ZA99L-0035-0001
May 22, 2026

ZA99L-0035-0001

Model: ZA99L-0035-0001 (standard: A99L-0035-0001) Type: Three‑phase AC line reactor (low‑profile, high‑efficiency) Brand: FANUC (GE FANUC) Function: Suppress voltage surges/spikes/harmonics; protect servo/spindle amplifiers; stabilize input voltage; reduce EMI; improve power factor. Application: FANUC CNC, machine tools, industrial robots, high‑power servo systems. Compatibility: PSM‑HV series, αi‑B/αi‑C/βi amplifiers.

Description

1. General Information

  • Model: ZA99L-0035-0001 (standard: A99L-0035-0001)

  • Type: Three‑phase AC line reactor (low‑profile, high‑efficiency)

  • Brand: FANUC (GE FANUC)

  • Function: Suppress voltage surges/spikes/harmonics; protect servo/spindle amplifiers; stabilize input voltage; reduce EMI; improve power factor.

  • Application: FANUC CNC, machine tools, industrial robots, high‑power servo systems.

  • Compatibility: PSM‑HV series, αi‑B/αi‑C/βi amplifiers.

2. Electrical Specifications

  • Rated voltage: 400 / 480 V AC (3‑phase)

  • Rated continuous current: 35 A

  • Rated inductance: 0.35 mH (typical)

  • Frequency: 50 / 60 Hz

  • Insulation class: H (180 °C)

  • Max. temperature rise: ≤80 K

  • Inductance tolerance: ±5%

  • Standards: CE (IEC/EN 61800‑5‑1), UL/cUL 508C

3. Environmental & Mechanical

  • Operating temperature: −10 °C ~ +40 °C

  • Storage temperature: −20 °C ~ +60 °C

  • Humidity: 10–85% RH, non‑condensing

  • Protection: IP20

  • Mounting: Cabinet floor‑mount, low‑profile design

  • Cooling: Natural convection (passive)

  • Weight: ≈ 4.5 kg

  • Dimensions (W×H×D): ~180 × 80 × 120 mm

4. Features

  • Compact & lightweight: Ideal for space‑constrained cabinets

  • High harmonic attenuation: Targets 5th/7th harmonics

  • Low noise: Optimized core/coil structure

  • High‑temperature windings: Long service life

  • Easy wiring: Clear terminal marking (L1/L2/L3, PE)

  • High vibration resistance: Robust clamping structure

5. Installation

  1. Disconnect all power before installation.

  2. Mount horizontally on a flat, rigid cabinet surface; secure with M5 bolts.

  3. Connect 3‑phase AC input to reactor terminals (L1/L2/L3 IN).

  4. Connect reactor output (L1/L2/L3 OUT) to drive power input.

  5. Ground the housing (PE terminal) with low‑resistance earth wire.

  6. Torque terminals to 1.2–1.5 N·m; verify tightness periodically.

  7. Maintain ≥50 mm clearance around reactor for ventilation.

6. Maintenance & Troubleshooting

  • Routine check: Clean dust; inspect terminals every 3–6 months.

  • Overheating: Check load current (≤35 A), ventilation, and ambient temperature.

  • Excessive hum: Retighten core/coil clamping bolts; check for loose terminals.

  • Voltage fluctuation alarms: Verify wiring, phase sequence, and model compatibility.

  • Insulation failure: Test winding‑to‑ground insulation (≥1 MΩ at 500 V DC).

7. Safety Precautions

  • Installation/service only by qualified electricians.

  • Always cut power before access—risk of electric shock.

  • Do not touch hot surfaces during/after operation.

  • Keep away from flammable materials.

  • Use only specified torque values to avoid damage.


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