ABB S-113H 3BHB018008R0003 Heavy duty high-voltage phase module (rack)

ABB S-113H 3BHB018008R0003 Heavy duty high-voltage phase module (rack)

Specific Parameters

Electrical Parameters

Rated Insulation Voltage: 1500V AC, suitable for ultra-high-voltage power drive systemsInput Voltage: 24V DC ±10%, compatible with industrial standard power supply systemsPhase Measurement Accuracy: ±0.05°, achieving ultra-high-precision phase regulationOutput Current: 15A, meeting the requirements of ultra-high-power energy transmissionVoltage Withstand Strength: ≥4000V AC (1 minute no breakdown) between contacts, and between contacts and housingInsulation Resistance: ≥2000MΩ (measured with 500V DC megohmmeter, normal temperature and state)Protection Functions: Integrates overvoltage, overcurrent, short-circuit and overheating quadruple protection, fault response time ≤1msCommunication Protocols: Supports Profibus-DP, Modbus TCP, EtherNet/IP industrial communication protocols for seamless system integrationElectrical Life: ≥1.5 million cycle operations, adapting to ultra-long-term continuous operationTotal Harmonic Distortion (THD): ≤3%, meeting low harmonic emission requirements of high-voltage power grids

Mechanical Parameters

Overall Dimensions: 128mm (H) × 78mm (W) × 118mm (D), heavy-duty modular designWeight: Approximately 1.2kg, reinforced structure balances mechanical strength and installation convenienceMounting Method: Rail mounting or panel fixing, adapting to standard layout of high-voltage control cabinetsHousing Material: Flame-retardant reinforced engineering plastic (UL94 V-0 grade), resistant to strong impact, chemical corrosion and UV agingConnection Method: Bolt-type terminal blocks, compatible with 1.5-6.0mm² wire gauge, wiring torque 1.5-2.0N·mModule Architecture: Heavy-duty modular design, supporting hot-swapping and redundant configuration, maintenance and replacement without special toolsHeat Dissipation Design: Built-in enhanced heat dissipation channels, adapting to continuous heat dissipation requirements under high-voltage working conditions

Environmental Parameters

Operating Temperature: -30℃ to +75℃, covering extreme high and low temperature industrial working conditionsStorage Temperature: -40℃ to +90℃, meeting extreme storage and transportation environment requirementsRelative Humidity: 5% to 95% (non-condensing), adapting to high-humidity industrial scenariosProtection Rating: IP21, with basic dust and water splash resistance, suitable for semi-open control cabinet environmentsVibration Resistance: 10-500Hz frequency range, 2.5g acceleration (sine wave), no structural loosening or performance attenuationEMC Compliance: Meets EN 55014-1 (emission limits) and EN 55014-2 (immunity) standards, electromagnetic interference resistance ≥130dBCertifications: CE (EMC/Low Voltage Directive), UL 508C, RoHS 2.0 compliant, meeting IEC 61800-4 standard

Product Performance

Ultra-high phase control precision: ±0.05° measurement accuracy combined with enhanced IGCT technology, realizing ultra-efficient energy conversion and ultra-low harmonic outputStrong ultra-high-voltage adaptability: 1500V AC rated insulation voltage and 4000V AC voltage withstand strength, stably adapting to ultra-high-voltage drive scenariosUltra-fast fault response: ≤1ms fault response time combined with quadruple protection mechanism, fully resisting various risks under high-voltage working conditionsExcellent environmental adaptability: No preheating startup at -30℃ low temperature, no attenuation of output power at +75℃ high temperature, withstanding harsh working conditions such as high dust and high humiditySuperior system compatibility: Supports mainstream industrial communication protocols, seamlessly collaborating with ACS8000 series inverters and third-party high-voltage control systemsReliable structural stability: Heavy-duty modular design and enhanced heat dissipation channels ensure no performance attenuation during long-term full-load operationHigh maintenance efficiency: Hot-swapping function supports quick replacement of faulty modules without interrupting system operation, maintenance time ≤15 minutes