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シュナイダー ATV71HU55N4Z インバーター - コンタクタ,サーキットブレーカー,ソーラーインバーター,電気メーター,太陽電池

ソーラーインバーター/電気/

シュナイダー ATV71HU55N4Z インバーター

モデルセグメント意味
ATV71アルティバール 71 series high-performance inverter
HStandard coating, IP20保護等級, wall-mounted installation
U55Rated for 5.5kW motor power
N4380-480V three-phase power supply, 50/60Hz
ZBuilt-in EMC filter, no graphic terminal, with Modbus and CANopen communication

  • 製品詳細

Overview: The ATV71HU55N4Z is a general-purpose inverter of Schneider‘s Altivar 71 シリーズ, with a rating of 5.5kW/7.5HP, compatible with 380-480V three-phase power supply. It features a built-in EMC filter and Modbus/CANopen communication, without a graphic terminal, and is suitable for constant torque loads. This model has been discontinued, and the ATV340 or ATV930 series are recommended as replacements.

  1. Full Model Interpretation
モデルセグメント意味
ATV71アルティバール 71 series high-performance inverter
HStandard coating, IP20保護等級, wall-mounted installation
U55Rated for 5.5kW motor power
N4380-480V three-phase power supply, 50/60Hz
ZBuilt-in EMC filter, no graphic terminal, with Modbus and CANopen communication
  1. コア技術パラメータ
パラメータ項目価値
Rated Power5.5kW (7.5HP)
入力電圧380-480V三相, allowable fluctuation -15%~+10%
出力電流14.3あ (400V), 17あ (480V), 20.3あ (380V)
Control ModesV/f制御, sensorless flux vector control, closed-loop vector control (encoder required)
Communication InterfacesBuilt-in Modbus and CANopen, supports various expansion cards (Profibus DP, DeviceNet, 等)
Integrated FunctionsStandard STO safety function (ISO 13849 PL e), PID regulator, brake control, over 150 built-in functions
EMC ClassBuilt-in Class A EMC filter, compliant with EN 55011 標準
保護クラスIP20 (external cabinet protection required)
寸法 & 重さ約. 210*380*190mm, 約. 8kg
  1. 製品の特徴 & 利点
  2. High Dynamic Performance: Achieves 100% rated torque at zero speed (150% rated torque) output under closed-loop vector control, suitable for high-demand scenarios such as hoisting and lifting.
  3. Comprehensive Safety Integration: Standard STO (Safe Torque Off) 関数, no additional modules required for safety circuit construction.
  4. Flexible Communication Expansion: Plug-in communication cards compatible with mainstream industrial fieldbuses, enabling seamless interconnection with Siemens, Rockwell, Omron PLCs.
  5. Robust and Durable Design: Standard coating for resistance to harsh industrial environments, with comprehensive protection mechanisms for over-temperature, over-voltage, over-load, 等.
  6. Easy Operation & メンテナンス: Optional graphic terminal, “Easy Startmenu, parameter protection, and intuitive fault diagnosis.
  7. 典型的なアプリケーションシナリオ

The ATV71 series is designed exclusively for constant torque loads. Typical applications of ATV71HU55N4Z include:

Hoisting and lifting equipment (crane, elevator, winch)

Material conveying systems (belt conveyor, chain conveyor)

Packaging machinery, woodworking machinery, wood-based panel equipment

Process control equipment, mixers, compressors and other constant torque loads

Start-up and speed control of high-inertia loads

  1. Discontinuation & Replacement Solutions

The ATV71 series has been discontinued, and Schneider officially recommends the following replacement paths:

5.1 Schneider Original Replacements

First Choice: ATV340U55N4 (5.5kW, 380-480V, 内蔵EMC, Modbus/CANopen)

Heavy-Duty/Complex Applications: ATV930U55N4 (higher performance and richer functions)

Key Replacement Notes: Match power, 電圧, 制御モード, communication requirements, safety functions and installation method.

5.2 Cross-Brand Replacement Recommendations

ブランドRecommended Model主要な一致点
シーメンスMM440-5.5kW/380-480VConstant torque control, 内蔵EMC, Modbus
ABBACS550-01-12A6-45.5kW, IP20, built-in EMC filter
三菱FR-A840-00122-2-605.5kW, 380-480V, vector control
RockwellPowerFlex 525-5.5kW内蔵EMC, multiple communication protocols
  1. Selection & Replacement Notes
  2. 負荷タイプのマッチング: Confirm the load is constant torque; for variable torque loads (ファン/ウォーターポンプ), economical series such as ATV610 are recommended.
  3. アクセサリの互換性: Original ATV71 I/O expansion cards, encoder interface cards, 等, may need to be replaced with models adapted to the new series.
  4. Parameter Migration: Use Schneider’s parameter conversion tool to ensure correct migration of key parameters (例えば, acceleration/deceleration time, torque limit, PID parameters).
  5. Safety Functions: The STO function of the new series needs to be reconfigured to meet the safety class requirements of the original system.
  6. Installation Space: The dimensions of ATV340/ATV930 are slightly different from ATV71; confirm the installation space is compatible.

Schneider ATV71HU55N4Z Replacement Models

Overview: The ATV340U55N4 (general/economical) is the first choice for original factory replacement, and ATV930U55N4 (high-performance/full-function) is for heavy-duty/complex applications; cross-brand options include 5.5kW models of the same specification such as Siemens MM440, ABB ACS550, Mitsubishi FR-A840, and Rockwell PowerFlex 525.

