatures up to 40 degrees F minimum operating threshold
• Reversible rotation allows flexible installation orientation
• Class B insulation with 1.15 service factor for moderate overload tolerance
• Ball bearing construction for extended service life under continuous-duty loads

Compatibility

Designed as an OEM-style replacement for general-purpose single-phase PSC motors in 56 frame rigid-mount applications. Listed as a cross-reference to Dayton part number 6K138.

Installation Notes

Installation should be performed by a qualified technician familiar with single-phase motor wiring and applicable NEC requirements. Disconnect and lock out all power to the equipment before removing the existing motor or making any wiring connections. Verify that the supply voltage and frequency match the motor nameplate ratings before energizing. Confirm shaft alignment and coupling fit before applying load.