Temperature Control System for Battery Testing
- Brand: TOB NEW ENERGY
- Item No.: TOB-SP020
- Minimum Order: 1 Set
- Payment Terms: L/C, T/T
- Origin: China
- Shipping Port: XIAMEN
Description & Specification
Temperature Control System for Battery Testing
Application
The TOB-SP020 battery testing temperature control system is a commonly used testing equipment for coin cell, pouch cell, prismatic cell and cylindrical cell. It is necessary in the fields of battery research, production, terminal, etc. It simulates the charging and discharging test of the battery in the normal use environment and provides accurate test data.
Applicable fields:
This equipment can be used in energy technology, electronics, electrical appliances, communications, meters, vehicles, plastic products, metals, food, chemicals, building materials, medical, aerospace and other products for quality testing.
| Parameter | ||||
| Model | TOB-SP020 | Temperature control range | 10-80℃ | |
| Voltage | 220V 50Hz | Temperature control resolution | 0.1℃ | |
| Temperature fluctuation | ±0.5℃ | Temperature deviation | ±1℃（After no-load stabilization） | |
| Heating power | 0.5KW | Temperature uniformity | ≤±2℃（After no-load stabilization） | |
| Heat up time | 2.5℃/min(Average heating rate) 25℃~80℃ (no-load) | Cooling time | 0.2℃/min (Average cooling rate) 25℃~0℃ (no-load) | |
| Size and weight | ||||
| Working size | W300mm*D300mm*H270mm | |||
| Box size | W420mm*D540m*H950mm | |||
| weight | 50kg | |||
| Box | ||||
| Box outer wall material | Cold rolled steel 1.2mm thick for the exterior | |||
| Box iner material | The interior is made of 1mm thick SUS304 mirror stainless steel | |||
| Thermal insulation material | Fiberglass insulation foam. The material is non-combustible and has strong heat insulation | |||
| Outer box coating material | By degreasing, rust removal, phosphating and other surface treatment after high temperature spray | |||
| outfall | Located at the lower back of the box, silicone drain pipe | |||
| caster | Universal casters are used. With brake function | |||
| Working chamber | ||||
| Chamber quantity | 1 | |||
| floodlight | T5 or T8LED | |||
| Internal configuration | Standard 2 layers, equipped with a special mesh board, and sprayed with anti-conductive coating | |||
| Wire hole | The left side of the box is provided with a Φ50mm lead hole | |||
| Door | ||||
| Quantity of the door | 1 | |||
| Observation window | No | |||
| Sealing material | Custom magnetic sealing ring | |||
| Handle | Alloy handle, easy to open and close doors | |||
| Ventilation heating system | ||||
| Air supply mode | Horizontal diffusion vertical heat exchange arc cycle | |||
| Motor device | High temperature axial flow fan | |||
| Wind turbine material | Aluminum centrifugal impeller | |||
| Heating method | Electric heating | |||
| Heating device | SUS304 Stainless steel U-shaped heating tube | |||
| Heater control mode | SSR (Solid-state relay) | |||
| Refrigeration system | ||||
| Compressor unit | Fully enclosed low noise rotor compressor, fluorine free refrigeration | |||
| evaporator | Finned tube heat exchanger | |||
| condenser | Air-cooled: finned tube heat exchanger | |||
| Throttling device | Expansion valve + capillary | |||
| refrigerant | R134a | |||
| Electrical control system | ||||
| Temperature controller | Shanghai Pinzhi intelligent control. Intelligent liquid crystal temperature control instrument. PID control, heating and cooling automatic identification control, automatic constant temperature. | |||
| Control output | PID+SSR control, high temperature control accuracy | |||
| Timing | 0-9999 minutes/hour. Instrument built-in | |||
| Temperature measuring device | PT100 Platinum thermistor | |||
| Protection system | Leakage protection, power failure protection, motor overload protection, overtemperature protection. Compressor overheat, overcurrent, overpressure protection, condensate fan overheat protection | |||
| Test method | ||||
| Satisfaction test method | GB/T2423.1-2008(IEC60068-2- 1:2007) Low temperature test method Ab
GB/T2423.2-2008(IEC60068-2-2:2007) High temperature test method Bb GJB150.4- 1986 Low temperature test GJB150.3- 1986 High temperature test |
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