- Model NO.: CJ13, CJ35, CJ55, CJ75, CJ160, CJ250, CJ355, CJ500
- Mass Scope of Workpiece: 3t-20t
- Maxcapacity: 2000kw
- Load Way: Electronic Load
- Display: Digital
- Weight: 3t-20t
- Oil Cylinder Position: Under
- Transport Package: Wooden Cases Packing
- Origin: China
- Max Diameter of Workpiece: >3200mm
- Type: Load Test Machine
- Accuracy Grade: 0.05%
- Loading Method: Dynamic Load
- Control: Automatic or Manual Control
- Power Source: 200 V -1000 V
- Trademark: CAMA ( originally named Nanfeng)
- Specification: 5kw-2000kw
- HS Code: 9031200090
CAMA (Luoyang) Electromechanic Co., Ltd (Original named Nanfeng), affiliated with China Airborne Missile Academy, is the biggest and leading dynamometer and power test bench manufacturer in China.
CAMA exclusively introduced eddy current dynamometer technology from Germany ZOLLNER GMBH in 1988. With military manufacturing history of fifty-year, advantage of quality control system in airborne enterprise, CAMA successfully sold about 6000 engine test benches to more than 800 customers all over the world.
Nowadays CAMA dynamometers hold over 85% market share in China, products are exported to America, Australia, Russia, Turkey, Malaysia, Singapore, Vietnam, Iran, Mongolia, Laos, etc.
The main product include eddy current dynamometer, AC dynamometer, various auxiliary conditioning systems, engine performance test bench, engine duribility test bench, motor test bench, gearbox / transmission test bench, driveline / powertrain test bench, engine end of line test system, fuel mass flow meter, intake air flow meter, data acquisition system, coolant temperature conditioning device, oil conditioning device, chilling water system, air conditioner, and high-integration containerized test cells for engine, automobile parts and powertrain testing.
The Scope of Product:
The motor test bench system can be used for motor performance and durability tests, and can complete motor dynamic and over-load tests according to requirements of users.
GB / T 18488.1-2006 "Electric Vehicle Motor and its Controller: Technical Conditions";
GB / T 18488.2-2006 "Electric Vehicle Motor and its Controller: Test Methods";
GB 775-2000 Rotating Motor Rating and Performance;
GB / T 18385 Electric Vehicle Power Performance Test Methods.
Test Bed Configurations:
AC electric dynamometer
Inverter and variable frequency control system
Test bed control system
Power simulation system
Steel base plate of motor test bed
Engine supports, protective cover and etc
Engine coolant conditioning system
Inertia flywheel device
Automatic performance and durability tests to the test motor;
High-precision synchronous test and assessment of motor characteristics;
Realistic simulation of motor operation environment;
Mutual energy recycling;