Product Description

Model Number Interpretation

• 1: First‑generation GP‑1200 series platform

• AC: AC variable‑speed drive

• 4: 460VAC voltage class (380–460VAC for global version)

• 103: 3HP power rating

• G: Global version, 380–460VAC wide input range

Technical Specifications

• Input: Three‑phase 380–460VAC ±10%, 50/60Hz; maximum input current 5.5A

• Output: Three‑phase 380–460VAC; maximum output current 4.8A; rated capacity 3.9kVA

• Power: 3HP (2.2kW) continuous

• Control: Open‑loop V/Hz; speed ratio 20:1; output frequency 0–400Hz

• Enclosure: NEMA 1, IP20 (indoor use only)

• Protection: Overcurrent, overvoltage, undervoltage, overtemperature, short circuit, ground fault, motor stall

• Ambient: 0–45°C, 5%–95% RH (non‑condensing)

• Weight: Approximately 11.8kg

Interface and Communication Configuration

• Power Terminals: L1/L2/L3 (three‑phase input), U/V/W (motor output), PE (protective earth)

• Control Terminals: Digital inputs for start/stop, forward/reverse, fault reset; analog input 0–10VDC for speed reference; relay output for fault indication (250VAC/5A)

• Communication: No onboard communication ports; hardwired control only

Core Functions

• Open‑loop V/Hz control provides stable speed regulation for standard induction motors

• Wide 380–460VAC input range accommodates global power grids

• 0–10VDC analog speed input compatible with potentiometers and PLCs

• Comprehensive electrical and thermal protection safeguards drive and motor

• Direct drop‑in replacement for legacy 1AC series drives, ensuring compatibility with existing systems

Application Scenarios

• Small conveyors, fans, pumps, mixers, and processing machinery with 3HP motors

• Light manufacturing equipment and commercial ventilation systems

• Retrofit and maintenance of older industrial and commercial AC drive installations

Usage and Maintenance Instructions

• Mount vertically in a clean, dry, well‑ventilated indoor area with sufficient clearance for cooling airflow

• Use rated copper conductors; separate power and control cables to minimize electromagnetic interference

• Inspect all connections before power‑up; check terminals and wiring periodically for looseness or corrosion

• Disconnect power before cleaning; use a dry cloth only—do not use liquids or chemical cleaners

• Routinely monitor heat sinks and terminals for signs of overheating

• Diagnose faults via onboard indicators; resolve all issues before restarting the drive

• Avoid static electricity discharge; do not disassemble the unit without professional guidance

• Store spare units in a cool, dry, dust‑free environment