CP1000T60

30-Second Fit Check

• Choose CP1000T60 when your charger must tolerate wide AC mains (90–264Vac) while delivering 1000W to a 60V-class pack.
• Best if you want pre-defined LFP/NCM curves (not a blank, user-programmable charger profile).
• Electrical fit check: model max current is 16.7A; size your fuse, wiring, and thermal design accordingly.
• Supports CAN along with remote voltage sense compensation and a remote ON/OFF function (per datasheet).
• Packaging constraint: plan around 5.0" × 8.5" × 1.58" (127.3 × 215.6 × 43 mm) and fan-assisted cooling (smart fan control specified).
• Compliance planning: confirm the charger’s stated safety/EMC items align with your end-product requirements.

What it is & why it matters

• Wide-range input (90–264Vac) helps you standardize one charger across multiple facilities.
• Remote voltage sense compensation can reduce end-of-charge error caused by cable drop.
• Automatic battery connection detection supports cleaner docking/connection workflows.
• 12V/1A auxiliary output can power local control electronics near the charger.

Key Specs

• Output power: 1000W
• Max charge current: 16.7A
• AC input: Single-phase 90–264Vac (rated 100–240Vac)
• Input frequency: 47–63Hz (rated 50–60Hz)
• Aux output: 12V, 1A max
• Output regulation: <3% (includes line & load regulation)
• Output current ripple: 10% peak-to-peak
• Efficiency: Up to 93% max (48V models, excluding fan power)
• Operating altitude: 5000 m operating altitude
• Dimensions: 5.0" × 8.5" × 1.58" (127.3 × 215.6 × 43 mm)
• LFP profile: 20S LiFePO4: FC 72.0V (Vnor 64.0V)
• NCM profile: 17S NCM: FC 71.4V (Vnor 61.2V)

Integration & Controls

• CAN communication: supported (per datasheet) for monitoring/control integration.
• Battery handling: automatic battery connection detection and reverse-polarity detection are specified.
• Charge completion: automatic full-charge stop is specified.
• Cooling: smart fan speed control is specified.

Best for / Not for

Best for

• 60V-class packs that match one of the built-in profiles (e.g., 20S LiFePO4; 17S NCM).
• AGV and automation teams that want predictable integration options (CAN + remote control features).
• Programs that want a compact charger footprint with a specified auxiliary 12V/1A output.

Not for

• Battery programs that require a fully user-programmable charge algorithm beyond the built-in curves.
• Packs needing profiles that need 48V-class full-charge voltages (mid‑50V range) or 72V-class (mid‑80V range).
• Installations needing three-phase AC input (not specified for this series).

Typical Applications

• AGV charging modules
• industrial equipment
• medical equipment
• robot vacuum charging modules
• linear motor systems

Selection Checklist

• Battery match: confirm chemistry (LFP/NCM), series count, and the required full-charge voltage (FC).
• Current planning: validate pack/BMS current limits against the model’s max current.
• Controls: define whether you’ll use CAN, remote ON/OFF, and remote sense in your architecture.
• AC infrastructure: confirm 90–264Vac single-phase availability at the dock/cabinet.
• Mechanical & cooling: fit the specified dimensions and provide airflow for fan-assisted cooling.
• Altitude & environment: check the 5000 m operating altitude spec vs your deployment conditions.

Compliance, Isolation & Reliability

• Isolation: Medical-grade 2×MOPP isolation; dielectric ratings 4000Vac (primary-to-secondary); 1500Vac (primary-to-earth); 1500Vac (secondary-to-earth)
• Leakage current: Contact leakage current <100µA; earth leakage current <300µA
• Safety: IEC/UL 62368-1 + CAN/CSA 62368-1; IEC/UL 60601-1 + CAN/CSA 60601-1
• EMC: EMC Class B conducted & radiated emissions; meets IEC 60601-1-2 (4th edition)
• Reliability: MTBF > 500k hours