  1. Official Original Factory Replacement Solutions (Schneider Recommended)

The ATV71 series has been discontinued, and Schneider officially provides two core replacement paths:

1.1 Standard Replacement (First Choice): ATV340U55N4 (Altivar Machine Series)

パラメータ項目ATV71HU55N4ZATV340U55N4互換性
Power/Voltage5.5kW/380-480V three-phase5.5kW/380-480V three-phase100%
Control ModesV/f, sensorless vector, closed-loop vectorV/f, sensorless vector, closed-loop vector (standard encoder interface)100%
Communication InterfacesBuilt-in Modbus, CANopenBuilt-in Modbus, CANopen, optional EtherNet/IPUpgraded
EMC FilterBuilt-in Class ABuilt-in Class A100%
Safety FunctionsSTO (PL e)STO (PL e) + optional SS1Upgraded
保護クラスIP20IP20 (IP42 with optional cover)100%
寸法 & 重さ210*380*190mm/8kg200*360*180mm/7.5kgCompatible
利点Mature and stableMore compact, energy-efficient, highly integrated, 費用対効果の高い

該当するシナリオ: Constant torque loads such as general machinery, material conveying, and packaging equipment, pursuing a balance between cost performance and functions.

1.2 High-Performance Replacement: ATV930U55N4 (Altivar Process Series)

パラメータ項目ATV71HU55N4ZATV930U55N4互換性
Power/Voltage5.5kW/380-480V three-phase5.5kW/380-480V three-phase100%
Control ModesBasic vector controlAdvanced vector control + synchronous motor control + servo functionsUpgraded
Communication InterfacesBasic communicationBuilt-in Modbus, CANopen, optional EtherNet/IP, ProfinetFully Upgraded
Expansion CapabilityLimited expansionSupports more I/O, safety and communication expansion modulesUpgraded
Safety FunctionsSTOSTO+SS1+SLS+SBC (complete safety package)Fully Upgraded
保護クラスIP20IP20/IP21 (optional)Enhanced
寸法 & 重さ210*380*190mm/8kg220*400*200mm/9kgCompatible
利点Mature and stable業界 4.0 integration, advanced diagnosis, predictive maintenance

該当するシナリオ: High-demand applications such as hoisting, lifting and high-precision positioning, requiring advanced safety functions and communication capabilities.

1.3 Special Application Replacements

Fan/Water Pump Applications: ATV610U55N4 (Altivar Process Series, optimized for variable torque, higher energy efficiency)

Explosion-Proof Environment: ATV340U55N4 + explosion-proof enclosure (certification required)

Ultra-Compact Installation: ATV320U55N4 (小型化されたデザイン, simplified function version)

  1. Cross-Brand Replacement Model Recommendations (5.5kW/380-480V, Same Specification)
ブランドRecommended ModelCore Matching Points備考
シーメンスMM440-5.5kW/380-480V (6SE6440-2UD25-5CA1)Constant torque control, 内蔵EMC, Modbus通信Classic general-purpose model with sufficient spare parts
ABBACS550-01-12A6-45.5kW, IP20, built-in EMC filterSuitable for harsh environments with strong overload capacity
三菱FR-A840-00122-2-60ベクトル制御, 380-480V, built-in brake unitRepresentative of Japanese performance with convenient debugging
RockwellPowerFlex 525-5.5kW (25B-D017N114)内蔵EMC, multiple communication protocols, safety functionsSuitable for Rockwell automation system integration
Omron3G3RX-A4055-ZV25.5kW, vector control, Modbus/CANopenMiniaturized design with high cost performance
ダンフォスVLT 2800-5.5kW (132F0015)内蔵EMC, easy to use, 省エネモードSuitable for small machinery applications
  1. Key Replacement Notes

3.1 負荷タイプのマッチング

Confirm the original load is constant torque (the design target of ATV71); for variable torque loads (ファン/ウォーターポンプ), it is recommended to use the ATV610 series for higher efficiency.

For heavy-duty applications (例えば, hoisting), ATV930 or heavy-duty inverters of other brands must be selected to ensure 150% torque output capacity.

3.2 Key Parameter Migration Points

Key parameters: 加減速時間, torque limit, PID parameters, motor nameplate data (must be re-entered).

Communication settings: Modbus address, baud rate and data format must be consistent with the original system.

Safety functions: STO parameters need to be reconfigured to meet the safety class requirements of the original system (ISO 13849 PL e).

3.3 Hardware Compatibility

設置寸法: ATV340 is slightly smaller and ATV930 is slightly larger than ATV71; confirm the installation space is compatible.

端子配置: The terminal positions of the new series have changed, requiring rewiring.

Accessory Adaptation: Original ATV71 I/O expansion cards and communication cards cannot be directly used for ATV340/930 and need to be replaced with corresponding models.

3.4 Utilization of Function Upgrades

ATV340/930 are equipped with a standard encoder interface (optional for ATV71), enabling higher precision control.

The new series supports industrial Ethernet such as EtherNet/IP, facilitating system upgrade to Industry 4.0.

Enhanced diagnostic functions can early warn of faults and reduce downtime.

  1. Recommended Replacement Implementation Steps

4.1 Preparations

Record all parameters of the original ATV71 (backup with Schneider SoMove software is recommended).

Confirm motor nameplate data (力, 電圧, 現在, スピード, pole number).

Evaluate load characteristics (constant torque/variable torque, starting torque requirements, braking needs).

4.2 Selection Confirmation

Select ATV340 or ATV930 series according to the application scenario.

Confirm accessory requirements (communication expansion card, brake resistor, filter, 等).

4.3 インストール & Commissioning

Install the new inverter with power off and ensure correct wiring (pay special attention to phase sequence).

Enter motor parameters and perform auto-tuning (mandatory step).

Migrate key control parameters and test basic operation.

Verify communication connection and safety functions.

Conduct load test and adjust parameters to the optimal state.

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