EV Charger Burn In Chamber

Portable DC Charging Station DC WallBox Burn-In Test Equipment This factory-grade Portable DC Charging Station DC WallBox Burn-In Test Equipment is designed for rigorous testing of charging systems with comprehensive monitoring and safety features. System Configuration Component Specification System Structure 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall Dimensions 3800*1800*1900mm Total Floor Area 3800*2500mm (Including operation area) Electrical Specifications

DC Fast Charger EV Charging Station Burn-In Test Equipment Customizable burn-in test equipment designed for DC fast charger EV charging stations, ensuring reliability and performance validation. Performance Parameters System 1 control cabinet + 6 load cabinets Overall size 5800*860*2050mm Total floor area 5800*1800mm (including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total input current 200A*6 Total input power 100kW*6 Application

Burn In Rack For EV Charging Station AC Charging Pile Factory direct sales of high-performance burn-in racks designed for EV charging station AC charging piles, ensuring quality and reliability through rigorous testing. Architecture Diagram Performance Parameters System 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall size 3800*1800*1900mm Total floor area 3800*2500mm (Including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total

DC Fast Charging Burn In Test Equipment Portable EV Charger Support Customized Product Overview Portable EV Charger DC Fast Charging Burn-In Test Equipment designed for rigorous testing of charging systems with customizable configurations. System Specifications Parameter Specification System Structure 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall Size 3800*1800*1900mm Total Floor Area 3800*2500mm (Including operation area) Total Input Voltage Three-phase five

Burn In Chamber For New Energy Automobile Portable Direct Charging Station This burn-in chamber is specifically designed for testing new energy automobile portable direct charging stations, ensuring reliability and performance under various conditions. Architecture Diagram Performance Parameters System 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall size 3800*1800*1900mm Total floor area 3800*2500mm (Including operation area) Total input voltage Three-phase five

Floor Standing DC Charging Station Burn-In Test Equipment This floor-standing DC charging station burn-in test equipment supports customization for comprehensive testing of charging stations. The system features robust construction and precise monitoring capabilities to ensure reliable performance evaluation. Architecture Diagram Performance Parameters System 1 control cabinet + 6 load cabinets Overall size 5800*860*2050mm Total floor area 5800*1800mm (including operation

Burn In Chamber For AC Charging Spot This burn-in chamber for AC charging spots is manufactured by a Chinese factory that supports customization. Designed for rigorous testing of charging equipment, it features advanced temperature control and meets international safety standards. Architecture Diagram Performance Parameters System 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall size 3800*1800*1900mm Total floor area 3800*2500mm (Including operation area) Total

AC EV Charging Gun Series Energy Saving Burn In Cabinet High-efficiency energy-saving burn-in cabinet designed for AC EV charging gun series testing, featuring advanced energy recovery technology and modular design. Architecture Diagram Performance Parameters Burn-In Cabinet Structure Specification Details Trolley Size L2100 * W1500 * H1800mm (single cabinet dimensions) Trolley Layers 2 layers with 450mm product area depth (6 burn-in positions per layer) Trolley Height 450mm

Burn In Test For Floor Standing DC Charging Piles EV Charger Aging Equipment This specialized burn-in test system is designed for floor-standing DC charging piles and EV charger aging equipment, ensuring reliability and performance through rigorous testing. Architecture Diagram Performance Parameters System System Structure 1 control cabinet + 6 load cabinets Overall size 5800*860*2050mm Total floor area 5800*1800mm (including operation area) Total input voltage Three-phase

Burn In Test System For Floor Standing DC Car Charging Piles Aging Rack Burn-In Test System For Floor-Standing DC Car Charging Piles Aging Rack Architecture Diagram Performance Parameters System System Structure 1 control cabinet + 6 load cabinets Overall size 5800*860*2050mm Total floor area 5800*1800mm(including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total input current 200A*6 Total input power 100kW*6 Application ambient temperature

AC Charging Pile Test Rack Electric Vehicle Battery Charger Aging Equipment Advanced testing equipment designed for electric vehicle battery charger aging and performance evaluation. Outstanding Functions Compliant with GB standards and Tesla product specifications, with power options of 1.8KW, 3.5KW, 3.6KW, 7KW, 11KW, and 22KW Supports multiple LOAD modes for versatile testing scenarios Maintains continuous communication with host computer systems Features transfer cables

New Energy Vehicle AC Charging Gun General High Power EV Charger Burn In Chamber New Energy Vehicle AC Charging Gun General High Power EV Charger Burn In Chamber Outstanding Functions Compliant with GB standards and Tesla product field requirements, available in multiple power options: 1.8KW, 3.5KW, 3.6KW, 7KW, 11KW, and 22KW Supports multiple LOAD modes for versatile testing scenarios Maintains continuous communication with host computer systems Equipped with transfer cables

Constant Temperature Test Chamber For Car Charger Portable DC Charging Piles This constant temperature test chamber is specifically designed for testing car charger portable DC charging piles, ensuring reliable performance under controlled environmental conditions. Architecture Diagram Performance Parameters System System Structure 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall size 3800*1800*1900mm Total floor area 3800*2500mm (Including operation area) Total

EV Charger Burn In Chamber Typical Burn-In Test System Of AC Charging Pile The EV Charger Burn In Chamber is a comprehensive test system designed for AC charging piles, ensuring reliability and performance through rigorous burn-in testing. Architecture Diagram Performance Parameters System System structure | 1 control cabinet + 2 burn-in cabinets + 4 trolleys Overall size 3800*1800*1900mm Total floor area 3800*2500mm (Including operation area) Total input voltage Three-phase

100kW EV Charger Burn In Chamber Burn In Test System For Portable DC Charging Piles Burn-In Test System For Portable DC Charging Piles EV Charger Burn In Chamber Outstanding functions Transfer cables are used between products; Product AC input/output are equipped with the corresponding acquisition module A variety of laminate structures can be selected in the product area to meet the needs of different products AC parameter measurement module, can be set and adjusted for

European And American Regulations Tesla AC EV Charging Series Aging Line Outstanding Functions System application for GB, European, American regulations and Tesla products field with power options: 1.8KW, 3.5KW, 3.6KW, 7KW, 11KW, 22KW Supports multiple LOAD modes for versatile testing Maintains communication with host computer during operation Uses transfer cables between products with AC input/output equipped with corresponding acquisition modules Offers multiple laminate