Dual Motor Integrated Multi-tier Test Chamber

Dual Motor Integrated Multi-tier Test Chamber

Name: Dual Motor Integrated Multi-tier Test Chamber
Brand: Danble
Rating: 5.0 (37 reviews)

The Dual Motor Integrated Multi-tier Test Chamber is a kind of equipment used to perform various tests on the transmission of vehicles such as automobiles and motorcycles, including performance test, durability test, shifting performance test, etc. By simulating various actual working conditions on the test bench, the working state and performance indicators of the transmission can be fully tested, providing an important basis for the research and development, production and quality control of the transmission. For example: This transmission test bench can accurately measure the power loss of the transmission under different working conditions. (This transmission test bench can accurately measure the power loss of the transmission under different working conditions.)

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Danble

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Product Description

Product Introduction

Precision Environmenta Simulation for EDS & Powertrain System

Engineered by Danble Instrument (Kunshan) Co., Ltd., the Dual-Rack Assembly Test Chamber delivers synchronized extreme environmental simulation and dynamic mechanical loading for dual-motor assemblies, electric drive systems (EDS), transmissions, and e-axle units. Designed for the new energy vehicle, aerospace, and advanced transportation sectors, it enables performance validation, durability cycling, and thermal stress testing under real-world operating conditions—all within a single, integrated platform.

Core Advantages

Dual-Rack Synchronized Testing: Accommodates two independent test benches simultaneously, supporting parallel testing of dual-motor assemblies or mixed-component validation (e.g., motor + transmission) to maximize lab throughput.
Extreme Environmental Range: Precise temperature control from -70°C to +150°C and adjustable humidity (10%–98% RH) simulates arctic cold, desert heat, and high-altitude humidity cycling.
Dynamic Thermal Performance: Rapid temperature change rates of 1°C–15°C/min replicate aggressive thermal shocks, ensuring accurate evaluation of material expansion/contraction and sealing reliability.
Modular Structural Design: Choose from integral, split-type, or oblique-cut configurations to adapt to laboratory space constraints. Top-mounted hoisting openings and sliding rail systems simplify heavy assembly installation.
Advanced Sealing Technology: Custom shaft-sealing components prevent frost formation at low temperatures, while silicone-sealed support ports eliminate water leakage and condensation issues during long-duration tests.
Multi-Protocol Connectivity: Seamless integration with test bench host systems via RS485, LAN, or CAN bus enables real-time data synchronization, remote monitoring, and automated test sequencing.
Safety & Compliance: Built to meet IEC 62619, GB/T 31486, and UL 2580 standards, with reinforced steel construction, explosion-proof glass, and emergency shutdown mechanisms for operator protection.

Applications

Ideal for performance and endurance testing of:

Dual-motor assemblies and electric drive systems (EDS)
Transmission and gearbox units
Chassis dynamometer and e-drive axle test benches
New energy vehicle powertrain components
Aerospace and defense electromechanical assemblies

Technical Highlights

Internal Material: SUS304 stainless steel (corrosion-resistant, easy to clean)
External Material: Powder-coated galvanized steel (durability and aesthetic appeal)
Control System: PLC with 7-inch touchscreen, programmable profiles, and data logging (compatible with Excel export)
Refrigeration: High-efficiency cascade system with energy-saving compressors
Heating: Nichrome alloy heaters with precise PID control
Safety Features: Over-temperature protection, door interlocks, and emergency stop buttons

Why Choose Danble?

As a specialized, sophisticated, distinctive, and innovative enterprise integrating R&D, production, and sales, Danble brings over a decade of expertise in reliability testing equipment. Our dual-rack chambers are custom-engineered to solve unique testing challenges, with end-to-end support from design and manufacturing to installation, calibration, and after-sales service.

Optimize your powertrain testing workflow with the Dual-Rack Assembly Test Chamber—where precision, efficiency, and safety converge.