Depuis plus de vingt ans, les équipements de test de batteries LANHE (Land) sont largement utilisés dans la recherche universitaire et le développement de batteries industrielles. Reconnus pour leur précision, leur fiabilité et leur facilité d’utilisation, ces systèmes répondent à un large éventail de besoins en matière de tests de batteries. De nombreux laboratoires de recherche européens et fabricants de batteries ont intégré ces systèmes dans leurs flux de travail dès les premières étapes.
L’équipement est bien adapté pour tester les piles à pièces, les piles à poche et les formats cylindriques, et il est couramment utilisé pour le cyclage de capacité et l’évaluation des matériaux dans les batteries lithium-ion. LANHE propose une grande variété de testeurs, d’équipements auxiliaires, de gabarits personnalisés, de racks, de clips, de pinces et de câbles.
The M340A
is a multi-current range battery test systems designed for high-precision applications, including charge/discharge testing and coulombic (current) efficiency analysis.
- Supports diverse research needs, including battery and capacitor material testing, half-cells, three-electrode setups, button cells, and small-capacity cells.
- Four different current ranges : 100 µA, 1mA, 10mA, 100 mA
- Voltage range of -5V to +5V. Voltage range can be customized to 10V.
- High measurement accuracy: voltage and current tolerance within ±01% FS.
- Suitable for high-rate charge testing:
- Up to 30C with ±0.01% FS capacity tolerance
- Up to 100C with ±0.1% FS capacity tolerance
- Custom pulse testing with minimum 2 milliseconds pulse width.
- Comprehensive data logging for voltage, current, capacity, energy, efficiency, and internal resistance.
- Built-in analog UPS and local storage to protect against data loss from power or network failures.
- Supports performance standards like NEDC, and WLTC, and can simulate real-world operating conditions (for more characteristics see Technical Specification 1.1 below).
LH-TCS-300L
is a temperature chamber designed for coin cell testing, offering a temperature range of 0°C to 60°C. Equipped with both heating and cooling capabilities, that allow for comprehensive evaluation of cell performance under various thermal conditions.
- Heating from RT to 60°C with heating rate of 3°C/min
- Cooling from RT to 0°C with cooling rate of 1°C/min
- Temperature fluctuations ≤ ± 0.5℃
- Volume 266 L
- Inner size : 435 x 860 x 712 mm
- External size : 666 x 1600 x 1643 mm
- Type of cells: coin cells
- channels : 160
- Integrated Control Panel (for more characteristics see Technical Specification 1.2 below).
Technical Specification 1.1 “M340A SERIES PRECISION BATTERY TESTER”
| INSTRUMENT PERFORMANCE | |||||
| RANGE | GEAR | RANGE | ACCURACY(SET,READ) | RESOLUTION (SET,READ) | |
| Voltage1
|
5 V (DC to -5 V )*1 | ± 0.01% RD ± 0.01% FS | ≤ 50 uV, ≤ 10 uV | ||
| Current1
|
100 uA | ± 0.01% RD ± 0.01% FS | ≤ 1 nA, ≤ 200 pA | ||
| Current 2
|
1 mA | ± 0.01% RD ± 0.01% FS | ≤ 10 nA, ≤ 2 nA | ||
| Current 3
|
10 mA | ± 0.01 % RD ± 0.01% FS | ≤ 100 nA, ≤ 20 nA | ||
| Current 4 | 100 mA | ± 0.01% RD ± 0.01% FS | ≤ 1 uA, ≤ 200 nA | ||
| Current set range | 10 nA ~ 100 mA | ||||
| No. of CHANNELs | 8 Chlannels | ||||
| No. of STEPs | 1024 | ||||
| TIME | Accuracy | ≤ ±5 uS/S (Equipment autonomous control, no communication and other time delay errors) | |||
| Min Step Time | 20 mS | ||||
| Min Pulse Time | 2 mS | ||||
| Sampling Interval | ≤ 10 mS*2 | ||||
| INPUT IMPEDENCE | ≥ 10 GΩ（INPUT BASE CURRENT < 0.5 nA） | ||||
| TEMPERATURE DRIFT | ≤ 20 ppm/℃ | ||||
| RESPONSE TIME | Current 0~90% ≤ 1 mS; Current -90~90% ≤ 3 mS | ||||
| DATA RECORD | Sampling Rate | 100Hz（Sampling interval10mS)*2 | |||
| Setting Method | Interval time, Sampling rate, Interval current, Interval capacity, Interval voltage, Interval energy | ||||
| PROCESS CONTROL | Work Mode | HOLD / CC / CV / CCCV / CRATE / CP / CR / CPULSE /CSLOPE / DC / DV / DCDV / DRATE / DP / DR / DPULSE / DSLOPE | |||
| End Conditions | TIME / VOLTAGE / CURRENT / POWER / CAPACITY / ENERGY / LOOPS / PHASE CYCLE | ||||
| Protective Function | Power-off data protection, Net break protection
User-defined safety: Over voltage, Under voltage, Over current, Over rate, Overcapacity. |
||||
| FUNTION | DCIR、Capacitancecapacitycalculation、Steppluse、Three-electrode test (Reference test), DQ/DV | ||||
| OUTPUT | Four electrodes (support reference electrode test) | ||||
| COMMUNICATION | 10/100M Ethernet(RJ45)、USB(Console) | ||||
| OPERATING ENVIRONMENT | Temperature | 0 ~ 40 ℃（23 ± 2 ℃Optimum accuracy） | |||
| Humidity | ≤ 90 % , No condensation | ||||
| POWER SUPPLY | AC 220V ~± 10% 50 Hz / AC 110V ~± 10% 60Hz, 40 W3 | ||||
| EQUIPMENT SIZE | 1 Unit : W * H * L : 430 * 300 * 43.5 mm | ||||
Technical Specification 1.2 “LH-TCS-300L Temperature Chamber”
| Model | Temperature Chamber |
| Input Power Source | AC 220V ± 10 %/ 50 HZ (AC 110V customizable) |
| Rated Power Consumption | 2.2 kW |
| Standard Volume | 266 L |
| Max. Accommodation | 160 channels for coin cell test |
| Inner Size | 435 * 860 * 712 mm |
| External Size | 666 * 1600 * 1643 mm |
| Structure | Shell and inner chamber material, stainless steel; Thermal insulation material, aluminum silicate cotton; 5 slidable supporting trays, 1 for each floor; Visible window in front door; Inner illumination; 5 inlets for test cables on back of inner chamber; Integrated with 22 floors of bracket for cyclers in rear chamber |
| Net Weight | 240 kg |
| Temperature Range | 0 ℃ – 60 ℃ |
| Temperature Fluctuation | ≤ ± 0.5 ℃ |
| Temperature Uniformity | ≤ 2 ℃ |
| Error | ≤ ± 1 ℃ |
| Rising Rate | 3 ℃ / Min (25 ℃ – 60 ℃) |
| Cooling Rate | 1 ℃ / Min (25 ℃ – 0 ℃) |
| Time Cost to Stability | 30 min |
| Conditioning Mechanism | PID algorithm, control temperature by floors |
| Number of Temperature | 7 |
| Circulating Fan | Axial flow ventilator, 1 for each floor |
| Cooling System | Inverting series NVT70FSC |
| Coolant | R290 (Flame prohibited) |
| Heating System | Stainless steel finned heater, rated power 1800 W |
| Control Panel | 5 inches touchable screen, support English |
| Safety Facility | PTC autonomous constant temperature. Protect from abnormal overheating and abnormal overcooling. Protect test chamber from current leakage and short circuit. Protect frequency convertor from overcharging. Equipped alarming LED and buzzer. |
| Advantages | Stable, silent, environment friendly, power saving, durable |
| Communication Mode | RJ45 |
| Environment | Temperature: 5 ℃ – 35 ℃ Humidity: 80 % |
Abbreviations:
CC-Rate : Charge C-Rate
DC-Rate : Discharge C-Rate
DCIR : Direct Current Internal Resistance
CC : constant Current Charge
CV : constant Voltage Charge
CCCV : constant Current constant Voltage Charge
CP : constant Power Charge
CR : constant Resistance Charge
CPLUSE : Pulse current Charge
CSLOPE : Slope current Charge
DC : constant Current Discharge
DV : constant Voltage Discharge
DP : constant Power Discharge
DR : constant Resistance Discharge
DPLUSE : Pulse current Discharge
CSLOPE : Slope current Discharge
FS : Full Scale
RT : Room Temperature
NEDC : New European Driving Cycle
WLTC: Worldwide Harmonized Light Vehicles Test Cycle
For any question, do not hesitate to contact us: contact@accessr-energy.eu
